Solutions for the service sector

M A D E I N F R A N C E

Solutions�for the s�ervice s�ector2013-2014 Edition

2

Solutions for energy optimisation in the service and manufacturing sectors.

EXPERTISE... acquired over the las�t 60 years� in designing and building systems for producing domestic hot water (DHW), Low Temperature Hot Water (LTHW), as well as in Chilled Water storage for the service and manufacturing sectors.

AN EXTENSIVE RANGE TO MEET ALL REQUIREMENTS• Energy production and s�torage s�ys�tems� tailored to

meet even the most demanding requirements thanks to powerful des�ign tools�.

• A large range of s�tandardis�ed products available in stock.

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3

INNOVATION IS AT THE HEART OF OUR BUSINESS... by dedicating nearly 7% of our annual turnover to Res�earch and Development.

LACAZE ENERGIES continues to develop and offer the most efficient materials� in line with market demands�, new thermal regulations (such as the RT2012) and environmental issues (optimisation of the production and consumption of hot water, technological developments linked to renewable energies, etc.).

A MULTI-INDUSTRY APPROACH FOR A GLOBAL SOLUTIONFrom the manufacture of storage tanks through to the creation of innovative hot water production systems, LACAZE ENERGIES has successfully anticipated market growth by establishing itself as a leading creator of energy storage solutions.

Developed as complete systems, each of our products� integrates� the bes�t combination of components� and materials� to ens�ure 100% s�atis�faction in terms� of performance, cos�t-effectivenes�s� and reliability.

It was this mentality that led to the creation of the Solar agency - an entity in its own right dedicated to the development of complete solar thermal installations (expertise, advice, sizing, help with commissioning the installation, etc.).

MADE IN F R A N C E

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THE EXPERTISE OF A SPECIALISTin hydraulics�, heat s�cience, boiler making, robotics�, plas�tics� manufacturing and electricity used throughout our equipment’s manufacturing process.

RESOURCES

AUTOMATED PRODUCTION EQUIPMENTdesigned for manufacturing standard and made-to-measure products.

In 2012, a new welding machine was� introduced at the s�ame time as� the new range of DUPLEX «DPX» s�tainles�s� s�teel DHW cylinders�, as� well as� the production of all cylinders� in s�tainles�s� s�teel.

EXCEPTIONAL LOGISTICS MANAGEMENT

• Integrated Logis�tics� Department (for all products of any size).

• Expres�s� delivery in the bes�t conditions�, even for large capacities.

• Equipment unloading s�ervice (on request /depending on capacity).

A MATERIALS ANALYSIS LABORATORY

A SALES SUPPORT NETWORKto fulfil your quality and service requirements. The promise of an efficient countrywide network.

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OUR PROMISES

TO DETERMINE YOUR NEEDS AND MEET YOUR EXPECTATIONS

• Specific advice and information, technical product information.

• Quick quotation turnaround time.

TO OFFER YOU CUSTOMISED SOLUTIONS...

Thanks to our versatile and efficient design and manufacturing tools for standard and bespoke products enabling us to meet a client’s individual specifications.

TO PROVIDE YOU WITH CONSTANT QUALITY

Evolving is� als�o about being able to lis�ten.

As a result, LACAZE ENERGIES pays special attention to every expressed need, from the receipt of the specifications to the maintenance of the equipment.

With a Quality Policy shared by all our employees and based on an on-going commitment to improve processes, products and services, we place your s�atis�faction at the very heart of everything that we do.

66

newproducts

TRANSECOENERGY RECOVERY fROm thE fluE GasEs • Compact and vertical device made from

304 L s�tainles�s� s�teel.

• Calorific power of up to 900 kW.• Can be combined with Hydrogaz®

tanks (domestic hot water, pages 98 and 188), industrial pre-mix burners (I.P.B.-I.C.T, for more information consult the Manufacturing Sector catalogue) or boilers� (heating hot water, page 218).

• Suitable for new or exis�ting ins�tallations�.• Service or manufacturing s�ector applications.• High efficiency obtained - up to 109% on NCV.

e-LESS®

CONtROl aND mONItORING sYstEms for DhW and lhtW production and storage installations• All production methods�: Accumulation / instantaneous / semi-instantaneous.• All types� of energy: Gas / Electricity / Solar / Heat pump / Combined energies.• Improved energy performance and s�avings� (monitoring and managing the ins�tallation).• Anti-legionella protection via thermal s�hocks�.• Automation.• Stand-alone and vers�atile.• Remote acces�s� us�ing a PC, Smartphone or digital tablet.

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77

COIL TANKSPRODuCtION aND stORaGE Of hOt WatER (DOmEstIC PuRPOsEs OR hEatING)• Tanks made from:

- DUPLEX STAINLESS STEEL ("DPX" range); - "RC" coated carbon steel ("PREFERENCE" range); - Enamelled steel ("GLASS LINED" range).• 300 to 3,000 litres capacity tanks available.• Service or manufacturing s�ector applications�.• Coil tanks� with a large heat exchange s�urface for

accelerated water heating. • Economical and high-performance s�olution.• Multi-purpos�e: Heating from multiple heat sources

or types of energies (conventional or renewable), simultaneous feeding of several consumer circuits.

DPXDuPlEX staINlEss stEEl CYlINDERs• DUPLEX stainless steel cylinder (high-tech

austenitic-ferritic stainless steel).• Production and storage of

domes�tic hot water (DHW). • 300 to 3,000 litres capacity tanks available.• Service or manufacturing s�ector applications�.• Exceptional anti-legionella

treatment res�is�tance.• Excellent res�is�tance to corros�ion. • Enhanced mechanical performance. • Economical and high-performance s�olution.• 7-year tank warranty.• Discover the various models of the new

DUPLEX ”DPX” stainless steel cylinder by consulting the main menu.

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for many years, laCaZE ENERGIEs has been investing in the development of technologies� linked to renewable energies� and in particular the design of a range of tried and tested solar water heaters.It has further developed its expertise in relation to residential solar thermal energy and today is now able to provide end-to-end s�olutions� thanks to:- the provision of all materials required for installation. the necessary backup is provided by other energies that we have been mastering for a long time (electricity, primary hot water, gas or biogas, combined energy solutions);- Its engineering expertise and tailored support/services.

RESIDENTIAL AND INDUSTRIALSOLAR SOLUTIONS

SOLAR ENERGY - NATURAL AND ECONOMICAL

With the implementation of new regulations, the government is supporting the development of heat p ro d u c e d f ro m s o l a r thermal energy which represents a free and limitless source of energy emitting no greenhouse g a s e s . P r o m o t e d b y the aDEmE and local a u t h o r i t i e s , d o m e s�t i c s�olar hot water has� s�hown s�ignificant year on year growth in France and has� res�ulted in a reduction in energy cos�ts� today and for the next 20 years.

OUR PHILOSOPHYto offer high-performance e q u i p m e n t t h a t m e e t s e n e rg y - s a v i n g requirements.

OUR EXPERIENCEto develop and implement turnkey solar projects for the service, manufacturing and residential sectors.

OUR PROMISEto reduce operating costs and therefore your energy bills by using new, modern and clean energy resources.

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Ask for our«Solar thermal systems»

catalogue.2013 -2014 Edition

A COMPREHENSIVE SOLAR THERMAL RANGE

Recurrent price increases for traditional energies have encouraged us to offer new energy solutions and to increase the value of your goods and processes. Our first-rate European solar solutions are designed for use in residential, service sector and industrial environments.they meet the needs of design consultants and climate engineering businesses looking for a comprehensive solution and they also benefit from an extended warranty period. Researched and approved by our R&D department, they are guaranteed to offer quality, reliability and durability.

BUILDING YOUR PROJECT TOGETHER

With laCaZE ENERGIEs, your projects will meet the requirements of the new 2012 thermal regulations and the «Grenelle Environnement».Do not hesitate to contact one of our advisors located throughout france and Belgium to benefit from a study that is tailor-made to your geographical location and the space available for the installation.

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LACAZE ENERGIES’ ASSETS

Ins�pection manhole• Compliant with recommendations

of the DGs [Directorate-General for health].

• scalable equipment in accordance with needs (power adjustment, change of energy).

• tank inspection and cleaning possible.

Note: ø 250 mm inspection nozzle on 300 litres capacity tank, ø 500 mm inspection manhole for RC and SS tanks over 4,000L

Fire-rated thermal ins�ulationm1 (Euroclasses) or m0 (Euroclasses a2) fire-rated insulation jackets that do not require special preparation of premises (according to the directives of 20/11/2000 and 22/11/2004 relating to fire safety regulations in buildings open the public).

CE compliance• 97/23: Pressure Equipment Directive• 73/23: low Voltage Directive• 89/336: Electromagnetic Compatibility• EN676: automatic forced draught

gas burner standards• CE markings: - Certigaz marking (hydrogaz®*). - E0694 body.* except 120 and 140 kW.

Electric immers�ion heater with integrated power contactor (Power ≤ 20 kW)three-phase 30 a-400 V safety/regulation control box fitted to the top of the immersion heater with cable-connected components:- Double safety thermostat;- Power contactor.for maximum reliability and durability, and unlike more commonly used technologies, the power cut is not provided directly by the thermostat’s switches.

Optimis�ed connections�• a single multi-use tank: position,

number, size and dimensions designed for solar and conventional uses, in a series or parallel assembly, looped, etc.

• Dual cold water inlet with deflector (right/left): easy to install.

• Cold water deflector without reduction of diameter:

- less disturbance; - Better maintenance of stratification; - low head loss.

Tanks�• the tanks are designed and

manufactured based on CODaP regulations and more than 60 years of experience in the tank manufacturing industry.

• Potential provision of design calculations (optional extra).• Design complies with the

recommendations of the Directorate-General for health with regards to the prevention of legionella-related risks.

SolarProducts using solar thermal energy or designed for this use.

Outdoor vers�ionthe device can be installed outdoors (weather-proof thermal insulation).

High res�is�tance tubular heaters�• aIsI 316 stainless steel bundle.• Improved resistance to corrosion

compared to the 304 l.• Better compatibility with

environments containing chlorines (anti-legionella treatments for example).

RC

DPX

GL

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Cylinder with "RC" coated carbon s�teel tankthe internal "RC" coating, the result of extensive research (R&D department, testing laboratory), is now a feature of all "PREfERENCE" series tanks.this new internal protection, developed to meet strict specifications, is the result of a technological collaboration with the best European specialists in the field.

It offers the following benefits:• attestation de Conformité sanitaire [sanitary Conformity Certification] (aCs);• WRas approved material Bs6920-01(approval Number 1005531• strong adhesion (semi-thick flexible coating 400 μ). • No grip for organic compounds (bio-film, scale): smooth and shiny appearance;• Good chemical and thermal resistance (85°C constant);• less sensitive to shocks than rigid coatings (such as plasticized cement). there are four different types of "RC" coating available depending on capacity and temperature restrictions:

New “DPX” DUPLEX stainless steel tank• Stainles�s� s�teel DUPLEX 100% recyclable • Equipment compliant with food s�tandards�:

suitable for contact with domestic water and compliant with DGs [Directorate-General for health] recommendations.

• Exceptional res�is�tance to corros�ion: particularly in the case of chlorinated treatments used to combat legionella.• The mechanical performance of duplex tanks� is� s�uperior to thos�e of conventional s�tainles�s� s�teel: - lighter cylinder; - Easy to handle.• Les�s� maintenance: no protection anode required.• No internal coating that is� likely to degrade or peel away: - food safety characteristics preserved over time; - Water storage possible at a constant temperature of 95°C (solar or industrial applications); - No risk of obstruction to the control and safety devices.• 7-year tank warranty.

New range of "GLASS LINED" cylinders made from enamelled steel • High performance enamelled s�teel: increased resistance to chemical cleaning agents and very high

working temperature (99°C).• Domes�tic hot water s�torage.• Production of domes�tic hot water via coil-wound heat exchangers�.• Multi-purpos�e operation: they integrate perfectly into s�olar ins�tallations� and can be connected to boilers�, heat pumps�, etc.• Increas�ed protection agains�t corros�ion (magnesium anodes supplied).

Type of coating RC701(1) RC851 RC901(1) RC951

Capacity 8 to 110 m3 0,3 to 6 m3 8 to 110 m3 0,3 to 6 m3

T-max 70°C 85°C 90°C 95°C

Duration of T-max Constant Constant Constant Peak(1)Discover the full range of models designed for use in industrial environments in our Manufacturing Sector catalogue.

Capacity Classic anode Lacaze Energies anode(2)

Diameter (mm) Lenght (mm) Mass Mg - g Diameter

(mm) Lenght (mm) Mass Mg - g

300 to 500 L 22 350 232 32 500 700

750 to 6 000 L 26 400 370 32 700 980(2)Note : Our 0.3 to 3 m3 capacity tanks feature one anode and our 4 to 6 m3 capacity tanks feature two anodes.

Magnes�ium protection anode : advantages over classic anodes.• Greater protection: significant surface area;• Extended lifespan: greater magnesium content.

• Wear inspection possible without removing the anode or draining the cylinder.• specific plug on the tank enabling good grounding of the anode (more efficient than via a screw thread).• Reduced maintenance costs.

Reinforced thermal ins�ulationRt2005-compliant thermal insulation performance.

Surface thermal resistance (m2.k) / W

Conventionalinsulation Lacaze Energies insulation

Foam 40 mm 1,43 2,00

Rockwool 60 mm 1,50 1,88


Component eligible for use in installations that must meet Rt2012 requirements.

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Typ

e o

f ta

nk/c

oat

ing

Cap

acity

VERSIONS/HEATING METHOD

PLATE HEAT EXCHANGER STORAGE

ÉLECTRIC

GAS

TUBULAR HEATER COIL DUAL-ENERGY SOURCE

Car

trid

ges

Imm

ersi

on

heat

er

Bac

kup

im

mer

sio

n he

ater

Pri

mar

y w

ater

Do

mes

tic w

ater

So

lar

Hea

t p

ump

Pri

mar

y

So

lar

Hea

t p

ump

Ele

ctri

c im

mer

sio

n he

ater

+

hea

ter

So

lar

heat

er +

g

as b

acku

p

Hea

ters

: so

lar

+

pri

mar

y b

acku

p

Co

il he

at

exch

ang

ers:

so

lar

+ p

rim

ary

bac

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MA

NA

GIN

G A

ND

OP

TIM

ISIN

G

OF

EN

ER

GY

RECOVERING ENERGY FROM FLUE GASES

p 16

CENTRALISED HOT WATER AND ENERGY MANAGEMENT

p 30

POWER, PROTECTION AND REGULATION BOX

p 38

DHW CYLINDER RC851 0,3 to 6 m3 p 22

DHW CYLINDER Duplex stainless steel 0,3 to 3 m3 p 22

DHW CYLINDER 316 L stainless steel 0,3 to 3 m3 p 22

SO

LAR

HO

T W

ATE

R

DHW HEAT EXCHANGER SYSTEM 316 L stainless steel p 44

SOLAR DHW CYLINDER RC851 0,3 to 3 m3 p 48 p 48* p 78 p 78 p 98 p 78


SOLAR DHW CYLINDER Duplex stainless steel 0,3 to 3 m3 p 48 p 48* p 78 p 78 p 60 p 98 p 78 p 60

SOLAR DHW CYLINDER 316 L stainless steel 0,3 to 3 m3 p 48 p 48* p 78 p 78 p 60 p 98 p 78 p 60

SOLAR DHW CYLINDER Enamelled steel 0,3 to 3 m3 p 48 p 48* p 60 p 60

SOLAR HEATING HOT WATER CYLINDER Carbon steel 0,3 to 4 m3 p 108 p 108* p 114 p 114

DO

ME

ST

IC H

OT

WAT

ER


DHW CYLINDER RC851 0,3 to 6 m3 p 162 p 128 p 170 p 170 p 128* p 200 p 184 p 192

DHW CYLINDER Duplex stainless steel 0,3 to 3 m3 p 162 p 128 p 170 p 170 p 128* p 200 p 184 p 140 p 140 p 192

DHW CYLINDER 316 L stainless steeel 0,3 to 3 m3 p 162 p 128 p 170 p 170 p 128* p 200 p 184 p 140 p 140 p 192

DHW CYLINDER Enamelled steel p 128 p 128* p 140 p 140

DHW GENERATOR Enamelled steel 0,22 to 0,4 m3 p 212

LOOP HEATER 316 L stainless p 214

HEATING HOT WATER CYLINDER Carbon steel 0,75 to 3 m3 p 218

SKID-MOUNTED SUBSTATION p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222

PR

IMA

RY

WAT

ER

CHILLED WATER CYLINDER Carbon steel 0,3 to 3 m3 p 230 p 230

HEATING HOT WATER CYLINDER Carbon steel 0,3 to 3 m3 p 234 p 234 p 238 p 238 p 238

ELECTRIC BOILER Carbon steel p 246

MAGNETIC FILTER 316 L stainless steel p 252

LOOP HEATER Carbon steel p 256

The cylinders’ diagonals for installation : p 259 / Online shop : p 260 / Commercial network : p 261 / Cahors Group presentation : p 262 / Reference index : p 264

CONTENTS

13

MANAGING AND OPTIMISING OF

ENERGY

SOLAR HOT WATER

DOMESTIC HOT WATER

PRIMARY WATER

*The immersion heater backup is available on all models of cylinder featured in this catagoque.

Man

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Typ

e o

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nk/c

oat

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Cap

acity

VERSIONS/HEATING METHOD

PLATE HEAT EXCHANGER STORAGE

ÉLECTRIC

GAS

TUBULAR HEATER COIL DUAL-ENERGY SOURCE

Car

trid

ges

Imm

ersi

on

heat

er

Bac

kup

im

mer

sio

n he

ater

Pri

mar

y w

ater

Do

mes

tic w

ater

So

lar

Hea

t p

ump

Pri

mar

y

So

lar

Hea

t p

ump

Ele

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mer

sio

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ater

+

hea

ter

So

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heat

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g

as b

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+

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bac

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MA

NA

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G A

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OP

TIM

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G

OF

EN

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GY

RECOVERING ENERGY FROM FLUE GASES

p 16

CENTRALISED HOT WATER AND ENERGY MANAGEMENT

p 30

POWER, PROTECTION AND REGULATION BOX

p 38

DHW CYLINDER RC851 0,3 to 6 m3 p 22

DHW CYLINDER Duplex stainless steel 0,3 to 3 m3 p 22

DHW CYLINDER 316 L stainless steel 0,3 to 3 m3 p 22

SO

LAR

HO

T W

ATE

R




SOLAR DHW CYLINDER Duplex stainless steel 0,3 to 3 m3 p 48 p 48* p 78 p 78 p 60 p 98 p 78 p 60

SOLAR DHW CYLINDER 316 L stainless steel 0,3 to 3 m3 p 48 p 48* p 78 p 78 p 60 p 98 p 78 p 60

SOLAR DHW CYLINDER Enamelled steel 0,3 to 3 m3 p 48 p 48* p 60 p 60

SOLAR HEATING HOT WATER CYLINDER Carbon steel 0,3 to 4 m3 p 108 p 108* p 114 p 114

DO

ME

ST

IC H

OT

WAT

ER


DHW CYLINDER RC851 0,3 to 6 m3 p 162 p 128 p 170 p 170 p 128* p 200 p 184 p 192

DHW CYLINDER Duplex stainless steel 0,3 to 3 m3 p 162 p 128 p 170 p 170 p 128* p 200 p 184 p 140 p 140 p 192

DHW CYLINDER 316 L stainless steeel 0,3 to 3 m3 p 162 p 128 p 170 p 170 p 128* p 200 p 184 p 140 p 140 p 192

DHW CYLINDER Enamelled steel p 128 p 128* p 140 p 140

DHW GENERATOR Enamelled steel 0,22 to 0,4 m3 p 212

LOOP HEATER 316 L stainless p 214

HEATING HOT WATER CYLINDER Carbon steel 0,75 to 3 m3 p 218

SKID-MOUNTED SUBSTATION p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222 p 222

PR

IMA

RY

WAT

ER

CHILLED WATER CYLINDER Carbon steel 0,3 to 3 m3 p 230 p 230

HEATING HOT WATER CYLINDER Carbon steel 0,3 to 3 m3 p 234 p 234 p 238 p 238 p 238

ELECTRIC BOILER Carbon steel p 246

MAGNETIC FILTER 316 L stainless steel p 252

LOOP HEATER Carbon steel p 256

The cylinders’ diagonals for installation : p 259 / Online shop : p 260 / Commercial network : p 261 / Cahors Group presentation : p 262 / Reference index : p 264

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1

MANAGING AND OPTIMISING OF ENERGY

TRANSECO ...................................................................................................16|21Recovering energy from flue gases - 30 to 900 kW

“RECUPAC” DHW cylinder ........................................................22|29Recovering energy from heat pumps - 500 to 6,000 litres

"PREFERENCE” range "DPX" Duplex stainless steel range

e-LESS® ..........................................................................................................30|37Centralised management of hot water and energy

POWER, PROTECTION & REGULATION BOXES ..........................38|41

16

TRANSECO RECOVERING ENERGY fROm fluE GasEs

30 to 900 kW

ADVANTAGES

• Multi-purpos�e : can be combined with a hydrogaz® domestic hot water system, industrial pre-mix burners and boilers.

• Reduced operating cos�ts� : efficiency of up to109% on NCV.

• Rapid return on inves�tment : significant savings.• Excellent res�is�tance to corros�ion : the sections in contact with water and flue gases are made from stainless steel.• service pressure of 7 bar as� s�tandard.• Can be ins�talled outdoors� : weather and uV resistant shell.• Quick and eas�y to maintain : tubes can be cleaned

without disassembling the piping or isolating them.• Removable bas�e for wall mounting.

With the TRANSECO it’s� pos�s�ible to recover energy contained in combus�tion products� emitted by generators� us�ing gas�eous� fuels�.This condenser can also be combined with Hydrogaz® systems (for domestic hot water) as well as boilers (Low Temperature Hot Water),and is suitable for new or existing installations in the service or manufacturing sectors.

Thanks to the recovery of sensible heat (reducing flue gases temperature) and latent heat (condensing water flue gases contained within combustion products), the efficiency obtained can reach 109% on NCV, depending on the return temperature of the water in the system.

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1

the circulator 2 which is controlled by the operation of the burner, recovers the energy, even in the absence of water withdrawal (period following a peak in hot water consumption with a hydrogaz® system).

OPERATING PRINCIPLE

the tRaNsECO employs the principle of counter-flow exchange between the flue gases and the water, with the two circuits being separated by a wall of finned tubes�. the flue gases emitted by the burner enter the top part of the device, descend and transfer their heat to the water flowing in the opposite direction, inside the finned tubes.the combustion products move in the same direction as the condensation and as they travel they meet a colder wall which encourages the condensation process.

VERSIONS AVAILABLE

the tRaNsECO is available in 4 models�, with calorific values from 30 to 900 kW.

Cold water

1

2

3

45

Gas burner

Simultaneous control of the burner and circulator

Circulator

Cold water inlet or outlet for the exchanger

Return in the cylinder

Chimney

1

2

3

4

5

18

Main body- 304 L Stainless steel vertical cylinder (on steam and water side).- Maximum service pressure: 7 bar (on water side).- Access hatch for cleaning the finned tubes.- Base made of galvanised metal sheet, compatible with pallet trucks and removable for wall mounting.- Hoisting ring for lifting and 360° rotation.- T-max. (on water side): 95°C - T-max. for flue gases: 250°C.- Condensates removed by a 316 L stainless steel siphon.- 316 L stainless steel watertight vapour duct and flue.

Thermal insulation- Insulation: 50 mm rockwool with M0 fire rating.- Shell : pre-lacquered sheet metal finish (anti-corrosion paint).- Can be partially dismantled without disconnecting the piping for access to the cleaning trap.

Optional extras- Boiler fitting kit: connection between TRANSECO and Hydrogaz®.- Circulator kit: circulator (230 V - 220 W) + control and protection device.- Hydraulic kit: valve + tee fitting + reducers + safety valve calibrated at 7 bar.- Various colours available on request.- Hoisting ring.

Warranties (in accordance with our general conditions of sale)Main body = 5 ansAccessories = 1 an

SPECIFICATION

MODELS AVAILABLE

OPTIONAL EXTRAS

ReferencesPower (kW)

Minimum Maximum

TRA0100 30 100

TRA0200 90 200

Note: Discover the TRA0500 and TRA0900 models in our Manufacturing Sector catalogue (calorific power of 500 and 900 kW respectively).

Reference Description

TRAKH Hydraulic kit

TRAKC Circulator kit

TRAKF150 Cylinder vapour kit for TRA0100

TRAKF200 Cylinder vapour kit for TRA0200

Outdoorvers�ion

CE compliance• 97/23/CE• 73/23/CE

• 89/336/CE

10 20

110

108

106

104

102

100

98

96

94

9230

Water return temperature °C

Minimum recovery Maximum recovery Ef

ficie

ncy

on N

CV

%

40 50

Without TRANSECO

0

0,060,22

0,490,87

1,36

1,44

1,14

0,870,64

0,450,29

0,16

1,95

2,66

3,47

4,38

5,41

2

2

3

4

5

6

1

Flow rate in m3/hr

4

TRA0100 TRA0200

Hea

d lo

ss in

m C

E

6 8 10 0 20

2,0

3,0

4,0

5,0

6,0

1,0

40

Boiler power in kW

TRA0100 TRA0200

Hea

d lo

ss in

mm

CE

60 80 100 120 140 160 180 200 0 200

0,4

0,6

0,8

1

1,6

1,2

1,4

0,2

400

Puissance chaudière en kW

TRA0100 TRA0200

Per

te d

e ch

arge

en

mm

CE

600 800 1000

19

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Efficiency on NCV (Net Calorific Value)* of the TRANSECO-generator unit depending on the water temperature.*Data given for information purposes.

Conditions- Natural gas- 93% boiler efficiency- 20% excess air- Temperature of incoming flue gases 160°C.- Nominal water flow

Head loss in relation to waterHead loss in relation to flue gases (T -°C 200°C and 20% excess air)

HEAD LOSS

PERFORMANCE DATA

Reference IPB*Calorific power (kW)

Hydrogaz®Calorific power (kW)

Water flow rate (m3/hr)

TRA0100

BIP 03s 34 TRG 32 34 1TRG 51 54 1

BIP 06s 64 TRG 60 63 1TRG 90 95 1

TRA0200BIP 12 127 TRG 120 133 2

TRG 140 150 2

*IPB: Industrial pre-mix burner.

100 150

0,7

0,75

0,8

0,85

1,15

1,1

1,05

1

0,9

0,95

0,65

0,6200

Vapour temperature (°C)

Cor

rect

ive

coef

ficie

nt 1

250 10 20

1,3

1,2

1,1

1

0,9

0,830

Excès d’air

Coe

ffic

ient

cor

rect

if 2

40

20

Example 2-bedroomed housesConsumption of 15 m3 per day at 60°C for 365 days of the year;Which is a 140 kW burner operating for around 6.2 hrs per day.With an average efficiency of 92% on NCV:Energy consumed: 346,055 kWh per year.Annual cost: €17,995 per year (based on €0.052/kWh).With an efficiency of 106% on NCV:Annual cost: €15,618 per year (based on €0.052 /kWh).Saving: €2,377 per year..TRA0200 recovery unit + connection kit + circulator ~ €6,077 excl. VAT.A return on investment is achieved in around 2.6 years.

Corrective coefficient according to vapour temperature

Corrective coefficient according to excess air

For flue gases or excess air temperatures that are different to the reference values, the head loss values are obtained by multiplying the value on the diagram (page 19), by the corrective coefficients determined using the graphs hereafter.

Example

• 150 kW burner with a vapour temperature of 150°C and excess air of 20%.• TRANSECO designed for this boiler: TRA0200.• Head loss in relation to flue gases of 220°C: 3 mm WC (see the previous diagram “Head loss in relation to flue gases - T° 220°C”).• On the “Corrective coefficient according to vapour temperature” graph: C1 = 0.75 for 150°C.• On the “Corrective coefficient according to excess air” graph: C2 = 1 for 20%.• Head loss: 0.8 x 0.75 x 1 = 1,8 mm WC.

HEAD LOSS CORRECTION IN RELATION TO FLUE GASES

RETURN ON INVESTMENT

C

Ee

394

750 870

398167 167178 178

196 169 268

536

2002

2150

1808

256

431

25

332

FeSe

FsFs

Ee

Fe

TH

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Type of connection Connector diameter

Fe - Flue gases inlet 200 mm

Fs - Flue gases outlet 150 mm

Ee - Water inlet DN40

Se - Water outlet DN40

C - Condensate outlet DN20

TH - Thermostat sleeve DN15

Models Weight (kg)

TRA0100 162

TRA0200 170

Connector diameter Weight

GENERAL DIMENSIONS

1400130°

100°

580

Boiler fitting kit

Adjustable element from 300 mm to 450 mm

Possible to rotate in relation to this axis

A

Axis R

Axis R

A

Condensate outlett

Water inlet

Flue gases inlet

Flue gases outlet

Water outlet

Thermostat sleeve

C

Ee

Fe

Fs

Se

TH

22

“RECUPAC” DOmEstIC hOt WatER CYlINDER ENERGY RECOVERY VIa a hEat PumP

500 to 6, 000 Litres

The “RECUPAC” is� a cos�t-effective s�olution for producing and s�toring DHW from energy recovered by a heat pump.Thanks to heat extracted from the air or the ground it is possible, via a tubular heater, to store sufficiently large quantities of hot water to meet the needs of the service or residential sectors.

If necessary, a backup system can be used to provide additional energy.

Based on the CODAP, the “RECUPAC” also fulfils the requirements of the EN13445 standard.

1 11

8

7

6

9

10

2

3

4

5

PaC

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ADVANTAGES

• Production of DhW via any kind of heat pump.• less heat pump operating cycles.• Reduced operating cos�ts� (energy savings of up to 60%).• Reduced greenhous�e gas� emis�s�ions�.• DHW temperature s�tability.• significant volume of hot water means that peaks in demand are met.

• Multi-purpos�e: can be integrated into new or existing installations.• Delivered to site with pre-assembled insulation and thermal equipment.• Non-standard versions are available on request.

OPERATING PRINCIPLE

Cold water inlet

Non-return valve

Safety valve

Electrical backup

Degasser

Loop pump

Magnesium anode

U-tube heater

Circulator

Heat pump

Drainage

1

2

3

4

5

6

7

8

9

10

11

RC

24

Ins�pection manhole

High res�is�tance tubular heaters�

Tank• Vertical carbon steel tank with 3 feet.• 500 to 6,000 litres capacity.• Maximum service pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manhole.Note: Compliant with the recommendations of the Directorate-General for Health

Internal coating (WRAS)• Finished with “RC851” coating.• T-max = 85°C constant.• Magnesium protection anode(s) with wear indicator.

External protection• Anti-rust paint.

Removable thermal insulation (even on the inspection manhole and on the bottom)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ= 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Tubular heater• Removable tubular heater with bundle made of 316 L stainless steel, fixed onto the inspection manhole.• Class B heater, compliant with article 16.9 of the health regulations.

Options• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air drain valve).• Other thicknesses of insulation.• Non-standard versions available on request.

Warranties (in accordance with our general conditions of sale)• Tank = 5 years• Tubular heater = 5 years.• Other workstations = 1 year.

SPECIFICATION

“PREFERENCE” range

Reinforced thermal

ins�ulation

Optimis�ed connections�

Cylinder with "RC" coated carbon s�teel

tank

CE compliance• 97/23: pressure equipment

• 73/23: low voltage• 89/336: electromagnetic

compatibility

AN1

AN2

øD

H

A

B

C E

F

G1

G2

J

TM

TT

EC

DA

EF

RE DA

EF

TT

VMPI

180°

0°

90° 270°

315°

EC

EF

VM

AN1 AN2 RE TH TM

EF TTDADA

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Capacity (litres)

TM - TT (G-int. thread)

DA - VM (G-ext.thread)

EC* - EF (G-int. thread)

Weight (kg)

500 DN15 DN50 DN50 140750 DN15 DN50 DN50 1751 000H(1) DN15 DN50 DN50 2101 000B(1) DN15 DN50 DN50 2351 500H(1) DN15 DN50 DN50 2801 500B(1) DN15 DN50 DN50 2902 000H(1) DN15 DN50 DN50 3452 000B(1) DN15 DN50 DN50 4002 500 DN15 DN50 DN50 4303 000 DN15 DN50 DN50 4704 000 DN15 DN50 DN50 6805 000 DN15 DN50 DN50 7906 000 DN15 DN50 DN50 890

*EC nozzle for plate flange from 5 000 L to 6 000 L.

DIMENSIONS

Screw-on nozzle 40/49 for anode

Screw-on nozzle 40/49 for 2nd anode

Cold water inlet

Hot water outlet

Outlet/loop return

Support feet

Heat pump heater

Manhole with an internal diameter of 400 mm*

Nozzles for thermometer

Nozzles for thermostat (or PT100 probe)

DN50 drainage

* 500 mm for tanks over 4,000L

AN1

AN2

EF

EC

DA

PI

RE

TH

TM

TT

VM

Capacity (litres) A (mm) B (mm) C (mm) øD (mm) E (mm) F (mm) G1 (mm) G2 (mm) H (mm) J (mm)500 90 410 560 650 660 860 1 030 - 1 820 1 420750 90 440 590 800 690 890 1 060 - 1 880 1 4501 000H(1) 90 440 590 800 690 890 1 330 - 2 430 2 0001 000B(1) 90 475 650 950 725 925 1 100 - 1 960 1 4851 500H(1) 90 475 650 950 725 925 1 100 - 2 510 2 0351 500B(1) 90 510 685 1 100 760 960 1 160 - 2 020 1 5202 000H(1) 90 510 685 1 100 760 960 1 400 - 2 570 2 0702 000B(1) 90 560 745 1 300 810 1 010 1 220 - 2 110 1 5702 500 90 560 745 1 300 810 1 010 1 280 - 2 350 1 8203 000 90 560 745 1 300 810 1 010 1 450 - 2 660 2 1204 000 110 630 855 1 500 860 1 060 1 530 1 780 2 790 2 1855 000 110 630 855 1 500 860 1 060 1 880 2 130 3 490 2 8056 000 110 630 855 1 500 860 1 060 2 160 2 410 3 990 3 305

(1)Note : H = High version ; B = Low version.

26

Capacity (litres)

Standard model comes with a 100 mm-M1

Cooling constant (Wh/day.K.L)



500 PRC050M11V 0.060 PRC050M01V 0.072750 PRC075M11V 0.049 PRC075M01V 0.0581 000H(1) PRC100M11HV 0.046 PRC100M01HV 0.0541 000B(1) PRC100M11BV 0,042 PRC100M01BV 0,0501 500H(1) PRC150M11HV 0,039 PRC150M01HV 0,0461 500B(1) PRC150M11BV 0.037 PRC150M01BV 0.0442 000H(1) PRC200M11HV 0,034 PRC200M01HV 0,0412 000B(1) PRC200M11BV 0.032 PRC200M01BV 0.0382 500 PRC250M11V 0.031 PRC250M01V 0.0363 000 PRC300M11V 0.030 PRC300M01V 0.0354 000 PRC400M11V 0.026 PRC400M01V 0,0305 000 PRC500M11V 0.025 PRC500M01V 0,0296 000 PRC600M11V 0.024 PRC600M01V 0,028


TECHNICAL SPECIFICATIONS

MODELS AVAILABLE


KA1

Accessories kit- DN25 safety valve calibrated at 7-bar- Brass stainless steel thermometer with dial 0/120°C- DN50 drainage valve- Air drain valve

Integrated loop heater (ILH kits for DHW cylinders)• Additional immersion heater located in the top section of the tank (230/400 V tri-phase)• Double unipolar safety thermostat.

Reference Immersion heater power (kW) Minimum Ø of tank (mm)

RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800

Note : Integrated loop heater is not pre-assembled onto the cylinder

Heat pump heaterPrimary system (Glycol water 30%) 55/47,5°C - Secondary 10/45°C

OPTIONS

Capacity (litres)Heat pump heater

Flow rate m3/hr Head loss(mH2O)(2) Surface area (m2)

Power (kW) Nozzle E/S500 18 DN32 3,5 0,6 1,72750 35 DN65 4,5 0,2 4,11 000H(1) 35 DN65 4,5 0,2 4,11 000B(1) 35 DN65 4,5 0,2 4,11 500H(1) 35 DN65 4,5 0,2 4,11 500B(1) 40 DN65 5,1 0,3 42 000H(1) 45 DN65 5,8 0,4 4,52 000B(1) 45 DN65 5,8 0,4 4,562 500 50 DN65 6,3 0,4 5,13 000 50 DN65 6,3 0,4 5,14 000 60 DN65 7,7 0,7 5,95 000 60 DN65 7,7 0,7 5,96 000 60 DN65 7,7 0,7 5,9

(1)Note : H = High version ; B = Low version. (2)mH20 = Meter of water column

DPX

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SPECIFICATION

“DPX” DUPLEX STAINLESS STEEL range

CE compliance• 97/23 : pressure

equipment• 73/23 : low voltage

• 89/336 : electromagnetic

compatibility

Ins�pection manhole

Tank• Vertical "DPX" DUPLEX stainless steel tank

with 3 feet.• 500 to 3,000 litres capacity.• Maximum service pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manhole.• T-max = 95°C constant.(1)Note : Compliant with the recommendations of the Directorate-General for Health.

Removable thermal insulation (even on the inspection manhole and on the bottom)M1 fire rated :• High-performance mineral wool - 100 mm

thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated :• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Tubular heater• Removable tubular heater with bundle made

from 316 L stainless steel, fixed onto the inspection manhole.

• Class B heater, compliant with article 16.9 of the health regulations.

Options• Tank made from AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air drain valve).

Warranties (in accordance with our general conditions of sale) • Tank = 7 ans.• Tubular heater = 5 years.• Other workstations = 1 year.

Reinforced thermal

ins�ulation

Optimis�ed connections�

DUPLEX s�tainles�s�

s�teel

High res�is�tance tubular heaters�

270°

90°

180° 0°

EC

EF

RE

VM

DA EF TM TTDA

øD

H

A

B

E

F

E’

G

JK L

TM

TT

EC

DA

EF

RE

TH

DA

EF

TT

VMPI

28

DIMENSIONS

Capacity (litres) A (mm) B (mm) øD (mm) E (mm) E’ (mm) F (mm) G (mm) H (mm) J (mm) K (mm) L (mm)

500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365

Capacity (litres)

TM-TT (G-int. thread)

EC-EF-DA-VM (G-ext. thread)

Weight (kg)

Weight with heater (kg

500 DN15 DN50 90 115

750 DN15 DN50 110 135

1 000 DN15 DN50 135 160

1 500 DN15 DN50 180 185

2 000 DN15 DN50 265 235

2 500 DN15 DN50 315 320

3 000 DN15 DN50 335 370

Cold water inlet

Hot water outlet

Outlet/loop return

Support feet

Heat pump heater

Manhole with an internal diameter of 400 mm

Nozzles for thermometer

Nozzles for thermostat (or PT100 probe)

DN50 drainage

EF

EC

DA

PI

RE

TH

TM

TT

VM

(1) mH2O = Meter of water column

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Capacity (litres)Heat pump heater Head loss

(mH2O)(1) Surface area (m2)Power (kW) Nozzle E/S Flow rate m3/h

500 18 DN32 3,5 0,6 1,72

750 35 DN65 4,5 0,2 4,1

1 000 35 DN65 4,5 0,2 4,1

1 500 40 DN65 5,1 0,3 4

2 000 45 DN65 5,8 0,4 4,56

2 500 50 DN65 6,3 0,4 5,1

3 000 50 DN65 6,3 0,4 5,1

Capacity (litres)

Standard model comes with a 100 mm-M1 jacket




500 DXC050M11V 0.060 DXC050M01V 0.072

750 DXC075M11V 0.049 DXC075M01V 0.058

1 000 DXC100M11V 0.046 DXC100M01V 0.054

1 500 DXC150M11V 0.037 DXC150M01V 0.044

2 000 DXC200M11V 0.032 DXC200M01V 0.038

2 500 DXC250M11V 0.031 DXC250M01V 0.036

3 000 DXC300M11V 0.030 DXC300M01V 0.035


KA1

Accessories kit- DN25 safety valve calibrated at 7-bar- Brass stainless steel thermometer with dial 0/120°C- DN50 drainage valve- Air drain valve

Integrated loop heater (ILH kits for DHW cylinders)• Additional immersion heater located in the top section of the tank

(230/400 V tri-phase)• Double unipolar safety thermostat.Reference Immersion heater power (kW) Minimum Ø of tank (mm)

RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


OPTIONS

MODELS AVAILABLE

Heat pump heaterPrimary system (Glycol water 30%) 55/47,5°C - Secondary 10/45°C

DEVELOPED IN COLLABORATION

WITH AN INTERNATIONAL MANUFACTURER

OF INDUSTRIAL CONTROLLERS

30

CENtRalIsED hOt WatER aND ENERGY maNaGEmENtStANDARD AND NoN-StANDARD APPLICAtIoNS

As� a key factor in energy cons�umption, when optimis�ed, hot water production can be a s�ource of energy s�avings�.With the e-LESS®, the control and monitoring of your hot water production and storage installations, and the automation of certain maintenance operations, will provide you with a perfectly optimised performance.

Scalable and user-friendly, the e-LESS® will also surprise you with its communication capabilities (remote access).

e-LESS® is designed for use with all production methods : Accumulation / instantaneous / semi-instantaneousand all types of energy :Gas / Hydrogaz® / electricity / solar / heat pump/ combined energy.

INSTALLATIONS AVAILABLE

Installed in a self-contained or existing control box, the e-lEss® is available in 6 standard versions:- Solar DHW production:

• e-lEss–sB1 (basic), up to 2 cylinders in a series.

• e-lEss–sE1 (enhanced), up to 3 cylinders in a series.

- Non-s�olar DHW production: • e-lEss–NB1 (basic non-solar),

up to 2 cylinders in a series. • e-lEss–NB1 (enhanced non-solar),

up to 3 cylinders in a series.

- Non-s�olar hot water production: • e-lEss–CE1

(electric boiler or power box with up to 6 stages).

• e-lEss–EP1 (PlaKÉO® : DhW plate heat exchanger system).

Non-s�tandard applications� available on reques�t: • Cold water; • treatment baths; • Complex thermal systems; • Data logging from technical thermal installations

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COMMUNICATION ARCHITECTURE

AVANTAGES

• Improved energy performance and savings relating to monitoring and managing the installation.

• Anti-legionella protection via thermal treatment.

• Automation : flushing, heating boosts, etc.• Stand-alone

- local access using a keyboard. - Remote access without the need for a Ctm software* through the Ethernet network via a simple web browser for e-lEss® management (PC or smartphone). - Communication using Gsm card (depending on the option).

• Scalable > - Extension cards (up to 128 additional

inputs/outputs). - specific programmes on request.• Ready to us�e for standard applications.• Multi-purpos�e:

- Can be used with new or existing installations;

- Compatible with all centralised technical management software* or supervision software available on the market.

• Simple ergonomics� and multi-language menu.

• Perfect compatibility between the machine and the meas�uring ins�truments�.

*Note : centralised technical management

Control of the 3-way valve on the DhW plate heat exchanger

system

PID control of power stages on the electric

boiler

hydrogaz®

burner controlall-or-nothing regulator on the

electric water heater

tCP/IP Ethernet

mobile phone

Local works�tation

Modem / Router

Remote works�tation

modbus

Y

7

BABS

CI

CS

SECS

SEF

SSC

SSBS

TCT

TCT

EC

ECTEC

EF

EV

P1

P2

P3

PS

PS

PSS

RBRB

EP

SBS

SE

TEC

EV

32

SPECIFICATION

BASIC SHARED USER-DEFINED FUNCTIONS

ADVANCED FUNCTIONS (depending on the version)

Standard system• Back-lit display of 2”4 128 x 64 pixels, 4 lines.• 20-key IP65 keyboard.• Power; 24 V DC/8 mA.• Maximum consumption of 6 W.• All-or-nothing 24 V DC inputs.• 4-20 mA inputs for all types of probes and sensors.• All-or-nothing 30 V DC, 250 V AC 1A relays.• RS485 communication port.• Depending on the version, Ethernet card + SD 2 Go card.Several options possible depending on the application.

• Equipment control and safety devices: - Heating element (automatic or manual boost); - Gas burners (Hydrogaz®); - Single or double pumps (homogenisation for example); - Solenoid valves (rapid flushing); - Motorised valves (heating regulation circuits).• All-or-nothing or PID temperature regulation, or via a 3-way valve (depending on application).• Control and management of thermal shocks (anti-legionella),• Alarm management (temperature, water consumption, instantaneous flow rate, pressure).• Equipment cut-out in the event of faults (memorised).• Detailed metering of DHW consumption, energy, heating time, temperatures, alarms.• Choice of communication modes: via Modbus RS485 or TCP-IP on request.• Password-protected local and remote access.Note : The ability to obtain certain information is subject to the presence of optional measuring devices.

• Ethernet remote access (integrated server, no need for management software): - Password-protected access; - Visualisation of input/output and fault status; - Set point modifications; - Configuration of alerts via email.• Alert messages sent automatically by e-mail or SMS.• Operating data logged on a Micro-SD card (temperatures, meters, status of peripheral devices, faults).

Solar CE compliance• 97/23 : pressure equipment

• 73/23 : low voltage

Outdoor vers�ion

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BABS

CI

CS

SECS

SEF

SSC

SSBS

TCT

TCT

EC

ECTEC

EF

EV

P1

P2

P3

PS

PS

PSS

RBRB

EP

SBS

SE

TEC

EV

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1

e-LESS-SB1 (basic solar)

Production of Solar Domestic Hot Water with up to 2 cylinders in a series

Temperatures measured by PT100 probes and regulated by thermostats.

Production of Solar Domestic Hot Water with up to 3 cylinders in a series

Temperatures measured and controlled by PT100 probes (adjustment of set points and hysteresis values). Ethernet communication card - data collection on a mini SD card.

OperationThe solar pump P1 is controlled by the sunlight sensor SE , subject to sufficient pressure in the solar circuit PSS . If the output temperature of the solar sensor SSC is greater than that of the lower section SBS of the solar cylinder BS the head pump P1 starts up, P2 operates until the desired temperature in the solar cylinder is reached (detection via SBS ). The desired temperature is set by the user via the thermostats TEC which control the heating elements EC in accordance with this value. With the thermostat TCT you can choose a thermal shock temperature, the duration of which is defined via the e-LESS® (anti-legionella). With the solenoid valves EV you can remove the deposits that settle at the bottom of the cylinders through rapid flushing, the frequency of which can be set via e-LESS®. The pressure switches PS protect the heating elements against water shortages in the tanks. All faults resulting from the thermostats, pressure switches and pumps are logged and reported by e-LESS®. An energy audit.

OperationSame as the ELSSB1 version, plus :- Option to manage 3 cylinders in a series (instead of 2). - Replacement of thermostats ( TEC & TCT ) for heating

elements EC, with probes regulating set point and thermal shock temperatures SEC . In this case, the different desired temperatures and the hysteresis are regulated and controlled via the e-LESS®, either locally or remotely..

- The Ethernet communication card makes it possible to visualise and modify settings remotely (without centralised technical management software, via a simple web browsers) and to send alerts

- Data collection via micro SD card.- Return loop temperature control (SRB probe).- Presence of an additional safety thermostat.

Y

7

SEC

BABABS

CI

CSSECS

SEF

SSC

SSBS

TSC

EC

EF

EVEV

P1

P2

P3 PS

PSS

RB

SECTSC

EC

SEC

SBSPSS

TSCSRB

EC

PSPS

RBRB

EP

SE

EV

e-LESS-SE1 (enhanced solar)

Backup cylinder Solar tank Water meter with pulse output

Solar cell Heating element Cold water inlet Plate exchanger Solenoid valve (quick flush)

Solar circuit pump

BABS

CI

CS

EC

EF

EP

EV

P1

Charge pump Homogenisation pump Water shortage pressure switch

Solar circuit pressure switch

Loop return Temperature sensor located at the bottom of the solar cylinder Sunlight sensor Domestic hot water output temperature sensor

P2P3

PS

PSS

RB

SBS

SE

SECS

Cold water input temperature sensor

Solar cell output temperature sensor

Solar cylinder output temperature sensor

Thermal shock thermostat Heating element thermostat

SEF

SSC

SSBS

TCT

TEC

Backup cylinder Solar tank Water meter with pulse output

Solar cell Heating element Cold water inlet Plate exchanger Solenoid valve (quick flush)

Solar circuit pump Charge pump Homogenisation pump

BABS

CI

CS

EC

EF

EP

EV

P1

P2

P3

Water shortage pressure switch

Solar circuit pressure switch Loop return Temperature sensor located at the bottom of the solar cylinder

Sunlight sensor

Heating element and thermal shock probe

Domestic hot water output temperature sensor

PS

PSS

RB

SBS

SE

SEC

SECS


Loop return temperature sensor

Solar cell output temperature sensor

Solar cylinder output temperature sensor

Safety thermostat

SEF

SRB

SSC

SSBS

TSC

CI

SECS

SEFEF

EVEV

TCTTCTTEC TEC

ECEC

PSP

PS

RBRB

CI

SECS

SEF

EFEV EV EV

SECSECSECTSCTSCTSC

ECECEC

ECS

SRB

PS PS PS

RB RB RB

34

e-LESS-NB1 (basic non-solar)

Production of Non-Solar Domestic Hot Water with up to 2 cylinders in a series

Temperatures measured by PT100 probes and regulated by thermostats.

Production of Non-Solar Domestic Hot Water with up to 3 cylinders in a series

Temperatures measured and controlled by PT100 probes (adjustment of set points and hysteresis values).Ethernet communication card - Data collection via a mini SD card

OperationThe desired temperature is set by the user via thermostats TEC , which control the heating elements EC in accordance with this value. With the thermostat TCT you can choose a thermal shock temperature, the duration of which is defined via the e-LESS® (anti-legionella). With the solenoid valves EV you can remove the deposits that settle at the bottom of the cylinders through rapid flushing, the frequency of which can be set via e-LESS®. The pressure switch PS protects the heating elements against water shortages in the tanks. All faults resulting from the thermostats, pressure switches and pumps are logged and signalled by e-LESS®. An energy audit is possible thanks to the presence of a pulse output water meter CI and PT100 probes ( SEF / SECS > total energy consumed).

OperationSame as the ELSNB1 version, plus : - Option to manage 3 cylinders in a series (instead of 2). - Replacement of thermostats TEC & TCT , for heating

elements EC, with probes regulating set points and SEC . thermal shock temperatures. In this case, the different desired temperatures and the hysteresis are regulated and controlled via the e-LESS®, either locally or remotely.

- The Ethernet communication card makes it possible to visualise and modify settings remotely (without centralised technical management software, via a simple web browser) and to send alerts. - Data collection via micro SD card. - Return loop temperature control SRB probe).- Presence of an additional safety thermostat.

e-LESS-NE1 (enhanced non-solar)

Water meter with pulse output

Heating element

Cold water inlet

Solenoid valve (quick flush)

Homogenisation pump


Loop return

CI

EC

EF

EV

P

PS

RB



Thermal shock thermostat

Heating element thermostat

SECS

SEF

TCT

TEC


Heating element Domestic Hot Water

Cold water inlet



Loop return

CI

EC

PSECS

EF

EV

PS

RB





Safety thermostat

SEC

SECS

SEF

SRB

TSC

V3V

EF

EP EV

SBB

BECS

ECS

SECP1

P2

P3

SEC

TSC

P

PS

SE

CE

CD

Chauffage

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Production of Low Temperature Hot Water

Temperature measurement with a PT100 probe (adjustment of set point and hysteresis value).

Production of domestic hot water via a plate exchanger

Temperature measurement with PT100 probes (adjustment of set point and hysteresis values).

OperationThe user defines the set point temperature and the hysteresis via the e-LESS®. The aforementioned actuates one or several of the electric boiler’s CE stages of power ( PID regulation) depending on the water temperature SEC and potentially the external temperature SE . All faults resulting from the thermostat’s TSC , pressure switch PS, flow rate controller CD, and pump P , are logged and reported by e-LESS®.

