Climate Master Com Proj LC007

7/22/2019 Climate Master Com Proj LC007

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The ever-changing environment of commercialconstruction offers exciting breakthroughs intechnology and materials, but it is not withoutsome heartburn. Today, owners, architects, andcontractors face many challenges in the design and

construction of their projects. Challenges such asusable space, indoor air quality, energy efficiency,maintenance costs, building longevity, and theLEEDprogram all come to the forefront of thedesign process. When considering the solutions tothese challenges, the type of HVAC system chosendirectly affects each one.

uSable SpaCe

It has been said that the reason real estate grows

in value is because no one is making any more. Ascities continue to grow and spread out, the valueof maximizing usable space becomes increasinglyimportant. When selecting an HVAC system, youpositively or negatively impact the usable spaceon a project. As an example,VAV (Variable Air Volume)systems utilize complicatedductwork systems alongwith extensive equipmentrooms to deliver conditioned

air into the building space.Additionally, VAV ductsystems many times requiremore ceiling height which increases floor-to-floor space thus increasing building costs. Bycomparison, ClimateMaster Water-Source andGeothermal Heat Pump systems require little tono equipment room space and use a very simple,compact, and independent ductwork system.

indoor air qualiTy

As important as the actual temperature of abuilding space is, the quality of air within thatspace is equally important. The American Societyof Heating, Refrigerating, and Air ConditioningEngineers (ASHRAE) has implemented Standard62, which requires significantly higher amounts offresh outdoor air for buildings. The challenge nowbecomes how to properly introduce, condition,and deliver this fresh air into the building space.Traditional options like two- and four-pipe Fan Coilsystems must be up-sized significantly to handle theadditional conditioning load. This means larger,more expensive units, larger, more expensivepiping, and larger, more expensive boilers andchillers. In comparison, ClimateMaster systemsoffer a variety of options that can actually lowerthe overall system size, introduce 100% outdoorair, and lower system usage cost.

energy effiCienCy

Todays offices equipped with computers, copiersand other office tools can dramatically affectthe heating and cooling load of a given space.When considering heating and cooling loads,rising energy costs demand an HVAC system

that is efficient while building designs require asystem that is also flexible. ClimateMaster has asolution for practically any application, and doesso with some of the most energy efficient HVACsystems available on the market today. In fact, allof ClimateMasters products either meet or exceedthe new federal mandated efficiency minimums.

mainTenanCe CoSTS

Complex systems such as two- and four-pipefan coils and VAV systems require advanced

maintenance and the trained personnel to

perform it. Large equipment rooms filled withchillers, air handlers, or large-scale boilers requirepersonnel for monitoring and maintenance,which consume building space and leasingprofits. The effect to the bottom l ine becomes

significant when considering the potential of acomplete system failure along with costly parts andequipment replacement. However, water-sourceand geothermal heat pumps require very littlemonitoring and maintenance - aside from routinefilter changes. With factory installed DDC controls,the entire building can be accessed via any web-enabled computer for monitoring and set pointcontrol. No muss, no fuss, no worries.

building longeViTy

New innovations offer longer life expectanciesfor todays buildings. You should expect the samefrom the HVAC systemsbeing placed inside thesebuildings. However, when itcomes to longevity, not allsystems are created equal.Complex chillers and airhandling systems often havea large number of movingparts that will wear outover time. Water-sourceand geothermal heat pumps offer the advantageof very few moving parts. Fewer moving partslower the occurrence of parts replacement andextend equipment life. This simplicity of designallows ClimateMaster systems to provide averagelife spans of 20 years or more. In fact, there area number of ClimateMaster units that are stillperforming after 50 years - providing the continualcomfort our customers have come to expect.

CommerCial HVaC


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many CHoiCeS, one SoluTion

When choosing a HVAC system for a project, thereare four basic types from which to choose.

fan CoilS

Fan coil systems are comprised of water-to-air coil airhandlers connected via a two- or four-pipe insulatedwater loop. Fan coils require complex chillers andboilers to provide water loop fluid in a particulartemperature range (i.e. chilled water for coolingand hot water for heating). Two-pipe fan coils havea major disadvantage as control is substantiallylimited to whatever mode the system is currently setat (i.e. cooling or heating). A four-pipe version canbe installed that requires both chilled and heatedwater to be available at the same time. Four-pipesystems also require twice the piping and twice thecirculation equipment of a two-pipe system, whichmakes a four-pipe system one of themost expensive systems to install.