Options available- The Ethernet communication card makes

is possible to visualise and modify settings remotely (without centralised technical management software, via a simple web browser) and to receive alerts.

- Data collection via micro SD card.- Probe for regulation in accordance with the outside temperature.- GSM card (mobile phone alerts).

OperationThe user defines the set point temperatures and the hysteresis via e-LESS®. If the temperature measured in the lower section of the cylinder SBB , is lower than the desired temperature, the charge pump P2 is actuated.The e-LESS® continuously adjusts the temperature of the domestic water leaving the exchanger SEC , by gradually moving the 3-way valve V3V . The temperature and duration of the thermal shock (anti-legionella) can be set as required. Faults resulting from the P1 and P2 , pumps are logged and reported by e-LESS®.

Options available- The Ethernet communication card makes is possible to visualise and modify

settings remotely (without centralised technical management software, via a simple web browser) and to receive alerts.

- Data collection via micro SD card.- GSM card (mobile phone alerts).

e-LESS-CE1 (electric boiler)

e-LESS-EP1 (PLAKEO® exchanger)

Domestic hot water tank

Domestic Hot Water

Cold water inlet Plate exchanger (PLAKÉO®) Solenoid valve (quick flush)

BECS

PSECS

EF

EP

EV

Primary circuit pump Charge pump Loop pump Heating element and thermal shock probe Sensor placed at the bottom of the cylinder

3-way regulation valve for the primary

P1P2

P3

PSSEC

PSSBB

V3V

Flow rate controller

Electric boiler

Circulation pump


CD

CE

P

PS

External temperature sensor


Safety thermostat

SE

PS

TSC

Primary hot water

Heating

36

MODELS AVAILABLE

Detailed functionsELSSB1 ELSSE1 ELSNB1 ELSNE1 ELSCE1 ELSEP1

Maximum number of cylinders (boiler for CE1 - exchanger for EP1) 2 3 2 3 1 1ALARMSFault alarm for each safety thermostat (TSC) • • • • •High and low alarms in relation to distribution of DHW (SECS / SEC for the EP1 version) or water for heating on the boiler (SEC) • • • • • •

Fault alarm for one or several pressure switches (PS) • • •Fault alarm for each pressure switch (PS) • •Flow rate controller fault alarm (CD) •Fault alarm for one or several pumps • • • • • •Delay activation for each fault (P or P1P2, except EP1 version for P3) • • • • • •Emergency cut-off depending on the version, in the case of ice, overheating, loss of flow or pressure • • • • • •METERS, MEASUREMENTSControl and measurement of sunlight levels (W/m² - probe) • •Metering of the volumes of water consumed with reset (CI) • • • •Metering of the solar energy recovered in kWh with reset (SEF/SBS) - Thermal audit • •Metering of backup energy in kWh with reset (SEF/SBS) - Thermal consumption • •Metering of the total energy consumed in kWh with reset (SEF/SECS) • • • • •

Hourly operating meter for each heating element or for each of the boiler's power stages with reset • • • • •

INDICATORSInstantaneous flow rate indicator at 1 min (l/hr) • • • •Temperature indicator for incoming cold water (EF) • • • •Solar circuit temperature indicator (SSC) • •Temperature indicator for the lower section of the solar cylinder (SBS) • •Output temperature indicator for solar cylinder (SBS) • •Temperature indicator for the distribution of DHW (SECS / SEC for the EP1 version) or water for heating on the boiler (SEC) • • • • • •

Return loop temperature indicator with alarm (SRB) • •External temperature indicator (SE) •Heating indicator (heating element switched on or off) • • • • •Remote visualisation of history (via an internet browser on a PC or Smartphone) o • o • o oVisualisation of the status of each heating element's thermostat (TEC) • • •Visualisation and adjustment of set point values on the e-LESS® screen • • • •Remote visualisation and adjustment of set point values (via a web browser on a PC or Smartphone) o • o • o oFault history • • • • • •Visualisation of faults on the e-LESS® screen • • • • • •Remote visualisation of faults (via a web browser on a PC or Smartphone) o • o • o oCONTROLSControl of each heating element with the thermostat (TEC) • •Control of each heating element with a PT100 probe (3 or 6 stages on the boiler depending on the power) • • •Control of the single solar or primary pump (P1) •Control of the single or double solar or primary pump (P1) • •Control of the single charge pump (P2) •Control of the single or double charge pump (P2) • •Control of the single homogenisation (P3, P) or circulation (P) pump • • •Control of the single or double homogenisation (P3, P) or circulation (P) pump •Control of solenoid valves upon draining (rapid flushing) • • • •Control of the 3-way regulating valve •Remote control of the heating by dry contact (if deactivated, recovery is possible) • • • • •SETTINGS, PROGRAMMINGAdjustment of the actuation thresholds for pumps (solar and domestic circuit differential) • •Limiting the temperature of solar panels (CS) • •Programming the start time and the duration of the thermal shocks • • • • •Adjustment of the set point temperature on each device (TEC thermostat) • •Adjustment and regulation of the set point temperature and the hysteresis with e-LESS® for each device (PT100-SEC probe) • • • •

Adjustment and regulation of the thermal shock temperature on each device (TCT thermostat) • •Adjustment and regulation of the thermal shock temperature and the hysteresis with e-LESS® for each device (PT100-SEC probe) • • •

SYSTEM (INTERFACE, COMMUNICATION)Local secured access • • • • • •Remote secured access o • o • o oChoice of language (FR/EN) • • • • • •Reset (restore to factory settings) • • • • • •Micro SD card reader • • • • • •Micro SD 2 Go card o • o • o oRecording information on the Micro SD card (energy meter readings, water volumes, temperatures, alarms) o • o • o oOn-board web server • • • • • •Ethernet communications card o • o • o oAutomatic email alerts in relation to faults o • o • o oRemote downloading of the history file in Excel format to the Mini SD card (via a web browser on a PC or Smartphone) o • o • o o

GSM card o o o oAutomatic SMS alerts in relation to faults o o o oModbus RS485 communication • • • • • •TCP-IP communication o o o o o oAdditional card with 4 inputs for PT100 probes o o o o o oAdditional card with 8 digital inputs + 8 outputs o o o o o oAdditional card with 4 x 4-20 mA inputs + 2 x 4-20 mA analogue outputs o o o o o o

Nota : The acquisition of certain information is subject to the presence of measuring devices that may be optional (water meters with pulse output, pressure switches, flow rate controllers, sunlight sensors, probes, thermostats, pumps, solenoid valves, etc.). Our prices ranges illustrate the extent of our supplies. • series / o : option

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OPTIONAL ACCESSORIES

Standard model references

Application

Provision (• : series ; o : option)

AutomationMicro SD

2 Gocard

PT100probe

Thermal shock thermostat (via a

probe on ELSSE1 & ELSNE1 versions)

Thermal shock thermostat (via a

probe on ELSSE1 & ELSNE1 versions)

Box with power and protection

ELSSB1 Basic solar • o 5 1 •

ELSSE1 Enhanced solar • • 7 1 •

ELSNB1 Basic non-solar • o 2 1 •

ELSNE1 Enhanced non-solar • • 6 1 •

Warranties (in accordance with our general conditions of sale) : 1 year

EquipmentELSSB1 ELSSE1 ELSNB1 ELSNE1 ELSCE1 ELSEP1

Automation • • • • • •

> All-or-nothing 24 V DC digital inputs 10 10 10 10 10 10

> 4-20 mA inputs (probe/sensor) 6 10 2 6 2 2

> All-or-nothing 30 V DC, 250 V AC-1A relays 6 14 6 6 6 6

> Unlimited number of inputs without extensions 3 0 3 1 6 8

> Unlimited number of outputs without extensions (1 on CE1 if 3-stage regulation + double pump) 0 4 0 1 0 0

> Maximum number of inputs/outputs (with extension cards) 128 128 128 128 128 128

Micro SD 2 Go card o • o • o o

PT100 probe 5 9 2 6 1 2

Thermal shock thermostat input (via a probe on ELSSE1 & ELSNE1 versions) 1 - 1 - - -

Safety thermostat input (provided by a double safety thermostat on ELSSB1 & ELSNB1) 1 3 1 3 1 -

Box with power and protection • / - • / - • / - • / - - -

• Series / - Not supplied (as required) O : Optional extras

Example of remote access to an installation with a PLAKEO®

plate heat exchanger system

• Ethernet communications card• GSM card• Micro SD 2 Go card • Additional card with 4 x 4-20 mA inputs + 2 x 4-20 mA analogue outputs.• Additional card with 4 inputs for PT100 probes.• Additional card with 8 inputs + 8 all-or-nothing outputs• Water meter with pulse output• Flow controller• Leak detector • 1" solenoid valve (rapid flushing)• Homogenisation kit (circulator + 2 valves + 1 non-return valve)• Primary kit (circulator + thermostat for a circuit)• Water shortage pressure switch• Sensor for measuring sunlight levels• PT100 probe • Safety/regulation thermostat• 3-way motorised valve for a primary circuit• 3-way motorised valve for a secondary circuit• Any other accessory available on request

38

POWER, PROTECTION & REGULATION BOXES DOmEstIC hOt WatER hOt WatER fOR hEatING

ELECtRICAL PoWER FRoM

3 to 2, 000 kW

LACAZE ENERGIES’ electrical power, protection and regulation boxes� are des�igned to be combined with one or s�everal cylinders� with or without an electric backup.

Because every installation is different, they can also be tailored to meet specific needs requiring a particular operating mode or equipment (water level regulation system, hydraulic accessory or burner controls, information logging, etc.). Each component is chosen with meticulous care to offer you boxes that combine quality and reliability.

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• Heating power from 3 kW.• Three-phase 400 V + Neutral + Earth • Weatherproofing: IP55.• General switch.• Power contactor for the immersion heater.• Protection fuses.• Remote control workstations (load shedding).• ‘’Auto / 0 / Manu’’ switch.• Power LED.• Heat indicators

AVANTAGES

• factory-tested monobloc equipment, ready to us�e.

• Made-to-meas�ure ins�tallations� (optional extra).

• Installation possible indoors (boiler room) or outdoors.

• Time s�avings� when fulfilling projects�.

• the electric box can be fitted onto the cylinder.

• High quality branded components�. • Short lead times� (standardised Nf

C-15100 -compliant models).

SPECIFICATION

OPTIONS

• Control and protection of the electric backup (RBI kit for DHW cylinders): - Additional immersion heater located in the top section of the tank (three-phase 230/400 V) - Double safety unipolar thermostat.• Single pump control.• Double pump control.• Solenoid valve control.• Motorised valve control. • Integration and programming of e-LESS® module (centralised management of hot water and energy).• Pre-cabling carried out on boxes supplied separately.• Higher power on request.

Warranties (in accordance with our general conditions of sale) = 1 year

CE compliance• 97/23 : pressure equipment• 73/23 : low voltage

CI

SECS

SEF

EF EV EV EV

SECSECSECTSCTSCTSC

ECECEC

ECS

SRB

PS PS PS

RB RB RB

40

OPERATING PRINCIPLE

MODELS AVAILABLE

1 tank - without ILH

Reference Three-phase 400 V Box + Earth +Neutral Electrical resistance

AR3 1 x 3

AR6 1 x 6

AR9 1 x 9

AR12 1 x 12

AR15 1 x 15

AR20 1 x 20

AR24 1 x 24

AR30 1 x 30

3 tanks - without ILH

Reference Three-phase 400 V Box + Earth +Neutral Electrical resistances

AR3B3 3 x 3

AR6B3 3 x 6

AR9B3 3 x 9

AR12B3 3 x 12

AR15B3 3 x 15

AR20B3 3 x 20

AR24B3 3 x 24

AR30B3 3 x 30



AR3B2 2 x 3

AR6B2 2 x 6

AR9B2 2 x 9

AR12B2 2 x 12

AR15B2 2 x 15

AR20B2 2 x 20

AR24B2 2 x 24

AR30B2 2 x 30



AR3B4 4 x 3

AR6B4 4 x 6

AR9B4 4 x 9

AR12B4 4 x 12

AR15B4 4 x 15

AR20B4 4 x 20

AR24B4 4 x 24

AR30B4 4 x 30

1 tank - 1 ILH

Reference Three-phase 400 V Box + Earth +Neutral

Electrical resistances ILH power (kW)

AR3B1RBI3 1 x 3 1 x 3

AR6B1RBI3 1 x 6 1 x 3

AR9B1RBI6 1 x 9 1 x 6

AR12B1RBI6 1 x 12 1 x 6

AR15B1RBI9 1 x 15 1 x 9

AR20B1RBI9 1 x 20 1 x 9

AR24B1RBI12 1 x 24 1 x 12

AR30B1RBI12 1 x 30 1 x 12

2 tanks - 1 ILH



AR3B2RBI3 2 x 3 1 x 3

AR6B2RBI3 2 x 6 1 x 3

AR9B2RBI6 2 x 9 1 x 6

AR12B2RBI6 2 x 12 1 x 6

AR15B2RBI9 2 x 15 1 x 9

AR20B2RBI9 2 x 20 1 x 9

AR24B2RBI12 2 x 24 1 x 12

AR30B2RBI12 2 x 30 1 x 12


Heating element

Domestic Hot Water

Cold water inlet



RB Loop return





Safety thermostat

CI

EC

ECS

EF

EV

PS

RB

SEC

SECS

SEF

SRB

TSC

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3 tanks - 1 ILH



AR3B3RBI3 3 x 3 1 x 3

AR6B3RBI3 3 x 6 1 x 3

AR9B3RBI6 3 x 9 1 x 6

AR12B3RBI6 3 x 12 1 x 6

AR15B3RBI9 3 x 15 1 x 9

AR20B3RBI9 3 x 20 1 x 9

AR24B3RBI12 3 x 24 1 x 12

AR30B3RBI12 3 x 30 1 x 12

4 tanks - 1 ILH



AR3B4RBI3 4 x 3 1 x 3

AR6B4RBI3 4 x 6 1 x 3

AR9B4RBI6 4 x 9 1 x 6

AR12B4RBI6 4 x 12 1 x 6

AR15B4RBI9 4 x 15 1 x 9

AR20B4RBI9 4 x 20 1 x 9

AR24B4RBI12 4 x 24 1 x 12

AR30B4RBI12 4 x 30 1 x 12

3 tanks - 3 ILH



AR3B3RBI33 3 x 3 3 x 3

AR6B3RBI33 3 x 6 3 x 3

AR9B3RBI63 3 x 9 3 x 6

AR12B3RBI63 3 x 12 3 x 6

AR15B3RBI93 3 x 15 3 x 9

AR20B3RBI93 3 x 20 3 x 9

AR24B3RBI123 3 x 24 3 x 12

AR30B3RBI123 3 x 30 3 x 12

4 tanks - 4 ILH



AR3B4RBI34 4 x 3 4 x 3

AR6B4RBI34 4 x 6 4 x 3

AR9B4RBI64 4 x 9 4 x 6

AR12B4RBI64 4 x 12 4 x 6

AR15B4RBI94 4 x 15 4 x 9

AR20B4RBI94 4 x 20 4 x 9

AR24B4RBI124 4 x 24 4 x 12

AR30B4RBI124 4 x 30 4 x 12


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


2 tanks - 2 ILH



AR3B2RBI32 2 x 3 2 x 3

AR6B2RBI32 2 x 6 2 x 3

AR9B2RBI62 2 x 9 2 x 6

AR12B2RBI62 2 x 12 2 x 6

AR15B2RBI92 2 x 15 2 x 9

AR20B2RBI92 2 x 20 2 x 9

AR24B2RBI122 2 x 24 2 x 12

AR30B2RBI122 2 x 30 2 x 12


For made-to-measure models please contact us.

4242

4343

SOLAR HOT WATER (DOMESTIC HOT WATER AND HEATING)

SOLAR PLAKEO®..............................................................................44|47Solar.plate.heat.exchanger.system

Solar DHW storage cylinder....................................................... 48|59“SOLAR.PREFERENCE”.500.to.6,000.litres.range“SOLAR.DPX”.duplex.stainless.steel.300.to.3,000.litres.range“GLASS.LINED”.300.to.3,000.litres.range

Solar DHW coil cylinder.............................................................. 60|77“SOLAR.DPX.SOLAIRE”.duplex.stainless.steel.300.to.3,000.litres.range.-.Single.lower.coil“SOLAR.DPX.SOLAIRE”.duplex.stainless.steel.500.to.3,000.litres.range.-.Dual.coil“GLASS.LINED”.300.to.3,000.litres.range.-.Single.coil“GLASS.LINED”.300.to.3,000.litres.range.-.Dual.coil

Solar DHW cylinder for primary and/or solar heating............ 78|97“SOLAR.PREFERENCE”.500.to.3,000.litres.range.-.Primary.heater“SOLAR.DPX”.duplex.stainless.steel.500.to.3,000.litres.range.-.Primary.heater“SOLAR.PREFERENCE”.500.to.3,000.litres.range.-.Solar.heater“SOLAR.DPX”.duplex.stainless.steel.500.to.3,000.litres.range.-.Solar.heater“SOLAR.PREFERENCE”.500.to.3,000.litres.range.-.Solar.and.primary.heater“SOLAR.DPX”.duplex.stainless.steel.500.to.3,000.litres.range.-.Solar.and.primary.heater

Solar DHW dual energy Hydrogaz® cylinder...........................98|107“SOLAR.PREFERENCE”.1,000.to.3,000.litres.range“SOLAR.DPX”.duplex.stainless.steel.1,000.to.3,000.litres.range

SOLAR CALEO® hot water for heating cylinder....................108|113Recovery.and/or.backup.of.500.to.4,000.litresBackup.of.500.to.4,000.litres

Solar hot water for heating coil cylinder............................. 114|121300.to.3,000.litres.-.Single.coil500.to.3,000.litres.-.Dual.coil

2

44

SOLAR PLAKEO® SOLAR PLATE HEAT EXCHANGER SYSTEM

This.compact.device.comes.pre-assembled.and.can.integrate.all.control,.safety.and.regulation.devices.required.for.its.operation.(exchanger.with.a.high.heat.exchange.coefficient,.a.solar.module.with.circulators,.regulators.and.accessories)..Both.the.exchanger.and.module.are.thermally.insulated.to.minimise.heat.loss...

Its.combination.with.a.“SOLAR.PREFERENCE”.buffer.cylinder.results.in.the.production.of.solar.DHW..

ADVANTAGES

• Removable plates made of 316 stainless steel for easy maintenance.• Possible increase in power by addition of plates.• A compact module which can be installed in small spaces.• Module supplied fully preset (can be re-programmed by the user).• Easy and quick to commission.• Minimised heat loss (insulated elements).• Excellent resistance to corrosion (316 stainless steel plates).• High exchange coefficient.• Low head loss.

The “SOLAR PLAKEO®” module is a transfer station designed for solar installations where the maximum surface area of the collectors is between 10 and 80 m2.

1

S4

2

11

12

10

10

9

5

6

S1

7

7

8

S3S5

S2

S6

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..Cold.water.inlet

..Flow.rate.meter.with.pulse.output

..Secondary.pump

..Plate.exchanger

..Solar.module

..Sunlight.sensor

1

2

3

4

5

6

..Solar.panel.

..Solar.pump

..Solar.tank

..Backup.tank

..Gas.equipment

..Domestic.hot.water.outlet.

7

8

9

10

11

12

..Solar.panel.temperature.sensor

..Temperature.sensor.located.at.the.bottom.of.the.solar.tank

..Exchanger.temperature.sensor

..Cold.water.input.temperature.sensor

..Recovery.tank.output.temperature.sensor

..Feed.temperature.sensor

S1

S2

S3

S4

S5

S6

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Differential solar regulation• 12 T- probe inputs• 9 relay outputs• Supplied with 6 probes

Gasketed plate heat exchanger • 316 stainless steel and NBR gaskets• Maximum working pressure = 6 bar (Maximum working pressure = 10 bar on secondary DHW circuit)• Thermally insulated exchanger• Single secondary pump• Flow control valve

SPECIFICATION

Plate exchanger

Non-return valves

Drain valve*

Secondary circulator

Thermometers and ball valves Safety valve (6 bar)

Manometer (bar)Circulator

Valve and nozzle for rinsing/filling the solar circuit

Flow rate meter* + flow control valve

Valve and nozzle for rinsing/filling the solar circuitSolar module

Maximum solar pressure = 6 barSupplied pre-assembled with:- Circulator- Safety valve- Manometer- Thermometers- Non-return valves- Flow rate meter- Degasser- Valves- Thermal insulation

* on the DN20

Solar CE compliance• 97/23/CE• 73/23/CE

• 89/336/CE

B

C

A

HF

G

E

D

SP

EP

ES

SS

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..Primary.inlet.(threaded)

..Secondary.inlet.(threaded)

..WP.Primary.outlet.(threaded)

..SS.Secondary.outlet.(threaded)

EP

ES

SP

SS

Model A (mm)

B (mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

EP (Ø)

SP (Ø)

ES (Ø/DN)

SS (Ø)

Weight (kg) single secondary pump

PK007 to PK020 1440 420 360 450 520 640 100 128 3/4’’ 3/4’’ 1’’ 1’’ 61 & 62

PK026 to PK052 1550 430 360 450 520 640 125 128 1’’1/4 1’’1/4 1’’ 1’’ 68 à 76

DImENSIONS

mODELS AVAILABLE

Primary Secondary

Reference(1) Power (kw)(2)

Maximum surface

area. Solar

panels (m2)

Flow rate m3/h

Exchanger head loss

(mWC)

Head loss available (mWC)

T1 °C

T2 °C

Flow rate m3/h

Exchanger head loss

(mWC)

Head loss available (mWC)

T1 °C

T2 °C

PK007 6,5 10 0,25 0,1 7,6 60 36 0,2 0,1 4,6 27 55

PK013 13 20 0,5 0,1 7 60 36 0,4 0,2 4,5 27 55

PK020 19,5 30 0,75 0,1 6,3 60 36 0,6 0,2 4,4 27 55

PK026 26 40 1 0,2 10,3 60 36 0,8 0,2 4,3 27 55

PK033 32,5 50 1,25 0,2 10,1 60 36 1 0,2 4,2 27 55

PK039 39 60 1,5 0,2 9,2 60 36 1,2 0,2 4,1 27 55

PK046 45,5 70 1,75 0,3 9,2 60 36 1,4 0,2 4 27 55

PK052 52 80 2 0,3 8,8 60 36 1,6 0,3 3,8 27 55

(1)Single primary pump + single secondary pump – (2) Primary circuit 60/36°C - Secondary 27/55°C - Glycol water 30%

48

SOLAR DHW CYLINDER STORAGE

300 to 6,000 Litres

The solar DHW storage cylinder is designed for use with energy recovery systems to amass a water reserve to cope with peaks in demands.If necessary, a backup system can be used to provide additional energy. This.device.has.been.specifically.designed.to.meet.the.production.and.storage.needs.of.solar.domestic.hot.water.(collection.and.backup).in.the.service.and.manufacturing.sectors..There.are.six.different.types.of.tank.available.to.meet.all.needs.:

Version

Carbon steel with RC coating Stainless steel Enamelled carbon steel

RC851 RC851 RC951DUPLEX

STAINLESS STEEL

316L STAINLESS STEEL S235

Capacity 0,3 to 3 m3 4 to 6 m3 0,3 to 6 m3 0,3 to 3 m3 0,3 to 3 m3 0,3 to 3 m3

T-max 85°C constant 85°C peak 95°C peak 95°C constant 95°C constant 99°C constant

Special resistance to chlorinated shocks + + + + + + + + + + +

Y

7

Solar regulation

1

14

1618

2

11

17

13 12

10

15

9

6

8

3

4

5

7

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ADVANTAGES

• Inspection manhole ø 400 mm*:- Easy maintenance- Thermal equipment can be installed at a

later date.• Significant hot water storage capacity

meaning that peaks in demand are met.• Particularly suited for use with solar

energy recovery systems (dimensions of nozzles, number and location).

• Can be combined with any energy recoveryor production system.

• Delivered to site with pre-installedinsulation (for carbon and stainless steel cylinders only) and thermal backup system (can be rapidly removed if required).

• Insulation of the bottom dished end andthe manhole as standard.

• Storage of water at a constanttemperature of up to 99°C (depending onthe model).

• Extended warranty for stainless steelversion.

• Non-standard versions are availableon request (higher pressure and specialdimensions).

*For carbon steel cylinders with RC coating and stainless steel cylinders: nozzle ø 250 mm on the 300 LFor enamelled steel cylinders: manhole ø 400 mm for the 750 to 3,000 litres version (or handhole DN 110 mm for the 300 to 3,000 L version).

OPERATING PRINCIPLE (Solar energy + Electrical backup)

..Cold.water.inlet

.Secondary.pump

..Plate.heat.exchanger

..Solar.module

..Expansion.vessel

1

2

3

4

5

..Solar.panel

..Sunlight.sensor


..Loop.return

..Temperature.sensor.located.at.the.bottom.of.the.solar.cylinder

6

7

8

9

10

..Electrical.backup

..DHW.outlet

..DHW.tank

..Drainage

..Solar.panel.output.temperature.sensor

11

12

13

14

15


..Domestic.hot.water.output.temperature.sensor

..Cold.water.meter

16

17

18

RC

50

Inspection manhole

Solar

Tank• Vertical carbon steel tank with 3 feet.• 500 to 6,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manhole(1).(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Internal coating• Finished with “RC851” coating

(Maximum temp = 85°C constant) or "RC951" coating (T-max = 95°C at peak times)

WRAS approved material• Magnesium protection anode(s) with wear indicator.


Removable thermal insulation (including the inspection manhole and the bottom dished end)

M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Options• Accessories kit (thermometer, DN25 safety valve, DN50

drainage valve, air vent valve).• Other thicknesses of insulation.• Non-standard versions available on request (higher

working pressure and custom dimensions).

Warranties (in accordance with our general conditions of sale)

• Tank = 5 years.• Accessories = 1 year

Reinforced thermal

insulation

Cylinder with «RC» coated carbon

steel tank

Optimised connections

CE compliance• 97/23/CE

SPECIFICATION

“SOLAR PREFERENCE” range500 to 6,000 litres

AN2

AN1

øD

H

A

B

C E

F

G1

G2

J

TM

TT

EC

DA

EF

TH

DA

EF

TT

VMPI

51

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Capacity(litres)

TM – TT (G int. thread)

EF (G int. thread)DA-VM (G ext. thread)

EC Weight (kg)

500 DN15 DN50 DN50 threaded 140750 DN15 DN50 DN50 threaded 1751 000H(1) DN15 DN50 DN50 threaded 2101 000B(1) DN15 DN50 DN50 threaded 2351 500H(1) DN15 DN50 DN50 threaded 2801 500B(1) DN15 DN50 DN50 threaded 2902 000H(1) DN15 DN50 DN50 threaded 3452 000B(1) DN15 DN50 DN50 threaded 4002 500 DN15 DN50 DN50 threaded 4303 000 DN15 DN50 DN50 threaded 4704 000 DN15 DN50 DN50 threaded 680

5 000 DN15 DN50 DN80 flat flange 790


DImENSIONS

...AN1.Threaded.nozzle.40/49.for.anode

...Threaded.nozzle.40/49.for.2nd.anode.(Volume.≥ 4m3)

..Hot.water.outlet

...Cold.water.inlet

..Outlet/loop.return.

...Support.feet

...Nozzles.for.thermometer

...Manhole.with.an.internal.diameter.of.400.mm.(handhole.with.a.diameter.of.250.mm.for.300.litres)

...Nozzles.for.thermostat.

.(or.PT100.probe)

...Threaded.drainage.outlet

AN1

AN2

EC

EF

DA

PI

TM

TH

TT

VM

180°

0°

90° 270°

315°

EC

EF

VM

AN1 AN2 TH TM

EF TTDA

DA

Capacity (litres) A (mm) B (mm) C (mm) ØD (mm) E (mm) F (mm) G1 (mm) G2 (mm) H (mm) J (mm)500 90 410 560 650 660 860 1 030 - 1 820 1 420750 90 440 590 800 690 890 1 060 - 1 880 1 4501 000H(1) 90 440 590 800 690 890 1 330 - 2 430 2 0001 000B(1) 90 475 650 950 725 925 1 100 - 1 960 1 4851 500H(1) 90 475 650 950 725 925 1 100 - 2 510 2 0351 500B(1) 90 510 685 1 100 760 960 1 160 - 2 020 1 5202 000H(1) 90 510 685 1 100 760 960 1 400 - 2 570 2 0702 000B(1) 90 560 745 1 300 810 1 010 1 220 - 2 110 1 5702 500 90 560 745 1 300 810 1 010 1 280 - 2 350 1 8203 000 90 560 745 1 300 810 1 010 1 450 - 2 660 2 1204 000 110 630 855 1 500 860 1 060 1 530 1 780 2 790 2 1855 000 110 630 855 1 500 860 1 060 1 880 2 130 3 490 2 8056 000 110 630 855 1 500 860 1 060 2 160 2 410 3 990 3 305

(1)Note: H = High version ; B = Low version.

52

mODELS AVAILABLE

OPTIONS


KA1

Accessories kit- DN25 safety valve calibrated at 7-bar- Dial thermometer 0/120°C- DN50 drainage valve- Air vent valve

Capacity(litres)

Standard model with a 100 mm-M1 jacket Standard model with a 100 mm-M0 jacket

Tank 85°C Tank 95°C Cooling constant (Wh/day.K.L) Tank 85°C Tank 95°C Cooling constant

(Wh/day.K.L)

500 PLT050M11V PST050M11V 0.060 PLT050M01V PST050M01V 0.072

750 PLT075M11V PST075M11V 0.049 PLT075M01V PST075M01V 0.058

1 000H(1) PLT100M11HV PST100M11HV 0.046 PLT100M01HV PST100M01HV 0.054

1 000B(1) PLT100M11BV PST100M11BV 0.042 PLT100M01BV PST100M01BV 0.050





2 500 PLT250M11V PST250M11V 0.031 PLT250M01V PST250M01V 0.036




6 000 PLT600M11V PST600M11V 0.024 PLT600M01V PST600M01V 0.028(1)Note : H = High version ; B = Low version.

DPX

53

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SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank

with 3 feet.• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following

diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manhole(1) (handhole with a diameter of 250 mm for 300 litres).• T-max = 95°C constant.(1)Note: Compliant with the recommendations of the Directorate-General for Health.


M1 fire rated:• High-performance mineral wool - 100 mm

thick (λ = 0.032 W/m/K).• Flexible PVC jacket

M0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Options• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety

valve, DN50 drainage valve, air vent valve).


• Tank = 7 years.• Accessories = 1 year.

Inspection manhole

Reinforced thermal insulation



Solar DUPLEX stainless steel

“SOLAR DPX” DUPLEX STAINLESSSTEEL range300 to 3,000 litres

DA

270°

90°

180° 0°

EC

EF

TH

VD

DA EF TM TT

øDH

A

B

E

F

E’

G

J

K L

TM

TT

EC

DA

EF

TH

DA

EF

TT

VDPI

54

DImENSIONS

Capacity(litres)

TM-TT (G int. thread)

EC-EF-DA-VD (G ext. thread)

Weight(kg)

300 DN15 DN50 95

500 DN15 DN50 140

750 DN15 DN50 175

1 000 DN15 DN50 210

1 500 DN15 DN50 290

2 000 DN15 DN50 400

2 500 DN15 DN50 430

3 000 DN15 DN50 470


..Hot.water.outlet

...Cold.water.inlet./.Solar.exchanger.outlet

...Support.feet



...Nozzles.for.thermostat.(or.PT100.probe)

...DN50.drainage

DA

EC

EF

PI

TH

TM

TT

VD


300 90 395 550 545 685 565 855 1 535 1 030 1 155 1 180

500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365

55

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mODELS AVAILABLE

Capacity (litres) Standard model with a 100 mm-M1 jacket


Standard model with a 100 mm-M0 jacket


300 DXT030M11B 0.077 DXT030M01B 0.091

500 DXT050M11V 0.060 DXT050M01V 0.072

750 DXT075M11V 0.049 DXT075M01V 0.058

1 000 DXT100M11V 0.046 DXT100M01V 0.054

1 500 DXT150M11V 0.037 DXT150M01V 0.044

2 000 DXT200M11V 0.032 DXT200M01V 0.038

2 500 DXT250M11V 0.031 DXT250M01V 0.036

3 000 DXT300M11V 0.030 DXT300M01V 0.035

OPTIONS


KA1


56

Tank• Vertical steel tank with 3 feet• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10,5 bar.• Nozzles (in accordance with the following diagram). • ø 400 mm inspection manhole (from 750 to 3,000 litres) or DN110 handhole (from 300 to 3,000 litres).• Magnesium protection anode(s) (2 or 3 depending on the capacity of the tank).

Note : Compliant with the recommendations of the Directorate-General for Health.

Internal coating• Tank enameled according to DIN 4753-3• WT = max 99°C• MS520B Enamel Coating WRAS approved material


M1 - Euroclass B fire rated (λ = 0,037 W/m/K) :• High-performance mineral wool – 50 or 100 mm thick.• Flexible PVC jacketM0 - Euroclass A2 fire rated (λ = 0,035 W/m/K) :• Rockwool – 50 or 100 mm thick.• Isoxal metal sheet jacket.

Options• Electrical kits with immersion heating elements from 3 to

60 kW, depending on the capacity of the tanks.• Electrical kits with steatite heating elements from 3 to 30 kW,

depending on the capacity of the tanks.• Solar module with maximum WP of 6 bar (circulator, safety

valve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).

• Differential solar regulator + 6 sensors.


• Tank = 5 years.• Electric equipment and accessories = 1 year.

“SOLAR GLASS LINED” range300 to 3,000 litres

SPECIFICATION



Solar Enamelled steel

GL

57

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2 or 3 anodes according to model

36B

C

D

E

F

G ø.2

ø.2

ø.2

ø.2

ø.1/2

ø.2

ø.K

ø.K

DImENSIONS

ø.A

45° 45°

J I

100

100

DN110 handhole (from 300 to 3,000 litres)

ø 400 mm inspection manhole (from 750 to 3,000 litres)

58

Capacity (litres)

Ø A (mm)

B(mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

I (mm)

J (mm)

Weight with insulation (kg)

300 630 1386 1155 807 472 150 204 204 - 330 90

500 630 1983 1752 1108 472 150 204 204 - 330 125

750 790 1891 1601 1051 501 150 196 196 465 425 230

1 000 790 2244 1956 1246 501 150 196 196 465 425 280

1 500 1100 2073 1700 1140 600 200 221 221 620 580 400

2 000 1100 2261 1888 1244 600 200 221 221 620 580 430

2 500 1400 2136 1680 1180 680 200 216 216 730 730 560

3 000 1400 2263 1808 1250 680 200 216 216 730 730 590

mODELS AVAILABLE

Capacity(litres)


With ø 400 mm inspection

manhole

With DN110 handhole

Cooling constant (kWh/24hr)


manhole

With DN110 handhole


300 - EMT030M1B 0,000260 - EMT030M0B 0,000167

500 - EMT050M1B 0,000240 - EMT050M0B 0,000148

750 EMT075M1V EMT075M1B 0,000184 EMT075M0V EMT075M0B 0,000123

1 000 EMT100M1V EMT100M1B 0,000140 EMT100M0V EMT100M0B 0,000108





Capacity(litres)



manhole

With DN110 handhole



manhole

With DN110 handhole


300 - EMT030M11B 0,000153 - EMT030M01B 0,000113

500 - EMT050M11B 0,000132 - EMT050M01B 0,000104







DImENSIONS

59

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OPTIONS

Reference

Power (kW)

Mounted on DN110 handhole Mounted on ø 400 mm inspection manhole

KEB03B (from 300 to 3.000 litres) - 3

KEB09B (from 300 to 3.000 litres) KEB09V (from 750 to 3.000 litres) 9



- KEB45V (from 750 to 3.000 litres) 45


Electrical kits with immersion heating elements

Electrical kits with steatite heating elements

Reference Power (kW)

KES03 (from 750 to 3.000 litres) 3 (1x3kW)








60

SOLAR DHW COIL CYLINDER 300 to 3,000 Litres

Thanks to the high-powered exchangers, the coil cylinder represents an economical and high-performance solution for use with all types of energy.It has been specifically designed to meet solar domestic hot water production and storage needs (collection and backup) in the service and manufacturing sectors.The.lower.coil.heats.the.water.using.a.renewable.energy.source.(solar,.heat.pump,.etc.)..If.necessary,.en.electric.immersion.heater.or.a.second.coil.located.in.the.top.section.can.provide.additional.energy.

This.DHW.heat.exchanger.system.can.be.used.with.two.types.of.tank.to.suit.all.needs:

VersionStainless steel Enamelled carbon steel

DUPLEX STAINLESS STEEL


Capacity 0,3 to 3 m3 0,3 to 3 m3 0,3 to 3 m3

T-max 95°C constant 95°C constant 95°C constant

Special resistance to chlorinated shocks + + + + + + + +

Solar regulation

8

5

7

6

1

2

3

4

Y

Solar regulation

9

6

8

7

1

2

3

5

4

61

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OPERATING PRINCIPLES

With one lower coil (solar) made of 316 L stainless steel

With two coils lower (solar) and upper (primary backup) made of 316 L stainless steel

ADVANTAGES

• Multi-purpose: - Heating possible from any energy source.

- Simultaneous feeding of multiple consumer circuits.

• Accelerated heating: coil(s) with large exchange surface area.

• Inspection manhole ø 400 mm*:- Easy to maintain- Thermal equipment can be installed at a

later date.• Significant water storage capacity to meet peaks in demand.• Water can be stored at a constant

temperature of up to 99°C (depending on the model).

• Particularly suited for use with energyrecovery (solar, heat pump) or production (solid or gaseous fuel boilers) systems.

• Reduced greenhouse gas emissions.• Quick and easy to install: equipment

delivered to site with pre-assembled insulation (for stainless steel cylinders only). Insulation can be easily removed if required.

• Non-standard version available onrequest (cylinder with a single heater in the top section upon request).

* Only for enamelled steel cylinders: manhole ø 400 mm for the 750 to 3,000 litres version (or handhole DN 110 mm for the 300 to 3,000 L version)

..Solar.panel

.Solar.module

..Drain.pipe

..Immersion.heater.(optional)

.Loop.outlet.and..

.return.:.available.

.nozzle

..DN125.handhole

..Loop.return

..Cold.water.inlet

..Distribution

1

2

3

4

5

6

77

8

9

..Solar.panel

..Solar.module

..Backup

..Storage

..DN125.handhole

..Loop.return

..Cold.water.inlet

..Distribution

1

2

3

4

5

66

7

8

TT

M

Solar regulation

TT

M

Solar regulation

62

With two coils lower and upper (solar) made of 316 L stainless steel - Use of one or two coils managed by a 3-way valve for better stratification.

With two coils lower and upper (solar) made of 316 L stainless steel - Mounting of coils in a series for maximum power.


4

5

7

6

8

1

2

3

4

5

7

6

8

1

2

3

..Solar.panel

..Solar.module

..Stratification

1

2

3

..Storage

..DN125.handhole

..Loop.return

4

5

6..Cold.water.inlet..Distribution

7

8

..Solar.panel

..Solar.module

..Hydraulic.connector

1

2

3

..Storage

..DN125.handhole

..Loop.return

4

5

6..Cold.water.inlet..Distribution

7

8

DPX

CE compliance • 97/23/CE

63

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Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• DN125 handhole.

Removable thermal insulation (including the bottom of the tank)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Coil exchanger made of 316 L stainless steel.

Options• Back up electric immersion heater: - Electrical elements with Incoloy pins. - DN40 tapped cap up to 12 kW, M77 beyond that. - Three-phase voltage of 230/400 up to 24 kW, three-phase

400/400 V beyond that. - Immersion heater mounting: on the tank. - Temperature regulation:

° Electrical power ≤ 20 kW: 30 A Three-phase controlsafety box, 400V three-phase, fitted to the top of the immersion heater (double safety thermostat + cabled power contactor).

° Electrical power > 20 kW: Double unipolar safetythermostat.

• Solar module with maximum WP of 6 bar (circulator, safetyvalve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).

• Differential solar regulator + 6 sensors • Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).• Non-standard versions available on request.

Warranties (in accordance with our general conditions of sale)• Tank and coil = 7 years.• Other workstations = 1 year.


DUPLEX stainless steel

Solar Reinforced thermal

insulation

SPECIFICATION

“SOLAR DPX” DUPLEX STAINLESS STEEL range - Single coil300 to 3,000 litres

øD

B

C

E

F

G

J

L

M

H

A

PM

PS

PS

EC

TT

DA

TM

TT

EF

TP

PI VD

270°

90°

EC

DA EF TM TT

TP

VD

DA PS

180° 0°

64

Capacity(litres)

A (mm)

B (mm)

C (mm)

ø D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

L (mm)

M (mm)


EC-EF DA-VD (G ext. thread)

PS (G-ext.thread)

Weight(kg)

300 90 395 545 550 675 865 1 180 1 535 1 180 795 1 055 DN15 DN50 DN25 105

500 90 410 560 650 710 1 010 1 295 1 820 1 445 950 1 295 DN15 DN50 DN25 145

750 90 440 590 790 740 1 045 1 325 1 880 1 475 980 1 290 DN15 DN50 DN25 195

1 000 90 440 590 790 740 1 170 1 875 2 430 2 025 1 115 1 800 DN15 DN50 DN25 240

1 500 90 510 685 1 100 860 1 100 1 390 2 020 1 545 950 1 390 DN15 DN50 DN40 340

2 000 90 560 745 1 250 930 1 175 1 425 2 110 1 595 1 040 1 425 DN15 DN50 DN40 460

2 500 90 560 745 1 250 930 1 175 1 975 2 660 2 145 1 100 1 880 DN15 DN50 DN40 500

3 000 90 560 745 1 250 930 1 225 2 195 2 880 2 365 1 160 2 130 DN15 DN50 DN40 550

DImENSIONS

With one solar coil made of 316 L stainless steel

..Cold.water.inlet

...Outlet/loop.return

..Hot.water.outlet

...Support.feet

..Threated.nozzle.for.transportation/untapped.tank

...Nozzles.for.coil


...DN125.handhole.


...DN50.drainage

EF

DA

EC

PI

PM

PS

TM

TP

TT

VD

Note: TM TM is positioned at 90° on the 300 L version

65

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TECHNICAL SPECIFICATIONS OF LOWER COIL

mODELS AVAILABLE

Capacity (litres) M1 reference Cooling constant(Whr/day.K.L) M0 reference Cooling constant

(Whr/day.K.L)

300 DSI030033M11 0.077 DSI030033M01 0.091

500 DSI050045M11 0.060 DSI050045M01 0.072

750 DSI075063M11 0.049 DSI075063M01 0.058

1 000 DSI100074M11 0.046 DSI100074M01 0.054

1 500 DSI150088M11 0.037 DSI150088M01 0.044

2 000 DSI200107M11 0.032 DSI200107M01 0.038

2 500 DSI250145M11 0.031 DSI250145M01 0.036

3 000 DSI300145M11 0.030 DSI300145M01 0.035


MSP25MSP32

Solar module up to 30 m² of SUN300 solar panels Solar module up to 80 m² of SUN300 solar panels

RSD6 Differential solar regulator + 6 sensors

KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


OPTIONS


Model DN

Solar S1 : 70/43,5°C-32,5°C - 25l/mc²S2 : 60/48°C-32,5°C - 40l/mc²

Other sources

80/60°C - 10/60°C Glycol water 30%

Power(kW)

Δp (mbar)

Surface area solar panels(m2) Flow rate

(m3/h)Power (kW)

Δp (mbar)

S1 S2 S1 S2 S1 S2

300 550 25 1,1 10 3,9 3,9 5 8 6 6 0,7 15 15

500 650 25 1,8 15 6,5 6,5 12 10 10 10 1,4 29 78

750 800 25 2,3 19 9,8 9,8 20 30 15 15 2,1 43 150

1 000 800 25 2,8 24 13 13 40 70 20 20 2,8 58 290

1 500 1 100 40 3,4 44 14,3 16,3 13 24 22 25 2,2 47 45

2 000 1 300 40 4,1 53 15,6 24,1 13 31 24 37 3 62 50

2 500 1 300 40 5,1 66 18,9 36,4 15 45 29 56 4,1 85 80

3 000 1 300 40 5,1 66 18,9 36,4 15 45 29 56 4,1 85 80

Note: 100 mbar = 1 meter of water column (1mWC)

Dia

met

er (m

m)

Sur

face

are

a (m

2 )

Volu

me

(l)

DPX

SPECIFICATION



Solar Reinforced thermal

insulation


Tank• Vertical «DPX» DUPLEX stainless steel tank with 3 feet.• 500 to 3,000 litre capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• DN125 handhole

Removable thermal insulation(including the bottom of the tank)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket

Coil exchangers made of 316 L stainless steel.

Options• Back up electric immersion heater:

- Electrical elements with Incoloy pins. - DN40 tapped cap up to 12 kW, M77 beyond that.- Three-phase voltage of 230/400 up to 24 kW, three

phase 400/400 V beyond that.- Immersion heater mounting: on the tank.- Temperature regulation:

° Electrical power ≤ 20 kW: Three-phase control/safetybox 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cabled power contactor).

° Electrical power ≤ 20 kW: Double unipolar safetythermostat.

• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors • Electric backup (immersion heater on the top section + double safety thermostat).• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).• Non-standard versions available on request.

Warranties (in accordance with our general conditions of sale)• Tank and coils = 7 years.• Other workstations = 1 year.

66

“SOLAR DPX” DUPLEX STAINLESS STEEL range - Dual coil500 to 3,000 litres

270°

90°

DA EF TM TT

TP

EC VD

PM PS

180° 0°

67

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..Hot.water.outlet

...Cold.water.inlet


...Support.feet

...Threated.nozzle.for.transportation/untapped.tank

...Nozzles.for.coils


...DN125.handhole.


...DN50.drainage

EC

EF

DA

PI

PM

PS

TM

TP

TT

VD

DImENSIONS øD

B

C

E

F

G

J

L

M

N

H

A

PS

PS

PS

PS

PM

EC

TM

TT

TT

DA

EF

TP

PI VD

Capacity (litres)

A (mm)

B (mm)

C (mm)

ø D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

L (mm)

M (mm)

N (mm)


EC-EF DA-VD (G ext. thread)

PS (G ext. thread)

Weight(kg)

500 90 410 560 650 710 1 010 1 295 1 820 1 445 950 1 125 1 440 DN15 DN50 DN25 145

750 90 440 590 790 740 1 045 1 325 1 880 1 475 980 1 110 1 470 DN15 DN50 DN25 195

1 000 90 440 590 790 740 1 170 1 875 2 430 2 025 1 115 1 595 2 000 DN15 DN50 DN25 240

1 500 90 510 685 1 100 860 1 100 1 390 2 020 1 545 950 1 245 1 520 DN15 DN50 DN40 340

2 000 90 560 745 1 250 930 1 175 1 425 2 110 1 595 1 040 1 270 1 570 DN15 DN50 DN40 460

2 500 90 560 745 1 250 930 1 175 1 975 2 660 2 145 1 100 1 700 2 060 DN15 DN50 DN40 500

3 000 90 560 745 1 250 930 1 225 2 195 2 880 2 365 1 160 1 920 2 340 DN15 DN50 DN40 550

68


Lower coil

Upper coil

Combined upper and lower coils (connected in a series)

Model DN

Solar Other sourcesS1 : 70/43,5°C-32,5°C - 25l/mc²S2 : 60/48°C-32,5°C - 40l/mc² 90/70°C - 10/55°C

Puissance (kW)

Δp (mbar)

Surface area solar panels(m2)

Flow rate(m3/h)

Power(kW)

Δp(mbar)

S1 S2 S1 S2 S1 S2

500 650 25 1 8 3,3 3,3 4 6 5 5 1,3 30 40750 800 25 1,7 14 4,9 4,9 9 14 7,5 7,5 2,6 60 1201 000 800 25 1,7 14 5,9 5,9 14 22 9 9 2,6 60 1201 500 1 100 40 2,1 27 6,5 6,5 4 6 10 10 2,4 55 302 000 1 300 40 3,1 40 8,5 13 5 11 13 20 3,9 90 552 500 1 300 40 3,1 40 8,5 13 5 11 13 20 3,9 90 553 000 1 300 40 3,1 40 8,5 13 5 11 13 20 3,9 90 55

Note : 100 mbar = 1 meter of water column (1mWC)

Model DN

Solar Other sourcesS1 : 70/43,5°C-32,5°C - 25l/mc²S2 : 60/48°C-32,5°C - 40l/mc²

80/60°C - 10/60°C -Glycol water 30%

Puissance (kW)

Δp (mbar)

Surface area solar panels (m2)

Flow rate(m3/h)

Power(kW)

Δp(mbar)

S1 S2 S1 S2 S1 S2500 650 25 1,8 15 6,5 6,5 12 10 10 10 1,4 29 78750 800 25 2,3 19 9,8 9,8 20 30 15 15 2,1 43 1501 000 800 25 2,8 24 13 13 40 70 20 20 2,8 58 2901 500 1 100 40 3,4 44 14,3 16,3 13 24 22 25 2,2 47 452 000 1 300 40 4,1 53 15,6 24,1 13 31 24 37 3,0 62 502 500 1 300 40 5,1 66 18,9 36,4 15 45 29 56 4,1 85 803 000 1 300 40 5,1 66 18,9 36,4 15 45 29 56 4,1 85 80


Dia

met

er

(mm

)

Sur

face

ar

ea (m

2 )

Volu

me

(l)

Dia

met

er

(mm

)

Sur

face

ar

ea (m

2 )

Volu

me

(l)

Model DN

Solar Other sources

S1 : 70/43,5°C-32,5°C - 25l/mc²S2 : 60/48°C-32,5°C - 40l/mc²

System 1 : 80/60°C - 10/40°C - Glycol water 30%


Puissance (kW)

Δp (mbar)

Surface area solar panels(m2)

Flow rate(m3/h)

Power(kW)

Δp(mbar)

S1 S2 S1 S2 S1 S2 S1 S2 S1 S2 S1 S2

500 650 25 2,8 23 6,5 6,5 19 32 10 10 4,1 2,6 85 55 560 300750 800 25 4,0 33 9,8 9,8 33 50 15 15 6,2 4,1 130 85 1 450 7201 000 800 25 4,5 38 13 13 64 112 20 20 7,6 5 160 105 2 500 1 2001 500 1 100 40 5,5 71 19,5 19,5 22 39 30 30 7,2 4,4 150 92 300 1502 000 1 300 40 7,2 93 26 26 22 50 40 40 9,1 5,7 190 120 380 1802 500 1 300 40 8,2 106 32,5 32,5 22 64 50 50 11 6,9 230 145 650 2903 000 1 300 40 8,2 106 39 39 26 77 60 60 12,9 8,2 270 172 900 400


Dia

met

er

(mm

)

Sur

face

ar

ea (m

2 )

Volu

me

(l)

69

2

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)

mODELS AVAILABLE

Capacity (litres) M1reference Cooling constant(Whr/day.K.L) M0 reference Cooling constant

(Whr/day.K.L)

500 DSD050045027M11 0.060 DSD050045027M01 0.072750 DSD075063044M11 0.049 DSD075063044M01 0.0581 000 DSD100074044M11 0.046 DSD100074044M01 0.0541 500 DSD150088055M11 0.037 DSD150088055M01 0.0442 000 DSD200107084M11 0.032 DSD200107084M01 0.0382 500 DSD250145084M11 0.031 DSD250145084M01 0.0363 000 DSD300145084M11 0.030 DSD300145084M01 0.035


MSP25MSP32



KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


OPTIONS


70




SPECIFICATION

“SOLAR GLASS LINED” range Single coil300 to 3,000 litres


Note: Compliant with the recommendations of the Directorate-General for Health


Removable thermal insulation(including the inspection manhole and the bottom dished end)M1 - Euroclass B fire rated (λ = 0,037 W/m/K):• High-performance mineral wool – 50 or 100 mm thick.• Flexible PVC jacketM0 - Euroclass A2 fire rated (λ = 0,035 W/m/K):• Rockwool – 50 or 100 mm thick.• Isoxal metal sheet jacket.

Coil exchanger made of enamelled steel.

Options• Electrical kits with immersion heating elements from 3 to 60 kW, depending on the capacity of the tanks.• Electrical kits with steatite heating elements from 3 to 30 kW, depending on the capacity of the tanks.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors.

Warranties (in accordance with our general conditions of sale)• Tank = 5 years.• Electric equipment and accessories = 1 year.

GL


36B

CD

E

F

GJ

H

ø.2

ø.2

ø.2

ø.2

ø.1/2

ø.2

ø.A

45° 45°

L K

I

71

2

SO

LAR

HO

T W

ATE

R (

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STI

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WAT

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AN

D H

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ING

)

Capacity (litres)

Ø A (mm)

B(mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

I (mm)

J (mm)

K(mm)

L (mm)

Weight with insulation

(kg)

300 630 1386 1155 807 472 150 204 36 982 472 - 330 130

500 630 1983 1752 1 108 463 150 204 36 1 615 495 - 330 180

750 790 1891 1601 1 051 501 150 196 34 1 623 501 465 425 295

1 000 790 2244 1956 1 246 501 150 196 34 1 929 501 465 425 360

1 500 1100 2073 1700 1 150 600 200 221 32 1 722 600 620 580 500

2 000 1100 2261 1 885 1 244 600 200 221 32 1 722 600 620 580 535

2 500 1400 2136 1 680 1 180 680 200 216 31 1 587 650 730 730 680

3000 1400 2 269 1 808 1 245 680 200 216 31 1 587 650 730 730 700

DImENSIONS

72

Capacity (litres)

Ø A (mm)

Exchange surface

area (m²)

70/43,5°C-32,5°C25l/m² useful

60/44,5°C-32,5°C40l/m² useful

Power (kW)

Δp(mbar)

Surface area of solar

panels(m²)

Power (kW)

Δp(mbar)

Surface area of solar panels

(m²)

300 630 2 3,9 1,1 6,0 3,9 1,1 6,0

500 630 3 6,5 2,8 10,0 6,5 2,7 10,0

750 790 4 9,8 5,6 15,0 9,8 5,4 15,0

1 000 790 5,2 13,0 9,7 20,0 13,0 151,9 20,0

1 500 1 100 5,5 19,5 15,4 30,0 19,5 362,5 30,0

2 000 1 100 5,5 21,4 285,7 33,0 20,1 383,5 30,9

2 500 1 400 6 24,5 406,5 37,7 22,8 539,1 35,0

3 000 1 400 6 24,5 406,5 37,7 22,8 539,1 35,0

Capacity (litres)


With ø 400 mm inspection manhole

With DN110handhole



With DN110 handhole


300 - EMI030M1B 0,000260 - EMI030M0B 0,000167

500 - EMI050M1B 0,000240 - EMI050M0B 0,000148

750 EMI075M1V EMI075M1B 0,000184 EMI075M0V EMI075M0B 0,000123

1 000 EMI100M1V EMI100M1B 0,000140 EMI100M0V EMI100M0B 0,000108





Capacity (litres)



With DN110handhole



With DN110 handhole


300 - EMI030M11B 0,000153 - EMI030M01B 0,000113

500 - EMI050M11B 0,000132 - EMI050M01B 0,000104







TECHNICAL SPECIFICATIONS OF THE COIL

mODELS AVAILABLE

73

2

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OPTIONS


MSP25MSP32




Reference

Power (kW)


















74




SPECIFICATION

“SOLAR GLASS LINED” range Dual coil300 to 3,000 litres


Note: Compliant with the recommendations of the Directorate-General for Health




Options• Electrical kits with immersion heating elements from 3 to 60 kW, depending on the capacity of the tanks.• Electrical kits with steatite heating elements from 3 to 30 kW, depending on the capacity of the tanks.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors.


GL

75

2

SO

LAR

HO

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ING

)

Capacity (litres)

Ø A (mm)

B(mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

I (mm)

J (mm)

K(mm)

L (mm)

M (mm)

N(mm)

Weight with insulation

(kg)

300 630 1386 1155 807 472 150 204 36 1033 880 778 472 - 330 145

500 630 1983 1752 1108 472 150 204 36 1390 1033 931 472 - 330 175

750 790 1891 1601 1051 501 150 196 34 1623 1266 1164 501 465 425 290

1000 790 2244 1956 1246 501 150 196 34 1674 1317 1215 501 465 425 340

1500 1100 2073 1700 1150 600 200 221 32 1695 1722 1467 600 620 580 475

2000 1100 2261 1888 1244 600 200 221 32 1824 1467 1365 600 620 580 515

2500 1400 2136 1680 1180 680 200 216 31 1689 1434 1332 650 730 730 670

3000 1400 2263 1808 1250 680 200 216 31 1689 1434 1332 650 730 730 690

DImENSIONS


36B

CD

E

F

G Hø.2 ø.110

ø.2

1"1/2

ø.2

ø.1/2

ø.2

ø.400

L.

K

J

I

ø.2

ø.A

45° 45°

N M

76

Capacity (litres)

Ø A (mm)

Exchange surface

area (m²)

70/43,5°C-32,5°C25l/m² useful

60/44,5°C-32,5°C40l/m² useful

Power (kW)

Δp(mbar)


panels(m²)

Power (kW)

Δp(mbar)

Surface area of so-lar panels

(m²)

300 630 1,2 2,4 0,4 3,7 2,2 0,4 3,4

500 630 1,5 3,2 0,7 5,0 3,0 0,6 4,6

750 790 1,9 4,3 1,2 6,7 3,9 1,1 6,0

1 000 790 2,4 6,0 2,0 9,2 5,5 1,9 8,5

1 500 1 100 2,5 6,2 2,2 9,5 5,7 2,0 8,8

2 000 1 100 2,5 6,2 2,2 9,5 5,7 2,0 8,8

2 500 1 400 2,5 6,1 2,2 9,4 5,6 1,9 8,6

3 000 1 400 2,5 6,1 2,2 9,4 5,6 1,9 8,6

Capacity (litres)

Ø A (mm)

Exchange surface

area (m²)

70/43,5°C-32,5°C25l/m² useful

60/44,5°C-32,5°C40l/m² useful

Power (kW)

Δp(mbar)


panels(m²)

Power (kW)

Δp(mbar)


panels(m²)

300 630 0,8 1,1 0,1 1,7 1,0 0,1 1,6

500 630 1,5 3,2 0,7 5,0 3,0 0,6 4,6

750 790 1,7 3,7 0,9 5,8 3,5 0,8 5,4

1 000 790 2,4 6,0 2,0 9,2 5,5 1,8 8,5

1 500 1 100 2,5 6,2 2,2 9,5 5,7 2,0 8,8

2 000 1 100 2,5 6,2 2,2 9,5 5,7 2,0 8,8

2 500 1 400 3 7,8 3,4 12,0 7,8 3,2 12,0

3 000 1 400 3 7,8 3,4 12,0 7,8 3,2 12,0

Capacity (litres)

Ø A (mm)

Exchange surface

area (m²)

70/43,5°C-32,5°C25l/m² useful

60/44,5°C-32,5°C40l/m² useful

Power (kW)

Δp(mbar)


panels(m²)

Power (kW)

Δp(mbar)


panels(m²)

300 630 2 2,0 0,6 3,0 2,0 0,2 3,0

500 630 3 3,3 1,4 5,0 3,3 0,7 5,0

750 790 3,6 4,9 2,5 7,5 4,9 1,1 7,5

1 000 790 4,8 6,5 4,5 10,0 6,5 2,1 10,0

1 500 1 100 5 9,8 7,0 15,0 9,8 3,4 15,0

2 000 1 100 5 11,6 8,3 17,9 12,3 4,2 19,0

2 500 1 400 5,5 12,1 9,5 18,6 12,9 87,1 19,9

3 000 1 400 5,5 12,1 9,5 18,6 12,9 87,1 19,9

SPECIFICATION

Lower coil

Upper coil


77

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Capacity (litres)



With DN110handhole



With DN110 handhole


300 - EMD030M11B 0,000153 - EMD030M01B 0,000113

500 - EMD050M11B 0,000132 - EMD050M01B 0,000104

750 EMD075M11V EMD075M11B 0,000101 EMD075M01V EMD075M01B 0,000085

1 000 EMD100M11V EMD100M11B 0,000090 EMD100M01V EMD100M01B 0,000074





OPTIONS


MSP25MSP32



Electrical kits with immersion heating elementsReference

Power (kW)Mounted on DN110 handhole Mounted on ø 400 mm inspection

manhole

















mODELS AVAILABLE

78

SOLAR DHW CYLINDER SOLAR AND/OR PRIMARY HEATERS

500 to

3, 000 Litres

The.lower.exchanger.(solar.U-tube.heater).heats.the.device.from.a.renewable.energy.source.(solar,.heat.pump,.etc.)..If.necessary,.a.second.exchanger.positioned.in.the.top.section.(primary.U-tube.heater).can.provide.additional.energy.via.a.heat.generator.

Designed.in.accordance.with.CODAP.and.incorporating.more.than.60.years.of.experience.in.the.field.of.storage.tank.production,.these.cylinders.meet.the.demands.of.EN13445.and.CE.standards.

Thanks to the removable U-tube heaters, solar DHW boilers represent an upgradeable and easy to maintain solution suitable for use with all types of energy.

They have been specifically designed to meet solar domestic hot water production and storage needs (collection and backup) in the service and manufacturing sectors.

Y

Solar regulation

1

14

16

2

11

18

17

13

12

10

15

9

6

83

4

5

7

90° C

70° C

79

2

SO

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ADVANTAGES

• Multi-purpose:- Heating possible from any energy source.- Simultaneous feeding of multiple consumer circuits.

• Easy to maintain: removable heaters.• Upgradeable equipment: thermal equipment mounted on manholes can be easily replaced (power or energy changes).• Significant water storage capacity, to meet peaks in demands.• Water can be stored at a constant


• Particularly suited for use with solar energy recovery systems, heat pumps and solid or gaseous fuel boilers.• Non-standard versions are available on request.• Reduced greenhouse gas emissions. • Multiple nozzles (hydraulic loops,

attaching control equipment, regulation and safety accessories).

• Delivered to site with pre-assembled insulation and thermal backup system (can be easily removed if required).

OPERATING PRINCIPLE

..Cold.water.inlet

..Solar.heater

..Solar.station

..Expansion.vessel

..PSolar.panel

..Sunlight.sensor

1

2

3

4

5

6



..Loop.return

..Primary.heater

7

8

9

10

.Gas.boiler

..Electrical.backup

..DHW.tank

..DHW.outlet

.Drainage.outlet

..Solar.panel.return.temperature.sensor

..Cold.water.inlet.temperature.sensor.

1112

13

14

15

16

17

RC

80

Inspection manholes

High resistance U-tube heaters

Reinforced thermal

insulation

Cylinder with ¨RC¨ coated carbon steel

tank



Solar

SPECIFICATION

Tank• Vertical carbon steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manholes(1).(1)Note: Compliant with the recommendations of the Directorate-General for Health. .





Removable thermal insulation (including the inspection manhole and the bottom dished end)M1 fire rated :• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated :• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Primary U-tube heater • Removable U-tube heater with bundle made of 316 L stainless steel,

fixed onto the inspection manhole.• Inlet/outlet DN32F or DN50F + DN8F purge.• Primary = 90/70°C.• Secondary = 10/60°C.• Δ p ≤ 0,25 mWC.• Class B heater, compliant with article 16.9 of the health regulations.

Options• Solar module with maximum WP of 6 bar (circulator, safety valve,

manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).

• Differential solar regulator + 6 sensors • Electric backup (immersion heater on the top section + double safety thermostat).• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).• Non-standard versions available on request.

Warranties (in accordance with our general conditions of sale)• Tank = 5 years.• U-tube heater = 5 years.• Other workstations = 1 year

“SOLAR PREFERENCE” range 500 to 3, 000 litres - Primary heater

180°

0°

EC

TG

RP TO TO

VM

TGDA EFAN1DA

90° 270°

300°60°

180°

0°

EC

TG

RP TO

TO

VM

TGDA EFAN1DA

90° 270°

315°45°

øD

B

C G

K

F

H

E1

J

A

DA

AN1

TO

TG

EC

DA

DA

TORP

EF

TG

PI VM

81

2

SO

LAR

HO

T W

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R (

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STI

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WAT

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EAT

ING

)

Ø 800 mm

DImENSIONS

..Threaded.nozzle.40/49.for.anode

..Outlet/loop.return

..Hot.water.outlet

...Cold.water.inlet

...Support.feet

...U-tube.heater

...Threaded.nozzles.for.thermometer.and.thermostat.

...Manhole.with.an.internal.diameter.of.400.mm


AN1

DA

EC

EF

PI

RP

TG

TO

VM

Ø 1100 et 1300 mm

Capacity (litres) TG (G int. thread) EC-EF (G int. thread) / DA-VM (G ext. thread) Weight (kg)500 DN15 DN50 250750 DN15 DN50 2901 000H(1) DN15 DN50 3201 000B(1) DN15 DN50 3501 500H(1) DN15 DN50 3801 500B(1) DN15 DN50 4202 000H(1) DN15 DN50 4802 000B(1) DN15 DN50 5402 500 DN15 DN50 5603 000 DN15 DN50 590

Capacity (litres) A (mm) B (mm) C (mm) øD (mm) E1 (mm) F (mm) G (mm) H (mm) J (mm) K (mm)500 90 410 510 650 925 1 420 660 1 760 1 030 1 130750 90 440 540 800 955 1 450 690 1 820 1 060 1 1601 000H(1) 90 440 630 800 955 2 000 690 2 370 1 330 1 5401 000B(1) 90 475 575 950 990 1 485 725 1 890 1 100 1 1951 500H(1) 90 475 665 950 990 2 035 725 2 440 1 100 1 5751 500B(1) 90 510 610 1 100 1 025 1 520 760 1 960 1 160 1 2302 000H(1) 90 510 700 1 100 1 025 2 070 760 2 510 1 400 1 6102 000B(1) 90 560 660 1 300 1 075 1 570 810 2 060 1 220 1 2802 500 90 560 700 1 300 1 075 1 820 810 2 310 1 280 1 4603 000 90 560 750 1 300 1 075 2 120 810 2 610 1 450 1 660

(1) Note : H = High version ; B = Low version.

82

Capacity (litres)



(Wh/day.K.L)500 PLP050M11V PSP050M11V 0.060 PLP050M01V PSP050M01V 0.072750 PLP075M11V PSP075M11V 0.049 PLP075M01V PSP075M01V 0.0581 000H(1) PLP100M11HV PSP100M11HV 0.046 PLP100M01HV PSP100M01HV 0.0541 000B(1) PLP100M11BV PSP100M11BV 0.042 PLP100M01BV PSP100M01BV 0.0501 500H(1) PLP150M11HV PSP150M11HV 0.039 PLP150M01HV PSP150M01HV 0.0461 500B(1) PLP150M11BV PSP150M11BV 0.037 PLP150M01BV PSP150M01BV 0.0442 000H(1) PLP200M11HV PSP200M11HV 0.034 PLP200M01HV PSP200M01HV 0.0412 000B(1) PLP200M11BV PSP200M11BV 0.032 PLP200M01BV PSP200M01BV 0.0382 500 PLP250M11V PSP250M11V 0.031 PLP250M01V PSP250M01V 0.0363 000 PLP300M11V PSP300M11V 0.030 PLP300M01V PSP300M01V 0.035


Capacity (litres)Backup heater

Flow rate m3/h Head loss (mWC)(2) Surface area (m2)

Power (kW) Inlet/outlet nozzle500 12 DN32 0,5 0,1 0,54750 25 DN32 1,1 0,15 0,981 000H(1) 25 DN32 1,1 0,15 0,981 000B(1) 25 DN32 1,1 0,15 0,981 500H(1) 34 DN32 1,5 0,2 1,81 500B(1) 34 DN32 1,5 0,2 1,332 000H(1) 58 DN32 2,5 0,35 2,52 000B(1) 58 DN32 2,5 0,45 22 500 58 DN32 2,5 0,45 23 000 58 DN32 2,5 0,45 2

(1)Note : H = High version ; B = Low version. (2)mWC = Meter of water column


Primary heater (backup) Primary = 90/70°C – Secondary 10/60°C


MSP25MSP32



KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800

Note : Integrated loop heater is not pre-mounted onto the cylinder


mODELS AVAILABLE

OPTIONS

DPX

83

2

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ING

)

SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manholes(1).• T-max = 95°C constant.(1)Note : Compliant with the recommendations of the Directorate-General for Health.

Removable thermal insulation (including the inspection manhole and the bottom dished end)M1 fire rated :• High-performance mineral wool - 100 mm thick (λ = 0.032

W/m/K).• Flexible PVC jacketM0 fire rated :• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Primary U-tube heater• Removable U-tube heater with bundle made of 316 L stainless

steel, fixed onto the inspection manhole.• Inlet/outlet DN32F or DN50F + DN8F purge.• Primary = 90/70°C.• Secondary = 10/60°C.• Δp ≤ 0,25 mWc.• Class B heater, compliant with article 16.9 of the health

regulations.

Options• Tank made of AISI 316L stainless steel.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors • Electric backup (immersion heater on the top section + double safety thermostat).• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).

Warranties (in accordance with our general conditions of sale)• Tank = 7 years.• U-tube heater = 5 years.• Other workstations = 1 year.

Inspection manholes


Reinforced thermal

insulation




“SOLAR DPX” DUPLEX STAINLESS STEEL range 500 to 3,000 litres - Primary heater

270°

90°

RP TH

EC VM

TM TTDA EF

DA

TH

180° 0°

45°135°

270°

90°RP TH

EC VM

TM TTDA EF

DA

TH

180° 0°

60°135°

270°

90° RP TH

EC VM

TM TTDA EFDA

TH180° 0°

40°140°

Ø 1250 mm

øD

B

E

F

H

G

M

J

K L

A

TT

TM

DA

RP

TT

EC

DA

TH

DA

EF

PI VM

84

DImENSIONS


..Hot.water.outlet


...Support.feet

...U-tube.heater.(backup)


...Nozzle.for.thermometer


...DN50.drainage

DA

EC

EF

PI

RP

TH

TM

TT

VM

Ø 800 et 1100 mm

Ø 650 mm

Capacity (litres) TM-TT (G int. thread)

EC-EF-DA-VM (G ext. thread)

Weight (kg)

500 DN15 DN50 120

750 DN15 DN50 135

1 000 DN15 DN50 155

1 500 DN15 DN50 225

2 000 DN15 DN50 265

2 500 DN15 DN50 335

3 000 DN15 DN50 355

Capacity (litres) A (mm) B (mm) ØD (mm) E (mm) F (mm) G (mm) H (mm) J (mm) K (mm) L (mm) M (mm)

500 90 410 650 560 660 1 030 1 820 1 295 1 420 1 445 1 130

750 90 440 790 590 690 1 060 1 880 1 325 1 450 1 475 1 160

1 000 90 440 790 590 690 1 390 2 430 1 875 2 000 2 025 1 600

1 500 90 510 1 100 685 760 1 130 2 020 1 390 1 520 1 545 1 230

2 000 90 560 1 250 745 810 1 180 2 110 1 425 1 570 1 595 1 280

2 500 90 560 1 250 745 810 1 510 2 660 1 975 2 120 2 145 1 660

3 000 90 560 1 250 745 810 1 640 2 880 2 195 2 340 2 365 1 860

85

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)


Flow rate m3/h Head loss (mWC)(1) Surface area (m2)Power (kW) Inlet/outlet nozzle

500 12 DN32 0,5 0,1 0,54

750 25 DN32 1,1 0,15 0,98

1 000 25 DN32 1,1 0,15 0,98

1 500 34 DN32 1,5 0,2 1,33

2 000 58 DN32 2,5 0,45 2

2 500 58 DN32 2,5 0,45 2

3 000 58 DN32 2,5 0,45 2


Primary heater (backup)Primary = 90/70°C – Secondary 10/60°C





500 DSP050M11V 0.060 DSP050M01V 0.072

750 DSP075M11V 0.049 DSP075M01V 0.058

1 000 DSP100M11V 0.046 DSP100M01V 0.054

1 500 DSP150M11V 0.037 DSP150M01V 0.044

2 000 DSP200M11V 0.032 DSP200M01V 0.038

2 500 DSP250M11V 0.031 DSP250M01V 0.036

3 000 DSP300M11V 0.030 DSP300M01V 0.035


MSP25MSP32



KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800



mODELS AVAILABLE

OPTIONS

(1)mWC = Meter of water column

RC

86

Inspection manhole

High resistance U-tube heater

Reinforced thermal

insulation

Cylinder with ¨RC¨ coated carbon steel

tank



Solar

SPECIFICATION

Tank• Vertical carbon steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manhole(1).(1)Note :Compliant with the recommendations of the Directorate-General for Health.





Removable thermal insulation (including the inspection manhole and the bottom dished end)M1 fire rated :•High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated : • Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Solar U-tube heater• Removable U-tube heater with bundle made of 316 L stainless

steel, fixed onto the inspection manhole.• Inlet/outlet DN32F or DN50F + DN8F purge.• Δp ≤ 0,25 m mWC.• Class B heater, compliant with article 16.9 of the health regulations.

Options• Solar module with maximum WP of 6 bar (circulator, safety valve,


• Differential solar regulator + 6 sensors • Electric backup (immersion heater on the top section + double safety thermostat).• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).• Non-standard versions available on request.

Warranties (in accordance with our general conditions of sale)• Tank = 5 years.• U-tube heater = 5 years.• Other workstations = 1 year.

“SOLAR PREFERENCE” range500 to 3,000 litres - Solar heater

AN1

øD

H

A

B

C

E

F

G1

J

TM

TT

EC

DA

EF

RE

DA

EF

TT

VMPI

180°

0°

90° 270°

315°

EC VM

AN1

EF TTDA

TM THRE

EF DA

87

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

DImENSIONS


.Outlet/loop.return

..Hot.water.outlet

...Cold.water.inlet

...Support.feet

...Solar.U-tube.heater





AN1

DA

EC

EF

PI

RE

TH

TM

TT

VM

Capacity (litres)


EC-EF (G int. thread)/

DA-VM (G ext. thread)

Weight (kg)

500 DN15 DN50 140

750 DN15 DN50 175

1 000H(1) DN15 DN50 210

1 000B(1) DN15 DN50 235

1 500H(1) DN15 DN50 280

1 500B(1) DN15 DN50 290

2 000H(1) DN15 DN50 345

2 000B(1) DN15 DN50 400

2 500 DN15 DN50 430

3 000 DN15 DN50 470

Capacity (litres) A (mm) B (mm) C (mm) øD (mm) E (mm) F (mm) G (mm) H (mm) J (mm)

500 90 410 560 650 660 860 1 030 1 820 1 420

750 90 440 590 800 690 890 1 060 1 880 1 450

1 000H(1) 90 440 590 800 690 890 1 330 2 430 2 000

1 000B(1) 90 475 650 950 725 925 1 100 1 960 1 485

1 500H(1) 90 475 650 950 725 925 1 100 2 510 2 035

1 500B(1) 90 510 685 1 100 760 960 1 160 2 020 1 520

2 000H(1) 90 510 685 1 100 760 960 1 400 2 570 2 070

2 000B(1) 90 560 745 1 300 810 1 010 1 220 2 110 1 570

2 500 90 560 745 1 300 810 1 010 1 280 2 350 1 820

3 000 90 560 745 1 300 810 1 010 1 450 2 660 2 120(1)Note : H = High version ; B = Low version.

88

Capacity (litres)Solar heater


500 16 DN32 1,1 0,1 1750 30 DN32 2 0,15 1,81 000H(1) 30 DN32 2 0,15 1,81 000B(1) 30 DN32 2 0,15 1,81 500H(1) 40 DN65 2,7 0,3 3,31 500B(1) 40 DN32 2,7 0,15 2,452 000H(1) 60 DN32 4 0,7 32 000B(1) 60 DN65 4 0,15 5,12 500 80 DN65 5,2 0,3 5,13 000 80 DN65 5,2 0,3 5,1

(1)Note : H = High version ; B = Low version.(2) mWC = Meter of water column


Solar U-tube heater Primary (Glycol water 30%) = 80/65°C – Secondary 10/60°C

mODELS AVAILABLE


MSP25MSP32



KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800

Note: Integrated loop heater is not pre-assembled onto the cylinder.

OPTIONS


Capacity (litres)



(Wh/day.K.L)

500 PLS050M11V PSS050M11V 0.060 PLS050M01V PSS050M01V 0.072750 PLS075M11V PSS075M11V 0.049 PLS075M01V PSS075M01V 0.0581 000H(1) PLS100M11HV PSS100M11HV 0.046 PLS100M01HV PSS100M01HV 0.0541 000B(1) PLS100M11BV PSS100M11BV 0.042 PLS100M01BV PSS100M01BV 0.0501 500H(1) PLS150M11HV PSS150M11HV 0.039 PLS150M01HV PSS150M01HV 0.0461 500B(1) PLS150M11BV PSS150M11BV 0.037 PLS150M01BV PSS150M01BV 0.0442 000H(1) PLS200M11HV PSS200M11HV 0.034 PLS200M01HV PSS200M01HV 0.0412 000B(1) PLS200M11BV PSS200M11BV 0.032 PLS200M01BV PSS200M01BV 0.0382 500 PLS250M11V PSS250M11V 0.031 PLS250M01V PSS250M01V 0.0363 000 PLS300M11V PSS300M11V 0.030 PLS300M01V PSS300M01V 0.035

(1)Note: H = High version ; B = Low version..

DPX

89

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

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OT

WAT

ER

AN

D H

EAT

ING

)

SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manhole(1).• T-max = 95°C constant.(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Removable thermal insulation (including the inspection manhole and the bottom dished end)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket

Solar U-tube heater• Removable U-tube heater with bundle made of 316 L stainless

steel, fixed onto the inspection manhole.• Inlet/outlet DN32F or DN50F + DN8F purge.• Δp ≤ 0,25 mWC.• Class B heater, compliant with article 16.9 of the health regulations.

Options• Tank made of AISI 316L stainless steel.• Solar module with maximum WP of 6 bar (circulator, safety

valve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).

• Differential solar regulator + 6 sensors • Electric backup (immersion heater on the top section + double

safety thermostat).• Accessories kit (thermometer, DN25 safety valve, DN50

drainage valve, air vent valve).


Inspection manhole

High resistance U-tube heater

Reinforced thermal

insulation




“SOLAR DPX” DUPLEX STAINLESS STEEL range 500 to 3,000 - Solar heater

DA

270°

90°

180° 0°

ECRE

EF

TH

VD

DA EF TM TT

øD

H

A

B

E

F

E’

G

J

K L

TM

TT

EC

DA

EF

TH

RE

DA

EF

TT

VDPI

90

DImENSIONS

Capacity (litres)



Weight(kg)

500 DN15 DN50 140

750 DN15 DN50 175

1 000 DN15 DN50 210

1 500 DN15 DN50 290

2 000 DN15 DN50 400

2 500 DN15 DN50 430

3 000 DN15 DN50 470



..Hot.water.outlet

...Support.feet

...U-tube.heater




...DN50.drainage

DA

EF

EC

PI

RE

TH

TM

TT

VD


500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365

91

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)


Flow rate m3/h Head loss (mWC)(1) Surface area (m2)Pu (kW) Piquage E/S

500 16 DN32 1,1 0,1 1

750 30 DN32 2 0,15 1,8

1 000 30 DN32 2 0,15 1,8

1 500 40 DN32 2,7 0,15 2,45

2 000 60 DN65 4 0,15 5,1

2 500 80 DN65 5,2 0,3 5,1

3 000 80 DN65 5,2 0,3 5,1

1)Note: mWC = Meter of water column



mODELS AVAILABLE



RStandard model with a 100 mm-M0 jacket


500 DSS050M11V 0.060 DSS050M01V 0.072

750 DSS075M11V 0.049 DSS075M01V 0.058

1 000 DSS100M11V 0.046 DSS100M01V 0.054

1 500 DSS150M11V 0.037 DSS150M01V 0.044

2 000 DSS200M11V 0.032 DSS200M01V 0.038

2 500 DSS250M11V 0.031 DSS250M01V 0.036

3 000 DSS300M11V 0.030 DSS300M01V 0.035


MSP25MSP32



KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


OPTIONS


RC

92

Inspection manholes

Reinforced thermal

insulation

Cylinder with «RC»

coated carbon steel

tank



Solar

SPECIFICATION

Tank• Vertical carbon steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manholes(1).(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Internal coating• Finished with “RC851” coating or "RC951" coating (T-max = 95°C at peak times) WRAS approved material• Magnesium protection anode(s) with wear indicator.

Removable thermal insulation • Anti-rust paint.

Removable thermal insulation(including the inspection manhole and the bottom dished end)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Solar and primary U-tube heaters• Removable U-tube heaters with bundle made of 316 L stainless steel,

fixed onto the inspection manholes.• Inlet/outlet DN32F or DN50F + DN8F purge.• Δp ≤ 0,25 mWC.• Class B heaters, compliant with article 16.9 of the health regulations.

Options• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer,

thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors • Electric backup (immersion heater on the top section + double safety thermostat).• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).• Non-standard versions available on request.

Warranties (in accordance with our general conditions of sale)• Tank = 5 years.• U-tube heaters = 5 years.• Other workstations = 1 year

“SOLAR PREFERENCE” range 500 to 3,000 litres - Solar and primary U-tube heaters


180°

0°TG

RP TO TORS

EC VM

TGDA EFAN1DA

90° 270°

300°60°

180°

0°

EC

TG

RP TO

TORS

VM

TGDA EFAN1DA

90° 270°

315°45°

øD

B

C

G

K

F

H

E1

J

A

DA

AN1

TORS

TG

EC

DA

DA

TORP

EF

TG

PI VM

93

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

Capacity (litres)

TG (G int. thread)

EC-EF (G int. thread)

/ DA-VM (G ext. thread)

Weight (kg)

500 DN15 DN50 250750 DN15 DN50 2901 000H(1) DN15 DN50 3201 000B(1) DN15 DN50 3501 500H(1) DN15 DN50 3801 500B(1) DN15 DN50 4202 000H(1) DN15 DN50 4802 000B(1) DN15 DN50 5402 500 DN15 DN50 5603 000 DN15 DN50 590

DImENSIONS



...Cold.water.inlet

..Hot.water.outlet

...Support.feet


...Primary.U-tube.heater.(backup)

...Threaded.nozzles.for.thermometer.and.thermostat



AN1

DA

EF

EC

PI

RS

RP

TG

TO

VM

Capacity (litres) A (mm) B (mm) C (mm) ØD (mm) E (mm) F (mm) G (mm) H (mm) J (mm) K (mm)500 90 410 510 650 925 1 420 660 1 760 1 030 1 130750 90 440 540 800 955 1 450 690 1 820 1 060 1 1601 000H(1) 90 440 630 800 955 2 000 690 2 370 1 330 1 5401 000B(1) 90 475 575 950 990 1 485 725 1 890 1 100 1 1951 500H(1) 90 475 665 950 990 2 035 725 2 440 1 100 1 5751 500B(1) 90 510 610 1 100 1 025 1 520 760 1 960 1 160 1 2302 000H(1) 90 510 700 1 100 1 025 2 070 760 2 510 1 400 1 6102 000B(1) 90 560 660 1 300 1 075 1 570 810 2 060 1 220 1 2802 500 90 560 700 1 300 1 075 1 820 810 2 310 1 280 1 4603 000 90 560 750 1 300 1 075 2 120 810 2 610 1 450 1 660

(1)Note : H = High version ; B = Low version

Ø 1100 and 1300 mm

Ø 650 and 800 mm

94


Flow rate m3/h Head loss (mWC)(2)Surface area (m2)Power (kW) Inlet/outlet nozzle

500 12 DN32 0,5 0,1 0,54750 25 DN32 1,1 0,15 0,981 000H(1) 25 DN32 1,1 0,15 0,981 000B(1) 25 DN32 1,1 0,15 0,981 500H(1) 34 DN32 1,5 0,2 1,81 500B(1) 34 DN32 1,5 0,2 1,332 000H(1) 58 DN32 2,5 0,35 2,52 000B(1) 58 DN32 2,5 0,45 22 500 58 DN32 2,5 0,45 23 000 58 DN32 2,5 0,45 2

(1)Note: H = High version ; B = Low version(2)mWC = Meter of water column


Flow rate m3/h Head loss (mWC)(2) Surface area (m2)Power (kW) Inlet/outlet nozzle500 16 DN32 1,1 0,1 1750 30 DN32 2 0,15 1,81 000H(1) 30 DN32 2 0,15 1,81 000B(1) 30 DN32 2 0,15 1,81 500H(1) 40 DN65 2,7 0,3 3,31 500B(1) 40 DN32 2,7 0,15 2,452 000H(1) 60 DN32 4 0,7 32 000B(1) 60 DN65 4 0,15 5,12 500 80 DN65 5,2 0,3 5,13 000 80 DN65 5,2 0,3 5,1

(1)Note: H = High version ; B = Low version.(2)mWC = Meter of water column


mODELS AVAILABLE



Reference DescriptionMSP25MSP32



KA1


Reference Immersion heater power (kW) Minimum Ø of tank (mm)RBI3 3 550RBI4 4,5 550RBI6 6 550RBI9 9 650RBI12 12 800

Note: Integrated loop heater is not pre-assembled onto the cylinder

OPTIONS


Capacity (litres)



(Wh day.K.L)500 PLM050M11V PSM050M11V 0.060 PLM050M01V PSM050M01V 0.072750 PLM075M11V PSM075M11V 0.049 PLM075M01V PSM075M01V 0.0581 000H(1) PLM100M11HV PSM100M11HV 0.046 PLM100M01HV PSM100M01HV 0.0541 000B(1) PLM100M11BV PSM100M11BV 0.042 PLM100M01BV PSM100M01BV 0.0501 500H(1) PLM150M11HV PSM150M11HV 0.039 PLM150M01HV PSM150M01HV 0.0461 500B(1) PLM150M11BV PSM150M11BV 0.037 PLM150M01BV PSM150M01BV 0.0442 000H(1) PLM200M11HV PSM200M11HV 0.034 PLM200M01HV PSM200M01HV 0.0412 000B(1) PLM200M11BV PSM200M11BV 0.032 PLM200M01BV PSM200M01BV 0.0382 500 PLM250M11V PSM250M11V 0.031 PLM250M01V PSM250M01V 0.0363 000 PLM300M11V PSM300M11V 0.030 PLM300M01V PSM300M01V 0.035


DPX

95

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manholes(1).• T-max = 95°C constant.(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Removable thermal insulation(including the inspection manhole and the bottom dished end)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032

W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Solar and primary U-tube heaters• Removable U-tube heaters with bundle made of 316 L stainless

steel, fixed onto the inspection manholes.• Inlet/outlet DN32F or DN50F + DN8F purge.• Δp ≤ 0,25 mWC.• Class B heaters, compliant with article 16.9 of the health

regulations.

Options• Tank made of AISI 316L stainless steel.• Solar module with maximum WP of 6 bar (circulator, safety valve,


• Differential solar regulator + 6 sensors • Electric backup (immersion heater on the top section + double

safety thermostat).• Accessories kit (thermometer, DN25 safety valve, DN50 drainage

valve, air vent valve).


Inspection manholes

Reinforced thermal

insulation




“SOLAR DPX” DUPLEX STAINLESS STEEL range 500 to 3,000 litres - Solar and primary U-tube heaters


270°

90° RP TH

EC VD

TM TTDA EF

DA

THRS 180° 0°

40°140°

270°

90°

RP TH

RS TH

EC VD

TM TTDA EF

DA

180° 0°

45°135°

Ø 800 and 1100 mm

270°

90° RP TH

EC VD

TM TTDA EF

DA

THRS

180° 0°

60°135°

Ø 650 mm

øD

B

E

F

H

G

M

J

K L

A

TT

TM

DA

RP

TT

EC

DA

RS

DA

EF

PI VM

96

Capacity (litres) A (mm) B (mm) ØD (mm) E (mm) F (mm) G (mm) H (mm) J (mm) K (mm) L (mm) M (mm)

500 90 410 650 560 660 1 030 1 820 1 295 1 420 1 445 1 130

750 90 440 790 590 690 1 060 1 880 1 325 1 450 1 475 1 160

1 000 90 440 790 590 690 1 390 2 430 1 875 2 000 2 025 1 600

1 500 90 510 1 100 685 760 1 130 2 020 1 390 1 520 1 545 1 230

2 000 90 560 1 250 745 810 1 180 2 110 1 425 1 570 1 595 1 280

2 500 90 560 1 250 745 810 1 510 2 660 1 975 2 120 2 145 1 660

3 000 90 560 1 250 745 810 1 640 2 880 2 195 2 340 2 365 1 860

Capacity (litres)


EC-EF-DA-VM (G ext.

thread)

Weight(kg

500 DN15 DN50 120

750 DN15 DN50 135

1 000 DN15 DN50 155

1 500 DN15 DN50 225

2 000 DN15 DN50 265

2 500 DN15 DN50 335

3 000 DN15 DN50 355

DImENSIONS


...Cold.water.inlet

..Hot.water.outlet

...Support.feet

...Primary.U-tube.heater.(backup)




..Nozzles.for.thermostat.(or.PT100.probe)

..DN50.drainage

DA

EF

EC

PI

RP

RS

TH

TM

TT

VD

Ø 1250 mm

97

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

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OT

WAT

ER

AN

D H

EAT

ING

)



500 16 DN32 1,1 0,1 1750 30 DN32 2 0,15 1,81 000 30 DN32 2 0,15 1,81 500 40 DN32 2,7 0,15 2,452 000 60 DN65 4 0,15 5,12 500 80 DN65 5,2 0,3 5,13 000 80 DN65 5,2 0,3 5,1(1)mWC = Meter of water column




mODELS AVAILABLE





500 DSM050M11V 0.060 DSM050M01V 0.072750 DSM075M11V 0.049 DSM075M01V 0.0581 000 DSM100M11V 0.046 DSM100M01V 0.0541 500 DSM150M11V 0.037 DSM150M01V 0.0442 000 DSM200M11V 0.032 DSM200M01V 0.0382 500 DSM250M11V 0.031 DSM250M01V 0.0363 000 DSM300M11V 0.030 DSM300M01V 0.035


MSP25MSP32



KA1




OPTIONS

Integrated loop heater (ILH kits for DHW cylinders)• Additional immersion heater located in the top section of the tank (230/400 V tri-phase)• Double unipolar safety thermostat



500 12 DN32 0,5 0,1 0,54750 25 DN32 1,1 0,15 0,981 000 25 DN32 1,1 0,15 0,981 500 34 DN32 1,5 0,2 1,332 000 58 DN32 2,5 0,45 22 500 58 DN32 2,5 0,45 23 000 58 DN32 2,5 0,45 2(1)mWC = Meter of water column

98

Dual energy HYDROGAZ®

SOLAR DHW CYLINDER (SOLAR-GAS)

1 000 to 3,000 Litres

ADVANTAGES

• Maximum continuous efficiency, thanks to a Hydrogaz® flue gases/liquid exchanger working at maximum power (efficiency = 98% to 92% on NCV).

• Up to 109% efficiency on NCV when combined with aTRANSECO flue gases energy recovery device.

• Control of energy costs:- Reduced gas bills (burner power is less than with an

instant production system).- Energy savings of at least 30% compared with

centralised solutions.• Reduced gas line costs (smaller pipes than with an

instant production system).• Space saving and offers reduced implementation

costs compared with a classic solution (cylinder + boiler + exchanger).

• Peak clipping.• Temperature stability for distributed water (even with

significant variations in flow rates).• Possibility of heating water up to a constant

temperature of 95°C (depending on the model).

• Hydrogaz® exchanger unit in stainless steeland removable burner (CE certified), enabling easy maintenance and increase in power should requirements change.

• Auto-compensating combustion chamberguaranteeing increased longevity.

• Can be operated with a sealed flue system (up to 60kW of useful energy), therefore meaning that the device can be used in a chimney-less space.

• Use of a premium branded power burner (low CO andNOx emissions), renowned for its reliability.

• Device works with all types of gas and at anypressure.

• Outdoors installation possible (no need for technicalpremises).

• Equipment is supplied pre-assembled, ready to use(minimal hydraulic connection), with a burner with integrated control (easy to operate)

Thanks to the combination of a removable U-tube heater and a high-efficiency monobloc gas device, HYDROGAZ® cylinders represent an ideal dual energy solution to meet RT2012 requirements.

They.have.been.specifically.designed.to.meet.solar.domestic.hot.water.production.and.storage.needs.(collection.and.backup).in.the.service.and.manufacturing.sectors.

Designed.in.accordance.with.CODAP.and.incorporating.more.than.60.years.of.experience.in.the.field.of.storage.tank.production,.these.cylinders.meet.the.demands.of.EN13445.and.CE.standards.

Y

Differential thermostat

Solar regulation

114

16

2

1117

12

13

10

19

18

15

9

6

83

4

57

99

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

OPERATING PRINCIPLE

The tank works at mains pressure, to which it is connected at the bottom via safety mechanisms. The solar exchanger located in the lower section of the cylinder allows the thermal energy recovered by the solar panels to be transferred to the water. The gas burner and the HYDROGAZ® exchanger provide additional energy for increasing the temperature of the water in the top section of the cylinder. The burner starts up when the water temperature measured by the thermostat 18 is lower than the set point and will stop once the temperature has reached the set point. The circulation pump is activated as soon as the difference in water temperature between 18 and 19 is higher than the set point value and is stopped if the opposite is true. The combustion gases pushed by the burner’s ventilator, are channelled across a stainless

steel HYDROGAZ® exchanger, which is submerged in the water tank. This transfers the heat produced by the combustion process to the water. A safety thermostat also controls the temperature of the water in the tank. The hot water is drawn off at the top of the device and sent directly to the various delivery points thanks to the cylinder pressure. The thermal insulation minimises heat loss. The device’s optimum volume/power ratio will be determined (with our help) depending on the importance and distribution of demand (consumption profile).

..Cold.water.inlet

..Solar.heater

..Solar.station

..Expansion.vessel

..Solar.panel

..Sunlight.sensor

1

2

3

4

5

6



..Loop.return

..DHW.tank

7

8

910

..DHW.outlet

..Gas.equipment

..Condensates

.Drainage.outlet

..Solar.panel.return.temperature.sensor

11

12

13

14

15

..Cold.water.inlet.temperature.sensor

..Domestic.hot.water.outlet.temperature.sensor

..Regulation.thermostat

..Safety.thermostat

16

17

18

19

18

18 19

RC

100

SPECIFICATION

Tank• Vertical carbon steel tank with 3 feet.• 1,000 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manholes(1).

(ø 500 mm for 120 & 140 kW)(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Internal coating• Finished with “RC851” coating (Maximum temp = 85°C constant)

or “RC951” coating (T-max = 95°C at peak times).

• Magnesium protection anode(s) with wear indicator.

External protection• Anti-rust paint

Removable thermal insulation (including the inspection manhole and the bottom dished end)M0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Gas equipment fitted onto the manhole ø 400 mm (ø 500 mm for 120 & 140 kW)• Power burner (single-phase integrated control/230 V)• Removable flue gases/liquid exchanger made of stainless steel.

Solar U-tube heater • Removable U-tube heater with bundle made of 316 L stainless steel, fixed onto the inspection

manhole.• Inlet/outlet DN32F or DN50F + DN8F purge.• Class B heater, compliant with article 16.9 of the health regulations.

Differential solar regulator + 6 sensorsOptions• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers,

non-return valve, flow rate meter, degasser, valves, thermal insulation).• Electric backup (immersion heater on the top section + double safety thermostat).• Accessories kit (thermometer, DN50 drainage valve, water shortage pressure switch).• Non-standard versions available on request.• Homogenisation kit (circulator + non-return valve + 2 valves + tee fitting).

Warranties (in accordance with our general conditions of sale)• Tank = 5 years.• U-tube heater = 5 years.• Gaz exchanger = 3 years.• Other workstations = 1 year *except 120 and 140 Kw.

Inspection manholes

Reinforced thermal

insulation

Cylinder with «RC» coated carbon steel

tank



• 89/336/CE Certigaz marking*

Solar

“SOLAR PREFERENCE” range1 000 to 3,000 litres

High resistance

U-tube heater

øD

B

C G

K

F

H

E1

J

A

DA

TO

AN1

TG

EC

DA

DA

TO

EF

TG

PI VM

180°

0°TO

TO

SF

TG

EC VM

TGDA EFAN1DA

90° 270°

300°

60°

T

U V

S

Clearance.zone..

=.Ø.tank

180°

0°

TO

TO

TG

TGDA EFAN1DA

90° 270°

315°

EC VM

45°

T

U

V

S

Cleara

nce.zo

ne..

=.Ø.ta

nk SF

101

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

Capacity (litres)

A (mm)

B (mm)

C (mm)

ØD (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

K (mm)

TG (G int. thread)

EC-EF (G int. thread)


Weight(kg)

1 000H(1) 90 440 630 800 955 2 000 690 2 370 1 330 1 540 DN15 DN50 320

1 000B(1) 90 475 575 950 990 1 485 725 1 890 1 100 1 195 DN15 DN50 350

1 500H(1) 90 475 665 950 990 2 035 725 2 440 1 100 1 575 DN15 DN50 380

1 500B(1) 90 510 610 1 100 1 025 1 520 760 1 960 1 160 1 230 DN15 DN50 420

2 000H(1) 90 510 700 1 100 1 025 2 070 760 2 510 1 400 1 610 DN15 DN50 480

2 000B(1) 90 560 660 1 300 1 075 1 570 810 2 060 1 220 1 280 DN15 DN50 540

2 500 90 560 700 1 300 1 075 1 820 810 2 310 1 280 1 460 DN15 DN50 560

3 000 90 560 750 1 300 1 075 2 120 810 2 610 1 450 1 660 DN15 DN50 590(1)Note: H = High version ; B = Low version.

DImENSIONS

..Threaded.nozzle


..Hot.water.outlet

...Cold.water.inlet

...Support.feet

..Flue.gases.outlet

...Threaded.nozzles.for.thermometer.and.thermostat

...Manhole.with.an.internal.diameter.of.400.mm.(or.500.mm.depending.on.the.power.of.the.gas.equipment)


AN1

DA

EC

EF

PI

SF

TG

TH

VM

With ø 400 mm manhole

Ø 1100 and 1300 mm Ø 800 mm

102



1 000H(1) 30 DN32 2 0,15 1,8

1 000B(1) 30 DN32 2 0,15 1,8

1 500H(1) 40 DN65 2,7 0,3 3,3

1 500B(1) 40 DN32 2,7 0,15 2,45

2 000H(1) 60 DN32 4 0,7 3

2 000B(1) 60 DN65 4 0,15 5,1

2 500 80 DN65 5,2 0,3 5,1

3 000 80 DN65 5,2 0,3 5,1(1) Note : H = High version ; B = Low version.(2) mWC = Meter of water column


mODELS AVAILABLE

Solar U-tube heaterPrimary (Glycol water 30%) = 80/65°C – Secondary 10/60°C

Type of gas fitting (reference)

Calorific flow rate

(kW)

Useful power (kW)

GAS FLOW RATEØ

Gas supply (DN)

ØFlue

gases outlet (mm) SF

Ø Conden-sates outlet

(DN)

Weight (kg)

Diameter of the

manhole (mm)

Burner dimensions

G20 natural

gas (Lacq)

20 mbar (m3/h)

G20 natural gas

(Groningen) 25 mbar (m3/h)

G31 propane gas 37 mbar

(kg/hr)

S T U V

TRG 32 N/P 34 32 3.60 4.18 2.64 15 153 10 82 400 215 305 660 300

TRG 51 N/P 54 51 5.71 6.64 4.20 20 153 10 91 400 215 305 660 300

TRG 60 N/P 63 60 6.67 7.75 4.90 20 153 10 96 400 215 305 660 300

TRG 90 N/P 95 90 10.05 11.69 7.38 20 153 10 110 400 215 305 660 400

TRG 120 N/P 133 120 14.07 16.36 10.33 20 200 10 195 500 240 480 860 400

TRG 140 N/P 150 135 15.87 18.45 11.66 20 200 10 195 500 240 480 860 400

Electrical supply = single phase 230 V - Consumption: 200 W from 32 to 90 kW, 500 W for 120 & 140 kW

Tank 85°C – Solar U-tube heaterPrimary (Glycol water 30%) = 80/65°C – Secondary 10/60°C

Gas equipment

Heater / gaz power

Capacity (litres)

Reference 30 / 32 kW






1 000H(1) PLH100H3032i 0,054

1 000B(1) PLH100B3032i 0,050

1 500H(1) PLH150H4051i PLH150H4060i 0,046

1 500B(1) PLH150B4051i PLH150B4060i 0,044

2 000H(1) PLH200H6060i PLH200H6090i 0,041

2 000B(1) PLH200B6060i PLH200B6090i 0,038(1)Note: H = High version ; B = Low version.

Heater / gaz power

Capacity (litres)





2 500 PLH250S8090i PLH250S80120i 0,036

3 000 PLH300S80120i PLH300S80140i 0,035

103

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

Heater / gaz power

Capacity (litres)





2 500 PSH250S8090i PSH250S80120i 0,036

3 000 PSH300S80120i PSH300S80140i 0,035

Tank 95°C – Solar U-tube heaterPrimary (Glycol water 30%) = 80/65°C – Secondary 10/60°C


MSP25MSP32


KA7

Accessories kit- Dial thermometer 0/120°C- DN50 drainage valve- Water shortage pressure switch

KH1

Homogenisation kit - circulator - non-return valve - 2 valves - tee fitting

OPTIONS

Heater / gaz power

Capacity (litres)






Cooling constant

(Wh/day.K.L)

1 000H(1) PSH100H3032i 0,054

1 000B(1) PSH100B3032i 0,050

1 500H(1) PSH150H4051i PSH150H4060i 0,046

1 500B(1) PSH150B4051i PSH150B4060i 0,044

2 000H(1) PSH200H6060i PSH200H6090i 0,041

2 000B(1) PSH200B6060i PSH200B6090i 0,038





DPX

104

High resistance

U-tube heater

SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 1,000 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• Specific nozzle for the solar regulation sensor.• ø 400 mm inspection manholes (1).

(ø 500 mm for 120 & 140 kW).(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Removable thermal insulation (including the inspection manhole and the bottom dished end)M0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Gas equipment fitted onto the manhole ø 400 mm (ø 500 mm for 120 & 140 kW)• Power burner (single-phase integrated control/230 V)• Removable flue gases/liquid exchanger made of stainless steel.

Solar U-tube heater• Removable U-tube heater with bundle made of 316 L stainless steel,

fixed onto the inspection manhole.• Inlet/outlet DN32F or DN50F + DN8F purge.• Class B heater, compliant with article 16.9 of the health regulations.

Differential solar regulator + 6 sensors

Options• Tank made of AISI 316L stainless steel.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer,

thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Accessories kit (thermometer, DN50 drainage valve, water shortage pressure switch).• Electric backup (immersion heater on the top section + double safety thermostat).• Homogenisation kit (circulator + non-return valve + 2 valves + tee fitting).

Warranties (in accordance with our general conditions of sale)• Tank = 7 years.• U-tube heater = 5 years.• Gaz exchanger = 3 years.• Other workstations = 1 year* except 120 and 140 Kw.

Inspection manholes

Reinforced thermal

insulation




• 89/336/CE Certigaz marking*

“SOLAR DPX” DUPLEX STAINLESS STEEL range1 000 to 3,000 litres

270°

90°

EC VM

TTTMDA EFDA

SF

TH

TH

180°

135°

0°

45°

V

T

U

Clearance.zone.