Variable air

Volume (VaV)

Variable Air Volume, or VAV, is oneof the most common types of HVAC

systems used in large commercialbuildings today. A typical systemis usually comprised of a large airhandler, central ductwork system,and a relatively large equipmentroom. Conditioned air is distributedthroughout the building via a centralductwork system and is regulated viadampers in each space. VAV systemstypically have a higher first cost thanwater-source heat pumps, and may

have similar operating costs, resultingin overall increased life cycle costs.

roofTop

Rooftop systems are similar to VAV systems in thatthey use a central ductwork system to distributeconditioned air into the building space. However,instead of one central unit, the system is comprisedof multiple units which can be tasked for differentconditioning requirements. Rooftop systems usuallyrequire additional structural reenforcement as wellas cranes or other lifting equipment to place theunits. Control in a particular zone is limited to whatthe system is currently set to (i.e. cooling or heating).Rooftop installation costs are low to moderate, butoperating costs are typically 50% higher than water-source heat pumps. Additionally, the systems areexposed to the elements and are subject to damageand vandalism.

waTer-SourCe andgeoTHermal HeaT pumpS

Water-source and geothermal heat pump systemsare comprised of individual packaged unitsthat transfer heat via a single- or two-pipe water

loop. Each unit can be used in either heating orcooling mode year-round and loop temperature ismaintained via a boiler/tower combination or earth-coupled loop. Each zone has complete control of itsheating/cooling mode and each unit is independentfrom the others. This means if one unit goes down,the whole system is not af fected. Controls can be assimple as one unit, one thermostat. Water-source andgeothermal heat pump systems are the most energy,cost, and space efficient of any system inthe industry.

SySTem CompariSon

System

EaseofDesig

n

EaseofInstallation

InstallationSpa

ce

InstallationCo

st

MaintenanceRequirements

MaintenanceCosts

FutureSystemExpansion

SoundLevels

OperatingCosts

TotalZoneFailureC

hance

IndividualTenantC

ontrol

Options

AdditionalAuxiliary

EquipmentNeeded

Structure

ModificationNe

eds

SystemLongev

ity

Two-Pipe Fan Coils Low Low High Med High High Low Low Med High Low Low High High Med

Four-Pipe Fan Coils Low Low High High High High Low Low High High Low Low High High Med

PTAC / PTHP Low Low Low Low High High Med High High Low Med Low Med High Low

VAV Low Low High Med High High Low Med Med High Low Low High High Med

Rooftop Low Low High Low Med High Low Med Med High Low Low Med High Med

Water-Source Heat Pumps High High Low Low Low Low High Low Low Low High High Low Low High

Geothermal Heat Pumps High High Low Low Low Low High Low Low Low High High Low Low High


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waTer-SourCe HeaT pumpS

Water-Loop heat pump systems combine water-source heat pumps on a common piping loopwith a heat rejector and boiler, which are used tomaintain the circulating water temperature within

a controlled range, typically from 60F to 95F[15C to 35C]. The most common heat rejectorsare open cooling towers with isolating heatexchangers, closed-circuit evaporative coolers, ordry coolers. Boilers are usually gas, oil, or electric.

Each zone heat pump utilizes the water loop toprovide heating or cooling at any time, during orafter hours, regardless of the operating mode ofthe other heat pumps. This is accomplished without

duplicate heat and cool distribution systems,without the double waste inherent in reheat modes,and without concurrent operation of the coolingsource and boiler, unlike most HVAC systems thatprovide the same capabilities.

Water-loop heat pump systems also operate veryefficiently at part-load conditions, such as whena small portion of the building remains occupiedafter hours. Only the required zone heat pumpsare used, unlike systems that must keep a large

central plant in operation at an inefficient scaled-back capacity in order to serve a small portion ofthe load.

A typical building has a perimeter with outsideexposure that is directly affected by variableoutdoor weather conditions and a core withoutoutside exposure that is almost unaffected bythe weather. In order to understand the energysharing benefits of a water-source heat pumpsystem, the interaction of the loads in the core andperimeter zones must be analyzed for occupied

periods (internal gains present) and unoccupiedperiods (temperature setback/setup and littleor no internal gains) throughout the year. Forillustration, the following are the main energyconsuming operating modes of an office building

in a temperate climate.