=.Ø.tank

S

105

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

Capacity (litres)

A (mm)

B (mm)

ØD (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

K (mm)

L (mm)

M (mm)

TG (G int. thread)

EC-EF (G int. thread) DA-VM (G ext. thread)

Weight(kg)

1 000 90 440 790 590 690 1 390 2 430 1 875 2 000 2 025 1 600 DN15 DN50 155

1 500 90 510 1 100 685 760 1 130 2 020 1 390 1 520 1 545 1 230 DN15 DN50 225

2 000 90 560 1 250 745 810 1 180 2 110 1 425 1 570 1 595 1 280 DN15 DN50 265

2 500 90 560 1 250 745 810 1 510 2 660 1 975 2 120 2 145 1 660 DN15 DN50 335

3 000 90 560 1 250 745 810 1 640 2 880 2 195 2 340 2 365 1 860 DN15 DN50 355

DImENSIONS


...Cold.water.inlet

..Hot.water.outlet

...Support.feet

..Flue.gases.outlet




...DN50.drainage

DA

EF

EC

PI

SF

TH

TM

TT

VD

With ø 400 mm manhole

Ø 1250 mm

øD

B

E F

H

G

M

J

K L

A

TT

TM

EC

DA

DA

TH

EF

PI VD

270°

90°

EC VM

TTTMDA EFDA

SF

TH

TH

180°

140°

0°

50°

V

T U

Clearance.zone.

=.Ø.tank

S

Ø 800 and 1100 mm

106



1 000 30 DN32 2 0,15 1,8

1 500 40 DN32 2,7 0,15 2,45

2 000 60 DN65 4 0,15 5,1

2 500 80 DN65 5,2 0,3 5,1

3 000 80 DN65 5,2 0,3 5,1


mODELS AVAILABLE


Calorific flow rate

(kW)

Useful power (kW)

GAS FLOW RATEØ

Gas supply (DN)

ØFlue


Ø Conden-sates outlet

(DN)

Weight (kg)

Diameter of the

manhole (mm)

Burner dimensions

G20 natural

gas (Lacq)

20 mbar (m3/h)

G20 natural gas

(Groningen) 25 mbar (m3/h)

G31 propane gas 37 mbar

(kg/hr)

S T U V

TRG 32 N/P 34 32 3.60 4.18 2.64 15 153 10 82 400 215 305 660 300

TRG 51 N/P 54 51 5.71 6.64 4.20 20 153 10 91 400 215 305 660 300

TRG 60 N/P 63 60 6.67 7.75 4.90 20 153 10 96 400 215 305 660 300

TRG 90 N/P 95 90 10.05 11.69 7.38 20 153 10 110 400 215 305 660 400

TRG 120 N/P 133 120 14.07 16.36 10.33 20 200 10 195 500 240 480 860 400

TRG 140 N/P 150 135 15.87 18.45 11.66 20 200 10 195 500 240 480 860 400




Gas equipment

Heater / gaz power

Capacity (litres)







1 000 DSH100H3032i 0,054

1 500 DSH150B4051i DSH150B4060i 0,044

2 000 DSH200B6060i DSH200B6090i 0,038

Heater / gaz power

Capacity (litres)





2 500 DSH250S8090i DSH250S80120i 0,036

3 000 DSH300S80120i DSH300S80140i 0,035

107

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)


MSP25MSP32


KA7

Accessories kit- Dial thermometer 0/120°C- DN50 drainage valve- Water shortage pressure switch

KH1

Homogenisation kit - circulator - non-return valve - 2 valves - tee fitting

OPTIONS




108

SOLAR CALEO® SOLAR HOT WATER FOR HEATING CYLINDER RECOVERY AND/OR BACKUP

500 to 4,000 Litres

Specifically designed to meet primary hot water storage demands in the service and manufacturing sectors, the SOLAR CALEO® 500 to 4,000 litres solar hot water cylinders are perfect for use in installations using solar energy. If.necessary,.an.electric.immersion.heater.and/or.boiler.can.be.used.to.provide.additional.energy..These.devices.are.designed.for.heating.applications.or.the.production.of.domestic.hot.water.together.with.an.instantaneous.heat.exchanger.system.

The.SOLAR.CALEO®.heating.hot.water.cylinders.are.available.in.two.models:

• The SOLAR CALEO® L : connected.to.the.solar.energy.recovery.exchanger,.it.can.provide.both.the.recovery.and.backup.or,.if.required,.be.used.only.for.energy.recovery.together.with.the.SOLAR.CALEO®.A.

•.The SOLAR CALEO® A :.used.together.with.a.SOLAR.CALEO®.L,.it.raises.the.temperature.of.preheated.water.and.can,.by.disassociating.the.recovery.and.backup.systems,.provide.greater.hot.water.reserves.

Designed.for.use.in.a.pressurised.closed.circuit,.these.devices.are.made.of.carbon.steel

SOLAR CALEO® A

SOLAR CALEO® L

7

MM

DT

DT

DT

DT

option

7

MM

DT

DT

DT

DT

109

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)


ADVANTAGES

• Multi-purpose:- Heating possible from multiple heat generators.- Simultaneous feeding of multiple consumer circuits.

• Significant energy reserves to clip peaks in demand.• Water can be stored at a constant temperature of up to 110°C.• Operates in a pressurised closed circuit:

- Tank: steel or carbon without internal coating.- Extended lifespan: very limited corrosion.

• Particularly suited for use with energy recovery (solar, heat pump) systems with or without abackup (electric immersion heater, solid or gaseous fuel boilers).

• Reduced greenhouse gas emissions.• Quick and easy to install: equipment delivered to site with pre-assembled insulation and heating

systems (can be easily removed if required).

Solar installation diagram with “SOLAR CALEO® L” + electric backup + instantaneous PLAKEO®

Solar installation diagram with “SOLAR CALEO® L” + “SOLAR CALEO® A” + electric backup + instantaneous PLAKEO®

110


SPECIFICATION

Tank• 500 to 4,000 litres capacity.• Vertical carbon steel tank.• Three support feet.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).


Removable thermal insulation (including the inspection manhole and the bottom dished end)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket

Electrical backup option• Mounting boss welded on the tank• Electrical elements with Incoloy pins.• Temperature regulation:

- P =< 20 kW: Three-phase control/safety box 30 A, 400V, fitted to the top of the immersion heater (double safety thermostat + cabled power contactor).

- P > 20 kW: double unipolar safety thermostat

Other options • Ø 400 mm insulated manhole (from 500 litres).• Accessories kit (thermometer 0/120°C, DN25 safety

valve, flue gases relief valve, DN50 valve for drainage).• Non-standard dimensions, higher operating pressure

and non-standard position of nozzles

Warranties (in accordance with our general conditions of sale)• Tank = 2 years (against perforation, used in a

pressurised closed circuit only.)• Electrical equipment and accessories = 1 year.

Reinforced thermal

insulation

Solar

mODELS AVAILABLE

Capacity (litres) Reference with a 100 mm-M1 jacket


Reference with a 100 mm-M0 jacket


500 ECL050M11 0,060 ECL050M01 0,072750 ECL075M11 0,049 ECL075M01 0,0581 000H(1) ECL100M11H 0,046 ECL100M01H 0,0541 000B(1) ECL100M11B 0,042 ECL100M01B 0,0501 500H(1) ECL150M11H 0,039 ECL150M01H 0,0461 500B(1) ECL150M11B 0,037 ECL150M01B 0,0442 000H(1) ECL200M11H 0,034 ECL200M01H 0,0412 000B(1) ECL200M11B 0,032 ECL200M01B 0,0382 500 ECL250M11 0,031 ECL250M01 0,0363 000 ECL300M11 0,030 ECL300M01 0,0354 000 ECL400M11 0,026 ECL400M01 0,030

Electrical backup option Capacity (litres) Power (kW) Reference WITH thermostat Reference WITHOUT thermostat500 6 AE6 AE6ST750 6 AE6 AE6ST1 000H(1) 9 AE9 AE9ST1 000B(1) 9 AE9 AE9ST1 500H(1) 12 AE12 AE12ST1 500B(1) 12 AE15 AE15ST2 000H(1) 15/20 AE15 / AE20 AE15ST / AE20ST2 000B(1) 15/20 AE15 / AE20 AE15ST / AE20ST2 500 20 AE20 AE20ST3 000 24 / 30 / 35 AE24 / AE30 / AE35 AE24ST / AE30ST / AE35ST4 000 35 AE35 AE35ST


SOLAR CALEO® LRecovery and/or backup 500 to 4,000 litres

500 to 1,500 litres

2,000 to 4,000 litres


øD

B

C

GJ

K

H

E

F

A

AT

TT

EL

DP

THAHTHAH

RPAH

SD

V3V

DS

RS

RS

RP

PI VD

øD

C

B

G

J

H

E

F

A

AT

SD

RBI

DP

THAH THAH

RHAHRS

V3V

RS

DS

RP

PI VD

111

2

SO

LAR

HO

T W

ATE

R (

DO

ME

STI

C H

OT

WAT

ER

AN

D H

EAT

ING

)

Capacity(litres)

RS - RP (G int. thread)

ST1 - ST2 - ST3TT (G int. thread)

AT - TH (G ext. thread)

EL - RBI (threaded nozzles)

VD - DP (G ext. thread)

Weight(kg)

500 DN50 DN15 DN40 DN50 DN50 120750 DN50 DN15 DN40 DN50 DN50 1551 000H(1) DN50 DN15 DN40 DN50 DN50 1701 000B(1) DN50 DN15 DN40 DN50 DN50 2001 500H(1) DN50 DN15 DN40 DN50 DN50 2351 500B(1) DN50 DN15 DN40 DN50 DN50 2702 000H(1) DN50 DN15 DN50 M77 DN50 3352 000B(1) DN50 DN15 DN50 M77 DN50 3802 500 DN50 DN15 DN50 M77 DN50 4103 000 DN50 DN15 DN50 M77 DN50 4404 000 DN50 DN15 DN50 M77 DN50 645

...Hydraulic.backup.or.thermometer

...Hydraulic.backup.or.PLAKEO®.return

..Use.depending.on.application

..PLAKEO®.outlet

..Solar.outlet

..Support.feet."PLAKEO".return

..Solar.return

..Solar.probe..(PT.100/1.000)

..Sensor.for.3-way.solar.valves.and.PLAKEO®

..Drainage

vailable as an optional extra for electric backup:

..Electric.immersion.heater.(15-35.kW)

..Integrated.loop.return.(thermostat.+.electric.immersion.heater

..Thermostat

AH/TH

AH/RP

AT

DP

DS

PI

RS

SD

V3V

VD

EL

RBI

TT

500 to 1,500 litres included

2,000 to 4,000 litres

DImENSIONS

Capacity (litres) ØD (mm) A (mm) B (mm) C (mm) E (mm) F (mm) G (mm) H (mm) J (mm) J (mm)500 650 90 410 735 1 060 1 420 950 1 820 1 160 -750 800 90 440 765 1 090 1 450 980 1 880 1 190 -1 000H(1) 800 90 440 960 1 440 2 000 1 340 2 430 1 550 -1 000B(1) 950 90 475 800 1 125 1 485 1 015 1 950 1 225 -1 500H(1) 950 90 475 995 1 475 2 035 1 375 2 500 1 585 -1 500B(1) 1 100 90 510 835 1 160 1 520 1 050 2 020 1 260 -2 000H(1) 1 100 90 510 1 030 1 510 2 070 1 410 2 560 1 610 1 8102 000B(1) 1 300 90 560 885 1 210 1 570 1 100 2 110 1 305 1 5102 500 1 300 90 560 970 1 375 1 820 1 290 2 360 1 495 1 7003 000 1 300 90 560 1 080 1 560 2 120 1 460 2 660 1 665 1 8704 000 1 500 90 630 1 100 1 560 2 065 1 460 2 780 1 695 1 930


112


SPECIFICATION

Reinforced thermal

insulation

Solar

mODELS AVAILABLE

Capacity (litres) Reference with a 100 mm-M1 jacket


Reference with a 100 mm-M0 jacket


500 ECA050M11 0,060 ECA050M01 0,072750 ECA075M11 0,049 ECA075M01 0,0581 000H(1) ECA100M11H 0,046 ECA100M01H 0,0541 000B(1) ECA100M11B 0,042 ECA100M01B 0,0501 500H(1) ECA150M11H 0,039 ECA150M01H 0,0461 500B(1) ECA150M11B 0,037 ECA150M01B 0,0442 000H(1) ECA200M11H 0,034 ECA200M01H 0,0412 000B(1) ECA200M11B 0,032 ECA200M01B 0,0382 500 ECA250M11 0,031 ECA250M01 0,0363 000 ECA300M11 0,030 ECA300M01 0,0354 000 ECA400M11 0,026 ECA400M01 0,030

Electrical backup option Capacity (litres) Power (kW) Reference WITH thermostat Reference WITHOUT thermostat500 6 AE6 AE6ST750 6 AE6 AE6ST1 000H(1) 9 AE9 AE9ST1 000B(1) 9 AE9 AE9ST1 500H(1) 12 AE12 AE12ST1 500B(1) 12 AE15 AE15ST2 000H(1) 15/20 AE15 / AE20 AE15ST / AE20ST2 000B(1) 15/20 AE15 / AE20 AE15ST / AE20ST2 500 20 AE20 AE20ST3 000 24 / 30 / 35 AE24 / AE30 / AE35 AE24ST / AE30ST / AE35ST4 000 35 AE35 AE35ST


Tank• 500 to 4,000 litres capacity.• Vertical carbon steel tank.• Three support feet.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).


Removable thermal insulation (including the inspection manhole and the bottom dished end)M1 fire rated:• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Electrical backup option• Mounting boss welded on the tank• Electrical elements with Incoloy pins.• Temperature regulation:

- P > 20 kW: Three-phase control/safety box 30 A, 400V, fitted to the top of the immersion heater (double safety thermostat + cabled power contactor).

- P > 20 kW: double unipolar safety thermostat- P > 20 kW : Thermostat double sécurité unipolaire.

Other options • Ø 400 mm insulated manhole (from 500 litres).• Accessories kit (thermometer 0/120°C, DN25 safety

valve, flue gases relief valve, DN50 valve for drainage).• Dimensions, higher working pressure and non-standard

position of nozzles.

Warranties (in accordance with our general conditions of sale)• Tank = 2 years (against perforation, used in a pressurised

closed circuit only.)• Electrical equipment and accessories = 1 year.

500 to 1,500 litres

2,000 to 4,000 litres

SOLAR CALEO® ABackup 500 to 4,000 litres


øD

B

F

G

C

E

H

J

A

TH

AT

ST2

ST3

TT

EL

DP

TH

AT

RS

ST1

RP

PI VD

øD

B

G

C

E

H

J

A

TH

AT

ST2

RBI

ST3

DP

TH

AT

RS

ST1

RP

PI VD

113

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DImENSIONS

..Use.depending.on.application.

..PLAKEO®.outlet

..Support.feet

...PLAKEO®.return.or.solar.hot.water.inlet

..Temperature.sensor.for.backup.actuation.(PT100.probe)

..Temperature.sensor.for.controlling.the.temperature.of.hot.water.in.the.cylinder


...Drainage

Available as an optional extra for electric backup :..Electric.immersion.heater.(15-35.kW)

..Integrated.loop.return.(thermostat.+.electric.immersion.heater)

..Thermostat

AT

DP

PI

RP/RS

ST1

ST2/ST3

TH

VD

EL

RBI

TT

500 to 1,500 litres included

2,000 to 4,000 litres

Capacity(litres)

RS - RP (G int. thread)

ST1 - ST2 - ST3TT (G int. thread)

AT - TH (G ext. thread)

EL - RBI (threaded nozzles)

VD - DP (G ext. thread)

Weight (kg)

500 DN50 DN15 DN40 DN50 DN50 120750 DN50 DN15 DN40 DN50 DN50 1551 000H(1) DN50 DN15 DN40 DN50 DN50 1701 000B(1) DN50 DN15 DN40 DN50 DN50 2001 500H(1) DN50 DN15 DN40 DN50 DN50 2351 500B(1) DN50 DN15 DN40 DN50 DN50 2702 000H(1) DN50 DN15 DN50 M77 DN50 3352 000B(1) DN50 DN15 DN50 M77 DN50 3802 500 DN50 DN15 DN50 M77 DN50 4103 000 DN50 DN15 DN50 M77 DN50 4404 000 DN50 DN15 DN50 M77 DN50 645

Capacity (litres) ØD (mm) A (mm) B (mm) C (mm) E (mm) F (mm) G (mm) H (mm) J (mm)500 650 90 410 960 1 420 - 660 1 820 1 110750 800 90 440 990 1 450 - 690 1 880 1 1401 000H(1) 800 90 440 1 290 2 000 - 840 2 430 1 4401 000B(1) 950 90 475 1 025 1 485 - 725 1 950 1 1751 500H(1) 950 90 475 1 325 2 035 - 875 2 500 1 4751 500B(1) 1 100 90 510 1 060 1 520 - 760 2 020 1 2102 000H(1) 1 100 90 510 1 360 2 070 690 910 2 560 1 5102 000B(1) 1 300 90 560 1 110 1 570 750 810 2 110 1 2602 500 1 300 90 560 1 260 1 820 750 860 2 360 1 4103 000 1 300 90 560 1 410 2 120 750 960 2 660 1 5604 000 1 500 90 630 1 460 2 065 850 1 010 2 780 1 610


114

SOLAR HOT WATER FOR HEATING CYLINDERCOIL(S)

300 to 3,000 LitresSpecifically designed to meet heating hot water production and storage needs in the service and manufacturing sectors, the 300 to 3,000 litres coil cylinder for the production of primary hot water is particularly suited to installations using renewable energies. The.presence.of.one.or.two.high-powered.coils.makes.it.possible.to.heat.the.device.from.one.or.more.energy.sources.(solar,.heat.pump,.etc.).without.contact.between.the.different.coolants..If.necessary,.an.electric.immersion.heater.and/or.boiler.can.be.used.to.provide.additional.energy.

For.use.in.a.pressurised.closed.circuit,.these.devices.are.made.of.carbon.steel.

ADVANTAGES

• Multi-purpose:- Heating possible from multiple heat generators.- Simultaneous feeding of multiple consumer circuits.

• Accelerated heating: coil(s) with large exchange surface area.• Significant water storage capacity, thus reducing the number of generator operating cycles.• Water can be stored at a constant temperature of up to 110°C.

• Particularly suited for use with energy recovery (solar, heat pump) systems with or without a backup (solid or gaseous fuel boilers).• Reduced greenhouse gas emissions.• Quick and easy to install: equipment delivered to site with pre-assembled insulation and heating systems (can be easily removed if required).• Non-standard version available on request.

*Note : single upper coil version available on request.

9

8

7

1

23

Solar regulation

Con

dens

eur

Y

Evap

orat

eur

4

5 6

Solar regulation

Y

Y

Solar regulation

Y5

4

3

1

2

1

115

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With two coils

With one coil

With one coil + backup via a boiler (direct looping on the cylinder)

..Solar.panel

..Solar.module

..Classic.heat.pump

..Compressor

..Holder

.Drainage.outlet

..Cold.water.inlet

..Underfloor.heating

..Heating.network

1

2

3

4

5

6

77

8

9

..Solar.panel

..Solar.module

..Drainage.outlet

..Cold.water.inlet


..Heating.network

1

2

3

74

5

6

..Solar.panel

..Solar.module

..Cold.water.inlet


..Heating.network

1

2

73

4

5

6

5

42 3

116

SPECIFICATION

Tank• Vertical carbon steel tank with 3 feet.• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• DN125 handhole.


Removable thermal insulation (including the bottom of the tank)M1 fire rated :• High-performance mineral wool - 100 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated :• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Coil exchanger made of carbon steel.

Options• Back up electric immersion heater : - Electrical elements with Incoloy pins. - DN40 tapped cap up to 12 kW, M77 beyond that. - Three-phase voltage of 230/400 up to 24 kW, three-phase 400/400 V beyond that. - Immersion heater mounting: on the tank. - Temperature regulation: - Electrical power ≤ 20 kW: Three-phase control/safety box 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cabled power contactor). - Electrical power ≤ 20 kW: Double unipolar safety thermostat.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors. • Electric backup (immersion heater on the top section + double safety thermostat).• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).• Non-standard versions available on request


Reinforced thermal

insulation



Solar

Single coil 300 to 3, 000 litres

117

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Capacity (litres)

A (mm)

B (mm)

C (mm)

ØD (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

L (mm)

N (mm)

TM - TT (G int. thread)

VD - ECH ECB

EF-RB (G ext. thread)

PS (G ext.

thread)

Weight (kg)

300 90 375 545 550 645 775 795 1 535 1 000 1 190 1 190 DN15 DN50 DN25 115500 90 390 560 650 660 930 960 1 820 1 160 1 305 1 455 DN15 DN50 DN25 165750 90 420 590 800 690 960 1 000 1 880 1 200 1 345 1 485 DN15 DN50 DN25 2301 000 90 440 610 800 690 1115 1 155 2 430 1 355 1 865 2 035 DN15 DN50 DN25 2801 500 90 510 700 1 100 760 950 990 2 020 1 235 1 555 1 555 DN15 DN65 DN40 3302 000 90 560 760 1 300 810 1 040 1 080 2 110 1 335 1 605 1 605 DN15 DN65 DN40 4302 500 90 560 760 1 300 810 1 100 1 140 2 360 1 395 1 680 1 855 DN15 DN65 DN40 4603 000 90 560 760 1 300 810 1 160 1 200 2 660 1 455 1 985 2 165 DN15 DN65 DN40 490

DImENSIONS

..Low.temperature.hot.water.outlet

..High.temperature.hot.water.outlet

..Cold.water.inlet

...Support.feet

...Nozzles.for.coil

..Loop.return

..Nozzle.for.thermometer

...DN125.handhole


..DN50.drainage

ECB

ECH

EF

PI

PS

RB

TM

TP

TT

VD

øD

B

C

G

J

H

E

F

N

L

A

PS

PS

RB

ECH

ECB

TT

EF

TT

TP

PI VD

270°

90°

ECH VD

RBPS

ECB TTEF

TP

180° 0°

TM

Note : TM is positioned at 90° on the following versions : • 300 L • 1 500 L• 2 000 L

118

Technical specification of lower coil

Capacity (litres) M1 reference Cooling constant

(Whr/day.K.L) M0 reference Cooling constant(Whr/day.K.L)

300 EPC030033M11 0.077 EPC030033M01 0.091

500 EPC050045M11 0.060 EPC050045M01 0.072

750 EPC075063M11 0.049 EPC075063M01 0.058

1 000 EPC100074M11 0.046 EPC100074M01 0.054

1 500 EPC150088M11 0.037 EPC150088M01 0.044

2 000 EPC200107M11 0.032 EPC200107M01 0.038

2 500 EPC250145M11 0.031 EPC250145M01 0.036

3 000 EPC300145M11 0.030 EPC300145M01 0.035


MSP25MSP32



KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


Integrated loop heater (ILH kits for hot water for heating cylinders)• Additional immersion heater located in the top section of the tank (230/400 V tri-phase)• Double unipolar safety thermostat.

OPTIONS

mODELS AVAILABLE

Model DN

Solar Other sources70/43,5°C - 32,5°C - 25l/mc² 60/48°C - 32,5°C - 40l/mc²

80/60°C - 10/40°C - EG30% 55/45°C - 10/40°C (PAC)

Power (kW)

Δp (mbar)


Flow rate (m3/h)

Power (kW)

Δp (mbar)

S1 S2 S1 S2 S1 S2 S1 S2 S1 S2 S1 S2300 550 25 1,1 10 3,9 3,9 5 8 6 6 0,7 1,4 31 8 40 15500 650 25 1,8 15 6,5 6,5 12 10 10 10 1,4 2 46 14 120 60750 800 25 2,3 19 9,8 9,8 20 30 15 15 2,1 2,8 64 20 220 901 000 800 25 2,8 24 13 13 40 70 20 20 2,8 3,5 80 26 430 2001 500 1 100 40 3,4 44 14,3 16,3 13 24 22 25 2,2 3,5 80 24 80 502 000 1 300 40 4,1 53 15,6 24,1 13 31 24 37 3 4,1 95 30 90 552 500 1 300 40 5,1 66 18,9 36,4 15 45 29 56 4,1 5 115 40 115 703 000 1 300 40 5,1 66 18,9 36,4 15 45 29 56 4,1 5 115 40 115 70

Note : 100 mbar = 1 mCE / EG = 30% pour solaire

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SPECIFICATION



Removable thermal insulation (including the bottom of the tank) :M1 fire rated :• High-performance mineral wool - 100 mm thick (= 0.032 W/m/K).• Flexible PVC jacketM0 fire rated :• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Coil exchangers made of carbon steel.

Options• Back up electric immersion heater :• Electrical elements with Incoloy pins. • DN40 tapped cap up to 12 kW, M77 beyond that.• Three-phase voltage of 230/400 up to 24 kW, three-phase 400/400 V beyond that.• Immersion heater mounting: on the tank.• Temperature regulation:

- Electrical power ≤ 20 kW: Three-phase control/safety box 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cabled power contactor).

- Electrical power ≤ 20 kW: Double unipolar safety thermostat.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers,

non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors. • Electric backup (immersion heater on the top section + double safety thermostat).• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, air vent valve).• Non-standard versions available on request.

Warranties (in accordance with our general conditions of sale)• Tank and coils = 2 years.• Other workstations = 1 year.

Reinforced thermal

insulation



Solar

Dual coil 500 à 3 000 litres

270°

90°

ECH VD

RBPS

ECB TM TTEF

TP

180° 0°

120

DImENSIONS

.High.temperature.hot..

.water.outlet.(DN50)


..Cold.water.inlet

...Support.feet

...Nozzles.for.coil

...Loop.return


...DN125.handhole

.Nozzles.for.thermostat.(or...

.PT100.probe)

...DN50.drainage

ECH

ECB

EF

PI

PS

RB

TM

TP

TT

VD


øD

B

C

G

J

L

H

E

F

K

M

A

PS

PS

PS

PS

RB

ECH

ECB

TT

EF

TT

TM

TP

PI VD

N

Note : TM is positioned at 90° on the following versions:• 1500 L• 2000 L

Capa-city (litres)

A (mm)

B (mm)

C (mm)

ØD (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

K (mm)

L (mm)

M (mm)

N (mm)

TM - TT (G int. thread)

VD - ECH ECB

EF-RB (G ext. thread)

PS G ext. thread)

Weight (kg)

500 90 390 560 650 660 930 960 1 820 1 160 1 125 1 305 1 440 1 455 DN15 DN50 DN25 165750 90 420 590 800 690 960 1 000 1 880 1 200 1 110 1 345 1 470 1 485 DN15 DN50 DN25 2301 000 90 440 610 800 690 1 115 1 155 2 430 1 355 1 595 1 865 2 000 2 035 DN15 DN50 DN25 2801 500 90 510 700 1 100 760 950 990 2 020 1 235 1 245 1 555 1 520 1 555 DN15 DN65 DN40 3302 000 90 560 760 1 300 810 1 040 1 080 2 110 1 335 1 270 1 605 1 570 1 605 DN15 DN65 DN40 4302 500 90 560 760 1 300 810 1 100 1 140 2 360 1 395 1 460 1 680 1 820 1 855 DN15 DN65 DN40 4603 000 90 560 760 1 300 810 1 160 1 200 2 660 1 455 1 700 1 985 2 120 2 165 DN15 DN65 DN40 490

Model DN

Solar Other sources

System 1 : 70/43,5°C-32,5°C - 25l/mc²System 2 : 60/48°C-32,5°C - 40l/mc²

System 1 : 80/60°C - 10/60°C - Glycol water 30%System 2 : 55/45°C - 10/40°C

(Heat pump)Power (kW)

Δp (mbar)


Flow rate (m3/h)

Power (kW)

Δp (mbar)

S1 S2 S1 S2 S1 S2 S1 S2 S1 S2 S1 S2500 650 25 1,8 15 6,5 6,5 12 10 10 10 2 1,2 46 14 120 60750 800 25 2,3 19 9,8 9,8 20 30 15 15 2,8 1,7 64 20 220 901 000 800 25 2,8 24 13 13 40 70 20 20 3,5 2,3 80 26 430 2001 500 1 100 40 3,4 44 14,3 16,3 13 24 22 25 3,5 2,1 80 24 80 502 000 1 300 40 4,1 53 15,6 24,1 13 31 24 37 4,1 2,6 95 30 90 55

2 500 1 300 40 5,1 66 18,9 36,4 15 45 29 56 5 3,5 115 40 115 70

3 000 1 300 40 5,1 66 18,9 36,4 15 45 29 56 5 3,5 115 40 115 703 000 1 300 40 5,1 66 18,9 36,4 15 45 29 56 4,1 5 115 40 115 70

Note : 100 mbar = 1 meter of water column (1mWC) / Glycol water = 30% for solar

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mODELS AVAILABLE

Technical specification of upper coil

Technical specification of combined upper and lower coils (connected in a series)


(Whr/day.K.L)

500 EPP050045027M11 0.060 EPP050045027M01 0.072

750 EPP075063044M11 0.049 EPP075063044M01 0.058

1 000 EPP100074044M11 0.046 EPP100074044M01 0.054

1 500 EPP150088055M11 0.037 EPP150088055M01 0.044

2 000 EPP200107084M11 0.032 EPP200107084M01 0.038

2 500 EPP250145084M11 0.031 EPP250145084M01 0.036

3 000 EPP300145084M11 0.030 EPP300145084M01 0.035

OPTIONS


MSP25MSP32



KA1



RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800

Note : RBI livré non monté sur le ballon.


Model DN

Solar Other sources



System 2 : 55/45°C - 10/40°C (Heat pump)

Power (kW)

Δp (mbar)


Flow rate (m3/h)

Power (kW)

Δp (mbar)

S1 S2 S1 S2 S1 S2 S1 S2 S1 S2 S1 S2500 650 25 1,8 15 3,3 3,3 4 6 5 5 2 1,2 46 14 120 60750 800 25 2,3 19 4,9 4,9 9 14 7,5 7,5 2,8 1,7 64 20 220 901 000 800 25 2,8 24 5,9 5,9 14 22 9 9 3,5 2,3 80 26 430 2001 500 1 100 40 3,4 44 6,5 6,5 4 6 10 10 3,5 2,1 80 24 80 502 000 1 300 40 4,1 53 8,5 13 5 11 13 20 4,1 2,6 95 30 90 552 500 1 300 40 5,1 66 8,5 13 5 11 13 20 5 3,5 115 40 115 703 000 1 300 40 5,1 66 8,5 13 5 11 13 20 5 3,5 115 40 115 70


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)

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2 )

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Model DN

Solar Other sources



System 2 : 55/45°C - 10/40°C (Heat pump)

Power (kW)

Δp (mbar)


Flow rate (m3/h)

Power (kW)

Δp (mbar)

S1 S2 S1 S2 S1 S2 S1 S2 S1 S2 S1 S2500 650 25 2,8 23 6,5 6,5 19 32 10 10 2,9 3,3 60 38 370 480750 800 25 4,0 33 9,8 9,8 33 50 15 15 4,3 4,9 90 56 830 1 0601 000 800 25 4,5 38 13 13 64 112 20 20 5,5 5,9 115 68 1

600 1 8001 500 1 100 40 5,5 71 19,5 19,5 22 39 30 30 4,8 5,8 100 67 140 1802 000 1 300 40 7,2 93 26 26 22 50 40 40 6,3 7,4 132 85 210 2702 500 1 300 40 8,2 106 32,5 32,5 22 64 50 50 7,6 8,7 160 100 350 4103 000 1 300 40 8,2 106 39 39 26 77 60 60 8,8 10,1 185 116 470 590


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122

PLAKEO®..............................................................................................124|127Plate.heat.exchanger.system

DHW storage cylinder.....................................................................128|139“PREFERENCE”.300.to.6,000.litres.range"DPX".duplex.stainless.steel.300.to.3,000.litres.range“GLASS.LINED”.300.to.3,000.litres.range

DHW coil cylinder.............................................................................140|161"DPX".duplex.stainless.steel.range.-.300.to.3,000.litres.coil.cylinder."DPX".duplex.stainless.steel.range.-.500.to.3,000.litres.dual.coil.cylinder“GLASS.LINED”.range.300.to.3,000.litres.-.Single.coil“GLASS.LINED”.range.300.to.3,000.litres.-.Dual.coil“GLASS.LINED”.range.500.to.2,000.litres.-.Single.coil.for.heat.pump

PREPAC DHW cylinder....................................................................162|169“PREFERENCE”.range.–.500.to.3,000.litres"DPX".duplex.stainless.steel.range.–.500.to.3,000.litres

DHW electric cylinder.....................................................................170|183"PREFERENCE”.300.to.6,000.litres.range.-.Electric.immersion.heater"DPX".duplex.stainless.steel.300.to.3,000.litres.range.-.Electric.immersion.heater“PREFERENCE”.500.to.6,000.litres.range.-.Electric.cartridge.heater"DPX".duplex.stainless.steel.500.to.3,000.litres.range.-.Electric.cartridge.heater

123

DOMESTIC HOT WATER

DHW U-tube heater cylinder........................................................184|191“PREFERENCE”.300.to.6,000.litres.range"DPX".duplex.stainless.steel.300.to.3,000.litres.range

Dual energy DHW cylinder............................................................192|199“PREFERENCE”.300.to.6,000.litres.range"DPX".duplex.stainless.steel.300.to.3,000.litres.range

Hydrogaz® DHW cylinder................................................................200|213“PREFERENCE”.750.to.6,000.litres.range"DPX".duplex.stainless.steel.750.to.3,000.litres.range“TCE”.220.to.400.litres.range

TIMEOX® electric loop heater.......................................................214|2173.to.35.kW

PRIMEO® primary storage cylinder............................................218|221750.to.3.000.litres.DHW.heater

Domestic hot water substation ...................................................222|225System.integrated.into.a.multi-energy.SKID

3

124

PLAKEO®

PLATE HEAT EXCHANGER SYSTEMDHW PRODUCTION

20 to 1, 347 kW

ADvAnTAgEs

• Hot water available on demand and at whatever flow rate and temperature you desire.

• Removable plates for easy maintenance. • Increase in power by adding standard elements. • Compact unit which can be installed in small spaces. • Module supplied fully preset (can be re-programmed by the user). • Quick and easy to set up. • Anti-legionella programme (on all models). • Limited heat loss (no buffer volume). • Excellent resistance to corrosion (316 stainless steel plates). • High exchange coefficient. • Low head loss. • Peak clipping in semi-instantaneous mode thus reducing the in-built power. • e-LEss communicating version (optional extra) - the control and monitoring system for domestic hot water and hot water for heating production and storage.

The PLAKEO® module is an instantaneous or semi-instantaneous domestic hot water system built around a removable high-performance plate heat exchanger. This.compact.system.comes.as.a.pre-assembled.unit.incorporating.control,.safety.and.regulation.devices,.reputed.for.their.reliability.and.precision,.necessary.for.its.operation..It.is.supplied.fully.preset,.however,.it.can.be.completely.reprogrammed.by.the.user.thanks.to.the.use.of.the.latest.technologies..

The.standard.control.box.displays.temperature.alarms.as.well.as.pump.and.probe.faults

.

Comm

ande

1

2 3

4 5

4

6

21

9

3

2

17 22

14

8

7

7

20

1914

11

18

15

4

4

4

13

15

12

23

16

3

5

0

Number

Pow

er (k

W)

55050 100 150 200 250 300 350 400 450 500

100

200

300

400

500

600

700

800

900

1 000

1 100

Sports facilities(showers)

Luxury hotels Standardhousing

Hotels Luxuryhousing

Hospitals(beds)

0

Instantaneous power (kW)

Sem

i-in

stan

tane

ous

pow

er (k

W)

1 000100 200 300 400 500 600 700 800 900

100

200

300

400

500

600

700

800

900

1 000

Instantaneous

500 L

750 L

1 000 L

1 500 L

2 000 L

2 500 L

3 000 L

Comm

ande

1

2 3

4 5

4

6

21

9

3

21714

8

7

7

20

1914

18

15

4

13

12

16

5

125

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OPERATIng PRInCIPLE

The exchanger consists of a series steel plates made of stainless steel, between which the water for heating (primary circuit) and domestic water (secondary circuit) circulate alternately against the flow. The heat exchanged between the fluids via the plates instantly heats the domestic water, the flow rate of which depends on the power of the selected exchanger. The nitrile seals ensure water tightness between the plates and channels the fluids. A pump installed on the primary circuit assures the circulation of the heating hot water around the plate exchanger. As for the domestic hot water, this is forced into the exchanger by mains pressure. A high-precision control system (± 0.5°C), comprising an electronic regulator, a probe and a 3-way motorised valve, constantly adjusts the temperature of the domestic hot water leaving the secondary circuit. Various components such as the electric control box, safety valve, air vent valve, manometer and valve, protect the heat exchanger system or complement the device. The addition of a storage cylinder (semi-instantaneous heating) meets the needs of peaks in demand without the need for an extremely high-powered exchanger. In such cases, a charge pump assures the circulation of domestic water between the plate exchanger and the buffer cylinder.

Instantaneous production

Estimation of instantaneous need

Semi-instantaneous production

Determining capacity in semi-instantaneous mode

..Heat.generator

.Safety.valve

.Automatic.air.vent.valve.

.Isolating.valve

.Sieve.filter

.3-way.valve.(regulation)

1

2

3

4

5

6

.Primary.pump

.Plate.exchanger

.Control.probe

.DHW.loop.pump.

.Non-return.valve

.Drainage.valve

7

8

9

12

13

14

.Expansion.system

.Distribution.of.domestic....

..hot.water

.Manometer

..Cold.water.inlet.(according.to.European.directive.98/83/CE.of.03/11/1998)

15

16

17

18

.Heating.outlet

.Heating.return

.Electrical.box

.Charge.pump

.Domestic.hot.water.

.buffer.tank

19

20

21

22

23

126

DIMENSIONS

SPECIFICATION

Servo-motor

Motorised 3-way valve

Air separator and air vent valve

PT100 temperature measurement probeSafety valve

Manometer

Isolating valve (drainage)

Protected and connected single or double primary pump with automatic permutation and fault reporting on dry contact

Protected and connected single or double charge pump with automatic permutation and fault reporting on dry contact

Model A (mm)

B (mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

AL0050 to AL0399 1440 430 300 300 520 640 60 128

AL0402 to AL0768 1600 530 550 500 700 592 135 185

AL0808 to AL1347 1555 630 550 500 670 592 135 185

Model EP* (ø) SP* (ø) ES* (ø/DN) SS* (ø)

AL0050 to AL0233 1’’ 1’’ 1’’1/4 1’’

AL0261 to AL0399 1’’1/4 1’’ 1’’1/4 1’’

AL0402 to AL0768 1’’1/2 1’’1/2 40 1’’1/2

AL0808 to AL0924 1’’1/2 2’’ 50 2’’

AL0955 to AL1347 2’’ 2’’ 50 2’’


• 89/336/CE

Plastic electronic control box (single phase 230 V - 16 A), completely programmable, with backlit digital display :

• PID control with “normal/reduced” settings (programmable for 1 week/2 settings a day).

• Safety thermostat function.• Dry contact for reporting pump or probe faults.• Dry contacts for reporting high and low temperature alerts.• Programmable operating times.• Adjustable control settings.• Adjustable anti-legionella programme.• TURBO mode (start-up of 2nd primary pump if the water temperature is insufficient).• Digital thermometer function.• Communicating version (with e-LESS, available as an option).

Removable plate heat exchanger • 316 L stainless steel and nitrile gaskets• Maximum working pressure = 10 bar

.Primary.inlet.(threaded)

..Secondary.inlet.(threaded.or.flat.flange)

EP

ES

..Primary.outlet.(threaded)

..Secondary.outlet.(threaded)

SP

SS

F

A

H

B

D

C

G E

EP

SP

SS

ES

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MODELS AVAILABLE AND TECHNICAL SPECIFICATIONS

Standard primary single pump model

Standard primary double pump model

Technical connection

Power (kW)P =

90°CDHW =10/55°C

Primary flow rate

(m³/h -90°C)

Primary ∆ P

available (mWC*)

Secondary flow rate

(m³/h)DHW =10/55°C

Secondary ∆ P

(mWC*)

Single charge pump No.

Double charge pump No.

Secondary ∆ P

available (mWC*)

Power (kW)

Prim. =80°C

DHW =10/55°C

Power (kW)

Prim. =70°C

DHW =10/55°C

Weight (kg)

2single pumps

AL0050S AL0050D A705..25 50 1,25 1 0,96 3,1 AL19 AL2 1 37 24 63

AL0086S AL0086D A707..25 86 1,80 1 1,64 4,1 AL1 AL2 1 66 45 66

AL0115S AL0115D A709..25 115 2,20 1 2,20 4,2 AL1 AL2 1 90 63 66

AL0143S AL0143D A711..25 143 2,60 1 2,73 4,2 AL1 AL2 1 112 79 67

AL0170S AL0170D A713..25 170 3,00 1 3,27 4,2 AL1 AL2 1 134 96 68

AL0198S AL0198D A715..25 198 3,40 1 3,78 4,2 AL1 AL2 1 156 112 69

AL0220S AL0220D A717..25 220 3,70 1 4,20 4,0 AL1 AL2 1 175 126 70

AL0233S AL0233D A719..25 233 3,80 1 4,45 3,6 AL1 AL2 1 185 134 70

AL0261S AL0261D A719..32 261 4,40 1 4,99 4,5 AL3 AL4 1 207 149 86

AL0278S AL0278D A721..32 278 4,60 1 5,31 4,3 AL3 AL4 1 221 160 86

AL0295S AL0295D A723..32 295 4,80 1 5,64 4,1 AL3 AL4 1 235 170 87

AL0317S AL0317D A725..32 317 5,10 1 6,06 4,0 AL3 AL4 1 253 184 88

AL0329S AL0329D A727..32 329 5,20 1 6,27 3,8 AL3 AL4 1 262 191 89

AL0344S AL0344D A729..32 344 5,40 1 6,57 3,7 AL3 AL4 1 276 201 89

AL0355S AL0355D A731..32 355 5,50 1 6,78 3,5 AL3 AL4 1 285 209 90

AL0366S AL0366D A733..32 366 5,60 1 6,97 3,4 AL3 AL4 1 294 216 91

AL0376S AL0376D A735..32 376 5,70 1 7,18 3,3 AL3 AL4 1 302 223 92

AL0386S AL0386D A737..32 386 5,80 1 7,36 3,2 AL3 AL4 1 311 229 92

AL0399S AL0399D A741..32 399 5,90 1 7,62 2,9 AL3 AL4 1 323 239 94

AL0402S AL0402D A1314..40 402 8,90 1 7,68 6,0 AL13 AL14 1 330 242 201

AL0458S AL0458D A1316..40 458 9,70 1 8,75 5,8 AL13 AL14 1 377 275 203

AL0510S AL0510D A1318..40 510 10,3 1 9,74 5,5 AL13 AL14 1 420 303 204

AL0558S AL0558D A1320..40 558 10,8 1 10,66 5,1 AL13 AL14 1 460 328 206

AL0605S AL0605D A1322..40 605 11,3 1 11,56 4,9 AL13 AL14 1 494 353 207

AL0648S AL0648D A1324..40 648 11,7 1 12,38 4,7 AL13 AL14 1 523 375 208

AL0688S AL0688D A1326..40 688 12,0 1 13,15 4,4 AL13 AL14 1 548 394 210

AL0721S AL0721D A1328..40 721 12,3 1 13,78 4,2 AL13 AL14 1 573 413 211

AL0745S AL0745D A1330..40 745 12,5 1 14,24 3,9 AL13 AL14 1 592 428 212

AL0768S AL0768D A1332..40 768 12,7 1 14,67 3,6 AL13 AL14 1 612 444 214

AL0808S AL0808D A2330..40 808 14,2 1 15,44 4,5 AL15 AL16 1 650 468 236

AL0846S AL0846D A2332..40 846 14,5 1 16,17 4,3 AL15 AL16 1 674 486 237

AL0878S AL0878D A2334..40 878 14,8 1 16,78 4,1 AL15 AL16 1 698 504 239

AL0901S AL0901D A2336..40 901 15,0 1 17,22 3,9 AL15 AL16 1 717 520 240

AL0924S AL0924D A2338..40 924 15,2 1 17,66 3,7 AL15 AL16 1 736 534 242

AL0955S AL0955D A2334..50 955 17,5 1 18,25 4,8 AL15 AL16 1 788 565 242

AL0997S AL0997D A2336..50 997 17,9 1 19,05 4,7 AL15 AL16 1 816 586 244

AL1038S AL1038D A2338..50 1 038 18,2 1 19,83 4,5 AL15 AL16 1 841 605 245

AL1076S AL1076D A2340..50 1 076 18,5 1 20,56 4,4 AL15 AL16 1 865 624 246

AL1114S AL1114D A2342..50 1 114 18,8 1 21,29 4,3 AL15 AL16 1 888 642 248

AL1146S AL1146D A2344..50 1 146 19,1 1 21,90 4,1 AL15 AL16 1 911 659 249

AL1173S AL1173D A2346..50 1 173 19,4 1 22,41 4,0 AL15 AL16 1 934 677 250

AL1196S AL1196D A2348..50 1 196 19,6 1 22,85 3,8 AL15 AL16 1 953 692 252

AL1217S AL1217D A2350..50 1 217 19,8 1 23,25 3,6 AL15 AL16 1 971 706 253

AL1239S AL1239D A2352..50 1 239 20,0 1 23,67 3,5 AL15 AL16 1 989 721 254

AL1254S AL1254D A2346..50-B 1 254 21,7 1 23,96 4,5 AL7 AL8 1 1 014 732 253

AL1289S AL1289D A2348..50-B 1 289 21,9 1 24,63 4,4 AL7 AL8 1 1 035 747 254

AL1323S AL1323D A2350..50-B 1 323 22,1 1 25,28 4,3 AL7 AL8 1 1 054 763 256

AL1347S AL1347D A2352..50-B 1 347 22,3 1 25,74 4,1 AL7 AL8 1 1 074 778 257

128

DHW CYLInDER

STORAGE

300 to 6, 000 litres

ADvAnTAgEs

• Inspection manhole ø 400 mm*: - Easy to maintain. - Thermal equipment can be installed at a later date.• significant hot water storage capacity to

meet peaks in demand.• Less heat generator operating cycles.• Temperature stability for distributed DHW.• Water can be stored at a constant temperature of up to 99°C (depending on the model).

• Can be combined with any energy recovery or production systems.• Delivered to site with pre-assembled insulation (for carbon and stainless steel cylinders only). Insulation can be easily removed if required.• Insulated bottom and manhole as standard.• Extended warranty for stainless steel version.• non-standard versions are available on request.

The DHW storage cylinder is designed for use with energy production or recovery systems to amass a reserve of water to meet peaks in demands. If.required,.a.backup.system.can.be.used.to.supplement.the.energy..This.device.has.been.specially.designed.to.meet.the.production.and.storage.needs.of.domestic.hot.water.in.the.residential.and.manufacturing.sectors.

There.are.five.different.types.of.tank.available.to.meet.all.needs.:

Carbon steel with coating Stainless steel Enamelled steel

Version RC851 RC951DUPLEX

STAINLESS STEEL

316L STAINLESS

STEELS235

Capacity 0,3 à 6 m3 0,3 à 6 m3 0.3 to 3 m3 0.3 to 3 m3 0.3 to 3 m3

T° maxi 85°C constant 95°C peak 95°C constant

95°C constant 99°C constant

Special resistance to chlorinated shocks

+ + +++ ++ +++

*For carbon steel cylinders with coating and stainless steel cylinders: nozzle ø 250 mm on the 300 L version.For enamelled steel cylinders: manhole ø 400 mm for the 750 to 3 000 litre version (or handhole DN 110 mm for the 300 to 3,000 L version)

Contro

l

5

1

19

12

14

20

21

15

Y

7

Solar regulation

4

57

61

1918

2

3

33

12

11

10

9

8 3

14

15

3

13

3

16

17

129

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OPERATIng PRInCIPLEs

...Cold.water.inlet

...Meter

...Temperature.sensors

...Expansion.vessel

...Tank

...Valve

12

3

4

5

6

...Circulators.(7’)

...Solar.module

...Solar.vessel

...Solar.cell

...Sunlight.sensor

...Regulator

78

9

10

11

12

...Mixing.valve

...Distribution.of.domestic.hot.water

...Boiler

...Heating.network

1819

20

21

...Thermometer

...Solar.PLAKEO®

...Domestic.hot.water.loop.return

...Electrical.backup

...Manhole

1314

15

16

17

RC

130

SPECIFICATION

Inspection manhole

Reinforced thermal

insulation

Cylinder with "RC" coated carbon steel

tank



Tank• Vertical carbon steel tank with 3 feet.• 300 to 6,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1). (handhole with a diameter of 250 mm for 300 litres)(1)Note : Compliant with the recommendations of the Directorate-General for Health.

Internal coating• Finished with “RC851” coating (Maximum temp = 85°C constant). WRAS approved material• Magnesium protection anode(s) with wear indicator.


Removable thermal insulation (including the inspection manhole and the bottom of the tank)


Options• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, Air vent valve).• “RC951” finish (T-max = 95°C peak).• Other thicknesses of insulation.• Non-standard versions available on request.



“PREFEREnCE” range 300 to 6,000 litres

AN2

AN1

øD

H

A

B

C E

F

G1

G2

J

TM

TT

EC

DA

EF

TH

DA

EF

TT

VMPI

180°

0°

90° 270°

315°

EC

EF

VM

AN1 AN2 TH TM

EF TTDADA

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DIMENSIONS

..Threaded.nozzle.40/49..for.anode

..Threaded.nozzle.40/49.for.2nd.anode.(Volume.≥.4m3)


..Hot.water.outlet.

..Cold.water.inlet

...Support.feet





AN1

AN2

DA

EC

EF

PI

TM

TO

TT

VM

Capacity (litres) A (mm) B (mm) C (mm) øD (mm) E (mm) F (mm) G1 (mm) G2 (mm) H (mm) J (mm)300 90 395 545 550 565 685 850 - 1 535 1 155500 90 410 560 650 660 860 1 030 - 1 820 1 420750 90 440 590 800 690 890 1 060 - 1 880 1 4501 000H(1) 90 440 590 800 690 890 1 330 - 2 430 2 0001 000B(1) 90 475 650 950 725 925 1 100 - 1 960 1 4851 500H(1) 90 475 650 950 725 925 1 100 - 2 510 2 0351 500B(1) 90 510 685 1 100 760 960 1 160 - 2 020 1 5202 000H(1) 90 510 685 1 100 760 960 1 400 - 2 570 2 0702 000B(1) 90 560 745 1 300 810 1 010 1 220 - 2 110 1 5702 500 90 560 745 1 300 810 1 010 1 280 - 2 350 1 8203 000 90 560 745 1 300 810 1 010 1 450 - 2 660 2 1204 000 110 630 855 1 500 860 1 060 1 530 1 780 2 790 2 1855 000 110 630 855 1 500 860 1 060 1 880 2 130 3 490 2 8056 000 110 630 855 1 500 860 1 060 2 160 2 410 3 990 3 305

(1)Note : H = High version ; B = Low version. Dimensions of models without a manhole are available on request.

Capacity(litres)

TM – TT

(G int. thread)

EF (G int.thread)DA-VM (G ext. thread)

EC Weight (kg)

300 DN15 DN50 DN50 threaded 95500 DN15 DN50 DN50 threaded 140750 DN15 DN50 DN50 threaded 1751 000H(1) DN15 DN50 DN50 threaded 2101 000B(1) DN15 DN50 DN50 threaded 2351 500H(1) DN15 DN50 DN50 threaded 2801 500B(1) DN15 DN50 DN50 threaded 2902 000H(1) DN15 DN50 DN50 threaded 3452 000B(1) DN15 DN50 DN50 threaded 4002 500 DN15 DN50 DN50 threaded 4303 000 DN15 DN50 DN50 threaded 4704 000 DN15 DN50 DN50 threaded 680



132

MODELS AVAILABLE

OPTIONS

Capacity(litres)


With manhole Without manhole

Cooling constant

(Wh/day.K.L)With manhole Without

manhole

Without manhole Cooling constant

(Wh/day.K.L)

300 PRT030M1B PRT030M1 0,125 PRT030M0B PRT030M0 0,173

500 PRT050M1V PRT050M1 0,098 PRT050M0V PRT050M0 0,136

750 PRT075M1V PRT075M1 0,080 PRT075M0V PRT075M0 0,111

1 000H(1) PRT100M1HV PRT100M1H 0,075 PRT100M0HV PRT100M0H 0,103

1 000B(1) PRT100M1BV PRT100M1B 0,068 PRT100M0BV PRT100M0B 0,094





2 500 PRT250M1V PRT250M1 0,05 PRT250M0V PRT250M0 0,069

3 000 PRT300M1V PRT300M1 0,048 PRT300M0V PRT300M0 0,067

4 000 PRT400M1V - 0,042 PRT400M0V - 0,058

5 000 PRT500M1V - 0,040 PRT500M0V - 0,056

6 000 PRT600M1V - 0,039 PRT600M0V - 0,054



KA1

Accessories kit- DN25 safety valve calibrated at 7-bar- Brass thermometer with dial 0/120°C- DN50 drainage valve- Air vent valve

DPX

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SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1) (handhole with a diameter of 250 mm for 300 litres).• T-max = 95°C constant.(1) Note: Compliant with the recommendations of the Directorate-General for Health.



Options• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, Air vent valve).• Other thicknesses of insulation.



Inspection manhole



Reinforced thermal

insulation


“DPX” DUPLEX sTAInLEss sTEEL range 300 to 3,000 litres

DA

270°

90°

180° 0°

EC

EF

TH

VD

DA EF TM TT

134

DIMENSIONS


300 90 395 550 545 685 565 855 1 535 1 030 1 155 1 180

500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365

Capacity(litres)



Weight(kg)

300 DN15 DN50 95

500 DN15 DN50 140

750 DN15 DN50 175

1 000 DN15 DN50 210

1 500 DN15 DN50 290

2 000 DN15 DN50 400

2 500 DN15 DN50 430

3 000 DN15 DN50 470

øDH

A

B

E

F

E’

G

J

K L

TM

TT

EC

DA

EF

TH

DA

EF

TT

VDPI


..Hot.water.outlet

...Cold.water.inlet.

...Support.feet




...DN50.drainage

DA

EC

EF

PI

TH

TM

TT

VD

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MODELS AVAILABLE

Capacity t(litres) Standard model with a 100 mm-M1 jacket




300 DXT030M11B 0.077 DXT030M01B 0.091

500 DXT050M11V 0.060 DXT050M01V 0.072

750 DXT075M11V 0.049 DXT075M01V 0.058

1 000 DXT100M11V 0.046 DXT100M01V 0.054

1 500 DXT150M11V 0.037 DXT150M01V 0.044

2 000 DXT200M11V 0.032 DXT200M01V 0.038

2 500 DXT250M11V 0.031 DXT250M01V 0.036

3 000 DXT300M11V 0.030 DXT300M01V 0.035

OPTIONS


KA1


136

Tank• Vertical steel tank with 3 feet• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10,5 bar.• Nozzles (in accordance with the following diagram). • ø 400 mm inspection manhole (from 750 to 3,000 litres) or DN110 handhole (from 300 to 3,000 litres).• Magnesium protection anode(s) (2 or 3 depending on the capacity of the tank).(1)Note: Compliant with the recommendations of the Directorate-General for Health.



M1 - Euroclass B fire rated (λ = 0,037 W/m/K) :• High-performance mineral wool – 50 or 100 mm thick.• Flexible PVC jacketM0 - Euroclass A2 fire rated (λ = 0,035 W/m/K) :• Rockwool – 50 or 100 mm thick.• Isoxal metal sheet jacket.

Options• Electrical kits with immersion heating elements from 3 to

60 kW, depending on the capacity of the tanks.• Electrical kits with steatite heating elements from 3 to 30 kW,

depending on the capacity of the tanks.


• Tank = 5 years.• Electric equipment and accessories = 1 year.

“gLAss LInED” range300 to 3,000 litres

GLOptimised

connectionsCE compliance

• 97/23/CEEnamelled steel

SPECIFICATION

ø.A

45° 45°

J I

100

100

137

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DN110 handhole (from 300 to 3,000 litres)

ø 400 mm inspection manhole (from 750 to 3,000 litres)


36B

C

D

E

F

G ø.2

ø.2

ø.2

ø.2

ø.1/2

ø.2

ø.K

ø.K

H

DIMENSIONS

138

Capacity (litres)

Ø A (mm)

B(mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

I (mm)

J (mm)

Weight with insulation (kg)

300 630 1386 1155 807 472 150 204 204 - 330 90

500 630 1983 1752 1108 472 150 204 204 - 330 125

750 790 1891 1601 1051 501 150 196 196 465 425 230

1 000 790 2244 1956 1246 501 150 196 196 465 425 280

1 500 1100 2073 1700 1140 600 200 221 221 620 580 400

2 000 1100 2261 1888 1244 600 200 221 221 620 580 430

2 500 1400 2136 1680 1180 680 200 216 216 730 730 560

3000 1400 2263 1808 1250 680 200 216 216 730 730 590

MODELS AVAILABLE

Capacity(litres)



manhole

With DN110 handhole



manhole

With DN110 handhole


300 - EMT030M1B 0,000260 - EMT030M0B 0,000167

500 - EMT050M1B 0,000240 - EMT050M0B 0,000148







Capacity(litres)



manhole

With DN110 handhole



manhole

With DN110 handhole


300 - EMT030M11B 0,000153 - EMT030M01B 0,000113

500 - EMT050M11B 0,000132 - EMT050M01B 0,000104







DIMENSIONS

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OPTIONS

Reference

Power (kW)



















140

DHW COIL CYLInDER

300 to 3,000 lItRES

VersionStainless steel Enamelled carbon

steel

DUPLEX STAINLESS STEEL


Capacity 0,3 à 3 m3 0,3 à 3 m3 0,3 à 3 m3

T-max 95°C en continu 95°C en continu 99°C constant

Special resistance to chlorinated shocks + + + + + +++

Thanks to its considerable power, the coil cylinder represents an economical and high-performance solution suitable for use with all types of energy. It has been specifically designed to meet domestic hot water production and storage needs both in the residential and manufacturing sectors.

The.presence.of.one.or.two.coils.makes.way.for.several.operating.modes:.• One coil version (lower):

-.Preheating.from.a.renewable.energy.source;.-.Heating.by.a.heat.generator..

• Dual coil version (lower + upper): -.Recovery.(lower.coil).+.backup.(upper.coil);.-.Heating.with.two.coils.(for.maximum.power)..

An.electric.immersion.heater.can.be.used.to.provide.additional.energy..The.DHW.coil.heat.exchanger.system.is.available.in.three.different.types.of.tank.to.meet.all.needs:.

Regulator

Regulator

Y

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ADvAnTAgEs

• Multi-purpose:- Energy recovery;- Heating possible from any kind of energy.- Particularly suited for use with energy

recovery (heat pump, cooler unit) and production (solid or gaseous fuel boilers, electric, etc.) systems.

• Accelerated heating: coil(s) with large exchange surface area.• Inspection manhole ø 400mm*:

- Easy to maintain;- Thermal equipment can be installed at a later date.

• significant water storage capacity to meet peaks in demand.• Temperature stability for distributed DHW.

• Water can be stored at a constanttemperature of up to 110°C.

• Reduced Greenhouse gas Emissions.• Less heat generator operating cycles.• Cost-effective solution (heating element directly inttegrated into the tank).• Quick and easy installation: equipment

delivered to site with pre-assembled insulation (for stainless steel cylinders only). Insulation can be easily removed if required.

• Extended warranty.• non-standard version available on request

(cylinder with a single heater in the top section upon request).

*Only.for.enamelled.steel.cylinders:.manhole.ø.400.mm.for.the.750.to.3,000.litres.version.(or.handhole.DN.110.mm.for.the.300.to.3,000.L.version)

Version with one lower coil for preheating the heat pump

Version with one lower coil for preheating the boiler

..Classic.heat.pump

..Tank

..Cold.water.inlet

..Distribution

1

2

3

4

Tank

..Cold.water.inlet

..Distribution

1

2

3

1

2

3

4

1

2

3


Y

Regulator

Regulator

Y

142

Two-coil version Boiler heating

..Solar.cell

..Solar.module

..Drainage.outlet

1

2

3

..Tank

..Cold.water.inlet

..Distribution

4

5

6

..Drainage.outlet

..Tank

1

2

..Cold.water.inlet

..Distribution

3

4

4

3

2

1

1

2

3

45

6

Two-coil version Solar pre-heater + boiler heating

DPX

143

3

DO

ME

STI

C H

OT

WAT

ER


SPECIFICATION


Removable thermal insulation (including the bottom of the tank)M1 fire rated:• High-performance mineral wool - 100 mm thick

(λ = 0.032 W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Coil exchanger made of 316 L stainless steel.

Options• Back up electric immersion heater :

- Electrical elements with Incoloy pins. - DN40 threaded cap up to 12 kW, M77 beyond that.- Three-phase voltage of 230/400 up to 24 kW, three-phase 400/400 V beyond that.- Immersion heater fixing: on the tank.- Temperature regulation:

- Electrical power ≤ 20 kW: Three-phase control/ safety box 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cable switch).- Electrical power ≤ 20 kW: Double unipolar safety thermostat.

• Non-standard versions available on request.• Accessories kit (thermometer, DN25 safety valve, DN50

drainage valve, Air vent valve).• Tank made of AISI 316L stainless steel.• Other thicknesses of insulation.


“DPX” DUPLEX sTAInLEss sTEEL range single coil 300 to 3,000 litres



Reinforced thermal

insulation

øD

B

C

E

F

G

J

L

M

H

A

DA

PS

PS

EC

TT

DA

TM

TT

EF

TP

PI VD

270°

90°

EC

DA EF TM TT

TP

VD

DA PS

180° 0°

144

DIMENSIONS

Capacity(litres)

A (mm)

B (mm)

C (mm)

ø D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

L (mm)

M (mm)


EC-EF DA-VD

(G ext. thread)

PS (G-ext. nozzle)

Weight(kg)

300 90 395 545 550 675 865 1 180 1 535 1 180 795 1 055 DN15 DN50 DN25 105

500 90 410 560 650 710 1 010 1 295 1 820 1 445 950 1 295 DN15 DN50 DN25 145

750 90 440 590 790 740 1 045 1 325 1 880 1 475 980 1 290 DN15 DN50 DN25 195

1 000 90 440 590 790 740 1 170 1 875 2 430 2 025 1 115 1 800 DN15 DN50 DN25 240

1 500 90 510 685 1 100 860 1 100 1 390 2 020 1 545 950 1 390 DN15 DN50 DN40 340

2 000 90 560 745 1 250 930 1 175 1 425 2 110 1 595 1 040 1 425 DN15 DN50 DN40 460

2 500 90 560 745 1 250 930 1 175 1 975 2 660 2 145 1 100 1 880 DN15 DN50 DN40 500

3 000 90 560 745 1 250 930 1 225 2 195 2 880 2 365 1 160 2 130 DN15 DN50 DN40 550


..Hot.water.outlet

..Cold.water.inlet

...Support.feet

...Nozzles.for.coil

...Nozzles.for.thermometere

...DN125.handhole..


...DN50.drainage

DA

EC

EF

PI

PS

TM

TP

TT

VD

note: TM is positioned at 90° on the 300 L version.

145

3

DO

ME

STI

C H

OT

WAT

ER

MODELS AVAILABLE

Model Ø D (mm) DN S

(m2)

Power (kW) : 55/45 – 10/40 °C (HP) Power (kW) : 90/70 – 10/55 °C (boiler)

Flow rate(m3/h)

Power(kW) Δp (mbar) Flow rate

(m3/h)Power(kW) Δp (mbar)

300 550 25 1,1 0.65 7.5 20 1.5 35 50

500 650 25 1,8 1.2 13.5 55 2.6 60 140

750 790 25 2,4 1.7 19.5 95 3.7 85 280

1 000 790 25 3 2.2 25 155 4.8 110 510

1 500 1 100 40 3,5 1.92 22 40 4.4 100 90

2 000 1 250 40 4,1 2.5 29 45 5.6 130 120

2 500 1 250 40 4.6 2.94 34 50 6.5 150 160

3 000 1 250 40 5,1 3.3 38 55 7.6 175 200

Note : 100 mbar = 1 meter of water column (1mWC).


(Whr/day.K.L)

300 DSI030033M11 0.077 DSI030033M01 0.091

500 DSI050045M11 0.060 DSI050045M01 0.072

750 DSI075063M11 0.049 DSI075063M01 0.058

1 000 DSI100074M11 0.046 DSI100074M01 0.054

1 500 DSI150088M11 0.037 DSI150088M01 0.044

2 000 DSI200107M11 0.032 DSI200107M01 0.038

2 500 DSI250145M11 0.031 DSI250145M01 0.036

3 000 DSI300145M11 0.030 DSI300145M01 0.035


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800



KA1


OPTIONS

TECHNICAL SPECIFICATIONS OF LOWER COIL


DPX

146

SPECIFICATION


Removable thermal insulation (including the bottom of the tank)

M1 fire rated:• High-performance mineral wool - 100 mm thick


Coil exchangers made of 316 L stainless steel.


- Electrical elements with Incoloy pins. - DN40 threaded cap up to 12 kW, M77 beyond that.- Three-phase voltage of 230/400 up to 24 kW,

three-phase 400/400 V beyond that.- Immersion heater fixing: on the tank.- Temperature regulation:

- Electrical power ≤ 20 kW: Three-phase control/safetybox 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cable switch).

- Electrical power ≤ 20 kW: Double unipolar safetythermostat.

• Non-standard versions available on request.• Accessories kit (thermometer, DN25 safety valve, DN50

drainage valve, Air vent valve).• Tank made of AISI 316L stainless steel.• Other thicknesses of insulation.


• Tank and coils = 7 years.• Other workstations = 1 year.

“DPX” DUPLEX sTAInLEss sTEEL range Dual coil 500 to 3,000 litres



Reinforced thermal

insulation


øD

B

C

E

F

G

J

L

M

N

H

A

PS

PS

PS

PS

PM

EC

TM

TT

TT

DA

EF

TP

PI VD

270°

90°

DA EF TM TT

TP

EC VD

PM PS

180° 0°

147

3

DO

ME

STI

C H

OT

WAT

ER

DIMENSIONS “DPX” DUPLEX sTAInLEss sTEEL range Dual coil 500 to 3,000 litres

Capacity(litres) A

(mm)B

(mm)C

(mm)ø D

(mm)E

(mm)F

(mm)G

(mm)H

(mm)J

(mm)L

(mm)M

(mm)N

(mm)TM-TT (G

int. thread)EC-EF DA-VD (G ext. thread)

PS (G-ext.tread)

Weight(kg)

500 90 410 560 650 710 1 010 1 295 1 820 1 445 950 1 125 1 440 DN15 DN50 DN25 145

750 90 440 590 790 740 1 045 1 325 1 880 1 475 980 1 110 1 470 DN15 DN50 DN25 195

1 000 90 440 590 790 740 1 170 1 875 2 430 2 025 1 115 1 595 2 000 DN15 DN50 DN25 240

1 500 90 510 685 1 100 860 1 100 1 390 2 020 1 545 950 1 245 1 520 DN15 DN50 DN40 340

2 000 90 560 745 1 250 930 1 175 1 425 2 110 1 595 1 040 1 270 1 570 DN15 DN50 DN40 460

2 500 90 560 745 1 250 930 1 175 1 975 2 660 2 145 1 100 1 700 2 060 DN15 DN50 DN40 500

3 000 90 560 745 1 250 930 1 225 2 195 2 880 2 365 1 160 1 920 2 340 DN15 DN50 DN40 550

..Outlet./.loop.return.

..Hot.water.outlet

...Cold.water.inlet

...Support.feet

...Threated.nozzle.for.transportation/untapped.tank

...Nozzles.for.coils


...DN125.handhole

...Nozzle.for.thermostat.(or.PT100.probe)

...DN50.drainage

DA

EC

EF

PI

PM

PS

TM

TP

TT

VD

148

MODELS AVAILABLE

Model Ø D (mm) DN Surface

area (m2)

Power (kW) : 55/45 - 10/40°C (PAC) Power (kW) : 90/70 - 10/55°C (boiler)

Flow rate (m3/h) Power (kW) Δp (mbar) Flow rate

(m3/h) Power (kW) Δp (mbar)

500 650 25 1,8 1.2 13.5 55 2.6 60 140

750 790 25 2,4 1.7 19.5 95 3.7 85 280

1 000 790 25 3 2.2 25 155 4.8 110 510

1 500 1 100 40 3,5 1.92 22 40 4.4 100 90

2 000 1 250 40 4,1 2.5 29 45 5.6 130 120

2 500 1 250 40 4.6 2.94 34 50 6.5 150 160

3 000 1 250 40 5,1 3.3 38 55 7.6 175 200


Upper coil

Model Ø (mm) DN Surface area (m2)

Power (kW) : 90/70 - 10/55°C (boiler)

Flow rate (m3/h) Power (kW) Δp (mbar)

500 650 25 1.0 1.3 30 40

750 790 25 1,6 2.25 52 95

1 000 790 25 1,8 2.6 60 120

1 500 1 100 40 2,1 2.4 55 30

2 000 1 250 40 2,6 3.0 70 30

2 500 1 250 40 3,1 3.9 90 55

3 000 1 250 40 3,6 4.6 105 65



Model Ø (mm) DN Surface area (m2)

Power (kW) : 90/70 - 10/55°C Power (kW) : 90/65 - 10/55°C

Flow rate (m3/h)

Power (kW) Δp (mbar) low rate

(m3/h)Power (kW) Δp (mbar)

500 650 25 2,8 4.6 90 510 3.1 90 290

750 790 25 4,0 6.6 137 1 170 4.7 135 680

1 000 790 25 4,8 8.0 170 1 950 5.7 165 1 090

1 500 1 100 40 5,6 8.0 155 320 5.6 160 190

2 000 1 250 40 6,7 10.2 200 480 7.1 205 270

2 500 1 250 40 7,7 12.2 240 560 8.3 240 450

3000 1 250 40 8,7 13.9 280 650 9.6 276 510



(Whr/day.K.L)

500 DSD050045027M11 0.060 DSD050045027M01 0.072

750 DSD075063044M11 0.049 DSD075063044M01 0.058

1 000 DSD100074044M11 0.046 DSD100074044M01 0.054

1 500 DSD150088055M11 0.037 DSD150088055M01 0.044

2 000 DSD200107084M11 0.032 DSD200107084M01 0.038

2 500 DSD250145084M11 0.031 DSD250145084M01 0.036

3 000 DSD300145084M11 0.030 DSD300145084M01 0.035


Lower coil

149

3

DO

ME

STI

C H

OT

WAT

ER


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800

Note : Integrated loop heater is not pre-assembled onto the cylinder.



KA1


OPTIONS

150150



Enamelled steel

SPECIFICATION

“gLAss LInED” range single coil300 to 3,000 litres

Tank• Vertical steel tank with 3 feet • 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10,5 bar.• Nozzles (in accordance with the following diagram). • ø 400 mm inspection manhole (from 750 to 3,000 litres) or DN110 handhole (from 300 to 3,000 litres).• Magnesium protection anode(s) (2 or 3 depending on the capacity of the tank).Note: Compliant with the recommendations of the Directorate-General for Health




Options• Electrical kits with immersion heating elements from 3 to 60 kW, depending on the capacity of the tanks.• Electrical kits with steatite heating elements from 3 to 30 kW, depending on the capacity of the tanks.


GL


36B

CD

E

F

GJ

H

ø.2

ø.2

ø.2

ø.2

ø.1/2

ø.2I

151

3

DO

ME

STI

C H

OT

WAT

ER

151

Capacity (litres)

Ø A (mm)

B(mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

I (mm)

J (mm)

K(mm)

L (mm)

300 630 1386 1155 807 472 150 204 36 982 472 - 330

500 630 1983 1752 1108 463 150 204 36 1615 495 - 330

750 790 1891 1601 1051 501 150 196 34 1623 501 465 425

1 000 790 2244 1956 1246 501 150 196 34 1929 501 465 425

1 500 1100 2073 1700 1150 600 200 221 32 1722 600 620 580

2 000 1100 2261 1885 1244 600 200 221 32 1722 600 620 580

2 500 1400 2136 1680 1180 680 200 216 31 1587 650 730 730

3000 1400 2269 1808 1245 680 200 216 31 1587 650 730 730

ø.A

45° 45°

L K

DIMENSIONS

152

Model Diameter A (mm)

Exchange surface

area (m²)

Power (Kw) 55/45 - 10/40°C (HP) Power (Kw) 90/70 - 10/55°C (boiler)

Flow rate (m3/h)

Power (kW) Head loss (mbar) Flow rate

(m3/h)Pu (kW) Head loss

(mbar)

300 630 2 1,2 14 58 2,9 67 158

500 630 3 1,8 21 85 4,3 100 235

750 790 4 2,4 28 110 5,7 133 311

1000 790 5.2 3,1 37 143 7,4 173 404

1500 1100 5,5 3,3 39 151 7,9 183 429

2000 1100 5,5 3,3 39 151 7,9 183 429

2500 1400 6 3,6 42 165 8,6 200 468

3000 1400 6 3,6 42 165 8,6 200 468

Capacity (litres)



With DN110handhole



With DN110 handhole


300 - EMI030M1B 0,000260 - EMI030M0B 0,000167

500 - EMI050M1B 0,000240 - EMI050M0B 0,000148







Capacity (litres)



With DN110handhole



With DN110 handhole


300 - EMI030M11B 0,000153 - EMI030M01B 0,000113

500 - EMI050M11B 0,000132 - EMI050M01B 0,000104







SPECIFICATION OF LOWER COIL

MODELS AVAILABLE


153

3

DO

ME

STI

C H

OT

WAT

ER

OPTIONS


Reference

Power (kW)


















154



Enamelled steel

SPECIFICATION

“gLAss LInED” range Dual coil300 to 3,000 litres

Tank• Vertical steel tank with 3 feet• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10,5 bar.• Nozzles (in accordance with the following diagram). • ø 400 mm inspection manhole (from 750 to 3,000 litres) or DN110 handhole (from 300 to 3,000 litres).• Magnesium protection anode(s) (2 or 3 depending on the capacity of the tank).Note: Compliant with the recommendations of the Directorate-General for Health






GL

155

3

DO

ME

STI

C H

OT

WAT

ER

Capacity (litres)

Ø A (mm)

B(mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

I (mm)

J (mm)

K(mm)

L (mm)

M (mm)

N(mm)

300 630 1386 1155 807 472 150 204 36 1033 880 778 472 - 330

500 630 1983 1752 1108 472 150 204 36 1390 1033 931 472 - 330

750 790 1891 1601 1051 501 150 196 34 1623 1266 1164 501 465 425

1000 790 2244 1956 1246 501 150 196 34 1674 1317 1215 501 465 425

1500 1100 2073 1700 1150 600 200 221 32 1695 1722 1467 600 620 580

2000 1100 2261 1888 1244 600 200 221 32 1824 1467 1365 600 620 580

2500 1400 2136 1680 1180 680 200 216 31 1689 1434 1332 650 730 730

3000 1400 2263 1808 1250 680 200 216 31 1689 1434 1332 650 730 730


36B

CD

E

F

G H

ø.2

ø.2

ø.2

ø.1/2

ø.2

ø.400

L.

K

J

I

ø.2

ø.A

45° 45°

N M

DIMENSIONS

156


Exchange surface

area (m²)


Flow rate (m3/h)


(m3/h)Power (kW) Head loss

(mbar)

300 630 1,2 0,7 8 6 0,7 17 5

500 630 1,5 0,9 11 11 0,9 21 11

750 790 1,9 1,2 13 21 1,2 27 21

1 000 790 2,4 1,5 17 41 1,4 34 39

1 500 1100 2,5 1,5 18 42 1,5 36 39

2 000 1100 2,5 1,5 18 42 1,5 36 39

2 500 1400 2,5 1,5 18 39 1,5 36 50

3 000 1400 2,5 1,5 18 39 1,5 36 50


Exchange surface

area (m²)


Flow rate (m3/h)


(m3/h)Power (kW) Head loss

(mbar)

300 630 0,8 0,5 6 3 0,5 12 3

500 630 1,5 0,9 11 12 0,9 22 11

750 790 1,7 1 12 14 1 24 19

1 000 790 2,4 1,4 17 36 1,4 34 35

1 500 1100 2,5 1,5 18 42 1,5 36 40

2 000 1100 2,5 1,5 18 42 1,5 36 40

2 500 1400 3 1,8 21 47 1,8 42 62

3 000 1400 3 1,8 21 47 1,8 42 62

SPECIFICATION

Lower coil

Upper coil



Capacity (litres)



With DN110handhole



With DN110 handhole


300 - EMD030M1B 0,000260 - EMD030M0B 0,000167

500 - EMD050M1B 0,000240 - EMD050M0B 0,000148







MODELS AVAILABLE

157

3

DO

ME

STI

C H

OT

WAT

ER

OPTIONS

Electrical kits with immersion heating elementsReference

Power (kW)Mounted on DN110 handhole Mounted on ø 400 mm inspection

manhole

















Capacity (litres)



With DN110handhole



With DN110 handhole


300 - EMD030M11B 0,000153 - EMD030M01B 0,000113

500 - EMD050M11B 0,000132 - EMD050M01B 0,000104







158



Enamelled steel

SPECIFICATION

“gLAss LInED” range single coil for heat pump300 to 3,000 litres

Tank• Vertical steel tank with 3 feet• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10,5 bar.• Nozzles (in accordance with the following diagram). • ø 400 mm inspection manhole (from 750 to 3,000 litres) or DN110 handhole (from 300 to 3,000 litres).• Magnesium protection anode(s) (2 or 3 depending on the capacity of the tank).Note: Compliant with the recommendations of the Directorate-General for Health






GL

159

3

DO

ME

STI

C H

OT

WAT

ER

Capacity (litres)

Ø A (mm)

B(mm)

C (mm)

D (mm)

E (mm)

F (mm)

G (mm)

H (mm)

I (mm)

J (mm)

K(mm)

L (mm)

500 630 1983 1752 1108 472 150 204 36 1390 472 - 330

750 790 1891 1601 1051 501 150 196 34 1611 501 465 425

1000 790 2244 1956 1246 501 150 196 34 1713 501 465 425

1500 1100 2073 1700 1150 600 200 221 32 1569 600 620 580

2000 1100 2261 1888 1244 600 200 221 32 1671 600 620 580

ø.A

45°

L K

HB

C

D

E

F G

2"

2"

2"

ø.400

J

I

2"

DIMENSIONS

160

Capacity (litres)



With DN110handhole



With DN110 handhole


500 - EMS050M11B 0,000132 - EMS050M01B 0,000104

750 EMS075M11V EMS075M11B 0,000101 EMS075M01V EMS075M01B 0,000085

1 000 EMS100M11V EMS100M11B 0,000090 EMS100M01V EMS100M01B 0,000074



LITRES Ø A (mm)Exchange

surface area (m²)

Power (Kw) 55/45 - 10/40°C Power (Kw) 90/70 - 10/55°C

Power (kW)

Δp(mbar)

Surface area of

solar cells(m²)

Power (kW)

Δp(mbar)

Surface area of

solar cells(m²)

500 630 5,5 3,3 39 466 3,3 77 456

750 790 7 4,2 49 908 4,2 98 891

1000 790 8 4,8 56 1308 4,8 112 1283

1500 1100 9 5,4 63 1761 5,4 126 1721

2000 1100 10 6 70 2468 6 140 2457

TECHNICAL SPECIFICATIONS OF COIL


Capacity (litres)



With DN110handhole



With DN110 handhole


500 - EMS050M1B 0,000240 - EMS050M0B 0,000148

750 EMS075M1V EMS075M1B 0,000184 EMS075M0V EMS075M0B 0,000123




MODELS AVAILABLE

161

3

DO

ME

STI

C H

OT

WAT

ER

OPTIONS


ReferencePower (kW)





- KEB45V (from 1.500 to 2.000 litres) 45

- KEB60V (from 1.500 to 2.000 litres) 60






162

PREPAC DHW CYLInDERMONOBLOC SYSTEM WITH PLATE HEAT EXCHANGER

300 to 6,000 litres

The PREPAC is a compact monobloc heat exchanger system for domestic hot water comprising a storage tank and a high-performance heat exchange module (plate heat exchanger, circulator, isolating valves, thermostat, stainless steel piping).

This.semi-instantaneous.DHW.system.provides.an.economical.solution.to.the.problem.of.hot.water.with.significant.variations.in.flow.rates.experienced.in.residential.properties..

If.necessary,.a.second.thermal.device.can.be.fitted.onto.the.tank.(dual.energy.operation)..

The.PREPAC.is.available.in.four.different.versions.of.tank.to.meet.all.needs:.

Carbon steel with coating Stainless steel

Version RC851 RC951DUPLEX

STAINLESS STEEL

316L STAINLESS

STEEL

Capacity 0.3 to 6 m3 0.3 to 6 m3 0.3 to 3 m3 0.3 to 3 m3

T-max 85°C constant 95°C peak 95°C constant 95°C constant

Special resistance to chlorinated shocks + + +++ ++

2 3

3

6

9

11

12

13

6

10

4

4

4

4

5

5 6

7

8

9

1

163

3

DO

ME

STI

C H

OT

WAT

ER

ADvAnTAgEs

• High-performance (high plate exchange coefficient).

• Compact (monobloc unit).• Quick and easy to install (unit supplied

pre-assembled); • Easy to maintain

(module can be completely dismantled).• Inspection manhole ø 400mm*

(depending on the model):- Easy to maintain;- Thermal equipment can be installed at

a later date. • significant hot water storage capacity to

meet peaks in demand• Less heat generator operating cycles.

• Temperature stability for distributed DHW.• Water can be stored at a constant


• Can be combined with any energy recovery or production systems.

• Delivered to site with pre-assembled insulation (can be easily removed if required).

• Insulated bottom and manhole as standard..

• Extended warranty for stainless steel version.• non-standard versions are available on

request.

OPERATIng PRInCIPLE

...Heat.generator

...Safety.valve

...Automatic.air.vent.valve

...Isolating.valve

...Sieve.filter

...Primary.pump

...Plate.exchanger

1

2

3

4

5

6

7

...Non-return.valve

...Expansion.system

...Heating.outlet

...Heating.return

...PREPAC.DHW.cylinder

...Cold.water.inlet

8

9

10

11

12

13

RC

164

SPECIFICATION

Tank • Vertical carbon steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).(1)Note: Compliant with the recommendations of the Directorate-General for Health.


(maximum temp = 85°C constant).• Magnesium protection anode(s) with wear indicator.



M1 fire rated:• High-performance mineral wool - 60 mm thick (λ = 0.032

W/m/K).• Flexible PVC jacketM0 fire rated:• Rockwool - 50 mm thick (40 kg/m3).• Isoxal metal sheet jacket

Equipment• Removable plate exchanger made of AISI 316 stainless steel.• AISI 316 L stainless steel connection pipes.• Secondary stainless steel circulator.• Double safety thermostat 0/90°C.• Exchanger/circulator insulation valve.


drainage valve, Air vent valve).• “RC951” finish (T-max = 95°C peak).• Other thicknesses of insulation.• Non-standard versions available on request.



Inspection manhole

Reinforced thermal

insulation


tank



• 89/336/CE

“PREFEREnCE” range

180°

DA

EP

EF

PR TG

EC VD

AN1 DA

90°270°

0°

165

3

DO

ME

STI

C H

OT

WAT

ER

Capacity(litres)

A(mm)

B(mm)

C(mm)

øD (mm)

øD+350(mm)

E(mm)

F(mm)

G (mm)

H(mm)

J (mm)



Weight(kg)

500 90 410 560 650 1 000 660 860 1 030 1 820 1 420 DN15 DN50 140

750 90 440 590 800 1 150 690 890 1 060 1 880 1 450 DN15 DN50 175

1 000 90 440 590 800 1 150 690 890 1 330 2 430 2 000 DN15 DN50 210

DIMENSIONS

With manhole

Without manhole


..Secondary.circulator


..Hot.water.outlet

AN1

CS

DA

EC




..Hot.water.outlet

...Cold.water.inlet

..Plate.exchanger.(DN25.connection)

..Support.feet

..Threaded.bearing.with.cover.for.attaching.an.immersion.heater,.if.required

AN1

CS

DA

EC

EF

EP

PI

PR

...Cold.water.inlet


..Support.feet

..Sleeves.15/21.for.thermometers.and.thermostat

EF

EP

PI

TG

..Manhole.with.an.internal.diameter.of.400.mm

..Isolating.valve

..DN50.drainage

..Primary.exchanger.inlet

..Primary.exchanger.outlet

TH

VA

VD

1

2

..Sleeves.15/21.for.thermometers.and.thermostat

.Isolating.valve

.DN50.drainage



TG

VA

VD

1

2

Capacity(1)

(litres)A

(mm)B

(mm)C

(mm)øD

(mm)øD+350

(mm)E

(mm)F

(mm)H

(mm)J

(mm)TG

(G int.thread)


Weight(kg)

500 90 410 860 650 1 000 925 1 420 1 820 1 170 DN15 DN50 100

750 90 440 890 800 1 150 955 1 450 1 880 1 200 DN15 DN50 155

1 000 90 440 890 800 1 150 955 2 000 2 430 1 510 DN15 DN50 175(1)Note : other models available on request.

180°

DA

EP

EF

TH

EC VD

AN1

TGDA

90°270°

315°

0°

øD

øD.+.350

B

F

H

C

E

J

A

PR

TG

TG

DA

AN1

EC

1

DA

VA

CS

2

EF

EP

VDPI

øD

øD.+.350

B

F

H

C

E

F

G

J

A

TG

TT

EF

TT

DA

AN1

EC

1

DA

CS

VA

2

EF

EP

VDPI

166

MODELS AVAILABLE

PLATE EXCHANGER

Exchanger power (kW)

Primary 90°C Second.10/55°C

Flow rate (m3/h) Δ p (mWC*) Flow rate

(m3/h)41(1) 1.26 2,90 0.7949(1) 1.26 1.69 0.9466 2.02 2.70 1.2677(1) 2.12 2.12 1.4887(1) 2.41 2.70 1.6694 2.59 3.10 1.80100(1) 2.52 2.20 1.91106(1) 2.48 1.67 2.02

(1)Other models available on request.*mWC = Meter of water column.

Exchanger power (kW)

Primary 90°C Second.10/55°C

Flow rate (m3/h) Δ p (mWC*) Flow rate

(m3/h)136(1) 3.71 2.88 2.59143(1) 3.89 3.16 2.74154 3.89 2.61 2.95222(1) 5.83 3.09 4.25252 6.44 2.96 4.82266(1) 6.77 3.26 5.08301(1) 7.60 3.06 5.76332 8.24 3.06 6.34

(1)Other models available on request.*mWC = Meter of water column.

Without manholeCapacity(litres) Power (kW)

Standard model with a 60 mm-M1

jacket



jacket


500 66 PRP05066M1 0,098 PRP05066M0 0,136500 94 PRP05094M1 0,098 PRP05094M0 0,136500 154 PRP05154M1 0,098 PRP05154M0 0,136500 252 PRP05252M1 0,098 PRP05252M0 0,136500 332 PRP05332M1 0,098 PRP05332M0 0,136750 66 PRP07066M1 0,080 PRP07066M0 0,111750 94 PRP07094M1 0,080 PRP07094M0 0,111750 154 PRP07154M1 0,080 PRP07154M0 0,111750 252 PRP07252M1 0,080 PRP07252M0 0,111750 332 PRP07332M1 0,080 PRP07332M0 0,1111 000H(2) 66 PRP10066M1 0,075 PRP10066M0 0,1031 000H(2) 94 PRP10094M1 0,075 PRP10094M0 0,1031 000H(2) 154 PRP10154M1 0,075 PRP10154M0 0,1031 000H(2) 252 PRP10252M1 0,075 PRP10252M0 0,1031 000H(2) 332 PRP10332M1 0,075 PRP10332M0 0,103

(2)Note : H = Top version.

With manholeCapacity(litres) Power (kW)


jacket



jacket


500 66 PRP05066M1V 0,098 PRP05066M0V 0,136500 94 PRP05094M1V 0,098 PRP05094M0V 0,136500 154 PRP05154M1V 0,098 PRP05154M0V 0,136500 252 PRP05252M1V 0,098 PRP05252M0V 0,136500 332 PRP05332M1V 0,098 PRP05332M0V 0,136750 66 PRP07066M1V 0,080 PRP07066M0V 0,111750 94 PRP07094M1V 0,080 PRP07094M0V 0,111750 154 PRP07154M1V 0,080 PRP07154M0V 0,111750 252 PRP07252M1V 0,080 PRP07252M0V 0,111750 332 PRP07332M1V 0,080 PRP07332M0V 0,1111 000H(2) 66 PRP10066M1V 0,075 PRP10066M0V 0,1031 000H(2) 94 PRP10094M1V 0,075 PRP10094M0V 0,1031 000H(2) 154 PRP10154M1V 0,075 PRP10154M0V 0,1031 000H(2) 252 PRP10252M1V 0,075 PRP10252M0V 0,1031 000H(2) 332 PRP10332M1V 0,075 PRP10332M0V 0,103

(2)Note : H = Top version.


KA1


OPTIONS

DPX

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SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1) • T-max = 95°C constant.(1)Note: Compliant with the recommendations of the Directorate-General for Health.




Equipment• Removable plate exchanger made of AISI 316

stainless steel.• AISI 316 L stainless steel connection pipes.• Secondary stainless steel circulator.• Double safety thermostat 0/90°C.• Exchanger/circulator insulation valve.

Options• T ank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve,

DN50 drainage valve, Air vent valve).• Other thicknesses of insulation.



Inspection manhole

Reinforced thermal

insulation



• 89/336/CE


“DPX” DUPLEX sTAInLEss sTEEL range

270°

90°

DAEP

EF

TH

EC VD

TMDA TTEF

180° 0°

168

DIMENSIONS

Capacity

(litres)A

(mm)B

(mm)øD

(mm)E

(mm)E’

(mm)F

(mm)G

(mm)H

(mm)J

(mm)K

(mm)L

(mm)

500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

Capacity(1) (litres)


EC-EF-DA-VD (G ext. thread

Weight(kg)

500 DN15 DN50 140

750 DN15 DN50 175

1 000 DN15 DN50 210

(1)Note: other models available on request.



..Hot.water.outlet

..Cold.water.inlet


..Support.feet


Nozzle.for.thermometer.

..Nozzle.for.thermostat.(or.PT100.probe

..Isolating.valve

..DN50.drainage



CS

DA

EC

EF

EP

PI

TH

TM

TT

VA

VD

1

2

øD

B

F

K

G

E'

E

J

L

H

A

EF

TM

TT

TT

TT

DA

EC

DA

2

CS

VA

EP

EF

1

PI VD TH

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TECHNICAL SPECIFICATIONS OF THE PLATE EXCHANGER

Exchanger power (kW)Primary 90°C Second. 10/55°C

Flow rate (m3/h) Δ p (mWC*) Flow rate (m3/h)

41(2) 1.26 2,90 0.79

49(2) 1.26 1.69 0.94

66 2.02 2.70 1.26

77(2) 2.12 2.12 1.48

87(2) 2.41 2.70 1.66

94 2.59 3.10 1.80

100(2) 2.52 2.20 1.91

106(2) 2.48 1.67 2.02

136(2) 3.71 2.88 2.59

143(2) 3.89 3.16 2.74

154 3.89 2.61 2.95

222(2) 5.83 3.09 4.25

252 6.44 2.96 4.82

266(2) 6.77 3.26 5.08

301(2) 7.60 3.06 5.76

332 8.24 3.06 6.34

(2)Other models available on request.* mWC = Meter of water column.

MODELS AVAILABLE

Capacity (litres) Power (kW) Standard model with a M1 jacket


Standard model with a M0 jacket


500 66 DXP05066M11V 0,060 DXP05066M01V 0,072

500 94 DXP05094M11V 0,060 DXP05094M01V 0,072

500 154 DXP05154M11V 0,060 DXP05154M01V 0,072

500 252 DXP05252M11V 0,060 DXP05252M01V 0,072

500 332 DXP05332M11V 0,060 DXP05332M01V 0,072

750 66 DXP07066M11V 0,049 DXP07066M01V 0,058

750 94 DXP07094M11V 0,049 DXP07094M01V 0,058

750 154 DXP07154M11V 0,049 DXP07154M01V 0,058

750 252 DXP07252M11V 0,049 DXP07252M01V 0,058

750 332 DXP07332M11V 0,049 DXP07332M01V 0,058

1 000 66 DXP10066M11V 0,046 DXP10066M01V 0,054

1 000 94 DXP10094M11V 0,046 DXP10094M01V 0,054

1 000 154 DXP10154M11V 0,046 DXP10154M01V 0,054

1 000 252 DXP10252M11V 0,046 DXP10252M01V 0,054

1 000 332 DXP10332M11V 0,046 DXP10332M01V 0,054


KA1


OPTIONS

170

DHW CYLInDERIMMERSION HEATERS AND ELECTRICAL CARTRIDGES

300 to 6,000 lItRES

Type of coating RC851 RC951

Capacity 0,3 à 6 m3 0,3 à 6 m3

T-max 85°C 95°C

Duration of T-max Constant Peak

Nature of the stainless steelDUPLEX

STAINLESS STEEL

316L STAINLESS

STEEL


T-max 95°C en continu 95°C constant

Special resistance to chlorinated shocks + + + + +

The electric heater is most often used in domestic hot water (ECs) storage systems in residential properties or industrial premises. It makes it possible to amass a reserve of water from electric elements fixed directly onto the tank and operating at night during off-peak hours (in accordance with the energy supplier's tariff). The.volume.corresponding.to.the.daily.requirement.is.heated.outside.the.hours.of.use.and.thus.allows.tapping.without.flow.restrictions.linked.to.the.installed.power..

There.are.two.types.of.electrical.equipment.available:•..Immersion.heaters:.the.heating.elements.are.directly.immersed.into.the.water.requiring.heating.•.Cartridges:.the.heating.elements.are.inserted.into.stainless.sleeves;.the

lack.of.contact.with.the.water.avoids.corrosion.or.scaling.on.the.heating.elements.and.also.enables.disassembly.without.the.need.to.drain.the.tank.

The.electric.water.heater.is.available.in.four.different.versions.of.tank.to.meet.all.needs:

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ADvAnTAgEs

• Multi-purpose: suitable for use with energy recovery systems (preheating).• Significant hot water storage capacity to meet peaks in demand.• Temperature stability for distributed DHW.• Can be used a constant temperature of up to 95°C (depending on the model).• Cost-effective solution (heating element directly integrated into the tank).• Quick and easy to install: equipment delivered to site with pre-assembled thermal

equipment (can be easily removed if required).• Easy to maintain: cartridges can be removed without the need for draining.• Extended warranty for stainless steel version.• non-standard versions available on request.

.Cold.water.outlet

..Water.meter.with.pulse.output


.Solenoid.valve.(quick.flush)

1

2

3

4

.Heating.element

..Heating.element.thermostat

..Thermal.shock.thermostat

..Water.shortage.pressure.switch

.Loop.return

5

6

7

8

9

...Integrated.loop.heater.

...Domestic.hot.water.outlet.temperature.sensor

..Homogenisation.pump

10

11

12

OPERATIng PRInCIPLE

1

2

34

5 5

8 8

10

12

10

11

9 9

6 67 7

4

RC

172

SPECIFICATION

Inspection manhole

Reinforced thermal

insulation


tank



• 89/336/CE

Electric immersion heater with integrated

power switch (P ≤ 20 kW)

Tank• Vertical carbon steel tank with 3 feet.• 300 to 6,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.•Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).

(handhole with a diameter of 250 mm for 300 litres.

(1)Note: Compliant with the recommendations of the Directorate-General for Health.


(Maximum temp = 85°C constant).• Magnesium protection anode(s) with wear

indicator.

External protection• Anti-rust paint




Electric immersion heater(s)• Reinforced incoloy resistor(s).• DN40 threaded cap up to 12 kW, M77 beyond that.• Voltage - three-phase 230/400 V up to 24 kW,

three-phase 400/700 V beyond that. - Immersion heater fixing: on the tank or the

manhole as required

“PREFEREnCE” range Electric immersion heater(s) - 300 to 6,000 litres

• Immersion heater fixing on the manhole .• Temperature regulation:

- Electrical power ≤ 20 kW:Three-phase control/safety box 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cable switch).

- Electrical power ≤ 20 kW:Double unipolar safety thermostat.

Options• Accessories kit (thermometer, DN25 safety

valve, DN50 drainage valve, Air vent valve).• “RC951” finish (T-max = 95°C peak).• Non-standard versions available on request.



AN2

AN1

øD

H

A

B

C E

F

G1

G2

J

TM

TT

EC

DA

EF

EL

DA

EF

TT

VMPI

180°

0°

90° 270°

315°

EC VM

AN1 AN2 THEL TM

EF TTDAEF DA

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DIMENSIONS

..Threaded.nozzle.40/49.for.anode.

..Threaded.nozzle.40/49.for.2nd.anode.(Volume.≥.4m3).


..Hot.water.outlet

...Cold.water.inlet

...Electric.heaters

...Support.feet


...Threaded.nozzle.15/21.for.thermometer

...Threaded.nozzles.15/21.for.thermostat.(or.PT100.probe)


AN1

AN2

DA

EC

EF

EL

PI

TH

TM

TT

VM

Capacity(litres)



EC Weight (kg)

300 DN15 DN50 DN50 threaded 95500 DN15 DN50 DN50 threaded 140750 DN15 DN50 DN50 threaded 1751 000H(1) DN15 DN50 DN50 threaded 2101 000B(1) DN15 DN50 DN50 threaded 2351 500H(1) DN15 DN50 DN50 threaded 2801 500B(1) DN15 DN50 DN50 threaded 2902 000H(1) DN15 DN50 DN50 threaded 3452 000B(1) DN15 DN50 DN50 threaded 4002 500 DN15 DN50 DN50 threaded 4303 000 DN15 DN50 DN50 threaded 4704 000 DN15 DN50 DN50 threaded 680



Capacity (litres)

A(mm)

B(mm)

C(mm)

øD (mm)

E(mm)

F(mm)

G1(mm)

G2(mm)

H(mm)

J(mm)

300 90 395 545 550 565 685 850 - 1 535 1 155500 90 410 560 650 660 860 1 030 - 1 820 1 420750 90 440 590 800 690 890 1 060 - 1 880 1 4501 000H(1) 90 440 590 800 690 890 1 330 - 2 430 2 0001 000B(1) 90 475 650 950 725 925 1 100 - 1 960 1 4851 500H(1) 90 475 650 950 725 925 1 100 - 2 510 2 0351 500B(1) 90 510 685 1 100 760 960 1 160 - 2 020 1 5202 000H(1) 90 510 685 1 100 760 960 1 400 - 2 570 2 0702 000B(1) 90 560 745 1 300 810 1 010 1 220 - 2 110 1 5702 500 90 560 745 1 300 810 1 010 1 280 - 2 350 1 8203 000 90 560 745 1 300 810 1 010 1 450 - 2 660 2 1204 000 110 630 855 1 500 860 1 060 1 530 1 780 2 790 2 1855 000 110 630 855 1 500 860 1 060 1 880 2 130 3 490 2 8056 000 110 630 855 1 500 860 1 060 2 160 2 410 3 990 3 305


174

MODELS AVAILABLE

Manhole ø 400 mm (except 300 L) – Elect.: Heating from 10 to 60°C in 6 hrs + Thermostat (tri-phased for power ≤ 20 kW, unless unipolar)..

Capacity (litres)

Power(Number x

kW)



Cooling constant (Wh/

day.K.L)With manhole Without

manhole


day.K.L)

300 3 (1 x 3) PRE030M1B PRE030M1 0,125 PRE030M0B PRE030M0 0,173

500 6 (1 x 6) PRE050M1V PRE050M1 0,098 PRE050M0V PRE050M0 0,136

750 9 (1 x 9) PRE075M1V PRE075M1 0,080 PRE075M0V PRE075M0 0,111

1 000H(1) 12 (1 x 12) PRE100M1HV PRE100M1H 0,075 PRE100M0HV PRE100M0H 0,103

1 000B(1) 12 (1 x 12) PRE100M1BV PRE100M1B 0,068 PRE100M0BV PRE100M0B 0,094





2 500 24 (1 x 24) PRE250M1V PRE250M1 0,050 PRE250M0V PRE250M0 0,069

3 000 30 (1 x 30) PRE300M1V PRE300M1 0,048 PRE300M0V PRE300M0 0,067

4 000 40 (2 x 20) PRE400M1V - 0,042 PRE400M0V - 0,058

5 000 48 (2 x 24) PRE500M1V - 0,040 PRE500M0V - 0,056

6 000 60 (2 x 30) PRE600M1V - 0,039 PRE600M0V - 0,054



KA1


CCT Thermal shock box, anti-legionella box

OPTIONS


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800



DPX

175

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SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1)

(handhole with a diameter of 250 mm for 300 litres).• T-max = 95°C constant.(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Removable thermal insulation(including the inspection manhole and the bottom of the tank)



Electric immersion heater(s)• Reinforced incoloy resistor(s).• DN40 threaded cap up to 12 kW, M77 beyond that.• Voltage - three-phase 230/400 V up to 24 kW, three-phase 400/700 V beyond that.

- Immersion heater fixing: on the tank or the manhole as required• Immersion heater fixing on the manhole.• Temperature regulation:



Options• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, Air vent valve).• Other thicknesses of insulation.



Inspection manhole



• 89/336/CE



Reinforced thermal

insulation


“DPX” DUPLEX sTAInLEss sTEEL range Electric immersion heater(s) - 300 to 3,000 litres

176

DIMENSIONS


.Hot.water.outlet


...Electric.heaters

...Support.feet




...DN50.drainage

DA

EC

EF

EL

PI

TH

TM

TT

VD

Capacity (litres)

A (mm)

B (mm)

øD (mm)

E mm)

E’ (mm)

F (mm)

G (mm)

H (mm)

J (mm)

K (mm)

L (mm)

300 90 395 550 545 685 565 855 1 535 1 030 1 155 1 180

500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365

Capacity (litres)



Weight(kg)

Weight with heater

(kg)

300 DN15 DN50 95 110

500 DN15 DN50 140 165

750 DN15 DN50 175 205

1 000 DN15 DN50 210 240

1 500 DN15 DN50 290 330

2 000 DN15 DN50 400 450

2 500 DN15 DN50 430 480

3 000 DN15 DN50 470 520

øDK

F

H

A

B

E

E'

G

J

L

TT

TT

EF

TT

TM

DA

EC

DA

EF

EL

TH

VDPI

270°

90°

180° 0°

EC VD

EFEF TM TTDADA

TH

EL

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MODELS AVAILABLE

Manhole ø 400 mm (except 300 L) – Elect.:Heating from 10 to 60°C in 6 hrs + Thermostat (tri-phased for power ≤ 20 kW, unless unipolar).

Capacity (litres) Power(Number x kW)


jacket



jacket


300 3 (1 x 3) DXE030M11B 0.077 DXE030M01B 0.091

500 6 (1 x 6) DXE050M11V 0.060 DXE050M01V 0.072

750 9 (1 x 9) DXE075M11V 0.049 DXE075M01V 0.058

1 000 12 (1 x 12) DXE100M11V 0.046 DXE100M01V 0.054

1 500 15 (1 x 15) DXE150M11V 0.037 DXE150M01V 0.044

2 000 20 (1 x 20) DXE200M11V 0.032 DXE200M01V 0.038

2 500 24 (1 x 24) DXE250M11V 0.031 DXE250M01V 0.036

3 000 30 (1 x 30) DXE300M11V 0.030 DXE300M01V 0.035


KA1



OPTIONS


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800



RC

178

SPECIFICATION

Inspection manhole

Reinforced thermal

insulation


tank



• 89/336/CE

“PREFEREnCE” range Electric cartridge(s) - 500 to 6,000 litres

Tank• Vertical carbon steel tank with 3 feet.• 500 to 6,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Internal coating• Finished with “RC851” coating (maximum temp = 85°C constant).• Magnesium protection anode(s) with wear indicator.