Summer oCCupied

All zones require cooling and are rejecting heatinto the water loop. The heat rejector maintains themaximum water loop temperature according to apredetermined setpoint (fixed or outdoor reset).The boiler is off.

winTer warm-up

During recovery from night setback, most zoneswill require heating and will be extracting heatfrom the water loop. The boiler maintains theminimum water loop temperature according to apredetermined setpoint. The heat rejector is off.The warm-up period is typically one hour or lessper day.

winTer oCCupied

Most core zones will require cooling because ofthe internal heat gains discussed previously. Mostperimeter zones will require heating. Because heatis being simultaneously rejected into and extractedfrom the water loop, both the boiler and the heatrejector remain off much of the time. The inherentsharing of energy within the water loop minimizesboiler and heat rejector operation and providesmaximum system efficiency.

SoluTion 1


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TCH120TCH120

TLV168

TCH012 TCH012 TCH012 TCH012 TCH012

TCH048 TCH048 TCH048

TCH024TCH024 TCH024 TCH024

TCH012

Office Office Office Office Office Office

OfficeConference Room Restroom Breakroom Computer Room

CubiclesCubicles

Lobby

Production Floor

MechanicalRoom

CoolingTower

Boiler

TCH120TCH120

TLV168




TCH012



CubiclesCubicles

Lobby

Production Floor

MechanicalRo

om

CoolingTower

Boiler

warm weaTHer(HigH Cooling demand)

Cool weaTHer(HigH HeaTing demand)

a waTer-SourCe example

As an example of how water-source heat pumpscan handle a variety of different applications, thebuilding shown to the right is a fictional bronzestatue foundry company in the midwest portion

of the United States. The first floor comprises theirproduction floor and office space. The secondfloor of the building is reserved for future use.The cooling tower and boiler work as needed tomaintain an average loop temperature between 60to 95F [15 to 35C]. Water-source heat pumps canefficiently operate in either heating or cooling modeunder these conditions. This gives individual andspecialized zone control for maximum comfort andthe ability to change operation modes as needed.

A mixture of units in heating mode and unitsin cooling mode create a constant temperaturein the water loop. In Balanced Mode, t hereis no need for heat injection or rejection viathe boiler or cooling tower. The heat is simplymoved from one zone to another.

SoluTion 1 example


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geoTHermal SySTemS

These Boilerless/Towerless heat pump systemsuse the natural thermal properties of the Earthto dissipate or capture heat for the water loop.Geothermal heat pumps operate in an identical

fashion to water-source heat pump units. However,without the need for a boiler or cooling tower, theysave substantial energy costs and space. The waterloop system is underground and the units are insidethe building. Thus, the environmentally friendlygeothermal system preserves the architecturaldesign of a building naturally.

geoTHermal earTH loopS

Geothermal Earth Loops come in several different

configurations depending on space availabilityand soil properties. Chances are at some pointyou have either stood over, or walked across ageothermal loop field. Loop fields can be locatedunder parking lots, landscaped areas, or anynumber of other locations. All earth loops usehigh-density polyethylene pipe to circulate eitherwater or an antifreeze mixture. All joints andconnection fittings are thermally fused to preventleaks and most piping comes with a 25 year orlonger warranty.

VerTiCal loopS

Vertical loops utilize bore holes drilled to anaverage depth of 250 feet. Once the looppipe is inserted into the bore, it is groutedusing a Bentonite mixture for maximum thermalconductivity. When space is limited, verticalloops are the most common type of geothermal

loop installed.

HorizonTal loopS

Horizontal loops utilize trenches dug to an averagedepth of four to six feet. As one of the more costeffective loops to install, horizontal loops arecommonly found in open fields, parks or underparking lots.

lake loopS

Lake loops utilize a slinky assembly ofgeothermal loop piping placed at the bottom ofa pond, lake, or other large body of water. Anextremely cost effective loop system, lake loops arean easy alternative if the option is available.

well SySTemS

Most commonly known as Open Loop, wellsystems pump water out of a nearby body of wateror water well, and then discharge the water intoanother body of water or water well. Well systemsusually employ a plate heat exchanger inside thebuilding to keep the building water loop separatedfrom the well water. This prevents any contaminatesfrom affecting unit performance and extends systemlife. Well systems are often the most efficient as

the well water is always at the same temperatureyear-round.