Electric cartridge(s)• Removable, supplied in a stainless steel sleeve.• Low head loss (6 W/cm2).• M77 connection.• Double unipolar safety thermostat.• Cylinder lock on the manhole or/and on the tank.


drainage valve, Air vent valve).• “RC951” finish (T-max = 95°C peak).• Non-standard versions available on request.• Other thicknesses of insulation.



AN2

AN1

øD

H

A

B

C E

F

G1 G

2

J

TM

TT

EC

DA

EF

EL

DA

EF

TT

VMPI

180°

0°

90° 270°

315°

EC VM

AN1 AN2 THEL TM

EF TTDAEF DA

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DIMENSIONS

..Threaded.nozzle.40/49.for.anode.



..Hot.water.outlet

...Cold.water.inlet

...Electric.heaters

...Support.feet





AN1

AN2

DA

EC

EF

EL

PI

TH

TM

TT

VM

Capacity (litres) A (mm) B (mm) C (mm) ØD (mm) E (mm) F (mm) G1 (mm) G2 (mm) H (mm) J (mm)

500 90 410 560 650 660 860 1 030 - 1 820 1 420

750 90 440 590 800 690 890 1 060 - 1 880 1 450

1 000H(1) 90 440 590 800 690 890 1 330 - 2 430 2 000

1 000B(1) 90 475 650 950 725 925 1 100 - 1 960 1 485

1 500H(1) 90 475 650 950 725 925 1 100 - 2 510 2 035

1 500B(1) 90 510 685 1 100 760 960 1 160 - 2 020 1 520

2 000H(1) 90 510 685 1 100 760 960 1 400 - 2 570 2 070

2 000B(1) 90 560 745 1 300 810 1 010 1 220 - 2 110 1 570

2 500 90 560 745 1 300 810 1 010 1 280 - 2 350 1 820

3 000 90 560 745 1 300 810 1 010 1 450 - 2 660 2 120

4 000 110 630 855 1 500 860 1 060 1 530 1 780 2 790 2 185

5 000 110 630 855 1 500 860 1 060 1 880 2 130 3 490 2 805

6 000 110 630 855 1 500 860 1 060 2 160 2 410 3 990 3 305(1)Note : H = High version ; B = Low version

Capacity (litres)



EC Weight (kg)

300 DN15 DN50 DN50 threaded 95



1 000H(1) DN15 DN50 DN50 threaded 210

1 000B(1) DN15 DN50 DN50 threaded 235





2 500 DN15 DN50 DN50 threaded 430





180

MODELS AVAILABLE

Manhole ø 400 mm (except 300 L) – Electric cartridge(s): Heating from 10 to 60°C in 6 hrs + unipolar thermostat.


Standard model with a 60 mm

M1 jacket


Standard model with a 50 mm

M0 jacket


500 4,5 (1 x 4,5) PRB050M1V 0,098 PRB050M0V 0,136

750 6 (1 x 6) PRB075M1V 0,080 PRB075M0V 0,111

1 000H(1) 7,5 (1 x 7,5) PRB100M1HV 0,075 PRB100M0HV 0,103

1 000B(1) 7,5 (1 x 7,5) PRB100M1BV 0,068 PRB100M0BV 0,094

1 500H(1) 15 (6 + 9) PRB150M1HV 0,063 PRB150M0HV 0,088

1 500B(1) 15 (6 + 9) PRB150M1BV 0,060 PRB150M0BV 0,083

2 000H(1) 18 (2 x 9) PRB200M1HV 0,055 PRB200M0HV 0,077

2 000B(1) 18 (2 x 9) PRB200M1BV 0,052 PRB200M0BV 0,072

2 500 27 (3 x 9) PRB250M1V 0,050 PRB250M0V 0,069

3 000 27 (3 x 9) PRB300M1V 0,048 PRB300M0V 0,067

4 000 36 (4 x 9) PRB400M1V 0,042 PRB400M0V 0,058

5 000 45 (5 x 9) PRB500M1V 0,040 PRB500M0V 0,056

6 000 54 (6 x 9) PRB600M1V 0,039 PRB600M0V 0,054(1)Note : H = High version ; B = Low version


KA1



OPTIONS

Reference Immersion heater power (kW) Minimum Ø of tank (mm

RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


Integrated loop heater (ILH kits for DHW cylinders)• Additional immersion heater located in the top section of the tank (230/400 V tri-phase).• Double unipolar safety thermostat.

DPX

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SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 500 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).• T-max = 95°C constant.(1)Note: Compliant with the recommendations of the Directorate-General for Health.




Electric cartridge(s)• Removable, supplied in a stainless steel sleeve.• Low head loss (6 W/cm2).• M77 connection.• Double unipolar safety thermostat.• Cylinder lock on the manhole or/and on the tank.

Options• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50

drainage valve, Air vent valve).• Other thicknesses of insulation.



Inspection manhole



• 89/336/CE

Reinforced thermal

insulation


“DPX” DUPLEX sTAInLEss sTEEL rangeElectric cartridge(s) - 500 to 3,000 litres

øDK

F

H

A

B

E

E'

G

J

L

TT

TT

TT

TM

DA

EC

DA

EF

EL

TH

EF

VDPI

270°

90°

180° 0°

EC VD

EF TM TTDADAEF

TH

EL

182

DIMENSIONS


..Hot.water.outlet


...Electric.heaters

...Support.feet.




...DN50.drainage

DA

EC

EF

EL

PI

TH

TM

TT

VD


500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365

Capacity (litres)



Weight(kg)

Weight with heater

(kg)

500 DN15 DN50 140 165

750 DN15 DN50 175 205

1 000 DN15 DN50 210 240

1 500 DN15 DN50 290 330

2 000 DN15 DN50 400 450

2 500 DN15 DN50 430 480

3 000 DN15 DN50 470 520

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MODELS AVAILABLE

Manhole ø 400 mm (except 300 L) – Elect.:Heating from 10 to 60°C in 6 hrs + unipolar thermostat.



jacket



jacket


500 4,5 (1 x 4,5) DXB050M11V 0.060 DXB050M01V 0.072

750 6 (1 x 6) DXB075M11V 0.049 DXB075M01V 0.058

1 000 7,5 (1 x 7,5) DXB100M11V 0.046 DXB100M01V 0.054

1 500 15 (6 + 9) DXB150M11V 0.037 DXB150M01V 0.044

2 000 18 (2 x 9) DXB200M11V 0.032 DXB200M01V 0.038

2 500 27 (3 x 9) DXB250M11V 0.031 DXB250M01V 0.036

3 000 27 (3 x 9) DXB300M11V 0.030 DXB300M01V 0.035


KA1



OPTIONS


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


Integrated loop heater (ILH kits for DHW cylinders)• Additional immersion heater located in the top section of the tank (230/400 V tri-phase).• Double unipolar safety thermostat.

184

DHW CYLInDERU-TUBE HEATER

300 to 6,000 lItRES

The U-tube heater cylinder is designed for semi-instantaneous domestic hot water (DHW) production systems for use in service sector or industrial premises. It amasses a reserve of water through an exchanger fixed directly onto the tank and fed by a primary water circuit (heating hot water), low pressure vapour or any energy recovery system.



T-max 85°C 95°C


Nature of the stainless steel

DUPLEX STAINLESS

STEEL

316L STAINLESS STEEL


T-max 95°C constant 95°C constant

Special resistance to chlorinated shocks

+ + + + +

The.volume.is.sufficient.to.meet.peaks.in.consumption.without.temperature.fluctuations..

The.volume/power.ratio.is.calculated.according.to.the.consumption.profile.(importance,.duration.and.frequency.of.drawing)..

The.electric.water.heater.is.available.in.four.different.versions.of.tank.to.meet.all.needs:

Y

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ADvAnTAgEs

• Multi-purpose: Particularly suited for usewith solar energy recovery systems, heat pumps (preheating) or solid or gaseous fuel boilers.

• Significant hot water storage capacity tomeet peaks in demand.

• Temperature stability for distributed DHW.• Rapid reheating: considerable power.• Less heat generator operating cycles.• Can be used at a constant temperature of

up to 95°C (depending on the model).• Cost-effective solution (heating element

directly integrated into the tank).

• Quick and easy to install: equipmentdelivered to site with pre-assembled insulation and heating systems (can be easily removed if required).

• Easy to maintain: removable heaters.• Extended warranty for stainless steel

version.• non-standard versions available on

request.

OPERATIng PRInCIPLE

2

7

3

3

10

2

11

12

5

13

14

6

10

4

4

56

8

9

1

...Heat.generator

.Safety.valve

.Automatic.air.vent.valve

...Isolating.valve

...Sieve.filter

...Primary.pump

...U-tube.heater

1

2

3

4

5

6

7

...Domestic.hot.water.thermostat

...Distribution.of.domestic.hot.water

.Expansion.system

...Non-return.valve

...Cold.water.inlet

...Heating.outlet

...Heating.return

8

9

10

11

12

13

14

RC

186

SPECIFICATION

Tank• Vertical carbon steel tank with 3 feet.• 300 to 6,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).(handhole with a diameter of 250 mm for 300 litres).(1)Note: Compliant with the recommendations of the Directorate-General for Health.





M1 fire rated:• High-performance mineral wool - 60 mm thick (λ = 0.032 W/m/K).• Flexible PVC jacket.M0 fire rated:• Rockwool - 50 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

U-tube heater• Removable U-tube heater with bundle made of 316 L stainless steel,

fixed onto the ø 400 mm inspection manhole.• Input/output DN32F or DN50F + DN8F purge.• Class B heater(s), compliant with article 16.9 of the health regulations.

Options• Accessories kit (thermometer, DN25 safety valve, DN50 drainage

valve, Air vent valve).• “RC951” finish (T-max = 95°C peak).• Non-standard versions available on request.


• Tank and heater = 5 years.• Accessories = 1 year.

Inspection manhole


Reinforced thermal

insulation


tank




180°

0°

90° 270°

315°

EC VM

AN1 AN2 THRE TM

EF TTDAEF DA

AN1

øD

H

A

B

C

E

F

G1 G

2

J

TM

TT

EC

DA

EF

RE

DA

EF

TT

VMPI

AN2

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DIMENSIONS



..Outlet/loop.return.(threaded.nozzle.50/60).

..Hot.water.outlet:.threaded.nozzle.50/60.

...Cold.water.inlet.with.deflector:.threaded.nozzle.50/60

...Support.feet

..Manhole.with.an.internal.diameter.of.400.mm.(handhole.with.a.diameter.of.250.mm.for.300.litres)



...U-tube.heater

...Threaded.drainage.outlet.50/60

AN1

AN2

DA

EC

EF

PI

TH

TM

TT

RE

VM

Capacity (litres) A (mm) B (mm) C (mm) ØD (mm) E (mm) F (mm) G1 (mm) G2 (mm) H (mm) J (mm)300 90 395 545 550 565 685 850 - 1 535 1 155500 90 410 560 650 660 860 1 030 - 1 820 1 420750 90 440 590 800 690 890 1 060 - 1 880 1 4501 000H(1) 90 440 590 800 690 890 1 330 - 2 430 2 0001 000B(1) 90 475 650 950 725 925 1 100 - 1 960 1 4851 500H(1) 90 475 650 950 725 925 1 100 - 2 510 2 0351 500B(1) 90 510 685 1 100 760 960 1 160 - 2 020 1 5202 000H(1) 90 510 685 1 100 760 960 1 400 - 2 570 2 0702 000B(1) 90 560 745 1 300 810 1 010 1 220 - 2 110 1 5702 500 90 560 745 1 300 810 1 010 1 280 - 2 350 1 8203 000 90 560 745 1 300 810 1 010 1 450 - 2 660 2 1204 000 110 630 855 1 500 860 1 060 1 530 1 780 2 790 2 1855 000 110 630 855 1 500 860 1 060 1 880 2 130 3 490 2 8056 000 110 630 855 1 500 860 1 060 2 160 2 410 3 990 3 305


Capacity (litres)


EF (G int.thread)


EC Weight (kg)















188

TECHNICAL CHARACTERISTICS OF THE U-TUBE TANK HEATER

Primary heater (backup): Primary system = 90/70°C – Secondary 10/60°C


Flow rate m3/h Head loss (mWC)(2) Surface area (m2)Power (kW) Input/output nozzle

300 12 DN32 0,3 0,1 0,54500 12 DN32 0,5 0,1 0,54750 25 DN32 1,1 0,15 0,981 000H(1) 25 DN32 1,1 0,15 0,981 000B(1) 25 DN32 1,1 0,15 0,981 500H(1) 34 DN32 1,5 0,2 1,81 500B(1) 34 DN32 1,5 0,2 1,332 000H(1) 58 DN32 2,5 0,35 2,52 000B(1) 58 DN32 2,5 0,45 22 500 58 DN32 2,5 0,45 23 000 58 DN32 2,5 0,45 24 000 124 DN32 5,4 1,3 3,875 000 124 DN32 5,4 1,3 3,876 000 124 DN32 5,4 1,3 3,87

(1)Note: H = High version ; B = Low version(2)mWC = Meter of water column

MODELS AVAILABLE

Capacity (litres)

Heater power(Number x kW)





300 12 PRR030M1V 0,125 PRR030M0V 0,173500 12 PRR050M1V 0,098 PRR050M0V 0,136750 25 PRR075M1V 0,080 PRR075M0V 0,1111 000H(1) 25 PRR100M1V 0,075 PRR100M0V 0,1031 000B(1) 25 PRR150M1HV 0,068 PRR150M0HV 0,0941 500H(1) 34 PRR150M1BV 0,063 PRR150M0BV 0,0881 500B(1) 34 PRR200M1HV 0,060 PRR200M0HV 0,0832 000H(1) 58 PRR200M1BV 0,055 PRR200M0BV 0,0772 000B(1) 58 PRR250M1HV 0,052 PRR250M0HV 0,0722 500 58 PRR250M1BV 0,050 PRR250M0BV 0,0693 000 58 PRR300M1V 0,048 PRR300M0V 0,0674 000 124 PRR400M1V 0,042 PRR400M0V 0,0585 000 124 PRR500M1V 0,040 PRR500M0V 0,0566 000 124 PRR600M1V 0,039 PRR600M0V 0,054


Manhole ø 400 mm (except 300 L) – Electric cartridge(s): Heating from 10 to 60°C in 6 hrs + unipolar thermostat


KA1



OPTIONS


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800



DPX

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SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).





U-tube heater• Removable U-tube heater with bundle made of 316 L

stainless steel, fixed onto the ø 400 mm inspection manhole.• Input/output DN32F or DN50F + DN8F purge.• Class B heater(s), compliant with article 16.9 of the health

regulations.

Options• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety valve, DN50

drainage valve, Air vent valve).• Other thicknesses of insulation.



Inspection manhole


Reinforced thermal

insulation




“DPX” DUPLEX sTAInLEss sTEEL range 300 to 3,000 litres

270°

90°

180° 0°

EC VD

TH

EF TM TTDAEFDA

RE

øD

H

K

F

A

B

E

E'

G

J

L

TT

TM

DA

EC

DA

EF

RE

TH

EF

TT

VDPI

190

DIMENSIONS


..Hot.water.outlet


...Support.feet

..TManhole.with.an.internal.diameter.of.400.mm.(handhole.with.a.diameter.of.250.mm.for.300.litres)



..Heater

.DN50.drainage

DA

EC

EF

PI

TH

TM

TT

RE

VD


300 90 395 550 545 685 565 855 1 535 1 030 1 155 1 180

500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365

Capacity (litres)



Weight(kg)

Weight with heater

(kg)

300 DN15 DN50 70 115

500 DN15 DN50 90 135

750 DN15 DN50 110 160

1 000 DN15 DN50 135 185

1 500 DN15 DN50 180 235

2 000 DN15 DN50 265 320

2 500 DN15 DN50 315 370

3 000 DN15 DN50 335 395

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MODELS AVAILABLE

Manhole ø 400 mm (except 300 L) – Heater: Heater = 90/70°C – DHW = 10/60°C



jacket



jacket


300 12 DXR030M11B 0.077 DXR030M01B 0.091

500 12 DXR050M11V 0.060 DXR050M01V 0.072

750 25 DXR075M11V 0.049 DXR075M01V 0.058

1 000 25 DXR100M11V 0.046 DXR100M01V 0.054

1 500 34 DXR150M11V 0.037 DXR150M01V 0.044

2 000 58 DXR200M11V 0.032 DXR200M01V 0.038

2 500 58 DXR250M11V 0.031 DXR250M01V 0.036

3 000 58 DXR300M11V 0.030 DXR300M01V 0.035

TECHNICAL CHARACTERISTICS OF THE U-TUBE HEATER



Flow rate m3/h Head loss (mWC)(1) Surface area (m2)Power (kW) Input/output

nozzle

300 12 DN32 0,3 0,1 0,54

500 12 DN32 0,5 0,1 0,54

750 25 DN32 1,1 0,15 0,98

1 000 25 DN32 1,1 0,15 0,98

1 500 34 DN32 1,5 0,2 1,33

2 000 58 DN32 2,5 0,45 2

2 500 58 DN32 2,5 0,45 2

3 000 58 DN32 2,5 0,45 2


KA1



OPTIONS


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800




192

DHW CYLInDERDUAL ENERGY

300 to 6,000 lItRES

The dual energy cylinder (electric immersion heater and U-tube heater) is a solution which combines multiple energies to optimise operating costs (for example, heating from a hot water heating circuit during the winter and electric elements in during the summer). It is designed for all types of semi-instantaneous or total accumulation domestic hot water (ECs) production systems for use in residential properties or industrial premises.

It.amasses.a.reserve.of.water.either.through.an.exchanger.fixed.directly.onto.the.tank.and.fed.by.a.primary.water.circuit.(hot.water.for.heating),.low.pressure.vapour.or.any.energy.recovery.system,.or.thanks.to.an.electric.immersion.heater..The.volume.is.sufficient.to.meet.peaks.in.consumption.without.temperature.fluctuations..With.an.immersion.heater.located.in.the.top.section.of.the.device.(optional.integrated.loop.heater.kit),.you.can.quickly.replenish.hot.water.reserves.in.accordance.with.set.point.temperatures,.providing.additional.power,.which.is.necessary.to.meet.peaks.in.demand..The.dual.energy.heater.is.available.with.four.different.types.of.tank.to.meet.all.needs:

Nature of the stainless steel

DUPLEX STAINLESS

STEEL

316L STAINLESS STEEL


T-max 95°C constant 95°C constant

Special resistance to chlorinated shocks + + + + +



T-max 85°C 95°C


193

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ADvAnTAgEs

• Multi-purpose: particularly suited for use with solar energy recovery systems, heat pumps (preheating) or solid or gaseous fuel boilers.

• Significant hot water storage capacity tomeet peaks in demand.

• Temperature stability for distributed DHW.• Rapid reheating: considerable power.• Less heat generator operating cycles.• Can be used at a constant temperature of

up to 95°C (depending on the model).• Cost-effective solution (heating element

directly integrated into the tank).

• Quick and easy to install: equipmentdelivered to site with pre-assembled thermal equipment (can be easily removed if required).

• Easy to maintain: removable heatingelements.

• Extended warranty for stainless steelversion.

• non-standard version available on request.

OPERATIng PRInCIPLE

1 11

8

7

6

9

10

2

3

4

12

5

PAC

..Cold.water.inlet

..Non-return.valve

..Safety.valve

..Integrated.loop.heater.(optional.extra)

..Degasser

..Domestic.hot.water.loop.circulator

..Electric.heater

..U-tube.heater

..Heat.pump.circulator

..Heat.pump.or.boiler.or.solar

..Drainage.outlet

..Thermometer

1

2

3

4

5

6

7

8

9

10

11

12

RC

194

SPECIFICATION

Inspection manhole

Reinforced thermal

insulation


tank



• 89/336/CE

Electric immersion heater with

integrated power switch (P ≤ 20 kW)

Tank• Vertical carbon steel tank with 3 feet.• 300 to 6,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).

(handhole with a diameter of 250 mm for 300 litres.(1)Note: Compliant with the recommendations of the Directorate-General for Health.


(Maximum temp = 85°C constant).• Magnesium protection anode(s) with wear

indicator.


Removable thermal insulation (including the inspection manhole and the bottom of the tank)M1 fire rated:• High-performance mineral wool - 60 mm thick (λ = 0.032


Electric immersion heater(s)• Reinforced incoloy resistor(s).• DN40 threaded cap up to 12 kW, M77 beyond that.• Voltage - three-phase 230/400 V up to 24 kW, three-phase

400/700 V beyond that.- Immersion heater fixing: on the tank or the manhole as

required• Immersion heater fixing on the manhole.• Temperature regulation:



U-tube heaters• Removable U-tube heater with bundle made of 316 L stainless

steel, fixed onto the ø 400 mm inspection manhole.


• Input/output DN32F or DN50F + DN8F purge.• Primary system = 90/70°C.• Secondary system = 10/60°C.• Δp ≤ 0,25 mWC.• Class B heater(s), compliant with article

16.9 of the health regulations.

Options• Accessories kit (thermometer, DN25 safety

valve, DN50 drainage valve, Air vent valve).• “RC951” finish (T-max = 95°C peak).• Other thicknesses of insulation.• Non-standard versions available on

request.

Warranties (in accordance with our general conditions of sale)• Tank and heater = 5 years.• Accessories = 1 year.

180°

0°

90° 270°

315°

EC VM

AN1 AN2 THREEL TM

EF TTDAEF DA

AN1

øD

H

A

B

C

E

F

G1 G

2

J

TM

TT

EC

DA

EF

RE

EL

DA

EF

TT

VMPI

AN2

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DIMENSIONS



.Outlet/loop.return....

.(threaded.nozzle.50/60)

.Hot.water.outlet:.threaded..

.nozzle.50/60

...Cold.water.inlet.with.deflector:.threaded.nozzle.50/60

...Electric.heater

...Support.feet

..Manhole.with.an.internal.diameter.of.400.mm.(handhole.with.a.diameter.of.250.mm.for.300.litres)



...U-tube.heater


AN1

AN2

DA

EC

EF

EL

PI

TH

TM

TT

RE

VM

Capacity (litres) A (mm) B (mm) C (mm) ØD (mm) E (mm) F (mm) G1 (mm) G2 (mm) H (mm) J (mm)300 90 395 545 550 565 685 850 - 1 535 1 155500 90 410 560 650 660 860 1 030 - 1 820 1 420750 90 440 590 800 690 890 1 060 - 1 880 1 4501 000H(1) 90 440 590 800 690 890 1 330 - 2 430 2 0001 000B(1) 90 475 650 950 725 925 1 100 - 1 960 1 4851 500H(1) 90 475 650 950 725 925 1 100 - 2 510 2 0351 500B(1) 90 510 685 1 100 760 960 1 160 - 2 020 1 5202 000H(1) 90 510 685 1 100 760 960 1 400 - 2 570 2 0702 000B(1) 90 560 745 1 300 810 1 010 1 220 - 2 110 1 5702 500 90 560 745 1 300 810 1 010 1 280 - 2 350 1 8203 000 90 560 745 1 300 810 1 010 1 450 - 2 660 2 1204 000 110 630 855 1 500 860 1 060 1 530 1 780 2 790 2 1855 000 110 630 855 1 500 860 1 060 1 880 2 130 3 490 2 8056 000 110 630 855 1 500 860 1 060 2 160 2 410 3 990 3 305


Capacity (litres)


EF (G int.thread)


EC Weight (kg)















196



Capacity (litres)

Backup heaterFlow rate m3/h Head loss (mWC)(2) Surface area (m2)Power (kW) Input/output

nozzle300 12 DN32 0,3 0,1 0,54500 12 DN32 0,5 0,1 0,54750 25 DN32 1,1 0,15 0,981 000H(1) 25 DN32 1,1 0,15 0,981 000B(1) 25 DN32 1,1 0,15 0,981 500H(1) 34 DN32 1,5 0,2 1,81 500B(1) 34 DN32 1,5 0,2 1,332 000H(1) 58 DN32 2,5 0,35 2,52 000B(1) 58 DN32 2,5 0,45 22 500 58 DN32 2,5 0,45 23 000 58 DN32 2,5 0,45 24 000 124 DN32 5,4 1,3 3,875 000 124 DN32 5,4 1,3 3,876 000 124 DN32 5,4 1,3 3,87

(1)Note: H = High version ; B = Low version.(2)mWC = Meter of water column

MODELS AVAILABLE

Manhole ø 400 mm (except 300 L) – Elect.: Heating from 10 to 60°C in 6 hrs + thermostat (tri-phased for power ≤ 20 kW) – Heater : primary heater = 90/70°C – DHW = 10/60°C

Capacity (litres)

Electric power (number x kW)

Heater power(kW)

Standard model with a 60 mm-

M1 jacket


day.K.L)


M0 jacket

Cooling constant

(Wh/day.K.L)300 3 (1 x 3) 12 PRM030M1B 0,125 PRM030M0B 0,173500 6 (1 x 6) 12 PRM050M1V 0,098 PRM050M0V 0,136750 9 (1 x 9) 25 PRM075M1V 0,080 PRM075M0V 0,1111 000H(1) 12 (1 x 12) 25 PRM100M1HV 0,075 PRM100M0HV 0,1031 000B(1) 12 (1 x 12) 25 PRM100M1BV 0,068 PRM100M0BV 0,0941 500H(1) 15 (1 x 15) 34 PRM150M1HV 0,063 PRM150M0HV 0,0881 500B(1) 15 (1 x 15) 34 PRM150M1BV 0,060 PRM150M0BV 0,0832 000H(1) 20 (1 x 20) 58 PRM200M1HV 0,055 PRM200M0HV 0,0772 000B(1) 20 (1 x 20) 58 PRM200M1BV 0,052 PRM200M0BV 0,0722 500 24 (1 x 24) 58 PRM250M1V 0,050 PRM250M0V 0,0693 000 30 (1 x 30) 58 PRM300M1V 0,048 PRM300M0V 0,0674 000 40 (2 x 20) 124 PRM400M1V 0,042 PRM400M0V 0,0585 000 48 (2 x 24) 124 PRM500M1V 0,040 PRM500M0V 0,0566 000 60 (2 x 30) 124 PRM600M1V 0,039 PRM600M0V 0,054



KA1



OPTIONS




DPX

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ER

SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 300 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1).





Electric immersion heater(s)• Reinforced incoloy resistor(s).• DN40 threaded cap up to 12 kW, M77 beyond that.• Voltage - three-phase 230/400 V up to 24 kW, three-phase

400/700 V beyond that.- Immersion heater fixing: on the tank or the manhole as required

• Immersion heater fixing on the manhole.• Temperature regulation:



U-tube heaters• Removable U-tube heater with bundle made of 316 L

stainless steel, fixed onto the ø 400 mm inspection manhole.• Input/output DN32F or DN50F + DN8F purge.

Inspection manhole

Reinforced thermal

insulation


• 89/336/CE




“DPX” DUPLEX sTAInLEss sTEEL range300 à 3 ,000 litres

• Primary system = 90/70°C.• Secondary system = 10/60°C.• Δp ≤ 0,25 mWC.• Class B heater(s), compliant with article

16.9 of the health regulations.

Options• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN25 safety

valve, DN50 drainage valve, Air vent valve).• Other thicknesses of insulation.



270°

90°

180° 0°

EC VD

TH

EL

EF TM TTDAEFDA

RE

øD

H

K

F

A

B

E

E'

G

J

L

TM

TT

DA

EC

DA

EL

EF

RE

TH

EF

TT

VDPI

198

DIMENSIONS


300 90 395 550 545 685 565 855 1 535 1 030 1 155 1 180

500 90 410 650 560 860 660 1 030 1 820 1 295 1 420 1 445

750 90 440 790 590 890 690 1 060 1 880 1 325 1 450 1 475

1 000 90 440 790 590 890 690 1 390 2 430 1 875 2 000 2 025

1 500 90 510 1 100 685 960 760 1 130 2 020 1 390 1 520 1 545

2 000 90 560 1 250 745 1 010 810 1 180 2 110 1 425 1 570 1 595

2 500 90 560 1 250 745 1 010 810 1 510 2 660 1 975 2 120 2 145

3 000 90 560 1 250 745 1 010 810 1 640 2 880 2 195 2 340 2 365


..Hot.water.outlet


...Electric.heater.

...Support.feet


...Nozzle.for.thermometer.


...U-tube.heater

...DN50.drainage.

DA

EC

EF

EL

PI

TH

TM

TT

RE

VD

Capacity (litres)



Weight(kg)

Weight with heater

(kg)

300 DN15 DN50 95 110

500 DN15 DN50 140 165

750 DN15 DN50 175 205

1 000 DN15 DN50 210 240

1 500 DN15 DN50 290 330

2 000 DN15 DN50 400 450

2 500 DN15 DN50 430 480

3 000 DN15 DN50 470 520

199

3

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MODELS AVAILABLE

Manhole ø 400 mm (except 300 L) – Elect.: Heating from 10 to 60°C in 6 hrs + thermostat (tri-phased for power ≤ 20 kW) – Heater : primary heater = 90/70°C – DHW = 10/60°C

Capacity (litres)

Electric power (number x kW)

Heater power(kW)


M1 jacket

Cooling constant

(Wh/day.K.L)


M0 jacket

Cooling constant

(Wh/day.K.L)

300 3 (1 x 3) 12 DXM030M11B 0.077 DXM030M01B 0.091

500 6 (1 x 6) 12 DXM050M11V 0.060 DXM050M01V 0.072

750 9 (1 x 9) 25 DXM075M11V 0.049 DXM075M01V 0.058

1 000 12 (1 x 12) 25 DXM100M11V 0.046 DXM100M01V 0.054

1 500 15 (1 x 15) 34 DXM150M11V 0.037 DXM150M01V 0.044

2 000 20 (1 x 20) 58 DXM200M11V 0.032 DXM200M01V 0.038

2 500 24 (1 x 24) 58 DXM250M11V 0.031 DXM250M01V 0.036

3 000 30 (1 x 30) 58 DXM300M11V 0.030 DXM300M01V 0.035




Flow rate m3/h Head loss (mWC)(1) Surface area (m2)Power (kW) Input/output

nozzle

300 12 DN32 0,3 0,1 0,54

500 12 DN32 0,5 0,1 0,54

750 25 DN32 1,1 0,15 0,98

1 000 25 DN32 1,1 0,15 0,98

1 500 34 DN32 1,5 0,2 1,33

2 000 58 DN32 2,5 0,45 2

2 500 58 DN32 2,5 0,45 2

3 000 58 DN32 2,5 0,45 2


KA1



OPTIONS


RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


Integrated loop heater (ILH kits for DHW cylinders)• Additional immersion heater located in the top section of the tank (230/400 V tri-phase)• Double unipolar safety thermostat


200

HYDROgAZ®

DHW CYLINDER

750 to 6,000 lItRES

ADvAnTAgEs

• Continuous maximum efficiency thanks to a Hydrogaz® flue gases/liquid exchanger working at maximum power (efficiency = 98% to 92% on minimum NCV).

• Up to 109% efficiency on nCv when combined with a"TRAnsECO" flue gases energy recovery device.

• Control of energy costs:- Reduced gas costs (burner power is less than with an

instant production system).- Energy savings of at least 30% compared with

centralised solutions.• Reduced gas line costs (smaller dimensions than an

instant production system).• space saving and offers reduced implementation

costs compared with classic solutions (cylinder + boiler + exchanger).

• Peak clipping.• Temperature stability for distributed water (even with

significant variations in flow rates).• Possibility of heating water up to a constant temperature

of 95°C (depending on the model).

• Hydrogaz® flue gases/liquid exchanger unit in stainlesssteel and removable burner (CE certified) for easy maintenance and increased power should requirements change.

• self-compensating system guaranteeing increasedlongevity.

• Can be operated with a sealed vacuum circuit (up to 60kW of useful energy), meaning that the device can be used in a chimney-less space.

• Use of a premium branded power burner (low CO andNOx emissions), renowned for its reliability.

• Device works with all types of gas and at any pressure.• Outdoors installation possible (no need for technical

premises).• Equipment is supplied pre-assembled, ready to use

(minimal hydraulic connection), with a burner with integrated control (easy to operate).

Hydrogaz® is an efficient system for semi-instantaneous hot water production and directly integrates a high efficiency gas device.


Capacity 0,75 à 6 m3 0,75 à 6 m3

T-max 85°C 95°CDuration of T-max Constant Peak

This.original.and.unique.concept,.developed.by.LACAZE.ENERGIES,.provides.a.flexible.and.cost-effective.solution.to.the.problem.of.hot.water.production.at.variable.flow.rates.and.significant.load.variations.such.as.those.encountered.in.both.residential.properties.and.industrial.premises.

The.volume/power.ratio.is.calculated.according.to.the.consumption.profile.(importance,.duration.and.frequency.of.drawing)..The.electric.water.heater.is.available.with.four.different.types.of.tank.to.meet.all.needs:

Nature of the stainless steelDUPLEX

STAINLESS STEEL

316L STAINLESS

STEELCapacity 0,75 à 3 m3 0,75 à 3 m3

T-max 95°C en continu 95°C en continu

Special resistance to chlori-nated shocks + + + + +

Start of the cycle: the device is

completely hot

The water drawing starts and the burner

fire up

The device is ready to meet the

next peaks in demands

Thanks to the generous

capacity, the water stays warm

even at peak times

Between peak times, the hot water reserve is replenished

whilst meeting smaller demands. The drawn water is preheated

6 7 8 9 10 11 12 13 Times

Flo

w r

ate

(m³/

hr)

201

3

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OPERATIng PRInCIPLE

The tank is subject to mains pressure, to which it is connected at the bottom via safety mechanisms. The regulation thermostat actuates the burner as soon as the temperature of the water inside the cylinder decreases to below the set point. The combustion gases pushed by the burner's ventilator are channelled across a stainless steel flue gases/liquid exchanger, which is submerged in the water tank. They transfer the heat resulting from the combustion process to the water as they move. When all the contents have been heated, the thermostat stops the burner. A safety thermostat also controls the temperature of the water in the Hydrogaz® unit. The hot water is drawn off at the top of the device and sent directly to the various delivery points thanks to the cylinder's internal pressure. The internal coating protects the tanks against corrosion and the thermal insulation minimises heat loss. Various control and safety devices protect the Hydrogaz® unit. The device's volume/power ratio will be determined (with our help) depending on the importance and distribution of the demand (consumption profile).

One of the advantages of the Hydrogaz® device lies with the fact that the volume of the tank is sufficient to meet significant peaks in demand, without having to resort to an additional storage tank or very high in-built power levels.

Examples of applications

• PRODUCTION OF HOT WATER FOR FOOD PROCESSING: Abattoirs, industrial meat manufacturers, industrial cake and pastry manufacturers, ready meals, dairies, cheese manufacturers, wine cellars, etc.

• PRODUCTION OF INDUSTRIAL HOT WATER: Textiles, chemistry, concrete, wood, metallurgy, etc.

Example of consumption curve

HYDROgAZ®

DHW CYLINDER

750 to 6,000 lItRES

RC

202

SPECIFICATION

Tank• Vertical carbon steel tank with 3 feet.• 750 to 6,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1)

(ø 500 mm for 120 & 140 kW).(1)Note: Compliant with the recommendations of the Directorate-General for Health.





M0 fire rated:• Rockwool - 50 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Gas equipment fitted onto the manhole ø 400 mm (ø 500 mm for 120 & 140 kW)

• Power burner (integrated control/single-phase 230 V).• Removable flue gases/liquid exchanger made of stainless steel.

Accessoires• Thermostat double sécurité 0/90°C.• Soupape de sécurité.

Options• Accessories kit (thermometer, DN50 valve for drainage,

water shortage pressure switch).• Thermal shock box (anti-legionella): thermostat + clock.• Stainless steel sealed flue system.• “RC951” finish (T-max = 95°C peak).• Non-standard versions available on request.

Inspection manhole

Reinforced thermal

insulation


tank


• 89/336/CECertigaz



• Tank and heater = 5 years.• Flue gases/liquid exchanger = 3 years.• Other workstations = 1 year.

DA

øD

F

B

H

A

G

C E1

E2J

EC

SP

PR

EF

BR

VMPI

AN2

AN1

DATG

203

3

DO

ME

STI

C H

OT

WAT

ER

DIMENSIONS

..Carbon.steel.tank

..M0.fire.rated.insulation.(High-density.mineral.wool)

..Isoxal.metal.sheet.jacket

.Power.burner.(single-phase.integrated.control/230.V)

..Removable.flue.gases/liquid.exchanger.made.of.stainless.steel

..Double.safety.thermostat

..Thermometer.(optional.extra)

..Water.shortage.pressure.switch.(optional.extra)

..Valve

..Automatic.air.vent.valve

..Vacuum-breaker.valve

..Cold.water.inlet

..Hot.water.outlet

..Drainage.outlet

..Gas.inlet

..Air.inlet

..Evacuation.of.flue.gases.through.a.closed.circuit.chimney.or.vacuum.made.of.stainless.steel

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

9

14

5

6

8

3

2

7

13

1011

1

12

17

16

4

15

...Threaded.nozzle.40/49.for.anode

...Threaded.nozzle.40/49.for.2nd.anode.(Volume.≥.4m3)

...Burner./.exchanger

..Outlet/loop.return.(threaded.nozzle.50/60)

..Hot..water.outlet:.threaded.nozzle.50/60)

..Cold.water.inlet.with.deflector:.threaded.nozzle.50/60)

...Support.feet

...Threaded.nozzle.15/21.for.water.shortage.pressure.switch.(optional.extra)

...Flue.gases.outlet

AN1

AN2

BR

DA

EC

EF

PI

PR

SF

...Manhole.with.an.internal.diameter.of.400.or.500.mm.(depending.on.the.power.of.the.gas.equipment)



...U-tube.heater


TH

TM

TT

RE

VM

180°

0°

90°

EC VM

DA SP

PR TG

EFDAAN2AN1

T0

315°

V

T U

Discharge.zone..

=.Ø.tank

SSF

204

With 400 mm manhole

Capacity(litres)

A (mm)

B (mm)

C (mm)

ØD (mm)

E1 (mm)

E2 (mm)

F (mm)

G (mm)

H (mm)

J (mm)

TM-TT-PR (G int. thread) EC

EF (G int thread)

DA-VD(G ext. thread)

Weight (kg)

750 90 440 890 800 900 1 080 1 450 690 1 820 1 200 DN15 DN50 threaded DN50 1551 000H(1) 90 440 890 800 900 1 230 2 000 690 2 370 1 510 DN15 DN50 threaded DN50 1751 000B(1) 90 475 925 950 935 1 110 1 485 725 1 890 1 235 DN15 DN50 threaded DN50 1721 500H(1) 90 475 925 950 935 1 150 2 035 725 2 440 1 545 DN15 DN50 threaded DN50 2151 500B(1) 90 510 960 1 100 970 1 145 1 520 760 1 960 1 270 DN15 DN50 threaded DN50 2682 000H(1) 90 510 960 1 100 970 1 300 2 070 760 2 510 1 580 DN15 DN50 threaded DN50 3492 000B(1) 90 560 1 010 1 300 1 020 1 200 1 570 810 2 060 1 320 DN15 DN50 threaded DN50 3802 500 90 560 1 010 1 300 1 020 1 250 1 820 810 2 310 1 430 DN15 DN50 threaded DN50 4353 000 90 560 1 010 1 300 1 020 1 350 2 120 810 2 610 1 630 DN15 DN50 threaded DN50 4804 000 110 630 1 060 1 500 1 070 1 550 2 185 860 2 715 1 805 DN15 DN50 threaded DN50 6805 000 110 630 1 060 1 500 1 070 1 875 2 805 860 3 335 2 155 DN15 DN80 flat flange DN50 7906 000 110 630 1 060 1 500 1 070 2 125 3 305 860 3 835 2 485 DN15 DN80 flat flange DN50 890


With 500 mm manhole

Capacity (litres)

A (mm)

B (mm)

C (mm)

ØD (mm)

E1 (mm)

E2 (mm)

F (mm)

G (mm)

H (mm)

J (mm)

TM-TT-PR(G int. thread)

EC

EF(G int. thread)

DA-VD(G ext. thread)

Weight (kg)

2 000B(1) 90 560 1 130 1 300 1 140 1 320 1 570 870 2 060 1 430 DN15 DN50 threaded DN50 3802 500 90 560 1 130 1 300 1 140 1 350 1 820 870 2 310 1 530 DN15 DN50 threaded DN50 4353 000 90 560 1 130 1 300 1 140 1 350 2 120 870 2 610 1 630 DN15 DN50 threaded DN50 4804 000 110 630 1 230 1 300 1 270 1 550 2 185 920 2 715 1 805 DN15 DN50 threaded DN50 6805 000 110 630 1 230 1 300 1 270 1 875 2 805 920 3 335 2 155 DN15 DN80 flat flange DN50 7906 000 110 630 1 230 1 300 1 270 2 125 3 305 920 3 835 2 485 DN15 DN80 flat flange DN50 890

(1)Note : B = Low version

TECHNICAL CHARACTERISTICS OF THE EQUIPMENT GAS


Calori-fic flow

rate (kW)

Useful power (kW)

DÉBIT DE GAZ ØGas

supply (DN)

ØFlue

gases outlet

(mm) SF

Ø conden-

sates outlet (DN)

Weight (kg)

Ø manhole

(mm)

Burner dimensionsG20 natural gas (lacq) 20 mbar (m3/h)

G25 natural gas

(Groninque) 25 mbar (m3/h)

G31 propane gas 37

mbar (kg/h)

S T U V

TRG 32 N/P 34 32 3.60 4.18 2.64 15 153 10 82 400 215 305 660 300TRG 51 N/P 54 51 5.71 6.64 4.20 20 153 10 91 400 215 305 660 300TRG 60 N/P 63 60 6.67 7.75 4.90 20 153 10 96 400 215 305 660 300TRG 90 N/P 95 90 10.05 11.69 7.38 20 153 10 110 400 215 305 660 300TRG 120 N/P 135 120 14.07 16.36 10.33 20 200 10 195 500 240 480 860 390TRG 140 N/P 155 140 15.87 18.45 11.66 20 200 10 195 500 240 480 860 390


Type Buffer volume (litres)

Drawn volume* over 1 hr (litres)


Continuous flow rate*

∆t=30°C (L / mn)

Heating time ∆t=30°C

(mn)Burner with 32 kW of useful power

H(E) 0 750 S 32 N/P 393 1 295 2 067 14,3 36H(E) 1 000 H 32 N/P 665 1 717 2 546 14,6 53H(E) 1 000 B 32 N/P 568 1 540 2 323 14,4 52H(E) 1 500 H 32 N/P 897 2 093 2 859 14,6 74H(E) 1 500 B 32 N/P 790 1 847 2 640 14,5 73H(E) 2 000 H 32 N/P 1 306 3 046 3 424 14,7 107H(E) 2 000 B 32 N/P 1 138 2 656 3 119 14,6 106H(E) 2 500 S 32 N/P 1 466 3 421 3 608 14,7 127H(E) 3 000 S 32 N/P 1 859 4 339 4 339 14,8 153

Burner with 51 kW of useful powerH(E) 0 750 S 51 N/P 393 1 726 2 939 22,6 22H(E) 1 000 H 51 N/P 665 2 192 3 497 23,1 33

Burner with 60 kW of useful powerH(E) 1 000 B 60 N/P 568 2 193 3 628 26,8 28H(E) 1 500 H 60 N/P 897 2 732 4 269 27,3 39H(E) 1 500 B 60 N/P 790 2 517 3 980 27 39H(E) 2000 H 60 N/P 1 306 3 303 4 865 27,5 57H(E) 2000 B 60 N/P 1 138 3 002 4 486 27,2 56H(E) 2500 S 60 N/P 1 466 3 491 5 027 27,4 67H(E) 3000 S 60 N/P 1 859 4 339 5 628 27,6 81

Burner with 90 kW of useful power H(E) 2000 B 90 N/P 1 138 3 717 5 917 40,6 37H(E) 2500 S 90 N/P 1 466 4 237 6 519 40,9 44H(E) 3000 S 90 N/P 1 859 4 823 7 166 41,2 54



N = natural gas ; P = propane gas ; H = high ; B = low ; S = standard - *Note : ΔT = 30°C - storage = 85°C – cold water = 15°C.

RANGES – PERFORMANCES

HLB

GH

SBG

180.

min

i

øDES

B

EX

180.

min

i

øDES

B

EX

ø226

560

1060

180

140

+20.0

+20.0

murBA

DF

180.mini

500

L

HL

G

C30°

C90°

180.mini

500

R

HR

G

C90°

C30°

205

3

DO

ME

STI

C H

OT

WAT

ER

KITLB32 (Long rearside) KITR32 / KITR51 KITR60 (Right)

Vacuum terminal

KITL32 / KITL51 KITL60 (Left)

Burner power 32 kW 51 kW 60 kWL 1 370 1 320 1 320HL 1 250 1 280 1 280R 1 130 1 180 1 180HR 1 250 1 280 1 280HSB 1 500

“C” side: see cylinder diagram


HLB 2 175ESB 650EX 248

STAINLESS STEEL SEALED FLUE SYSTEM

KITSB32 (Short rearside)

...Interchangeable.air.vent.valve

...30°.elbow.

...90°.elbow

..Deflector

BA

C30°

C90°

DF

206

MODELS AVAILABLE

Capacity (litres)

Reference32 kW(1)

Reference51 kW(1)

Reference60 kW

Reference90 kW

Reference120 kW

Reference140 kW

Cooling constant

(Whr/day.K.L)

750 PRH075S32i PRH075S51i 0,111

1 000H(2) PRH100H32i PRH100H51i 0,103

1 000B(2) PRH100B32i PRH100B51i PRH100B60i 0,094

1 500H(2) PRH150H32i PRH150H51i PRH150H60i 0,088

1 500B(2) PRH150B32i PRH150B51i PRH150B60i 0,083

2 000H(2) PRH200H32i PRH200H51i PRH200H60i 0,077

2 000B(2) PRH200B32i PRH200B51i PRH200B60i PRH200B90i PRH200B120i PRH200B140i 0,072

2 500 PRH250S32i PRH250S51i PRH250S60i PRH250S90i PRH250S120i PRH250S140i 0,069

3 000 PRH300S32i PRH300S51i PRH300S60i PRH300S90i PRH300S120i PRH300S140i 0,067

4 000 PRH400S60i PRH400S90i PRH400S120i PRH400S140i 0,058



(1)Version can house a stainless steel sealed flue system (optional extra).(2) Note : H = High version ; B = Low version.

OPTIONS


MES1MES2

Commissioning of burners, from 32 to 90 kWCommissioning of burners, 120 and 140 kW

KA7

Accessories kit- Brass thermometer with dial 0/120°C- DN50 drainage valve- Water shortage pressure switch


KIT L32KIT R32KIT SB32KIT LB32

Stainless steel sealed flue system for 32 kW burner

KIT L51KIT R51 Stainless steel sealed flue system for 51 kW burner

KIT L60KIT R60 Stainless steel sealed flue system for 60 kW burner

DPX

207

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SPECIFICATION

Tank• Vertical "DPX" DUPLEX stainless steel tank with 3 feet.• 750 to 3,000 litres capacity.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).• ø 400 mm inspection manhole(1)

(ø 500 mm for 120 & 140 kW).• T-max = 95°C constant.(1)Note: Compliant with the recommendations of the Directorate-General for Health.


M0 fire rated:• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket

Gas equipment fitted onto the manhole ø 400 mm (ø 500 mm for 120 & 140 kW)

• Power burner (integrated control/single-phase 230 V).• Removable flue gases/liquid exchanger made of stainless

steel.

Options• Tank made of AISI 316L stainless steel.• Accessories kit (thermometer, DN50 valve for drainage,

water shortage pressure switch).• Thermal shock box (anti-legionella): thermostat + clock.• Stainless steel sealed flue system.• Other thicknesses of insulation.


• Tank = 7 years.• Flue gases/liquid exchanger = 3 years.• Other workstations = 1 year.

Inspection manhole

Reinforced thermal

insulation


• 89/336/CECertigaz


“DPX” DUPLEX sTAInLEss sTEEL range750 to 3,000 litres

9

14

5

6

8

3

2

7

13

1011

1

12

17

16

4

15

øD

F

J

B

H

A

C

E

G

EC

DA

EF

DA

TM

DA

TT

BR

TH

PR

VDPI

V

T

U

S

SF

270°

90°

180° 0°

EC VD

DA EF DA PR TT TM

TH

BR

Dis

char

ge.z

one.

.=.

Ø.ta

nk

208

..316.L.stainless.steel.tank

..M0.fire.rated.insulation.(High-density.mineral.wool)

..Isoxal.metal.sheet.jacket

..Power.burner.(single-phase.integrated.control/230.V)

..Removable.flue.gases/liquid.exchanger.made.of.stainless.steel

..Double.safety.thermostat

..Thermometer.(optional.extra

..Water.shortage.pressure.switch.(optional.extra)

..Valve

..Automatic.air.vent.valve)

..Vacuum-breaker.valve)

..Cold.water.inlet

..Hot.water.outlet

..Drainage.outlet

..Gas.inlet

..Air.inlet

..Evacuation.of.flue.gases.through.a.chimney.or.sealed.flue.system

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

DIMENSIONS

...Burner./.exchanger


..Hot.water.outlet

..Cold.water.inlet..

BR

DA

EC

EF

...Support.feet

...Nozzle.for.pressure.switch


PI

PR

TH



...Flue.gases.outlet

...DN50.drainage

TM

TT

SF

VM

209

3

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ME

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WAT

ER

With 400 mm manhole

With 500 mm manhole

Capacity (litres) A (mm) B (mm) C (mm) ØD (mm) E (mm) F (mm) G (mm) H (mm) J (mm)750 90 440 690 790 890 900 1 060 1 880 1 4501 000H(1) 90 440 690 790 890 900 1 390 2 430 2 0001 000B(1) 90 475 725 950 925 935 1 105 1 960 1 4851 500H(1) 90 475 725 950 925 935 1 425 2 510 2 0351 500B(1) 90 510 760 1 100 960 970 1 165 2 020 1 5202 000H(1) 90 510 760 1 100 960 970 1 460 2 570 2 0702 000B(1) 90 560 810 1 250 1 010 1 020 1 225 2 110 1 5702 500 90 560 810 1 250 1 010 1 020 1 510 2 660 2 1203 000 90 560 810 1 250 1 010 1 020 1 640 2 880 2 340


Capacity (litres) TM-TT-PR (G int. thread) EC-EF-DA-VD (G ext. thread) Weight (kg)750 DN15 DN50 1751 000H(1) DN15 DN50 2101 000B(1) DN15 DN50 2351 500H(1) DN15 DN50 2801 500B(1) DN15 DN50 2902 000H(1) DN15 DN50 3452 000B(1) DN15 DN50 4002 500 DN15 DN50 4303 000 DN15 DN50 470


Capacity (litres)

A (mm)

B (mm)

C (mm)

ØD (mm)

E (mm)

F (mm)

G (mm)

H (mm)

J (mm)

TM-TT-PR (G int. thread)


Weight withoutHydrogaz® (kg)

2 000B(1) 90 560 870 1 250 1 130 1 140 1 325 2 110 1 570 DN15 DN50 4002 500 90 560 870 1 250 1 130 1 140 1 510 2 660 2 120 DN15 DN50 4303 000 90 560 870 1 250 1 130 1 140 1 640 2 880 2 340 DN15 DN50 470

(1)Note : B = Low version

RANGES – PERFORMANCES

Type Buffer volume (litres)



Continuous flow rate*

∆t=30°C (L / mn)

Heating time ∆t=30°C (mn)

Burner with 32 kW of useful power H(E) 0 750 S 32 N/P 393 1 295 2 067 14,3 36H(E) 1 000 H 32 N/P 665 1 717 2 546 14,6 53H(E) 1 000 B 32 N/P 568 1 540 2 323 14,4 52H(E) 1 500 H 32 N/P 897 2 093 2 859 14,6 74H(E) 1 500 B 32 N/P 790 1 847 2 640 14,5 73H(E) 2 000 H 32 N/P 1 306 3 046 3 424 14,7 107H(E) 2 000 B 32 N/P 1 138 2 656 3 119 14,6 106H(E) 2 500 S 32 N/P 1 466 3 421 3 608 14,7 127H(E) 3 000 S 32 N/P 1 859 4 339 4 339 14,8 153

Burner with 51 kW of useful powerH(E) 0 750 S 51 N/P 393 1 726 2 939 22,6 22H(E) 1 000 H 51 N/P 665 2 192 3 497 23,1 33

Burner with 60 kW of useful powerH(E) 1 000 B 60 N/P 568 2 193 3 628 26,8 28H(E) 1 500 H 60 N/P 897 2 732 4 269 27,3 39H(E) 1 500 B 60 N/P 790 2 517 3 980 27 39H(E) 2000 H 60 N/P 1 306 3 303 4 865 27,5 57H(E) 2000 B 60 N/P 1 138 3 002 4 486 27,2 56H(E) 2500 S 60 N/P 1 466 3 491 5 027 27,4 67H(E) 3000 S 60 N/P 1 859 4 339 5 628 27,6 81




N = natural gas ; P = propane gas ; H = high ; B = low ; S = standard *Note : ΔT = 30°C - storage = 85°C – cold water = 15°C.

HLB

GH

SBG

180.

min

i

øDES

B

EX

180.

min

i

øDES

B

EX

ø226

560

1060

180

140

+20.0

+20.0

murBA

DF

180.mini

500

L

HL

G

C30°

C90°

180.mini

500

R

HR

G

C90°

C30°

210

KITLB32 (Back long) KITR32 / KITR51 KITR60 (Right)

Sealed flue terminal

KITL32 / KITL51 KITL60 (Left)

Burner power 32 kW 51 kW 60 kWL 1 370 1 320 1 320HL 1 250 1 280 1 280R 1 130 1 180 1 180HR 1 250 1 280 1 280HSB 1 500



HLB 2 175ESB 650EX 248

KITSB32 (Back short)

...Interchangeable.air.vent.valve

...30°.elbow.

...90°.elbow

..Deflector

BA

C30°

C90°

DF

STAINLESS STEEL SEALED FLUE SYSTEM

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TECHNICAL CHARACTERISTICS OF THE GAS EQUIPMENT

MODELS AVAILABLE

Capacity (litres)

Reference32 kW(1)

Reference51 kW(1)

Reference60 kW

Reference90 kW

Reference120 kW

Reference140 kW

Cooling constant(Whr/day.K.L)

750 DXH075S32i DXH075S51i 0,058

1 000H(2) DXH100H32i DXH100H51i 0,054

1 000B(2) DXH100B32i DXH100B51i DXH100B60i 0,050

1 500H(2) DXH150H32i DXH150H51i DXH150H60i 0,046

1 500B(2) DXH150B32i DXH150B51i DXH150B60i 0,044

2 000H(2) DXH200H32i DXH200H51i DXH200H60i 0,041

2 000B(2) DXH200B32i DXH200B51i DXH200B60i DXH200B90i DXH200B120i DXH200B140i 0,038

2 500 DXH250S32i DXH250S51i DXH250S60i DXH250S90i DXH250S120i DXH250S140i 0,036

3 000 DXH300S32i DXH300S51i DXH300S60i DXH300S90i DXH300S120i DXH300S140i 0,035

(1)Version can house a stainless steel sealed flue system (optional extra).(2) Note : H = High version ; B = Low version.


Calorific flow rate

(kW)

Useful power (kW)

GAS FLOW RATE

ØGas

supply (DN)

ØFlue


Ø condensates outlet (DN)

Weight (kg)

Ø manhole

(mm)

Burner dimensions

G20 natural

gas (lacq)

20 mbar (m3/h)

G25 natural gas (Groninque)

25 mbar (m3/h)

G31 propane gas 37 mbar (kg/h)

S T U V

TRG 32 N/P 34 32 3.60 4.18 2.64 15 153 10 82 400 215 305 660 300

TRG 51 N/P 54 51 5.71 6.64 4.20 20 153 10 91 400 215 305 660 300

TRG 60 N/P 63 60 6.67 7.75 4.90 20 153 10 96 400 215 305 660 300

TRG 90 N/P 95 90 10.05 11.69 7.38 20 153 10 110 400 215 305 660 300

TRG 120 N/P 135 120 14.07 16.36 10.33 20 200 10 195 500 240 480 860 390

TRG 140 N/P 155 140 15.87 18.45 11.66 20 200 10 195 500 240 480 860 390


Reference Stainless steel sealed flue system

KIT L32KIT R32KIT SB32KIT LB32

For 32 kW burner

KIT L51KIT R51

For 51 kW burner

KIT L60KIT R60

For 60 kW burner

OPTIONS


MES1MES2

Commissioning of burners, from 32 to 90 kWCommissioning of burners, 120 and 140 kW

KA7

Accessories kit- Brass thermometer with dial 0/120°C- DN50 drainage valve- Water shortage pressure switch


• Efficiency> 93% on NCV)• Airtight chamber• CE marking n° 0694

212

SPECIFICATION

Tank• Cylindrical in first class stainless steel.• Upright on a base made of galvanised steel. • Service pressure = 6 bar.• Test pressure = 9 bar.• Inspection and cleaning flange.• Anti-rust external paint.• Threaded nozzles in accordance with the

attached diagram.

Internal finish• Vitrified steel kilned at 850°C• Magnesium protection anode.

Thermal insulation Fixed for a device located in a building:

• Injected polyurethane foam - 50 mm thick• Sheet metal jacket in coated steel.

Gas equipment (efficiency> 90% on NCVI)

• All gas atmospheric burner.• Electric control and safety box.• Gas valve.• Differential pressure switch (controls flue gases

release).• Regulation thermostat (+40 / +80°C).• Safety thermostat (limiter at 90°C).• Moveable evacuation/intake turret with ventilator.

Control panel (single phase 230 V/62 W)

• On/off switch.• Button for controlling the temperature set point.• Push button for resetting the safety thermostat.• Thermometer.• Operation indicator.• Push button with LED (re-setting the burner + fault).

Inspection manhole

Reinforced thermal

insulation

“TCE” range 220 to 400 Litres

Accessories• DN15 safety valve.

Add-ons (choose one of the suggested solutions, see next page):• Coaxial wall outlet: coaxial tube ø 100 mm, L = 1 m

(L max. = 3 m, at least 1 m per 90° elbow).• Coaxial ceiling outlet: 90° elbow + coaxial tube ø 100 mm, H = 1 m (H max. = 2 m with the elbow, at least 1 m per 90° elbow).• Air/flue gases separation: separation box + 2

single tubes ø 80 mm, L = 1 m (L max. = 6 m, at least 1 m per 90° elbow).

Optional extras• Additional boiler fitting elements.

ø100 ø100

150

ø80

B

A

G

F

E

D

C

H H

EC

R

EF

VM

RG

213

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DIMENSIONS

..EC.hot.water.outlet.(1’’1/4)

..EF.Cold.water.inlet..(1’’1/4)

.R.Outlet/loop.return

..Gas.connection..(1/2’’)

..Drainage.(1’’)

EC

EF

R

RG

VM

Model Cap.(litres)

Calorific flow rate

(kW)

Useful power(kW)

Heating time (min) Continuous flow rate * Nominal flow rate of

natural gas (G20/25 – 20/25 mbar)

(m3/h)

Nominal flow rate of GPL (G30/31 28-30/37 mbar)

(Kg/h)

Absorbed electrical

power (W)

ΔT = 25°C

ΔT = 45°C

ΔT = 50°C

ΔT = 25°C ΔT = 25°C ΔT = 45°C(L/h) (L/min) (L/10 min) (L/h) (L/min)

TCE 220 220 25.0 23.2 16 29 33 817 13.6 136 454 7.6 2.65 2.0 67TCE 300 300 29.0 27.0 19 35 39 938 15.6 156 521 8.7 3.07 2.3 67TCE 400 395 29.0 27.0 26 46 51 908 15.1 151 504 8.4 3.07 2.3 67

*Note: Performance data given for a cold water temperature of 15°C, usage temperature of 45°C and storage temperature of 80°C

Model Cap. (litres)

Total height

(A - mm)

Flue gases evacuation(B - mm)

Hot water outlet

(C - mm)

Recycling(D - mm)

Cold water inlet

(E - mm)

Gas connection

(F – mm)

Drainage(G – mm)

Width of the base (H – mm)

Empty weight

(kg)

Total weight

(kg)

TCE 220 220 1 560 1 445 1 285 960 570 475 405 720 220 440TCE 300 300 1 912 1 795 1 640 960 570 475 405 720 265 565TCE 400 395 2 275 2 145 1 985 1 135 570 475 403 720 309 704

MODELS AVAILABLE

FLUE GASES EVACUATION OPTIONS

Coaxial wall outlet Coaxial roof outlet Flue gases/air separation

Reference Description Capacity (litres) Useful power (kW)TCE 220

Hydrogaz® TCE220 23,2

TCE 300 300 27TCE 400 400 27SM

Added value roof or separation outlet

Coaxial wall outletST Coaxial roof outletSFA Flue gases/air separationRV

Coaxial output OPTIONS1 m coaxial extension

CV45 45° coaxial elbowCV90 90° coaxial elbowRS

Flue gases/air separation OPTIONS

1 m single extensionCS45 45° single elbowCS90 90° single elbow

214

TIMEOX® ELECTRICAL LOOP HEATER

3 to 35 kW

ADvAnTAgEs

• Approaching 100% efficiency.• Easy and minimal maintenance.• Clean energy.• Automatic operation.• Heating unit has significant lifespan (pressurised closed circuit

operation or stainless steel unit).• Compact.• Competitively priced

Compact and powerful, LACAZE EnERgIEs' loop heaters are designed for domestic applications (stainless steel body version):•..Directly.maintains.the.

temperature.of.DHW.distribution.loops.

•.Production.of.low-flowdomestic.hot.water.

•.Can.be.used.in.addition.toa.hot.water.pump.or.solar.installation

.

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OPERATIng PRInCIPLE

..Tank

..Thermostat

..Electric.immersion.heater

..Safety.valve

..Isolating.valves

..Non-return.valve

1

2

3

4

5

6

..Sieve.filter

..Cold.water.inlet.(according.to.DTU.[Directorate-General.for.Health].60.1).

..Expansion.system

..Electric.loop.heater

..Loop.heater.thermostat

7

8

9

10

11

..DHW.loop.pump

..DHW.distribution.return

..DHW.distribution.feed


..Automatic.air.vent.valve

..Drainage

12

13

14

15

16

17

1

3

4

5 56

7

8

9

1514

13

16

17

11 12

10

2

115

A

220B

Dégagement.B+1

150

220 200

DN MT

DNMT

216

DIMENSIONS

SPECIFICATION

Main body• Cylindrical with fixing brackets.• 316 L stainless steel (DHW version).• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).

Thermal insulation• Rockwool - 30 mm thick.• Isoxal metal sheet jacket.

Power• Reinforced electrical resistor.• DN40 threaded cap up to 12 kW, M77 beyond that.• Incoloy pins.• Three-phase voltage of 230/400 up to 24 kW,

three-phase 400/400 V beyond that

Regulation• Double safety thermostat 0/90°C.

Optional extras• Electric control box.• Integration of the control and protection of a

circulator.• Accessories (thermometer, flow rate controller,

water shortage sensor, etc.).


• Main body = 2 years (against perforation)• Electrical equipment and accessories = 1 year.

Power (kW) A (mm) B (mm) DN MT

3 à 12 1 375 750 40/49 15/21

15 à 24 1 460 1 020 40/49 15/21

30 à 35 1 760 1 320 40/49 15/21


• 89/336/CE

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MODELS AVAILABLE

Power (kW) Reference

3 RBX3

4,5 RBX4

6 RBX6

9 RBX9

12 RBX12

15 RBX15

20 RBX20

24 RBX24

30 RBX30

35 RBX35

Power (kW) Reference

3 AR3

4,5 AR4

6 AR6

9 AR9

12 AR12

15 AR15

20 AR20

24 AR24

30 AR30

35 AR35

400/230 V-100 VA transformer TRAR

OPTIONS


KA11Accessories kit- Brass thermometer with dial 0/120°C, short rod- Brass degasser

CD Flow rate controller

PM Water shortage pressure switch

Three-phase 400 V control and protection box + Earth + Neutral

218

PRIMEO®

DHW HEATER

750 to

3,000 litres

ADvAnTAgEs

• Approaching 100% efficiency.• Small volume of water in the DHW exchanger.• No storage of consumed water.• High temperature storage in the cylinder (up to 110°C).• Long lifespan (primary water storage).• Low head loss.• Economical: carbon steel tank.• Compact design with reduced heat loss.

- Insulated manhole and bottom.- Flexible high-performance jacket that is 60 mm thick (thermal conductivity = 0.032 W/(m.K).

• Compliant with 2005 thermal regulations.

With PRIMÉO®, a primary storage cylinder for the production of DHW, it is possible to store energy coming from a heat source such as a solar installation, heat pump, classic or biomass boiler or any other primary circuit.

This accumulation of energy enables the instantaneous production of DHW through its circulation in a tubular exchanger.

Cha

uffa

ge

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OPERATIng PRInCIPLE

The cylinder stores the energy produced by an external generator in a significant amount of water. The exchanger, positioned in the top section (which is the hottest), heats the water circulating around the tubes. Thus, it enables the instantaneous production of domestic hot water.

..Cold.water.inlet

..Non-return.valve

..Isolating.valve

..DHW.heater

..Thermostatic.mixing.valve

..Loop.pump

1

2

3

4

5

6

..Primary.water.cylinder

..Primary.circulator

.Primary.thermostat

..Mixing.bottle

..Safety.valve

..Expansion.vessel

7

8

9

10

11

12

..Boiler

..Degasser

..Thermometer

..Drainage

..Cold.water.backup

13

14

15

16

17

1

2

6

5

4

3

7

17

168

11

12

13

14

15

9

10

220

SPECIFICATION

Tank• Vertical carbon steel tank.• 750 to 3,000 litres capacity.• ø 400 mm inspection manhole(1).• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles in accordance with the following diagram.• Anti-rust external paint.• NO internal coating (primary water storage).


M1 fire rated:• High-performance mineral wool - 60 mm thick.• Flexible PVC jacketM0 fire rated:• Rockwool - 50 mm thick.• Isoxal metal sheet jacket.

U-tube heater• Removable U-tube heater, made of 316 L stainless steel (DHW

production), fixed onto the Ø 400 mm inspection manhole.• Primary system = 90/70°C.• Secondary system = 10/55°C.• Δp ≤ 0,25 mWC.• Class B heater, compliant with article 16.9 of the health

regulations.

Options• Accessories kit (thermometer, DN25 safety valve, DN50 drainage

valve, Air vent valve).• 60 mm thick thermal insulation.• Non-standard versions available on request.


• Tank = 2 years.• U-tube heater = 5 years.• Other workstations = 1 year.(1)Note: Compliant with the recommendations of the Directorate-General for Health.

Inspection manhole

Reinforced thermal

insulation


180°

0°

90° 270°

315°

EC VM

TGTO

DADA

C

B

A

øDF

H

G

DADA

DA

EC

DA

TO

PI VM

TG

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MODELS AVAILABLE

..Outlet/loop.return:..•.80/89.=.threaded.nozzles.•.100.and.150.=.Nozzles.for.flat.flanges.PN16

..Degasser.=.50/60.(treated.nozzle)

..Support.feet

..Nozzles.for.thermometer.and.thermostat.=.15/21.(Threaded.sleeves)

..Manhole.with.an.internal.diameter.of.400.mm.(for.fixing.the.U-tube.heater)

..Drainage.=.50/60.(threated.nozzle)

DA

EC

PI

TG

TO

VM

Capacity (litres) A (mm) B (mm) C (mm) D (mm) F (mm) G (mm) H (mm) DA (Ø) Weight (kg)

750 90 460 940 800 1 430 1 160 1 820 80/90 200

1 000 90 460 940 800 1 980 1 540 2 370 80/90 225

1 500 90 530 1 010 1 100 1 500 1 230 1 960 80/90 270

2 000 90 620 1 060 1 300 1 510 1 280 2 060 DN100 425

2 500 90 655 1 220 1 300 1 725 1 460 2 310 DN150 480

3 000 90 655 1 220 1 300 2 025 1 660 2 610 DN150 540

DHW heater: Primary: 90°C (tank water) – Secondary: 10/60°C (heating tubes).

Capacity (litres)


M1 jacket


day.K.L)


MO jacket


M0 jacket

Heater power (kW)

Flow rate (m3/hr)

750 EPR075120M1V 0,080 EPR075120M0V 0,111 120 2,11 000 EPR100120M1V 0,075 EPR100120M0V 0,103 120 2,11 500 EPR150150M1V 0,060 EPR150150M0V 0,083 150 2,62 000 EPR200150M1V 0,052 EPR200150M0V 0,072 150 2,62 000 EPR200250M1V 0,052 EPR200250M0V 0,072 250 4,32 500 EPR250250M1V 0,050 EPR250250M0V 0,069 250 4,33 000 EPR300250M1V 0,048 EPR300250M0V 0,067 250 4,3


KA1


OPTIONS

222

DHW sUBsTATIOns SYSTEM INTEGRATED INTO A MULTI-ENERGY SKIDStandard and specific applicationsAccumulation - Instantaneous and semi-instantaneous production

ADvAnTAgEs

• Small volume of water in the DHW exchanger.• High temperature storage in the cylinder (up to 95°C).• Long lifespan.• Compact design with reduced heat loss. • Low head loss.• Insulated manhole• Flexible jacket that is 60 mm thick (thermal conductivity = 0.032 W/(m.K)).• Compliant with 2005 thermal regulations.• Complete, bespoke, "turn-key" installation.• Optimised global performance (efficiency, size, technologies).• Mobility of the installed equipment.

With a Research and Development Department that pays particular attention to the constraints and issues linked to the specific demands and the environment of each installation, LACAZE EnERgIEs has developed complete systems for hot water production and/or storage which are mounted onto a metal platform known as a sKID and combine its own products and carefully selected components from its partners.These.comprehensive.solutions,.benefitting.from.the.expertise.and.customised.research.provided.by.our.study.office,.perform.to.the.highest.degree.and.under.strict.supervision.to.meet.the.particular.demands.of.specifications.

3

4

4

7 7

11

12

13

8

16

103

9

15

14

5

6

8

2

1

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Exemple 1: The electric boiler raises the temperature of the domestic hot water cylinder by way of a stainless steel U-tube heater. Depending on the energy tariff, the heating takes place during EDF's off-peak hours (accumulation of DHW) or constantly (semi-instantaneous production of DHW) thanks to a controlled regulation system. The entire system is built in the form of a SKID, to be connected on site.

..Electric.boiler.

..Flow.rate.controller.

..Automatic.air.vent.valve.

..Isolating.valve..

..Expansion.vessel.with.manometer.and.backflow.preventer.

1

2

3

4

5

..Circulator.

..Drainage.

..Safety.valve.

..DHW.tank

..DHW.distribution

..Cold.water.inlet

6

7

8

9

10

11

..Protection.filter

..Non-return.valve

..Stainless.steel.U-tube.heater

..Safety.thermostat

..Domestic.hot.water.expansion.system

12

13

14

15

16

224

The system comprises:• One 316 L stainless cylinder with a capacity of 2,000 litres;• 2 x 156 kW plate exchangers in 316 L stainless steel from the PLAKÉO® range;• 2 x 156 kW stainless steel electric heater without internal coating from the ENERGIS® range;• General electrical control box;• Regulation and control devices from the e-LESS® range;• Metallic platform;• Hydraulic and protective equipment/accessories;• Hydraulic connectors and insulation for the pipe work.

The "Block Heating" system mainly consists of:• A 300 L cylinder fitted with 1 to 6 electrical elements insulated with high-performance

polyurethane foam, (λ=0.0205 W/m.K) with the following safety and piping components:- Expansion tank- Safety valve- Automatic air vent valve- Inlet and outlet, drainage, etc.• Electrical control box• Painted frame• Metalwork with insulation panels (for the streamlined version).

Exemple 2: This is a complete electrical system designed for the production of domestic hot water in two lines (a production line and a relief line) capable of delivering a constant supply of 3 m3/hr of DHW. All the installation components assembled onto the SKID are electronically and hydraulically connected, factory tested and ready to be connected up onsite.

Exemple 3: The “Heating Block” substations have been designed and created to the specification of a major Heat Pump manufacturer, a world leader in air-conditioning, heating and refrigeration systems. The system is designed to overcome loss of heat pump power through low ambient temperatures. It is possible to install electrical backup elements to the water outlet whose power serves to offset the heat pump's drop in capacity.The electric elements are controlled by an electronic card and the entire system is protected and controlled by a general electrical control box installed either on the cylinder, on the base or even on the metal frame.The substations are available in two versions and more than 20 models:- Non-streamlined version;- Streamlined version.


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NON-STREAMLINED VERSION

STREAMLINED VERSION

SPECIFICATION


• 89/336/CE

226

227

4

PRIMARY WATER

LACAZE ENERGIES’ ASSETS...................................................... 200|201GLACEO®................................................................................................. 202|205Chilled.water.cylinder.-.200.to.3,000.litres

CALEO®.............................................................................................. 206|209Heating.hot.water.cylinder.-.200.to.3,000.litres

Primary hot water cylinder................................................ 210|217Coil.cylinder.-.300.to.3,000.litres

ENERGIS® electric heater...................................................... 218|22336.to.1.,400.kW

FILTREO® magnetic sludge filter....................................... 224|227With.a.sequential.vortex.-.1.to.220.m3/hr

TIMEO® electric loop heater................................................... 228|2303.to.35.kW

228

You will find below a non-exhaustive presentation of product benefits that characterize the entire offer of LACAZE ENERGIES.

LACAZE ENERGIES’ ASSETS

Maximum operating temperature = 110°C

Maximum service pressure = 7 bar

Inspection manhole(1)

• Compliant with the DGS’ [Directorate-General for Health] recommendations.

• Scalable equipment in accordance with needs (power adjustment, change of energy).• Tank inspection and cleaning possible.(1)Note : ø 250 mm inspection nozzle on 300 litres capacity tank.

CE compliance• 97/23 : Pressurised Equipment Directive.• 73/23 : Low Voltage Directive.• 89/336 : Electromagnetic Compatibility.• EN676 : automatic forced-air gas burner standards.• CE markings :

- Certigaz marking (Hydrogaz®). - E0694 body.

Electric immersion heater with integrated power switch (Power ≤ 20 kW)Three-phase 30 A-400 V safety/regulation control box fitted to the top of the immersion heater with cable-connected components:- Double safety thermostat;- Power contactor.For maximum reliability and durability, and unlike more commonly used technologies, the power cut is not provided directly by the thermostat’s switches.

Outdoor versionThe device can be installed outdoors (weather-proof thermal insulation).

Reinforced thermal insulationRT2005-compliant thermal insulation performance.

Surface thermal resistance (m2.K) / W

Conventional insulation LaCaze energieS insulation

Foam 40 mm 1,43 2,00



Component eligible for use in installations that must meet RT2012 requirements.

VECB

229

4P

RIM

AR

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R

Primary water cylinders

Electric boilersYour electric boilers benefit from a reduced risk of deterioration to immersion heaters.

Electrical control box

Unit capable of holding a large volume of water.Reduced risk of immersion heaters deteriorating.

Non-reverse bottomYour primary water tanks also feature:• Huge useful capacity.• A fully drainable tank;• A working pressure of 7 bar.

Chilled water cylinder• Anti-condensation thermal insulation, with an operating

temperature limited to -8°C.• High-performance thermal insulation: 0.02 W/m/°C (instead of 0.65 W/m2.C for classic insulation).

Ventilated electrical control box (VECB)No risk of the components overheating.

3-stage electrical control (3SEC) for even the lowest powers.

230

GLACEO® CHILLED WATER CYLINDERSTORAGE - WITH ELECTRICAL BACKUP*

200 to 3, 000 Litres

GLACEO® tanks are designed to store or recover energy from primary circuits.

By.using.these.tanks,.it.is.possible.to.have.a.chilled.water.reserve.which.can:•.Handle.peaks.in.demand;•.Limit.the.power.of.the.cold.unit.....installed.•.Reduce.the.operating.frequency.of

the.cold.unit;

GLACEO®.tanks.can.also.be.fitted.with.electric.immersion.heaters.for.use.in.heating.mode.or.to.prevent.freezing.

*optional.

ADVANTAGES

• Anti-condensation insulation in accordance with DTU [Directorate-General for Healthregulations 67.1/45-2.

• Non-CFC emitting high-performance polyurethane foam (0.02 W/m/°C).• Minimum storage temperature of up to -8°C.• M1 fire-rated thermal insulation.• Maximum working pressure = 7 bar• Can be installed in a boiler room (technical premises) or outside a building.• Multi-purpose: chilled water or heating.• Non-standard versions available on request.• Equipment wrapped in plastic film.

1

2 3

4

5

12

3

4

5

1

2 3

4

5

231

4P

RIM

AR

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ATE

R


Storage upstream of the evaporatorThe storage cylinder is positioned in series on the return circuit of chilled water from cooling batteries. The operation of the refrigeration unit is stable.

Storage downstream of the evaporator The storage cylinder is positioned in a series on the cooling coils’ chilled water input. The temperature of the water fed into the coiling coils is stable.

Storage in an intermediary positionThe storage cylinder is an intermediary buffer element, separating the chilled water production circuit from the usage circuit.

..Cold.unit

..Holder

..Compressor

..Air.conditioner

..Chilled.water.cylinder

1

2

3

4

5

..Cold.unit

..Holder

..Compressor

..Air.conditioner

..Chilled.water.cylinder

1

2

3

4

5

..Cold.unit

.Holder

..Compressor

..Air.conditioner

...Chilled.water.cylinder

1

2

3

4

5

232

SPECIFICATION

Tank• 200 to 3,000 litres capacity.• Vertical in 1st quality steel.• Three support feet• ø 400 mm inspection manhole (from 500 litres).• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).


Thermal insulation (T-min = -8°C, installation possible in a boiler room or outdoors), M1 fire rated :

• Non-CFC emitting polyurethane foam, 40 mm thick, projected, rigid, high density (35 kg/m3), B2 - DIN 4102 fire rated.

• Isoxal metal sheet jacket.

Optionselectrical backup• Resistor fixing ring soldered onto the tank.• Electrical elements with Incoloy pins.• Double safety thermostat (-30/+35°C).

Other options• Accessories kit (thermometer -30/+50°C, DN25 safety valve,

degasser, DN50 valve for drainage).• Non-standard dimensions, operating pressure and

installation of nozzles. • Horizontal cylinder.


• Tank = 5 years (against perforation, used in a pressurised closed circuit only).

• Electrical equipment and accessories = 1 year.

Inspection manhole

T-min = -8°C (chilled water)

Non-reverse bottom

Maximum working

pressure = 7 bar

Reinforced thermal

insulation


• 89/336/CE

Outdoorversion

180°

0°TE

PI

EC VM

DN

90° 270°

DN

233

4P

RIM

AR

Y W

ATE

R

Capacity (litres) Ø (mm) a (mm) B (mm) C (mm) D (mm) F (mm) H (mm) eC - VM Dn (Ø) Te200 450 90 355 680 900 1 300 1 650 50/60 50/60 15/21300 550 90 395 595 815 1 160 1 530 50/60 50/60 15/21500 650 90 430 910 1 130 1 420 1 800 50/60 66/76 15/21750 800 90 460 940 1 160 1 450 1 880 50/60 80/90 15/211 000H(1) 800 90 460 940 1 160 2 000 2 420 50/60 80/90 15/211 000B(1) 950 90 495 975 1 195 1 485 1 950 50/60 80/90 15/211 500H(1) 950 90 495 975 1 195 2 030 2 500 50/60 80/90 15/211 500B(1) 1 100 90 530 1 010 1 230 1 520 2 000 50/60 80/90 15/212 000H(1) 1 100 90 570 1 010 1 230 2 010 2 540 50/60 DN100 15/212 000B(1) 1 300 90 620 1 060 1 280 1 530 2 100 50/60 DN100 15/212 500 1 300 90 655 1 220 1 440 1 745 2 350 50/60 DN150 15/213 000 1 300 90 655 1 220 1 440 2 025 2 650 50/60 DN150 15/21


DIMENSIONS

MODELS AVAILABLE ELECTRICAL BACKUP OPTION

..Loop.outlet.and.return.:..-.50/60,.66/76.and.80/89.=.threaded.nozzles.-.100.and.150.=.Nozzles.for.plate.flanges.PN16

..Degasser.and.drainage.=.50/60.(Threaded.nozzles).

.Support.feet

.Nozzles.for.thermometer.and.thermostat.=.15/21.(Threaded.sleeves)

DN

EC-VM

PI

TE

Capacity (litres)

reference with a

40 mm-M1 foam

WiTHOUT ManHOLe

reference with a

40 mm-M1 foamWiTH

ManHOLe

Cooling constant

(Wh/day.K.L)

200 EG020M1E - 0,139300 EG030M1E - 0,116500 EG050M1E EG050M1EV 0,097750 EG075M1E EG075M1EV 0,0791 000H(1) EG100M1HE EG100M1HEV 0,0771 000B(1) EG100M1BE EG100M1BEV 0,0681 500H(1) EG150M1HE EG150M1HEV 0,0651 500B(1) EG150M1BE EG150M1BEV 0,062 000H(1) EG200M1HE EG200M1HEV 0,0572 000B(1) EG200M1BE EG200M1BEV 0,0522 500 EG250M1E EG250M1EV 0,0513 000 EG300M1E EG300M1EV 0,049


electricalbackup option (kW)

Minimum Ø of tank (mm)

reference

3 550 AEG34,5 550 AEG46 550 AEG69 650 AEG912 800 AEG1215 650 AEG1520 950 AEG2024 1 100 AEG2430 1 300 AEG3035 1 300 AEG35

reference Description

KA10

Accessories kit- Stainless steel thermometer with dial -30/+50°C- DN25 safety valve calibrated at 7-bar - DN50 valve for drainage

OPTIONS

DN

ø

B

CD

F

H

A

DN

EC

DN

DN

TE

TE

PI VM

234

CALEO® HOT WATER FOR HEATING CYLINDER*

200 to

3, 000 Litres

ADVANTAGES

• Flexible jacket with a thickness of 60 mm (λ.= 0.032 W/m/K).• Compliant with RT 2005 thermal regulations.• Thermally insulated rounded bottom (flexible jacket).• Jackets fire rated by the CSTB [Scientific and Technical Centre for Building] or the LNE

[National Laboratory of Metrology and Testing].• Maximum working pressure = 7 bar• Option of electrical or other type of backup.• Non-standard versions available on request.• Equipment wrapped in plastic film.

CALEO® tanks are designed to store or recover energy from primary circuits.By.using.these.tanks,.it.is.possible.to.have.a.hot.water.reserve.which.can:

•.Handle.peaks.in.demand;

•.Limit.the.power.of.the.heat.generator;

•.Reduce.the.operating.frequency.of.the.aforementioned;

•.Optimise.control.

CALEO®.tanks.can.also.be.fitted.with.electric.immersion.heaters.(or.other.heating.equipment).to.heat.the.water.directly.or.to.prevent.the.installation.from.freezing.

*optional.

1

11

2

34 5

8

6

7

910

235

4P

RIM

AR

Y W

ATE

R


CALEO® without manhole

CALEO® with manhole

..CALEO®.tank

..DHW.tank

..Drainage

..Cold.water.refill

.Cold.water.inlet

1

2

3

4

5

..Heating.outlet

..Heating.return

..PLAKEO®.exchanger

..Domestic.hot.water.loop.return

6

77

8

9

..Distribution

..Valve

..Pressure.switch

..Flow.rate.control

101111

12

13

..CALEO®.tank

..DHW.tank

..Drainage

1

2

3

..Cold.water.refill

..Cold.water.inlet

..Heating.outlet

4

55

6

..Heating.return

..PLAKEO®.exchanger

..Domestic.hot.water.loop.return

7

8

9

..Distribution

..Heating.element1011

1 2

3

3

45

7

6

8

910

11

13 12

236

SPECIFICATION

Tank• 200 to 3,000 litres capacity.• Vertical in 1st quality steel.• Three support feet• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).


Removable thermal insulation M1 fire rated :• High-performance mineral wool - 60 mm thick

(even on the lower dished end up to 3,000 L).• Flexible PVC jacketM0 fire rated :• Rockwool - 50 mm thick.• Isoxal metal sheet jacket.

Optionselectrical backup• Resistor fixing ring soldered onto the tank.• Electrical elements with Incoloy pins.• Double safety thermostat (-30/+35°C).

Other options• Accessories kit (thermometer -30/+50°C, DN25 safety valve,

degasser, DN50 valve for drainage).• Non-standard dimensions, operating pressure and

installation of nozzles. • Horizontal cylinder.


• Tank = 5 years (against perforation, used in a pressurised closed circuit only).

• Electrical equipment and accessories = 1 year.

Inspection manhole

Reinforced thermal

insulation


• 89/336/CE

Maximum operating

temperature = 110°C

Non-reverse bottom

Maximum working

pressure = 7 bar

180°

0°TE

PI

EC VM

DN

90° 270°

DN

ø

B

CD

F

H

A

DN

EC

DN

DN

DN

TE

TE

PI VM

237

4P

RIM

AR

Y W

ATE

R

TITRE

ELECTRICAL BACKUP OPTION OPTIONS

Capacity (litres)



Cooling constant

(Wh/day.K.L)With manhole Without

manhole

Cooling constant

(Wh/day.K.L)200 - EC020M1 0,152 - EC020M0 0,209300 - EC030M1 0,125 - EC030M0 0,173500 EC050M1V EC050M1 0,098 EC050M0V EC050M0 0,136750 EC075M1V EC075M1 0,080 EC075M0V EC075M0 0,1111 000H(1) EC100M1HV EC100M1H 0,075 EC100M0HV EC100M0H 0,1031 000B(1) EC100M1BV EC100M1B 0,068 EC100M0BV EC100M0B 0,0941 500H(1) EC150M1HV EC150M1H 0,063 EC150M0HV EC150M0H 0,0881 500B(1) EC150M1BV EC150M1B 0,060 EC150M0BV EC150M0B 0,0832 000H(1) EC200M1HV EC200M1H 0,055 EC200M0HV EC200M0H 0,0772 000B(1) EC200M1BV EC200M1B 0,052 EC200M0BV EC200M0B 0,0722 500 EC250M1V EC250M1 0,050 EC250M0V EC250M0 0,0693 000 EC300M1V EC300M1 0,048 EC300M0V EC300M0 0,067


referenceelectricalbackup

option (kW)

Minimum Ø of tank (mm)

AE3 3 550AE4 4,5 550AE6 6 550AE9 9 650AE12 12 800AE15 15 650AE20 20 950AE24 24 1 100AE30 30 1 300AE35 35 1 300


KA1

Accessories kit- DN25 safety valve calibrated at

7-bar- Brass stainless steel

thermometer with dial 0/120°C- DN50 drainage valve- Air vent

MODELS AVAILABLE

DIMENSIONS

..Loop.outlet.and.return.:..•..50/60,.66/76.and.80/89.=.threaded.nozzles.

.•..100.et.150.=.Nozzles.for.plate.flanges.PN16

..Degasser.and.drainage.=.50/60.(Threaded.nozzles).

...Support.feet

..Nozzles.for.thermometer.and.thermostat.=.15/21.(Threaded.sleeves)

DN

EC-VM

PI

TE

Capacity (litres) Ø (mm) a (mm) B (mm) C (mm) D (mm) F (mm) H (mm) eC - VM Dn (Ø) Te200 450 90 355 680 900 1300 1 650 50/60 50/60 15/21300 550 90 395 595 815 1160 1 530 50/60 50/60 15/21500 650 90 430 910 1 130 1 420 1 800 50/60 66/76 15/21750 800 90 460 940 1 160 1 450 1 880 50/60 80/90 15/211 000H(1) 800 90 460 940 1 160 2 000 2 420 50/60 80/90 15/211 000B(1) 950 90 495 975 1 195 1 485 1 950 50/60 80/90 15/211 500H(1) 950 90 495 975 1 195 2 030 2 500 50/60 80/90 15/211 500B(1) 1 100 90 530 1 010 1 230 1 520 2 000 50/60 80/90 15/212 000H(1) 1 100 90 570 1 010 1 230 2 010 2 540 50/60 DN100 15/212 000B(1) 1 300 90 620 1 060 1 280 1 530 2 100 50/60 DN100 15/212 500 1 300 90 655 1 220 1 440 1 745 2 350 50/60 DN150 15/213 000 1 300 90 655 1 220 1 440 2 045 2 650 50/60 DN150 15/21


238

HOT WATER FOR HEATING CYLINDERCOILS

300 to 3,000 Litres

ADVANTAGES

• Multi-purpose :- Heating possible from multiple heat

generators.- Simultaneous feeding of multiple consumer circuits.

• Accelerated heating: coil(s) with large exchange surface area.

• Significant water storage capacity, thus reducing the number of generator operating cycles.

• Water can be stored at a constant temperature of up to 110°C.

• Particularly suited for use with energy recovery (solar, heat pump) systems with or without a backup (solid or gaseous fuel boilers).

• Reduced greenhouse gas emissions• Quick and easy to install : equipment

delivered to site with pre-assembled insulation and heating systems (can be removed quickly if required).

• Non-standard version available on request (cylinder with a single heater in the top section upon request).

Specifically designed to meet hot water for heating production and storage needs in service sector and industrial environments, the 300 to 3,000 litres coil cylinder for the production of primary hot water is particularly suited for use in installations using renewable energies. The.presence.of.one.or.two.high-powered.coils.makes.it.possible.to.heat.the.device.from.one.or.more.energy.sources.(heat.pump,.cold.unit,.residual.heat,.etc.).without.contact.between.the.different.coolants..If.required,.an.electric.immersion.heater.and/or.boiler.can.be.used.to.provide.additional.energy.

For.use.in.a.pressurised.closed.circuit,.these.devices.are.made.of.carbon.steel.

Con

dens

er

Res

idua

l hea

t

Evap

orat

or

Regulation

Y

1 2

3 4 5

6

7

8

Con

dens

er

Evap

orat

or

Regulation

Residualheat

1 2

3

4 5

6

7

8

239

4P

RIM

AR

Y W

ATE

R


With one lower coilHeat pump or residual heat + backup via a boiler (direct looping on the cylinder)

With two coilsLower for residual heat + upper for high temperature heat pump

..Classic.heat.pump

..Compressor

..Holder

1

2

3

..Recovery

..Drainage

..Cold.water.inlet

4

5

76


..Heating.network.

7

8

..Classic.heat.pump

..Compressor

..Holder

1

2

3

..Recovery

..Drainage

..Cold.water.inlet

4

5

76


..Heating.network.

7

8

240

DESCRIPTIF



Removable thermal insulation (including the bottom of the tank)M1 fire rated :• High-performance mineral wool - 100 mm thick

(= 0.032 W/m/K).• Flexible PVC jacketM0 fire rated :• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Coil exchanger made of carbon steel.


- Electrical elements with Incoloy pins. - DN40 Threaded cap up to 12 kW, M77 beyond that. - Three-phase voltage of 230/400 up to 24 kW, three-phase 400/400 V beyond that. - Immersion heater fixing : on the tank. - Temperature regulation :

- Electrical power ≤ 20 kW: Three-phase control/safety box 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cable switch).

- Electrical power ≤ 20 kW: Double unipolar safety thermostat.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer, thermometers,

non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors. • Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, Air vent).• Non-standard versions available on request.


• Tank and coil = 2 years.• Other workstations = 1 year.

Reinforced thermal

insulation


SINGLE COIL 300 TO 3 ,000 LITRES

Maximum operating


Maximum working

pressure = 7 bar

241

4P

RIM

AR

Y W

ATE

R

DIMENSIONS


..High.temperature.hot.water.outlet.(DN50)

..Cold.water.inlet

...Support.feet

...Nozzles.for.coil

..Loop.return

..Nozzle.for.thermometer

...DN125.handhole


..DN50.drainage

ECB

ECH

EF

PI

PS

RB

TM

TP

TT

VD

øD

B

C

G

J

L

N

H

E

F

A

PS

PS

RB

ECH

ECB

TT

EF

TT

TT

TP

PI VD

270°

90°

ECH VD

TM

RBPS

ECB TTEF

TP

180° 0°

Capacity (litres)

a (mm)

B (mm)

C (mm)

Ø D (mm)

e (mm)

F (mm)

g (mm)

H (mm)

J (mm)

L (mm)

n (mm)

TM - TT (g int. thread)

VD - eCH eCB

eF-rB (g ext. thread)

PS (g ext. thread)

Weight (kg)

300 90 375 545 550 645 775 795 1 535 1 000 1 190 1 190 DN15 DN50 DN25 115

500 90 390 560 650 660 930 960 1 820 1 160 1 305 1 455 DN15 DN50 DN25 165

750 90 420 590 800 690 960 1 000 1 880 1 200 1 345 1 485 DN15 DN50 DN25 230

1 000 90 440 610 800 690 1 115 1 155 2 430 1 355 1 865 2 035 DN15 DN50 DN25 280

1 500 90 510 700 1 100 760 950 990 2 020 1 235 1 555 1 555 DN15 DN65 DN40 330

2 000 90 560 760 1 300 810 1 040 1 080 2 110 1 335 1 605 1 605 DN15 DN65 DN40 430

2 500 90 560 760 1 300 810 1 100 1 140 2 360 1 395 1 680 1 855 DN15 DN65 DN40 460

3 000 90 560 760 1 300 810 1 160 1 200 2 660 1 455 1 985 2 165 DN15 DN65 DN40 490

note TM is positioned at 90° on the following versions :• 300 L• 1,500 L• 2,000 L

242

MODELS AVAILABLE


(Whr/day.K.L)

300 EPC030033M11 0.077 EPC030033M01 0.091

500 EPC050045M11 0.060 EPC050045M01 0.072

750 EPC075063M11 0.049 EPC075063M01 0.058

1 000 EPC100074M11 0.046 EPC100074M01 0.054

1 500 EPC150088M11 0.037 EPC150088M01 0.044

2 000 EPC200107M11 0.032 EPC200107M01 0.038

2 500 EPC250145M11 0.031 EPC250145M01 0.036

3 000 EPC300145M11 0.030 EPC300145M01 0.035


MSP25MSP32

Solar module up to 30 m² of SUN300 solar cells Solar module up to 80 m² of SUN300 solar cells


KA1

Accessories kit- DN25 safety valve calibrated at 7-bar- Brass stainless steel thermometer with dial 0/120°C- DN50 drainage valve- Air vent

reference immersion heater power (kW) Minimum Ø of tank (mm)

RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


OPTIONS



Model Dn

Power (kW): 55/45 – 10/40°C (Classic heat pump)

Power (kW): 55/35 – 10/30°C (residual heat)

Power (kW): 90/70 °C – 10/ 55 °C

Flow rate

(m3/h)

Power (kW)

Δp (mbar)

Flow rate

(m3/h)

Power (kW)

Δp (mbar)

Flow rate

(m3/h)

Power (kW)

Δp (mbar)

300 550 25 1,1 0.7 8 15 0.4 9 10 1.7 38 55

500 650 25 1,8 1.2 14 60 0.7 17 35 2.8 65 200

750 800 25 2,3 1.7 20 90 1.1 25 45 4.1 95 440

1 000 800 25 2,8 2.3 26 200 1.5 35 95 5.2 120 900

1 500 1 100 40 3,4 2.1 24 50 1.3 29 30 4.8 110 120

2 000 1 300 40 4,1 2.6 30 55 1.6 37 30 6.5 150 170

2 500 1 300 40 4,6 3.0 34 60 1.9 43 30 7.4 170 200

3 000 1 300 40 5,1 3.5 40 70 2.2 50 35 8.0 185 250

Note : 100 mbar = 1 mCE

Dia

met

er

(mm

)

Sur

face

are

a (m

²)

243

4P

RIM

AR

Y W

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R

SPECIFICATION



Removable thermal insulation (including the bottom of the tank)M1 fire rated :• High-performance mineral wool - 100 mm thick (= 0.032 W/m/K).• Flexible PVC jacketM0 fire rated :• Rockwool - 100 mm thick (40 kg/m3).• Isoxal metal sheet jacket.

Coil exchangers made of carbon steel.


- Electrical elements with Incoloy pins. - DN40 Threaded cap up to 12 kW, M77 beyond that. - Three-phase voltage of 230/400 up to 24 kW, three-phase 400/400 V beyond that. - Immersion heater fixing: on the tank. - Temperature regulation :

- Electrical power ≤ 20 kW: Three-phase control/safety box 30 A, 400 V, fitted to the top of the immersion heater (double safety thermostat + cable switch).

- Electrical power ≤ 20 kW: Double unipolar safety thermostat.• Solar module with maximum WP of 6 bar (circulator, safety valve, manometer,

thermometers, non-return valve, flow rate meter, degasser, valves, thermal insulation).• Differential solar regulator + 6 sensors. • Accessories kit (thermometer, DN25 safety valve, DN50 drainage valve, Air vent).• Non-standard versions available on request.


• Tank and coils = 2 years.• Other workstations = 1 year.

Reinforced thermal

insulation


Maximum operating


Maximum working

pressure = 7 bar

DUAL COIL 500 TO 3 ,000 LITRES

270°

90°

ECH VD

RBPS

ECB TM TTEF

TP

180° 0°

244

TITRE DIMENSIONS

Capacity (litres)

a (mm)

B (mm)

C (mm)

Ø D (mm)

e (mm)

F (mm)

g (mm)

H (mm)

J (mm)

K (mm)

L (mm)

M (mm)

n (mm)

TM - TT (g int. thread)

eCBeF-rB (g ext. thread)

PS (g ext. thread)

Weight(kg)

500 90 390 560 650 660 930 960 1 820 1 160 1 125 1 305 1 440 1 455 DN15 DN50 DN25 165750 90 420 590 800 690 960 1 000 1 880 1 200 1 110 1 345 1 470 1 485 DN15 DN50 DN25 2301 000 90 440 610 800 690 1 115 1 155 2 430 1 355 1 595 1 865 2 000 2 035 DN15 DN50 DN25 2801 500 90 510 700 1100 760 950 990 2 020 1 235 1 245 1 555 1 520 1 555 DN15 DN65 DN40 3302 000 90 560 760 1300 810 1 040 1 080 2 110 1 335 1 270 1 605 1 570 1 605 DN15 DN65 DN40 4302 500 90 560 760 1300 810 1 100 1 140 2 360 1 395 1 460 1 680 1 820 1 855 DN15 DN65 DN40 4603 000 90 560 760 1300 810 1 160 1 200 2 660 1 455 1 700 1 985 2 120 2 155 DN15 DN65 DN40 490

Technical specification of upper coil

SPECIFICATION


Model Diameter (mm) Dn Surface area (m²)

Power (kW): 90/70 °C – 10/ 55 °C

Flow rate (m3/h) Power (kW) Δp (mbar)500 650 25 1.0 1.4 33 45750 800 25 1,5 2.4 55 1101 000 800 25 1,7 2.8 65 1701 500 1 100 40 2,1 2.6 60 402 000 1 300 40 2,6 3.5 80 502 500 1 300 40 3,1 4.4 100 603 000 1 300 40 3,6 5.4 125 70


.High.temperature.hot....

.water.outlet.(DN50)


..Cold.water.inlet

...Support.feet

...Nozzles.for.coil

...Loop.return


ECH

ECB

EF

PI

PS

RB

TM

...DN125.handhole


...DN50.drainage

TP

TT

VD

Note TM is positioned at 90° on the following versions :• 1,500 L B• 2,000 L B

øD

B

C

G

J

L

H

E

F

K

M

A

PS

PS

PS

PS

RB

ECH

ECB

TT

EF

TT

TM

TP

PI VD

N

Model Diameter (mm) Dn

Surface area (m2)

Power (kW) : 55/45 – 10/40°C (Classic heat pump)


Power (kW) : 90/70 °C – 10/ 55 °C

Flow rate

(m3/h)

Power (kW)

Δp (mbar)

Flow rate

(m3/h)

Power (kW)

Δp (mbar)

Flow rate

(m3/h)

Power (kW)

Δp (mbar)

300 550 25 1,1 0.7 8 15 0.4 9 10 1.7 38 55500 650 25 1,8 1.2 14 60 0.7 17 35 2.8 65 200750 800 25 2,3 1.7 20 90 1.1 25 45 4.1 95 4401 000 800 25 2,8 2.3 26 200 1.5 35 95 5.2 120 9001 500 1 100 40 3,4 2.1 24 50 1.3 29 30 4.8 110 1202 000 1 300 40 4,1 2.6 30 55 1.6 37 30 6.5 150 1702 500 1 300 40 4,6 3.0 34 60 1.9 43 30 7.4 170 2003 000 1 300 40 5,1 3.5 40 70 2.2 50 35 8.0 185 250


245

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Technical specification of combined upper and lower coils (connected in a series)


Surface area (m2)

Power (kW): 55/45 – 10/40°C (Classic heat pump)




500 650 25 2,8 3.3 38 480 1.4 32 105750 800 25 3,8 4.9 56 1 060 2.1 49 2301 000 800 25 4,5 5.9 68 1 800 2.8 64 4401 500 1 100 40 5,5 5.8 67 185 2.4 56 502 000 1 300 40 6,7 7.4 85 270 3.1 71 702 500 1 300 40 7,7 8.7 100 410 3.7 85 1053 000 1 300 40 8,7 10.1 116 600 4.4 100 150



Surface area (m2)

Power (kW): 90/65 – 10/55°C Power (kW): 90/70 °C – 10/ 55 °C



500 650 25 2,8 3.5 100 440 5 115 790750 800 25 3,8 5.2 150 1 100 7.2 165 2 1001 000 800 25 4,5 6.3 180 2 000 8.7 200 3 6001 500 1 100 40 5,5 6.3 180 250 8.7 200 3602 000 1 300 40 6,7 7.8 225 350 11.1 255 5902 500 1 300 40 7,7 9 260 450 13 300 8303 000 1 300 40 8,7 10.6 305 670 14.8 340 1 190


MODELS AVAILABLE


(Whr/day.K.L)500 EPP050045027M11 0.060 EPP050045027M01 0.072750 EPP075063044M11 0.049 EPP075063044M01 0.0581 000 EPP100074044M11 0.046 EPP100074044M01 0.0541 500 EPP150088055M11 0.037 EPP150088055M01 0.0442 000 EPP200107084M11 0.032 EPP200107084M01 0.0382 500 EPP250145084M11 0.031 EPP250145084M01 0.0363 000 EPP300145084M11 0.030 EPP300145084M01 0.035


MSP25MSP32

Solar module up to 30 m² of SUN300 solar cells Solar module up to 80 m² of SUN300 solar cells


KA1

Accessories kit- DN25 safety valve calibrated at 7-bar- Brass stainless steel thermometer with dial 0/120°C- DN50 drainage valve- Air vent

reference immersion heater power (kW) Minimum Ø of tank (mm)

RBI3 3 550

RBI4 4,5 550

RBI6 6 550

RBI9 9 650

RBI12 12 800


OPTIONS


246

ENERGIS® ELECTRIC BOILER - HOT WATER FOR HEATING

36 to 1,400 kW

ADVANTAGES

• Approaching 100% efficiency thanks to high-performance insulation.

• Easy and minimal maintenance.• Clean energy.• Automatic, secure and optimised operation

with integrated automation for multi-level operation.

• Heating unit has significant lifespan(pressurised closed circuit operation).

• Significant storage volume.

• Compact.• Quick and easy to set up (boilers supplied

pre-set and fully operational).• Competitively priced.• Up to 10-bar working pressure and

up to 110°C service temperature for the “MEGA-INDUS” industrial electric boiler (on request).

Easy to use, reliable and efficient, LACAZE ENERGIES’ electrical hot water boilers are used in many different sectors.In.direct.operation.for.heating.applications:•.Electric.or.dual-energy.heating.of

premises.(radiators,.air.heaters,.etc.).•.Heating.of.hydro-accumulators.•.Summer.backup.for.the.MW.heating

system.in.large.complexes.(e.g..factories,.high-rise.office.buildings,.etc.).