SoluTion 2


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warm weaTHer(HigH Cooling demand)

a geoTHermal example

Using the same building model, the cooling tower andboiler are replaced with a geothermal vertical loopfield. Identical in overall zone operation, the buildingbenefits by having less overall equipment and reduced

operation costs. Building aesthetics are also improvedby eliminating outdoor equipment, and additionalspace is gained by eliminating the boiler and additionalsupport equipment.

TCH120TCH120

TLV168




TCH012



CubiclesCubicles

Lobby

Production Floor S

torage

The cooling tower and boiler can be eliminated inthe geothermal application freeing up space used forequipment for other use. Only a small amount of room isneeded for loop circulation equipment.

SoluTion 2 example


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wHo iS ClimaTemaSTer?

Who is ClimateMaster? ClimateMaster emergedfrom the marriage of several water-source heatpump companies in a blending of strengths to forma focused organization. For over 50 years, we

have been focused on enhancing business andhome environments around the world. Our missionas the worlds largest and most progressive leaderin the water-source and geothermal heat pumpindustry reveals our commitment to excellence- not only in the design and manufacture of ourproducts, but in our people and services.

made in THe uSa

All of ClimateMasters 610,000 square feet in

facilities operate in Oklahoma City, Oklahoma,which means ClimateMaster units and componentsare manufactured in the United States usingAmerican labor. While the trend nationally isto outsource labor outside the United States,ClimateMaster has made the commitment to remainproudly American made.

ClimaTemaSTer deSign

From concept to product, ClimateMastersIntegrated Product Development Team brings

a fusion of knowledge and creativity that isunmatched in the industry today. Drawing fromevery aspect of our business: Engineering, Sales,Marketing, and Manufacturing, our DevelopmentTeam has created some of the most advanced,efficient, and versatile products available.

innoVaTion, ConCepT, needS

Great products are born from necessity. Whetherit is a need to reduce sound, fit in a smaller space,make easier to service, achieve better efficiencies,or due to changing technologies, or new

government regulations, ClimateMaster leads theindustry in advancing the form, fit and function ofwater-source and geothermalheat pumps. Our Design Teamcontinually strives for even the

slightest improvement to ourproducts. It is this continualdrive for excellence that setsClimateMaster apart from allother manufacturers.

STarT To finiSH

At ClimateMaster, every product developmentproject begins with a comprehensive set ofspecifications. These specifications are aculmination of input from the market, a specif ic

need, or a number of other factors. Fromthese detailed specifications, prototypes areconstructed and testing begins. After a rigoroustesting period in ClimateMasters own state-of-the-art lab facility, the data is compared to theproject specifications. Once the Design Team issatisfied that all of the specs are met, the unit issent to the Production Department for pilot runs.After the pilot runs are completed, unit literatureis finalized and the product is released to themarketplace.

ClimaTemaSTer produCTion

Innovative products demand innovative manufacturingprocesses. ClimateMastersintegrated production processcombines every aspect of themanufacturing of our equipmentinto an organized, balanced, andcontrolled whole.

fabriCaTion

Every sheet-metal component of a ClimateMasterunit is produced in our Fabrication Department.Panels are precisely constructed of galvanizedor stainless steel using computerized cutting,

punching, and forming equipment. This precisefabrication means a tighter fit that makes for amore solid unit and reduced vibration, whichequals reduced noise. Oncertain series, an polyesterpowder coating is then appliedto increase corrosion resistanceand enhance the look ofthe unit. The final step is theaddition of fiberglass insulationto the inside as an additional layer of sound

deadening. This insulation meets stringent NFPAregulations, and includes antibacterial material.

aSSembly

ClimateMasters 610,000 square foot facilitiesuse the most stringent quality control standardsin the industry. Each unit is assembled underthe close supervision ofour Integrated ProcessControl System or Procix.

This multi-million dollarcomputer system watcheseach unit as it comesdown the assembly line.In addition, our Quality Department is stationedon each line and performs random audits notonly on the units, but also on component parts. Allcomponent parts must pass each and every qualitycheckpoint before a unit is packaged and shipped.These systems and processes are maximized dueto the comprehensive and ongoing training everyemployee receives from the date they are hired.

THe ClimaTemaSTer adVanTage


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ComponenT parTS

To produce a quality unit,you have to start with qualitycomponents. ClimateMastersPurchasing Department is

relentless in its search forthe best components for ourproducts - while securingthese components at prices that keep costs low.Any new component must go through a gruelingtesting phase before it ever sees the productionline. Working closely wit h vendors and theirengineers, we continually find new ways to notonly improve our units, but to ensure componentquality as well. Sister companies l ike KOAX,who produce our coaxial heat exchangers,

allow ClimateMaster to provide componentsspecifically designed for our applications.

iSo 9001:2000 CerTifiCaTion

International Organizationfor Standardization (ISO)is a network of the nationalstandards institutes ofover 150 countries, onthe basis of one member per country, with a

Central Secretariat of Geneva, Switzerland,that coordinates the system. ISO is a non-governmental organization that occupies aspecial position between the public and privatesectors whose goal is to create, maintain, andimprove standards worldwide. ISO standardscontribute to making the development,manufacturing, and supply of p roducts andservices more efficient, safer, and cleaner. ISOcertification demonstrates ClimateMasterscommitment to quality and continuousimprovement.

ClimaTemaSTer awardS

ClimateMaster leads theindustry in product awardsand certifications. From 100%Air-Conditioning, Heating

and Refrigeration Institute(AHRI) performance ratingsto industry awards for innovation, ClimateMasterapplies cutting-edge technology to every productwe design and manufacture.

ClimateMasters Tranquility 27 Series has wonmultiple awards and is widely accepted as aleader in the industry. You know you are doinggreat things when a lot of people tell you so.

engineering lab faCiliTieS

ClimateMaster has one of the largest testingfacilities of any water-source heat pumpmanufacturer including the reverberant, ISO3741 Certified sound testing room in the industry.Innovation and product improvements are amainstay of the ClimateMaster Engineering Lab.Our people are what make the difference in thedevelopment of superior products in a timelymanner. Our certified facility has seven automated

test cells capable of testing a wide variety of unittypes under varying conditions. These cells arecapable of producing data twenty-four hours aday, seven days a week. The development timeof equipment is significantly reduced allowingClimateMaster Engineers and Lab Techniciansto spend more time on the actual developmentprocess. This team effort has al lowed us to maintaina high degree of competence in our industry. Ourtest cells and test equipment are calibrated andcertified periodically, per recognized industrystandards, to insure the data is accurate andrepeatable. In addition to testing new concept

units, the lab continually audits production unitsthroughout the year to insure quality performanceand reliability.

induSTry affiliaTionSand aSSoCiaTionS

ClimateMaster works closelywith the International StandardsOrganization (ISO), the AmericanSociety of Heating, Refrigerating,and Air Conditioning Engineers(ASHRAE), and the Electrical TestingLaboratories (ETL), to insure thatour equipment not only meets thehighest performance standards,but meets the highest industry

standards as well. ClimateMasterhas celebrated many consecutiveyears of 100% success rate inAHRIs performance certificationprogram. An uncommon feat in the industry, thisis a testament to the craftsmanship, design, andconstruction of every ClimateMaster unit.

CuSTomer SerViCe

ClimateMaster hasgone to great lengths

to meet our customersbusiness-to-businessneeds. ClimateMasterprovides great productsand our customer support is second to none. Ourhighly trained and experienced Customer ServiceDepartment is available to assist you. Visit ouronline Business Center or contact Tech Services forany information you may need.

R

MAN UFACT

URER

CERT

IFIEDTOARIASCOMPLY

INGWI TH

ISO

STANDARD 1

3256

-1HEATPUMP

S

W A

TERTO

AIR BR

INE

TO

AI R

ISO 9001:2000Certified

Quality: First & Always


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ClimaTemaSTer.Com

Our web site has become the central hub for al l ofour customers information needs. Current literature,specifications, presentations, and other resourcesare readily available in an intuitive, easy-to-

navigate format. At the click of a mouse, our newonline Business Center allows you to check thestatus of your orders, lookup sales history, managecontact information, and even order literature,accessories, and equipment. Combined with ourunique EZ-ORDER software, we take all the effortand guesswork out of unit orders.

engineering deSignSpeCifiCaTionS

Advanced units need advanced specifications.

ClimateMasters new Engineering Designspecifications provide the most detailed informationfor your next project.

liTeraTure

At ClimateMaster, innovation never sleeps. Asnew advances are made, and new products arereleased, the need for accurate li terature becomescritical. Every piece of technical literature thatClimateMaster produces is printed in our state-of-

the-art on-demand printing facility. What this meansis that we print only the literature we need at thetime we need it. This insures that only the mostcurrent and accurate data is in the field.