Through.an.exchanger:•.Heating.or.maintaining.the.temperature

of.various.fluids.•.Production.of.domestic.hot.water.•.Heating.baths,.etc..for.manufacturing.•.Heating.swimming.pool.water.

Comm

ande

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Direct heating without regulating valve.

..Electric.boiler

.Flow.rate.controller

..Automatic.drain.valve

.Isolating.valves

..Heating.element

1

2

3

4

5

Production of domestic hot water

Production of domestic and heating hot water with a 3-way valve

..Electric.boiler

..Flow.rate.controller


..Isolating.valves

..Expansion.system.with.filling.gauge.and.backflow.preventer

..Circulator

..Drainage

..Safety.valve

..DHW.storage.cylinder

12

3

4

5

6

7

8

9

..Electric.boiler



..Isolating.valves


1

2

3

4

5

..Heating.circulator

..Drainage

..Safety.valve

..Sieve.filter

..3-way.valve

..DHW.heat.exchanger.primary.pump

6

7

8

9

10

11

..Plate.exchanger

..Drainage.valve

..DHW.heat.exchanger.box

..Regulation.sensor

..Safety.thermostat

..DHW.distribution

12

13

14

15

16

17

..Cold.water.inlet

..Non-return.valve

..DHW.heat.exchanger.charge.pump

..Manometer

..Heating.element

..DHW.expansion.system

18

19

20

21

22

23

The direct boiler produces the energy required to meet heating demands. The electronic regulator controls the power stages depending on the water temperature and potentially the external temperature.

The boiler raises the temperature of the domestic hot water cylinder by way of a U-tube heater. In accordance with the selected tariff, heating takes place during EDF’s off-peak hours (DHW accumulation) or continuously (semi-instantaneous DHW production).

The electric boiler maintains the temperature of the primary loop thanks to the electronic regulator which automatically calculates the number of stages to implement. A 3-way valve regulates the temperature of the heating circuit. The temperature of the domestic hot water production cylinder is raised by the DHW heat plate exchanger which has its own regulation system.


..Circulator

..Drainage

..Safety.valve

6

7

8

9

.DHW.distribution

.Cold.water.inlet

.Sieve.filter

.Non-return.valve

.U-tube.heater

.DHW.thermostat

.DHW.expansion.system

1011

12

13

14

15

16

1

2

3

310

16

11

1312

4

4

5

14

15

6

9

88

1

2

3

4

4

5

69

87

77

1

2

3 3

3

3

10

10

16

17

11

13

13

12

4

4

4

4

421 8

20

19

9

18

22

23

5

14

15

6

6

9

8

8

7

7

AEV

248

SPECIFICATION


• 89/336/CE

Main body• Vertical cylinder from 36 to 288 kW.• Horizontal cylinder from 315 to 1,400 kW.• First-rate steel on a frame.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Anti-rust paint.• Nozzles (in accordance with the following diagram).

Thermal insulation• Rockwool.• Sheet metal jacket in coated steel.

Power• Reinforced electrical resistors.• Incoloy pins.• Unit power :

- 12 kW from 36 to 288 kW.- 35 kW from 315 to 1,400 kW.

Electrical component (three-phase 400 V)Fully connected and integrated into the boiler’s metalwork and comprising :• General switch.• Fuse box for immersion heater.• Fuse protection for resistors.• Electronic regulation :

- 3 stages from 36 to 288 kW.- 6 stages from 315 to 1,400 kW.

• Forced ventilation.• Workstations for remote control.• Operation indicator.

Accessories• Thermometer.• Safety thermostats.

Optional extras• Accessories kit (1 safety valve on

vertical boilers, 2 safety valves on horizontal boilers, flow-rate controller, drainage valve).

• Water shortage pressure regulator.• Wired three-phase electrical component of 230 V or 400 V.• Remote data reporting.• Integration of the control and protection of motorised valves and circulators.

Warranties• Main body = 2 years (against perforation).• Electrical equipment and accessories = 1 year (if used in a pressurised closed circuit).

Maximum operating


Unit capable of holding a large

volume of water

Ventilated electrical

control box (VECB)

3-stage electrical

control (3SEC)

Maximum working

pressure = 7 bar

250

Clearance.zone.

450

320

640

1100

900R600

300

130015

10

2046

2D

E

A1

C

B

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TITRE DIMENSIONS

36 to 72 kW

Power (kW) Cooling constant

< = 216 ~1,51 W-hr/(day.K.L)

> = 252 ~1,42 W-hr/(day.K.L)

96 to 288 kW

380 32

0300

640

380

750

750

H1

***

210

L1

L

1050

H

100

150

E

A1

2C

B

Power (kW) number of electric immersion heaters Volume (litres) Minimum flow rate

(m³/h) Weight (kg)

36 3 115 0.8 17048 4 115 1.0 17260 5 115 1.3 17572 6 115 1.6 17796 8 115 2.0 182120 10 115 2.6 187144 12 115 3.1 192156 13 115 3.4 195168 14 115 3.6 197180 15 115 3.9 200216 18 115 4.6 210252 21 155 5.4 240288 24 155 6.2 250

Power (kW) L1 (mm) H (mm) H1 (mm) 1 Dn 2 Dn

96 à 144 1 050 1 700 250 65 65

156 à 288 1 050 1 900 250 80 80

..DN25.sleeve.for.fitting.a.flow.rate.controller.(optional.extra)

..DN25.sleeve.for.fitting.a.pressure.switch.(optional.extra)

..DN25.safety.valve.(optional.extra)

..DN20.valve.for.drainage.(optional.extra)

..Integrated.control.box

..Threaded.loop.outlet.(DN50)

..Threaded.loop.return.(DN50)

***allow.clearance.of.900.mm

A

B

C

D

E

1

2

5

3

94

6

8

5

3

9

3

7

1

2

3

9

5

1

2

B

C A

F

D

E

G

H H

H1

250

315 to 1,400 kW

..PN16.loop.outlet

..PN16.loop.return

..DN32.valve

..DN20.drainage


..Integrated.control.box

1

2

3

4

5

6

..Electric.inlet

..Remote.control.input

..Ventilation

..Immersion.heaters.discharge.

7

8

9

H1

Power (kW)

number of electric immersion

heaters

Volume (litres)

Minimumflow rate

(m³/h)

Weight (kg)

a (mm)

B (mm)

C (mm)

D (mm)

e (mm)

F (mm)

g (mm)

i / ii (Dn)

315 9 550 7 684 2 375 860 800 1 710 300 680 122 100350 10 550 7 716 2 375 860 800 1 710 300 680 122 100385 11 550 8 748 2 375 860 800 1 710 300 680 122 100420 12 550 9 780 2 375 860 800 1 710 300 680 122 100455 13 550 10 812 2 375 860 800 1 710 300 680 122 100490 14 550 10 844 2 375 860 800 1 710 300 680 122 100525 15 550 11 876 2 375 860 800 1 710 300 680 122 100560 16 550 12 908 2 375 860 800 1 710 300 680 122 100595 17 850 13 940 2 375 1 060 1 000 1 930 305 870 124 125630 18 850 14 972 2 375 1 060 1 000 1 930 305 870 124 125665 19 850 14 1 004 2 375 1 060 1 000 1 930 305 870 124 125700 20 850 15 1 036 2 375 1 060 1 000 1 930 305 870 124 125735 21 850 16 1 068 2 375 1 060 1 000 1 930 305 870 124 125770 22 850 17 1 100 2 375 1 060 1 000 1 930 305 870 124 125805 23 850 17 1 132 2 375 1 060 1 000 1 930 305 870 124 125840 24 850 18 1 164 2 375 1 060 1 000 1 930 305 870 124 125875 25 850 19 1 196 2 375 1 060 1 000 1 930 305 870 124 125910 26 850 20 1 228 2 375 1 060 1 000 1 930 305 870 124 125945 27 850 20 1 260 2 375 1 060 1 000 1 930 305 870 124 125980 28 850 21 1 292 2 375 1 060 1 000 1 930 305 870 124 1251 015 29 1 300 22 1 324 2 425 1 260 1 200 2 010 270 1 055 124 1501 050 30 1 300 23 1 356 2 425 1 260 1 200 2 010 270 1 055 124 1501 085 31 1 300 23 1 388 2 425 1 260 1 200 2 010 270 1 055 124 1501 120 32 1 300 24 1 420 2 425 1 260 1 200 2 010 270 1 055 124 1501 155 33 1 300 25 1 452 2 425 1 260 1 200 2 010 270 1 055 124 1501 190 34 1 300 26 1 484 2 425 1 260 1 200 2 010 270 1 055 124 1501 225 35 1 300 26 1 516 2 425 1 260 1 200 2 010 270 1 055 124 1501 260 36 1 300 27 1 548 2 425 1 260 1 200 2 010 270 1 055 124 1501 295 37 1 300 28 1 580 2 425 1 260 1 200 2 010 270 1 055 124 1501 330 38 1 300 29 1 612 2 425 1 260 1 200 2 010 270 1 055 124 1501 365 39 1 300 30 1 644 2 425 1 260 1 200 2 010 270 1 055 124 1501 400 40 1 300 30 1 676 2 425 1 260 1 200 2 010 270 1 055 124 150

Other powers available on request

Power (kW) Cooling constant

315 to 560 ~0,212 W-hr/(day.K.L)

595 to 980 ~0,170 W-hr/(day.K.L)

1 015 to 1 400 ~0,143W-hr/(day.K.L)

H = 500 mm minimum H1 = 1500 mm minimum

0 6

100

150

200

250

300

50

012

Flow rate in m3/h

Hea

d lo

ss in

mm

WC

(mili

mite

rs W

ater

Col

umn)

18 24 30

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MODELS AVAILABLE

Power box (kW) reference

36 CEEC0036V48 CEEC0048V60 CEEC0060V72 CEEC0072V96 CEEC0096V120 CEEC0120V144 CEEC0144V156 CEEC0156V168 CEEC0168V180 CEEC0180V216 CEEC0216V252 CEEC0252V288 CEEC0288V315 CEEC0315H350 CEEC0350H


KA3

Accessories kit for vertical boiler- Flow rate controller- DN25 safety valve calibrated at 7-bar- DN20 valve for drainage

KA4

Accessories kit for horizontal boiler- Flow rate controller- Two DN25 safety valves calibrated at 7-bar- DN20 valve for drainage

CPS Single pump control

CPD Double pump control

OPTIONS


385 CEEC0385H420 CEEC0420H455 CEEC0455H490 CEEC0490H525 CEEC0525H560 CEEC0560H595 CEEC0595H630 CEEC0630H665 CEEC0665H700 CEEC0700H735 CEEC0735H770 CEEC0770H805 CEEC0805H840 CEEC0840H875 CEEC0875H


910 CEEC0910H945 CEEC0945H980 CEEC0980H1 015 CEEC1015H1 050 CEEC1050H1 085 CEEC1085H1 120 CEEC1120H1 155 CEEC1155H1 190 CEEC1190H1 225 CEEC1225H1 260 CEEC1260H1 295 CEEC1295H1 330 CEEC1330H1 365 CEEC1365H1 400 CEEC1400H

HEAD LOSS

252

FILTREO® MAGNETIC ANTI-SLUDGE FILTER WITH A SEQUENTIAL VORTEX

1 to 220 m3/h

ADVANTAGES

• Preservation of the water and the flow rate properties.

• Magnetisation of ferrous particlescontained in the water onto the periphery of the tank.

• Increased flow of water on themagnetised sections thanks to the vortex effect.

• Perfect degassing of the water (sequentialvortex).

• Water flow allowing the capture of ferrousparticles onto the tank without wrenching.

• Forced removal of sludge through thebottom of the device.

• Increased lifespan for thermo-hydraulicdevices: boilers, exchangers, pumps, etc.

• Energy savings: piping is kept cleanavoiding an increase in head loss and resulting in a better distribution of coolants.

• Cleaning without a washing nozzle (nohydraulic connection required for this purpose).

• Cleaning without opening the tank whichis fast and particularly effective due to the water vortex effect.

• Quick installation of hoses provided(optional extras).

• Less maintenance required for theinstallation.

Created by LACAZE ENERGIES, the magnetic filters with sequential vortex are designed to prevent the build-up of sludge through the constant separation of suspended matters and sludge contained in the heating network(s)’ water and/or cold water.This.principle.preserves.new.installations.and.treats.old.heating.or.air-conditioning.networks.(closed.circuit)..They.operate.without.energy.and.their.ability.to.capture.magnetic.particles.(Fe3O4.ferric.sludge).is.particularly.significant..These.filters.can.be.connected.in.two.ways:

• By-pass assembly.in.relation.to.the.circuit.requiring.treatment.(FMD.models):.in.this.case,.up.to.a.quarter.of.the.flow.is.treated.

• In-line assembly, directly.on.the.circuit.requiring.treatment.(FML.models):.in.this.case.the.total.flow.is.treated.

F

F

F

F

F

F

0

0

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FILTREO® MAGNETIC ANTI-SLUDGE FILTER WITH A SEQUENTIAL VORTEX

1 to 220 m3/h

OPERATING PRINCIPLE

The magnetic filter with sequential vortex effectively captures the ferrous particles, thanks to a simple and natural hydraulic process.The mains water is introduced into the separator in the top section through a tangential nozzle which allows the water to reach a sufficient speed to initiate a circular downwards movement into the tank. The filtered water leaves through the opposite tangential nozzle located at the bottom.The water vortex effect (screw pitch effect), increases the flow surface between the two magnets, which are positioned longitudinally in one of the tank’s external hollows (without contact with the water). The sequential vortex effect is created upon contact with the concave magnetised sections (stirring) where the ferrous particles collect.After this movement, the vortex effect continues on the wall.The centrifugal movement of the water separates the heavy elements from the oxygen and leads to the separation of the magnetised solid elements that fall to the bottom of the separator and the oxygen is removed by the degasser.Depending on the condition of the circuit, the cleaning sequences will be more frequent when the device is first installed and will be become more spaced out after a period of operation.

Cleaning the filter without opening the tank :• Stop the circulator;• Isolate the filter (close the two input and output valves).• Remove the two magnets from the side of the filer.The magnetic field is cancelled which leads to the breakdown of agglomerates of particles stuck to the inside walls of the tank.• Open the sludge flush valve on

the drainage outlet.• Open the vent valve.• Circulate the water for 15 seconds.• Create a flush through the drainage outlet.• Create a network water backup.• Return it to the original operating position.• For fifteen days following

commissioning, we recommend carrying out one flush per day and then decreasing the frequency over time (1 to 2 flushes per week).

CLEANING

Example.of.the.heating.circuit’s.ferrous.particles,.captured.by.the.

magnetised.section.

Ferrous.particles

Sludge

Magnets

F

F

0

0

1

4 6 7

33

2

2

5

8

Entrée

Sortie

254

TITRE SPECIFICATION

..Cylindrical.unit.in.316.L.stainless.steel.:...Working.pressure.=.7.bar.Test.pressure.=.10.bar.MAXIMUM.temperature.=.110°C

..Tangential.nozzle.in.accordance.with.the.diagram.hereafter

..Two.high.strength.magnets.in.the.concave.sections

..Automatic.vapour.release

..Sludge.flush.valve.on.the.drainage.outlet

..Water.or.product.filling.valve

..Rapid.vapour.release

..Filling

..Supports:.3.feet.(by-pass.model:.FMD)

1

2

3

4

5

6

7

7

8


INSTALLATION DIAGRAMS

FMD Filter installed on the return, without charge pump. The tap (*) is adjusted so that a quarter of the flow crosses the filter.

Filter installed on the return, with charge pump. The pump’s flow rate is a quarter of the circuit’s flow. The clean filter’s head loss is around 1.5 kPa.

Installation on several circuits. It is advisable to install a filter system for maximum efficiency.

Options• Thermal

insulation of filter.

• Injection tank.• Automatic flush.

3

VD

PI

SO

BM

DG

EN

ER

B

H

CC

’

D

AB

’

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MODELS AVAILABLE

OPTIONS

..Magnetic.bars

..Degasser.(optional)

..Inlet.(threaded.nozzle.on.40/49,.flat.flange.PN16.for.DN.≥.65)

..ER.Vent.or.filling.nozzle.40/49

..Feet.(by-pass.model)

..Outlet.(threaded.nozzle.on.40/49,.flat.flange.PN16.for.DN.≥.65)

..Threaded.drainage.outlet.26/35

BM

DG

EN

ER

PI

SO

VD

reference Flow rate to process (m3/hr)

FMD03 1 to 30

FMD06 30 to 60

FMD10 50 to 100

FMD14 70 to 140

FMD20 100 to 220


FMCAL Thermal insulation of filter

PURG Degasser (supplied separately)

Model en / SO a (mm) B (mm) B’ (mm) C (mm) C’ (mm) D (mm) e (mm) H (mm) Flow rate (m3/h)

FMD03 40/49 500 830 793 222 290 512 250 450 1 to 30

FMD06 DN65/ PN16 510 830 793 230 290 520 300 450 30 to 60

FMD10 DN80/ PN16 620 1,040 1,003 240 470 710 300 650 50 to 100

FMD14 DN100/ PN16 720 1,250 1,192 300 620 920 355 850 70 to 140

FMD20 DN125/ PN16 830 1,290 1, 223 325 600 925 400 850 100 to 220

256

TIMEO® ELECTRICAL LOOP HEATER HOT WATER FOR HEATING

3 to 35 kW

ADVANTAGES

• Approaching 100% efficiency.• Easy and minimal maintenance.• Clean energy.• Automated operation.• Heating unit has significant lifespan (pressurised closed circuit operation or stainless

steel unit).• Compact.• Competitively priced.

Compact and powerful, LACAZE ENERGIES’ loop heaters are designed for use in the following applications :Direct heating•..In-line.electric.heating.on.the.

network’s.return.(circuit).•.Electric.or.dual-energy.heating

of.premises.(radiators,.air.heater,.etc.).

•.Heating.of.hydro-accumulators.

Heating through exchangers•..Maintenance.of.the.temperature.

of.various.devices.via.a.coil.•.Heating.swimming.pool.water

through.a.plate.or.tubular.exchanger•.Can.be.used.in.addition.to.a.hot....water.pump.or.solar.installation.

Contro

l

1

2

34

5

6

7

8 9

1514

18

13

16 17 11

12

2

10

19 2

20

115A

220B

Discharge..B+1

150

220 200DMT

DN MT

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OPERATING PRINCIPLE OF A HEATING LOOP

..Cold.water.inlet

..Isolating.valve

..Sieve.filter

..Non-return.valve

..Immersion.heater

..Safety/regulation.thermostat

.Electrical.control.box

..Electrical.supply

1

2

3

4

5

6

7

8

..Peak.hours.remote.control

..Hot.water.tank

..Hot.water.outlet

..Distribution.antenna

..Manhole

..Drainage

..Safety.valve

..Drain.valve

9

10

11

12

13

14

15

16


..Expansion.vessel

..Loop.heater

..Loop.circulator

17

18

19

20

DIMENSIONS

Power (kW)

a (mm)

B (mm) Dn MT

3 to 12 1 375 750 40/49 15/21

15 to 24 1 460 1 020 40/49 15/21

30 to 35 1 760 1 320 40/49 15/21

258

MODELS AVAILABLE

SPECIFICATION

Main body• Cylindrical with fixing brackets.• First quality steel.• Maximum working pressure = 7 bar.• Test pressure = 10 bar.• Nozzles (in accordance with the following diagram).


Calorifugeage• Rockwool - 30 mm thick.• Isoxal metal sheet jacket.

Power (kW) reference3 RB34,5 RB46 RB69 RB912 RB1215 RB1520 RB2024 RB2430 RB3035 RB35

Three-phase 400 V control and protection box + Earth + NeutralPower (kW) reference3 AR34,5 AR46 AR69 AR912 AR1215 AR1520 AR2024 AR2430 AR3035 AR35400/230 V-100 Va transformer Trar


• 89/336/CE


KA11Accessories kit- Brass stainless steel thermometer with dial 0/120°C, short rod- Brass degasser

CD Flow rate controller

PM Water shortage pressure switch

OPTIONS

Power• Reinforced electrical resistor.• DN40 Threaded cap up to 12 kW, M77 beyond that.• Incoloy pins.• Three-phase voltage of 230/400 up to 24 kW, three-phase 400/400 V beyond that.

Regulation• Double safety thermostat 0/90°C.

Optional extras• Electric control box.• Integration of the control and protection of a circulator.• Accessories (thermometer, flow rate controller, water shortage

sensor, etc.).

Warranties (in accordance with our general conditions of sale)• Main body = 2 years (against perforation)• Electrical equipment and accessories = 1 year.

ø Tank

100

Diagonal

Mandatory rotation on the footstrengthened by 1 wall.

ø Tank

100 Diagonal

Must be rotated on the transportation device

259

Volume (litres) Version Ø tank

(mm)Diagonal

(mm)

300 Standard 550 1,555

500 Standard 650 1,845

750 Standard 800 1,935

1,000 Standard 800 2,455

1,000 Low version 950 2,055

1,500 Standard 1,100 2,165

1,500 High version 950 2,560

2,000 Standard 1,300 2,320

2,000 High version 1,100 2,655

2,500 Standard 1,300 2,530

3,000 Standard 1,300 2,795

Values only applicable for cylinders supplied vertically. For cylinders supplied horizontally, add 200 mm.

THE CYLINDERS’ DIAGONALS FOR INSTALLATION

Volume (litres) Version Ø tank

(mm)Diagonal

(mm)

4,000 Standard 1,500 3,100

5,000 Standard 1,500 3,650

6,000 Standard 1,500 4,125

Cylinder must be delivered in a horizontal position.

STANDARD WITH FLEXIBLE M1 THERMAL INSULATION300 to 3,000 Litres

STANDARD WITH FLEXIBLE M1 THERMAL INSULATION4,000 to 6,000 Litres

New

260

Thanks to LACAZE ENERGIES’ new online shop, in just one click you can access hundreds of spare part references and thus ensure the routine

maintenance of all your devices :

storage cylinders and water heaters, Plakeo® heat plate exchangers, Hydrogaz® systems, PREPAC DHW heat exchangers, immersion heaters, loop heaters and electric heaters, etc.

Your new shop can be accessed at this address :

http://boutique.lacaze-energies.fr

Do you need further information ? Please do not hesitate to contact our team :

AFTER SALES SERVICE AND PARTS DEPARTMENT

tel. : +33 5 65 40 39 42e-mail : [email protected]

Maintenance in a click with the new online shop!

261

Commercial export + 33 5 65 40 39 38

[email protected]

COMMERCIAL NETWORK

262

The Cahors Group, designs, produces and sells the latest industrial solutions for the distribution, management and metering of energy and essential resources such as electricity, information flows, water and gas.

By drawing upon its transversal and complimentary expertise (electrotech-nic engineering, metallurgy, composite moulding, electronics, hydraulic, boi-ler making) the Cahors Group provide integrated global solutions.

From local to global.

FOR MORE THAN 100 YEARS,

CONNECTING MAN WITH ENERGY,

The Cahors Group is committed to sustainable development and eco-design.Following the signature of the global agreement in 2013, the Cahors Group has implemented an environmental and social policy in accordance with the principles of human and labour rights.

263

With a presence that spans 4 continents, the Cahors Group shares its know-how through its 17 subsidiaries includingLACAZE ENERGIES, to create products and services which are fully compatible with the specific needs of its customers: distribution stations, exchange stations, cells, meter terminals and boxes, connections, voice-date-image solutions, solutions for the production of domestic hot water and heating hot water as well as the storage of cold water.

FOR MORE THAN 100 YEARS,

CONNECTING MAN WITH ENERGY, wherever he may be, has been the number one priority

of the CAHORS GROUP.

264

REFERENCE INDEX

Reference PageAE12 96 - 206AE12ST 96AE15 96 - 206AE15ST 96AE20 96 - 206AE20ST 96AE24 96 - 206AE24ST 96AE3 206AE30 96 - 206AE30ST 96AE35 96 - 206AE35ST 96AE4 206AE6 96 - 206AE6ST 96AE9 96 - 206AE9ST 96AEG12 202AEG15 202AEG20 202AEG24 202AEG3 202AEG30 202AEG35 202AEG4 202AEG6 202AEG9 202AL0050D 112AL0050S 112AL0086D 112AL0086S 112AL0115D 112AL0115S 112AL0143D 112AL0143S 112AL0170D 112AL0170S 112AL0198D 112AL0198S 112AL0220D 112AL0220S 112AL0233D 112AL0233S 112AL0261D 112AL0261S 112AL0278D 112AL0278S 112AL0295D 112AL0295S 112AL0317D 112AL0317S 112AL0329D 112AL0329S 112AL0344D 112AL0344S 112AL0355D 112AL0355S 112AL0366D 112AL0366S 112AL0376D 112AL0376S 112AL0386D 112AL0386S 112AL0399D 112AL0399S 112AL0402D 112AL0402S 112AL0458D 112AL0458S 112AL0510D 112AL0510S 112AL0558D 112AL0558S 112AL0605D 112AL0605S 112AL0648D 112AL0648S 112AL0688D 112AL0688S 112AL0721D 112AL0721S 112AL0745D 112AL0745S 112AL0768D 112AL0768S 112AL0808D 112AL0808S 112AL0846D 112AL0846S 112AL0878D 112AL0878S 112AL0901D 112AL0901S 112AL0924D 112AL0924S 112AL0955D 112AL0955S 112AL0997D 112AL0997S 112AL1 112AL1038D 112AL1038S 112AL1076D 112AL1076S 112AL1114D 112AL1114S 112AL1146D 112

Reference PageAL1146S 112AL1173D 112AL1173S 112AL1196D 112AL1196S 112AL1217D 112AL1217S 112AL1239D 112AL1239S 112AL1254D 112AL1254S 112AL1289D 112AL1289S 112AL13 112AL1323D 112AL1323S 112AL1347D 112AL1347S 112AL14 112AL15 112AL16 112AL19 112AL2 112AL3 112AL4 112AL7 112AL8 112AR12 38 - 186 - 228AR12B1RBI6 38AR12B2 38AR12B2RBI6 38AR12B2RBI62 38AR12B3 38AR12B3RBI6 38AR12B3RBI63 38AR12B4 38AR12B4RBI6 38AR12B4RBI64 38AR15 38 - 186 - 228AR15B1RBI9 38AR15B2 38AR15B2RBI9 38AR15B2RBI92 38AR15B3 38AR15B3RBI9 38AR15B3RBI93 38AR15B4 38AR15B4RBI9 38AR15B4RBI94 38AR20 38 - 186 - 228AR20B1RBI9 38AR20B2 38AR20B2RBI9 38AR20B2RBI92 38AR20B3 38AR20B3RBI9 38AR20B3RBI93 38AR20B4 38AR20B4RBI9 38AR20B4RBI94 38AR24 38 - 186 - 228AR24B1RBI12 38AR24B2 38AR24B2RBI12 38AR24B2RBI122 38AR24B3 38AR24B3RBI12 38AR24B3RBI123 38AR24B4 38AR24B4RBI12 38AR24B4RBI124 38AR3 38 - 186 - 228AR30 38 - 186 - 228AR30B1RBI12 38AR30B2 38AR30B2RBI12 38AR30B2RBI122 38AR30B3 38AR30B3RBI12 38AR30B3RBI123 38AR30B4 38AR30B4RBI12 38AR30B4RBI124 38AR35 186 - 228AR3B1RBI3 38 - 228AR3B2 38 - 228AR3B2RBI3 38 - 228AR3B2RBI32 38 - 228AR3B3 38 - 228AR3B3RBI3 38 - 228AR3B3RBI33 38 - 228AR3B4 38 - 228AR3B4RBI3 38 - 228AR3B4RBI34 38 - 228AR4 186 - 228AR6 38 - 186 - 228AR6B1RBI3 38AR6B2 38AR6B2RBI3 38AR6B2RBI32 38AR6B3 38AR6B3RBI3 38AR6B3RBI33 38AR6B4 38AR6B4RBI3 38AR6B4RBI34 38AR9 38 - 186 - 228AR9B1RBI6 38

Reference PageAR9B2 38AR9B2RBI6 38AR9B2RBI62 38AR9B3 38AR9B3RBI6 38AR9B3RBI63 38AR9B4 38AR9B4RBI6 38AR9B4RBI64 38

CCT 142 - 156 - 164 - 172

CD 186 - 228CEEC0036V 218CEEC0048V 218CEEC0060V 218CEEC0072V 218CEEC0096V 218CEEC0120V 218CEEC0144V 218CEEC0156V 218CEEC0168V 218CEEC0180V 218CEEC0216V 218CEEC0252V 218CEEC0288V 218CEEC0315H 218CEEC0350H 218CEEC0385H 218CEEC0420H 218CEEC0455H 218CEEC0490H 218CEEC0525H 218CEEC0560H 218CEEC0595H 218CEEC0630H 218CEEC0665H 218CEEC0700H 218CEEC0735H 218CEEC0770H 218CEEC0805H 218CEEC0840H 218CEEC0875H 218CEEC0910H 218CEEC0945H 218CEEC0980H 218CEEC1015H 218CEEC1050H 218CEEC1085H 218CEEC1120H 218CEEC1155H 218CEEC1190H 218CEEC1225H 218CEEC1260H 218CEEC1295H 218CEEC1330H 218CEEC1365H 218CEEC1400H 218CPD 218CPS 218CS45 184CS90 184CV45 184CV90 184DSD050045027M01 56 - 124DSD050045027M11 56 - 124DSD075063044M01 56 - 124DSD075063044M11 56 - 124DSD100074044M01 56 - 124DSD100074044M11 56 - 124DSD150088055M01 56 - 124DSD150088055M11 56 - 124DSD200107084M01 56 - 124DSD200107084M11 56 - 124DSD250145084M01 56 - 124DSD250145084M11 56 - 124DSD300145084M01 56 - 124DSD300145084M11 56 - 124DSH100H3032i 86DSH150B4051i 86DSH150B4060i 86DSH200B6060i 86DSH200B6090i 86DSH250S80120i 86DSH250S8090i 86DSH300S80120i 86DSH300S80140i 86DSI030033M01 56 - 124DSI030033M11 56 - 124DSI050045M01 56 - 124DSI050045M11 56 - 124DSI075063M01 56 - 124DSI075063M11 56 - 124DSI100074M01 56 - 124DSI100074M11 56 - 124DSI150088M01 56 - 124DSI150088M11 56 - 124DSI200107M01 56 - 124DSI200107M11 56 - 124DSI250145M01 56 - 124DSI250145M11 56 - 124DSI300145M01 56 - 124DSI300145M11 56 - 124DSM050M01V 66DSM050M11V 66DSM075M01V 66DSM075M11V 66DSM100M01V 66DSM100M11V 66

Reference PageDSM150M01V 66DSM150M11V 66DSM200M01V 66DSM200M11V 66DSM250M01V 66DSM250M11V 66DSM300M01V 66DSM300M11V 66DSP050M01V 66DSP050M11V 66DSP075M01V 66DSP075M11V 66DSP100M01V 66DSP100M11V 66DSP150M01V 66DSP150M11V 66DSP200M01V 66DSP200M11V 66DSP250M01V 66DSP250M11V 66DSP300M01V 66DSP300M11V 66DSS050M01V 66DSS050M11V 66DSS075M01V 66DSS075M11V 66DSS100M01V 66DSS100M11V 66DSS150M01V 66DSS150M11V 66DSS200M01V 66DSS200M11V 66DSS250M01V 66DSS250M11V 66DSS300M01V 66DSS300M11V 66DXB050M01V 142DXB050M11V 142DXB075M01V 142DXB075M11V 142DXB100M01V 142DXB100M11V 142DXB150M01V 142DXB150M11V 142DXB200M01V 142DXB200M11V 142DXB250M01V 142DXB250M11V 142DXB300M01V 142DXB300M11V 142DXC050M01V 22DXC050M11V 22DXC075M01V 22DXC075M11V 22DXC100M01V 22DXC100M11V 22DXC150M01V 22DXC150M11V 22DXC200M01V 22DXC200M11V 22DXC250M01V 22DXC250M11V 22DXC300M01V 22DXC300M11V 22DXE030M01B 142DXE030M11B 142DXE050M01V 142DXE050M11V 142DXE075M01V 142DXE075M11V 142DXE100M01V 142DXE100M11V 142DXE150M01V 142DXE150M11V 142DXE200M01V 142DXE200M11V 142DXE250M01V 142DXE250M11V 142DXE300M01V 142DXE300M11V 142DXH075S32i 172DXH075S51i 172DXH100B32i 172DXH100B51i 172DXH100B60i 172DXH100H32i 172DXH100H51i 172DXH150B32i 172DXH150B51i 172DXH150B60i 172DXH150H32i 172DXH150H51i 172DXH150H60i 172DXH200B120i 172DXH200B140i 172DXH200B32i 172DXH200B51i 172DXH200B60i 172DXH200B90i 172DXH200H32i 172DXH200H51i 172DXH200H60i 172DXH250S120i 172DXH250S140i 172DXH250S32i 172DXH250S51i 172DXH250S60i 172DXH250S90i 172

265

Reference PageDXH300S120i 172DXH300S140i 172DXH300S32i 172DXH300S51i 172DXH300S60i 172DXH300S90i 172DXM030M01B 164DXM030M11B 164DXM050M01V 164DXM050M11V 164DXM075M01V 164DXM075M11V 164DXM100M01V 164DXM100M11V 164DXM150M01V 164DXM150M11V 164DXM200M01V 164DXM200M11V 164DXM250M01V 164DXM250M11V 164DXM300M01V 164DXM300M11V 164DXP05066M01V 134DXP05066M11V 134DXP05094M01V 134DXP05094M11V 134DXP05154M01V 134DXP05154M11V 134DXP05252M01V 134DXP05252M11V 134DXP05332M01V 134DXP05332M11V 134DXP07066M01V 134DXP07066M11V 134DXP07094M01V 134DXP07094M11V 134DXP07154M01V 134DXP07154M11V 134DXP07252M01V 134DXP07252M11V 134DXP07332M01V 134DXP07332M11V 134DXP10066M01V 134DXP10066M11V 134DXP10094M01V 134DXP10094M11V 134DXP10154M01V 134DXP10154M11V 134DXP10252M01V 134DXP10252M11V 134DXP10332M01V 134DXP10332M11V 134DXR030M01B 156DXR030M11B 156DXR050M01V 156DXR050M11V 156DXR075M01V 156DXR075M11V 156DXR100M01V 156DXR100M11V 156DXR150M01V 156DXR150M11V 156DXR200M01V 156DXR200M11V 156DXR250M01V 156DXR250M11V 156DXR300M01V 156DXR300M11V 156DXT030M01B 48 - 116DXT030M11B 48 - 116DXT050M01V 48 - 116DXT050M11V 48 - 116DXT075M01V 48 - 116DXT075M11V 48 - 116DXT100M01V 48 - 116DXT100M11V 48 - 116DXT150M01V 48 - 116DXT150M11V 48 - 116DXT200M01V 48 - 116DXT200M11V 48 - 116DXT250M01V 48 - 116DXT250M11V 48 - 116DXT300M01V 48 - 116DXT300M11V 48 - 116EC020M0 206EC020M1 206EC030M0 206EC030M1 206EC050M0 206EC050M0V 206EC050M1 206EC050M1V 206EC075M0 206EC075M0V 206EC075M1 206EC075M1V 206EC100M0B 206EC100M0BV 206EC100M0H 206EC100M0HV 206EC100M1B 206EC100M1BV 206EC100M1H 206EC100M1HV 206EC150M0B 206EC150M0BV 206EC150M0H 206EC150M0HV 206

Reference PageEC150M1B 206EC150M1BV 206EC150M1H 206EC150M1HV 206EC200M0B 206EC200M0BV 206EC200M0H 206EC200M0HV 206EC200M1B 206EC200M1BV 206EC200M1H 206EC200M1HV 206EC250M0 206EC250M0V 206EC250M1 206EC250M1V 206EC300M0 206EC300M0V 206EC300M1 206EC300M1V 206ECA050M01 96ECA050M11 96ECA075M01 96ECA075M11 96ECA100M01B 96ECA100M01H 96ECA100M11B 96ECA100M11H 96ECA150M01B 96ECA150M01H 96ECA150M11B 96ECA150M11H 96ECA200M01B 96ECA200M01H 96ECA200M11B 96ECA200M11H 96ECA250M01 96ECA250M11 96ECA300M01 96ECA300M11 96ECA400M01 96ECA400M11 96ECL050M01 96ECL050M11 96ECL075M01 96ECL075M11 96ECL100M01B 96ECL100M01H 96ECL100M11B 96ECL100M11H 96ECL150M01B 96ECL150M01H 96ECL150M11B 96ECL150M11H 96ECL200M01B 96ECL200M01H 96ECL200M11B 96ECL200M11H 96ECL250M01 96ECL250M11 96ECL300M01 96ECL300M11 96ECL400M01 96ECL400M11 96EG020M1E 202EG030M1E 202EG050M1E 202EG050M1EV 202EG075M1E 202EG075M1EV 202EG100M1BE 202EG100M1BEV 202EG100M1HE 202EG100M1HEV 202EG150M1BE 202EG150M1BEV 202EG150M1HE 202EG150M1HEV 202EG200M1BE 202EG200M1BEV 202EG200M1HE 202EG200M1HEV 202EG250M1E 202EG250M1EV 202EG300M1E 202EG300M1EV 202ELSNB1 30ELSNE1 30ELSSB1 30ELSSE1 30EPC030033M01 102 - 210EPC030033M11 102 - 210EPC050045M01 102 - 210EPC050045M11 102 - 210EPC075063M01 102 - 210EPC075063M11 102 - 210EPC100074M01 102 - 210EPC100074M11 102 - 210EPC150088M01 102 - 210EPC150088M11 102 - 210EPC200107M01 102 - 210EPC200107M11 102 - 210EPC250145M01 102 - 210EPC250145M11 102 - 210EPC300145M01 102 - 210EPC300145M11 102 - 210EPP050045027M01 102 - 210EPP050045027M11 102 - 210

Reference PageEPP075063044M01 102 - 210EPP075063044M11 102 - 210EPP100074044M01 102 - 210EPP100074044M11 102 - 210EPP150088055M01 102 - 210EPP150088055M11 102 - 210EPP200107084M01 102 - 210EPP200107084M11 102 - 210EPP250145084M01 102 - 210EPP250145084M11 102 - 210EPP300145084M01 102 - 210EPP300145084M11 102 - 210EPR075120M0V 190EPR075120M1V 190EPR100120M0V 190EPR100120M1V 190EPR150150M0V 190EPR150150M1V 190EPR200150M0V 190EPR200150M1V 190EPR200250M0V 190EPR200250M1V 190EPR250250M0V 190EPR250250M1V 190EPR300250M0V 190EPR300250M1V 190FMCAL 224FMD03 224FMD06 224FMD10 224FMD14 224FMD20 224

KA1

48 - 56 - 66 102 - 116 - 124 134 - 142 - 156

164 - 190 206 - 210

KA10 202KA11 186 - 228KA3 218KA4 218KA7 86 - 172KH1 86KITL32 172KITL51 172KITL60 172KITLB32 172KITR32 172KITR51 172KITR60 172KITSB32 172MES1 172MES2 172MSP25 56 - 66 - 86 - 102MSP32 56 - 66 - 86 - 102PK007 44PK013 44PK020 44PK026 44PK033 44PK039 44PK046 44PK052 44PLH100B3032i 86PLH100H3032i 86PLH150B4051i 86PLH150H4051i 86PLH150B4060i 86PLH150H4060i 86PLH200B6060i 86PLH200H6060i 86PLH200B6090i 86PLH200H6090i 86PLH250S80120i 86PLH250S8090i 86PLH300S80120i 86PLH300S80140i 86PLM050M11V 66PLM050M01V 66PLM075M01V 66PLM075M11V 66PLM100M01BV 66PLM100M01HV 66PLM100M11BV 66PLM100M11HV 66PLM150M01BV 66PLM150M01HV 66PLM150M11BV 66PLM150M11HV 66PLM200M01BV 66PLM200M01HV 66PLM200M11BV 66PLM200M11HV 66PLM250M01V 66PLM250M11V 66PLM300M01V 66PLM300M11V 66PLP050M11V 66PLP050M01V 66PLP075M01V 66PLP075M11V 66PLP100M01BV 66PLP100M01HV 66PLP100M11BV 66PLP100M11HV 66PLP150M01BV 66PLP150M01HV 66PLP150M11BV 66PLP150M11HV 66

Reference PagePLP200M01BV 66PLP200M01HV 66PLP200M11BV 66PLP200M11HV 66PLP250M01V 66PLP250M11V 66PLP300M01V 66PLP300M11V 66PLS050M11V 66PLS050M01V 66PLS075M01V 66PLS075M11V 66PLS100M01BV 66PLS100M01HV 66PLS100M11BV 66PLS100M11HV 66PLS150M01BV 66PLS150M01HV 66PLS150M11BV 66PLS150M11HV 66PLS200M01BV 66PLS200M01HV 66PLS200M11BV 66PLS200M11HV 66PLS250M01V 66PLS250M11V 66PLS300M01V 66PLS300M11V 66PLT050M11V 48PLT050M01V 48PLT075M01V 48PLT075M11V 48PLT100M01BV 48PLT100M01HV 48PLT100M11BV 48PLT100M11HV 48PLT150M01BV 48PLT150M01HV 48PLT150M11BV 48PLT150M11HV 48PLT200M01BV 48PLT200M01HV 48PLT200M11BV 48PLT200M11HV 48PLT250M01V 48PLT250M11V 48PLT300M01V 48PLT300M11V 48PLT400M01V 48PLT400M11V 48PLT500M01V 48PLT500M11V 48PLT600M01V 48PLT600M11V 48PM 186 - 228PRB050M1V 142PRB050M0V 142PRB075M0V 142PRB075M1V 142PRB100M0BV 142PRB100M0HV 142PRB100M1BV 142PRB100M1HV 142PRB150M0BV 142PRB150M0HV 142PRB150M1BV 142PRB150M1HV 142PRB200M0BV 142PRB200M0HV 142PRB200M1BV 142PRB200M1HV 142PRB250M0V 142PRB250M1V 142PRB300M0V 142PRB300M1V 142PRB400M0V 142PRB400M1V 142PRB500M0V 142PRB500M1V 142PRB600M0V 142PRB600M1V 142PRC050M01V 22PRC050M11V 22PRC075M01V 22PRC075M11V 22PRC100M01BV 22PRC100M11BV 22PRC100M01HV 22PRC100M11HV 22PRC150M01BV 22PRC150M11BV 22PRC150M01HV 22PRC150M11HV 22PRC200M01BV 22PRC200M11BV 22PRC200M01HV 22PRC200M11HV 22PRC250M01V 22PRC250M11V 22PRC300M01V 22PRC300M11V 22PRC400M01V 22PRC400M11V 22PRC500M01V 22PRC500M11V 22PRC600M01V 22PRC600M11V 22PRE030M0 142

266

REFERENCE INDEX

Reference PagePRE030M0B 142PRE030M1 142PRE030M1B 142PRE050M0 142PRE050M0V 142PRE050M1 142PRE050M1V 142PRE075M0 142PRE075M0V 142PRE075M1 142PRE075M1V 142PRE100M0B 142PRE100M0BV 142PRE100M0H 142PRE100M0HV 142PRE100M1B 142PRE100M1BV 142PRE100M1H 142PRE100M1HV 142PRE150M0B 142PRE150M0BV 142PRE150M0H 142PRE150M0HV 142PRE150M1B 142PRE150M1BV 142PRE150M1H 142PRE150M1HV 142PRE200M0B 142PRE200M0BV 142PRE200M0H 142PRE200M0HV 142PRE200M1B 142PRE200M1BV 142PRE200M1H 142PRE200M1HV 142PRE250M0 142PRE250M0V 142PRE250M1 142PRE250M1V 142PRE300M0 142PRE300M0V 142PRE300M1 142PRE300M1V 142PRE400M0V 142PRE400M1V 142PRE500M0V 142PRE500M1V 142PRE600M0V 142PRE600M1V 142PRH075S32i 172PRH075S51i 172PRH100B32i 172PRH100B51i 172PRH100B60i 172PRH100H32i 172PRH100H51i 172PRH150B32i 172PRH150B51i 172PRH150B60i 172PRH150H32i 172PRH150H51i 172PRH150H60i 172PRH200B120i 172PRH200B140i 172PRH200B32i 172PRH200B51i 172PRH200B60i 172PRH200B90i 172PRH200H32i 172PRH200H51i 172PRH200H60i 172PRH250S120i 172PRH250S140i 172PRH250S32i 172PRH250S51i 172PRH250S60i 172PRH250S90i 172PRH300S120i 172PRH300S140i 172PRH300S32i 172PRH300S51i 172PRH300S60i 172PRH300S90i 172PRH400S120i 172PRH400S140i 172PRH400S60i 172PRH400S90i 172PRH500S120i 172PRH500S140i 172PRH500S60i 172PRH500S90i 172PRH600S120i 172PRH600S140i 172PRH600S60i 172PRH600S90i 172PRM030M0B 164PRM030M1B 164PRM050M0V 164PRM050M1V 164PRM075M0V 164PRM075M1V 164PRM100M0BV 164PRM100M0HV 164PRM100M1BV 164PRM100M1HV 164PRM150M0BV 164

Reference PagePRM150M0HV 164PRM150M1BV 164PRM150M1HV 164PRM200M0BV 164PRM200M0HV 164PRM200M1BV 164PRM200M1HV 164PRM250M0V 164PRM250M1V 164PRM300M0V 164PRM300M1V 164PRM400M0V 164PRM400M1V 164PRM500M0V 164PRM500M1V 164PRM600M0V 164PRM600M1V 164PRP05066M0 134PRP05066M0V 134PRP05066M1 134PRP05066M1V 134PRP05094M0 134PRP05094M0V 134PRP05094M1 134PRP05094M1V 134PRP05154M0 134PRP05154M0V 134PRP05154M1 134PRP05154M1V 134PRP05252M0 134PRP05252M0V 134PRP05252M1 134PRP05252M1V 134PRP05332M0 134PRP05332M0V 134PRP05332M1 134PRP05332M1V 134PRP07066M0 134PRP07066M0V 134PRP07066M1 134PRP07066M1V 134PRP07094M0 134PRP07094M0V 134PRP07094M1 134PRP07094M1V 134PRP07154M0 134PRP07154M0V 134PRP07154M1 134PRP07154M1V 134PRP07252M0 134PRP07252M0V 134PRP07252M1 134PRP07252M1V 134PRP07332M0 134PRP07332M0V 134PRP07332M1 134PRP07332M1V 134PRP10066M0 134PRP10066M0V 134PRP10066M1 134PRP10066M1V 134PRP10094M0 134PRP10094M0V 134PRP10094M1 134PRP10094M1V 134PRP10154M0 134PRP10154M0V 134PRP10154M1 134PRP10154M1V 134PRP10252M0 134PRP10252M0V 134PRP10252M1 134PRP10252M1V 134PRP10332M0 134PRP10332M0V 134PRP10332M1 134PRP10332M1V 134PRR050M0V 156PRR050M0V 156PRR050M1V 156PRR050M1V 156PRR075M0V 156PRR075M1V 156PRR100M0V 156PRR100M1V 156PRR150M0BV 156PRR150M0HV 156PRR150M1BV 156PRR150M1HV 156PRR200M0BV 156PRR200M0HV 156PRR200M1BV 156PRR200M1HV 156PRR250M0BV 156PRR250M0HV 156PRR250M1BV 156PRR250M1HV 156PRR300M0V 156PRR300M1V 156PRR400M0V 156PRR400M1V 156PRR500M0V 156PRR500M1V 156PRR600M0V 156PRR600M1V 156PRT030M0 116

Reference PagePRT030M0B 116PRT030M1 116PRT030M1B 116PRT050M0 116PRT050M0V 116PRT050M1 116PRT050M1V 116PRT075M0 116PRT075M0V 116PRT075M1 116PRT075M1V 116PRT100M0B 116PRT100M0BV 116PRT100M1B 116PRT100M1BV 116PRT100M0H 116PRT100M0HV 116PRT100M1H 116PRT100M1HV 116PRT150M0B 116PRT150M0BV 116PRT150M1B 116PRT150M1BV 116PRT150M0H 116PRT150M0HV 116PRT150M1H 116PRT150M1HV 116PRT200M0B 116PRT200M0BV 116PRT200M1B 116PRT200M1BV 116PRT200M0H 116PRT200M0HV 116PRT200M1H 116PRT200M1HV 116PRT250M0 116PRT250M0V 116PRT250M1 116PRT250M1V 116PRT300M0 116PRT300M0V 116PRT300M1 116PRT300M1V 116PRT400M0V 116PRT400M1V 116PRT500M0V 116PRT500M1V 116PRT600M0V 116PRT600M1V 116PSH100B3032i 86PSH100H3032i 86PSH150B4051i 86PSH150H4051i 86PSH150B4060i 86PSH150H4060i 86PSH200B6060i 86PSH200H6060i 86PSH200B6090i 86PSH200H6090i 86PSH250S80120i 86PSH250S8090i 86PSH300S80120i 86PSH300S80140i 86PSM050M11V 66PSM075M11V 66PSM100M11HV 66PSM100M11BV 66PSM150M11HV 66PSM150M11BV 66PSM200M11HV 66PSM200M11BV 66PSM250M11V 66PSM300M11V 66PSM050M01V 66PSM075M01V 66PSM100M01HV 66PSM100M01BV 66PSM150M01HV 66PSM150M01BV 66PSM200M01HV 66PSM200M01BV 66PSM250M01V 66PSM300M01V 66PSP050M11V 66PSP050M01V 66PSP075M01V 66PSP075M11V 66PSP100M01BV 66PSP100M01HV 66PSP100M11BV 66PSP100M11HV 66PSP150M01BV 66PSP150M01HV 66PSP150M11BV 66PSP150M11HV 66PSP200M01BV 66PSP200M01HV 66PSP200M11BV 66PSP200M11HV 66PSP250M01V 66PSP250M11V 66PSP300M01V 66PSP300M11V 66PSS050M11V 66PSS050M01V 66PSS075M01V 66

Reference PagePSS075M11V 66PSS100M01BV 66PSS100M01HV 66PSS100M11BV 66PSS100M11HV 66PSS150M01BV 66PSS150M01HV 66PSS150M11BV 66PSS150M11HV 66PSS200M01BV 66PSS200M01HV 66PSS200M11BV 66PSS200M11HV 66PSS250M01V 66PSS250M11V 66PSS300M01V 66PSS300M11V 66PST050M11V 48PST075M11V 48PST100M11HV 48PST100M11BV 48PST150M11HV 48PST150M11BV 48PST200M11HV 48PST200M11BV 48PST250M11V 48PST300M11V 48PST400M11V 48PST500M11V 48PST600M11V 48PST050M01V 48PST075M01V 48PST100M01HV 48PST100M01BV 48PST150M01HV 48PST150M01BV 48PST200M01HV 48PST200M01BV 48PST250M01V 48PST300M01V 48PST400M01V 48PST500M01V 48PST600M01V 48PURG 224RB12 228RB15 228RB20 228RB24 228RB3 228RB30 228RB35 228RB4 228RB6 228RB9 228

RBI1222 - 38 - 56 66 - 86 - 102

124 - 142 - 156 164 - 210

RBI322 - 38 - 56 66 - 86 - 102

124 - 142 - 156 164 - 210

RBI422 - 38 - 56 66 - 86 - 102

124 - 142 - 156 164 - 210

RBI622 - 38 - 56 66 - 86 - 102

124 - 142 - 156 164 - 210

RBI922 - 38 - 56 66 - 86 - 102

124 - 142 - 156 164 - 210

RBX12 186RBX15 186RBX20 186RBX24 186RBX3 186RBX30 186RBX35 186RBX4 186RBX6 186RBX9 186RS 184RSD6 56 - 66 - 102RV 184SFA 184SM 184ST 184TCE220 184TCE300 184TCE400 184TRA0100 16TRA0200 16TRAKC 16TRAKF150 16TRAKF200 16TRAKH 16TRAR 186 - 228

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