SHipping

When you need that critical service part or pieceof literature for your next presentation, you mayrest assured that ClimateMaster has a shippingoption for you. Networked with a variety ofcarriers, we provide fast and reliable shipping to

anywhere in the world.

THe fuTure ofClimaTemaSTer

Our long history of innovation has paved theway for future endeavors with a solid platformof success. Growing markets in Europe and Asia

demand a different way of not only manufacturingour products, but also successfully marketingthem. Government regulations have phasedout R-22 refrigerant at the beginning of 2010paving the way for new HFC-410A, a much moreenvironmentally friendly refrigerant. In lookingahead, we continually strive for better processes,better designs, and better innovations that will keepClimateMaster as the global leader in water-sourceand geothermal heat pumps.

adVanTage exCluSiVeSBeing a leader in innovation, ClimateMaster bringsindustry firsts, as well as industry exclusives, to ourfamily of products.

ConTrolS

ClimateMaster offers two levels of solid-state digitalcontrols; the CXM and DXM control board.

CXM

Our standard CXM control board comesprogrammed with ClimateMasters UnitPerformance Sentinel (UPS) which monitors unitperformance and notifies the owner of potentialunit problems before a lockout occurs. Additionally,the CXMs eight standard safeties protect the unitfrom damage.

Anti-Short Cycle Low Voltage High Voltage High Refrigerant Pressure

Low Refrigerant Pressure(Loss of Charge)

Air Coil LowTemperature

Water Coil Low

Temperature Condensate Overflow

DXMOur enhanced controls option, the DXM controlboard offers all of the advantages of the CXMboard but adds the following addi tional features:

Multi-Stage Operation Night Setback with

Override

Emergency Shutdown Reheat Control Boilerless Electric Heat

DDC ControlsFactory mounted LONWorks or Multi-ProtoCol(MPC) DDC controllers are an available optionon all ClimateMaster products. These controllersgive owners the ability to implement a variety ofbuilding automation systemssuch as BACnet, ModBus,

and Johnson N2. Through aweb enabled PC, individualunits, unit zones, and entirebuilding systems can bemonitored and controlledwith the click of a mouse.The systems provide unit status, set-point control,performance curves, and fault indications.


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ConfiguraTionS

No other manufacturer provides as many size,performance, configuration, and cost options asthe ClimateMaster family of products offers. Fromour smallest horizontal unit in the TCH-006, to

our largest vertical in the TLV-300, to our RooftopSeries with available 100% make-up air (whenmated with the Rx ERV), to the vertical stack,console, water-to-water, and two-stage Tranquility27, we have a unit to fit your application.

Sound

Prior to the adoption of the 260-2000 soundstandard there had been no standard for theevaluation of water-source heat pump soundperformance. Also, those manufacturers who didgenerate and publish their own sound data, didso in their own labs making it difficult to havethe data independently certified and accuratecomparisons were therefore, impossible. Nowthat a standard has been established, it is criticalto compare the data correctly. If data fromtwo manufacturers is compared using differenttest procedures, results are not comparable.ClimateMaster has tested its product line for bothducted discharge and free inlet air combinedwith case radiated tests. Comfort has never beenso quiet with our intelligent sound design. Ourproducts use a variety of technologies to maintainour lead as the quietest units in the industry.

dual leVel VibraTioniSolaTion

ClimateMaster units use anexclusive double isolationcompressor mounting system.This dual level isolation

deadens vibration andprovides quiet operation.

TorSion-flex blowerS

Blower motors, on select models,are mounted with a uniquetorsion-flex mounting systemwhich not only allows for easy

service, but also reduces vibrationfrom the blower motor duringoperation.

ulTraquieT

ClimateMasters optional additional soundsuppression package enhances our alreadyexcellent sound performance through the useof dual density acoustical insulation and otherstrategically placed sound attenuating materials.No other manufacturers mute package comesclose to matching the performance of theUltraQuiet package.

e-CoaTed air CoilSand waTer CoilS

All ClimateMaster water-source heating andcooling systems are available with an E-Coated air-coil option. E-Coated or Powder Coated water coilsare standard on all products. This process providesyears of protection against coil

corrosion from airborne chemicalsresulting from modern buildingmaterial outgassing and mostairborne environmental chemicals.In fact, ClimateMasters exclusiveE-Coated air-coils enhancecorrosion protection to nearly 20times that of a traditional uncoated coil.*

*Test based upon ASTM B117 Salt Spray test hours.

Climadry reHeaT

Continuing to lead the industry in IAQ (Indoor AirQuality) solutions, select ClimateMaster units areavailable with an innovative method (patented) ofreheating the air. The ClimaDry microprocessor-

controlled option will automatically provide 100%reheat by adjusting the amount of reheat capacitybased upon supply air temperature. This newapproach to reheat provides dehumidified, neutraltemperature supply air, while eliminating the problemof overcooling the space when loop temperaturesdrop. All components are internal to the unit,saving space and keeping installation costs low.A simple humidistat or dehumidistat control activatesthe option.

VolTageS

ClimateMaster units are available in a wide varietyof commercial voltages, providing maximumflexibility in building design. Available voltages areas follows:

208-230/60/1 208-230/60/3 265/60/1 460/60/3 575/60/3

* Not all units are available with every voltage combination shown above.

aCCeSSorieS

ClimateMaster offers a complete line ofaccessories to complete any project, includinghoses, thermostats, valves, pumps, fittings,controllers, sensors, filters and more.


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T H E C L I M A T E M A S T E R F A M I LY O F P R O D U C T S


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Product Series

Standard Features Factory Installed Options

EarthP

ure

(HF

C-41

0A

)R

efrig

eran

t

Micro

pro

cessor

CXM

Con

trols*

Stan

dardR

an

ge

CopperW

ater

Coil**

TXV

DualL

ev

el

Com

pre

ssor

Vibra

tionIsola

tion

Field

Conv

ertibleDisch

arg

e

(Horizon

tal

Units)

MultipleA

ccessP

an

elsforIn

stalla

tion

an

dServiceE

ase

Scroll

Com

pre

ssors

FactoryIn

stalle

dH

an

gerBra

ckets

(Horizon

tal

Units)

Rem

oteR

esetatTh

erm

ostat

Con

den

sateOverflowPro

tection

Cupro-Nick

el

Coil

High

StaticBlow

er

UltraQ

uie

t(Mute)P

ackage

Ex

ten

dedR

an

ge(20to12

0F

)

Auto-FlowW

aterR

egula

tion

Two-W

ayCon

trolV

alve

DownFlow

Config

ura

tion

Desuperh

eater

Coil

DD

CCon

troller

Delux

eDXM

Con

troller

E-C

oatedAir

Coil

Intern

al

Secon

daryP

um

p

ECMF

an***

Clim

aDryR

eh

eat

Intern

al

Servic

eDisconn

ect

Tranquility 27Two-Stage (TT)

Tranquility 20 Single-Stage (TS) TranquilityHigh Efficiency (TR) a Tranquility 16 Compact (TC) a Tranquility Vertical Stack (TRM) a

Tranquility Console (TRC)

Tranquility Compact (TCH)

Tranquility Large (TL) c

Tranquility Water-to-Water (TMW) b

Rooftop (TRE)

Rx Energy Recovery Ventilator (ERV)

Vertical Dedicated Outdoor Air (TO)

Horizontal Dedicated Outdoor Air (TO)

* Standard control for TO Series is DDC with modulating HGR. ** Standard water coil construction for TO Series is stainless steel.*** Standard on TT Series Standard on TMW Series Extended Range = 35F95F EWT

a Sizes 024 and above b Sizes 036 - 120 c Vertical series only

U N I T F E A T U R E S

ROOFTOP(TRE)SERIES

ThreetoTwentyTonRooftopUnits

TRANQUILITYVERTICALSTACK(TRM)SERIES

Three-QuartertoThreeTonEarthPure

(HFC-410A)Vertical

Hi-RiseStackUnits

TRANQUILITY(TOH)SERIES

ThreetoOneHundredTonHorizontalDedicatedOutdoor

AirSystems

TRANQUILITY(TOV)SERIES

FourtoThirtyTonVerticalDedicatedOutdoor

AirSystems

TRANQUILITYMODULARWATER-TO-WATER(TMW)SERIES

ThreetoTwenty-EightTon

EarthPure(HFC-410A)

Water-to-WaterUnits

TRANQUILITYCONSOLE(TRC)SERIES

Three-QuartertoOne-and-OneHalfTon

EarthPure(HFC-410A)

ConsoleUnits

TRANQUILITYLARGE(TL)SERIES

SeventoTwenty-FiveTon

EarthPure(HFC-410A)

VerticalUnits

TRANQUILITY20SINGLE-STAGE(TS)SERIES

One-HalftoSixTonSingle-StageEarthPure

(HFC-410A)

Horizontal,Vertical,andDownflowUnits

TRANQUILITY27

TWO-STAGE(TT)SERIES

TwotoSixTonTwo-StageEarthPure

(HFC-410A)

Horizontal,Vertical,andDownflowUnits

TRANQUILITY16COMPACT(TC)SERIES

One-HalftoFiveTonCompactEarthPure

(HFC-410A)

HorizontalandVerticalUnits

TRANQUILITYCOMPACT(TCH)SERIES

SixtoTenTon

CompactEarthPure(HFC-410A)

HorizontalUnits

TRANQUILITYHIGHEFFICIENCY(TR)SERIES

One-HalftoFiveTonEarthPure

(HFC-410A)

HorizontalandVerticalUnits

Rx(ERV)MODULE

RooftopEnergyRecoveryUnits

T H E C L I M A T E M A S T E R F A M I L Y O F P R O D U C T S


20/48


21/48

20

The Tranquility 27Two-Stage (TT) Series blends themost advanced technology with the most advanceddesign to create some of the highest efficiency water-source heat pumps available today.

The Tranquility 27Two-Stage Series utilizesEarthPure(HFC-410A) refrigerant along with theCopeland UltraTech two-stage compressor and

ECM variable speed motor to bring unmatchedperformance and comfort.

uniT feaTureS

Sizes 026 (2 ton, 7.0 kW) through 072 (6 ton,21.1 kW)

Environmentally-friendly EarthPureHFC-410A refrigerant

Unsurpassed efficiencies (far exceeds ASHRAE 90.1) Copeland UltraTech two-stage compressor and

variable speed ECM fan motor

Galvanized steel construction and powder coatpaint on all units

Unique double isolation compressor mounting forquiet operation

Discharge muffler standard on all sizes forsuperior sound attenuation

Microprocessor controls standard (optional DXMand/or DDC controls)

Field convertible discharge air arrangement forhorizontal units Bi-directional, balanced port expansion valve

refrigerant metering device standard Standard range or extended range operation Water connections securely mounted flush to the

cabinet corner post (no backup wrench required) Eight safeties standard

THe TranquiliTy 27Two-STage (TT) SerieS

Easy to remove blowerhousing for quick serviceand ECM variable speedmotor

Foil faced insulation in the

blower section and fiberglassinsulation in the compressorsection

Copeland UltraTech two-stage compressorwith dual compressorvibration isolation

Easy service access frommultiple sides

Easy access control boxcontains advanced digitalcontrols with Remote ServiceSentinel (Optional Enhancedcontrols (DXM) & DDCControllers)

Factory installed hangerbrackets on horizontal units

Standard stainless steelinsulated drain pan withcondensate overflowprotection


22/48

21

Model Refrigerant

Water Loop Heat Pump Ground Water Heat Pump Ground Loop Heat Pump

Cooling 86F [30C] Heating 68F [20C] Cooling 59F [15C] Heating 50F [10C] Cooling 77F [25C] Heating 32F [0C]

Capacity EER Capacity

COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TT-026 HFC-410A 25,300 [7.42] 15.9 [4.7] 30,800 [9.03] 5.3 28,900 [8.47] 24.5 [7.2] 25,700 [7.53] 4.8 26,600 [7.80] 18.5 [5.4] 19,800 [5.80] 4.0

TT-038 HFC-410A 36,200 [10 .61] 15 .6 [4.6] 44 ,800 [13 .13 ] 5.3 41 ,200 [12 .08 ] 23 .0 [6.7] 36 ,700 [10.76 ] 4 .7 38 ,200 [11 .20 ] 18 .2 [5.3] 29 ,000 [8.50] 4 .0

TT-049 HFC-410A 48,400 [14 .19] 15 .7 [4.6] 59 ,900 [4.19 ] 5.2 54 ,600 [16 .00 ] 22 .5 [6.6] 48 ,300 [14.16 ] 4 .7 50 ,600 [14 .83 ] 17 .9 [5.2] 37,500 [10.99] 4 .0

TT-064 HFC-410A 61,500 [18 .03] 15 .0 [4.4] 72 ,300 [21 .19 ] 5.0 68 ,600 [20 .11 ] 22 .0 [6.4] 59 ,600 [17.47 ] 4 .4 64 ,800 [18 .99 ] 17 .5 [5.1] 48,000 [14.07] 3 .9

TT-072 HFC-410A 68,700 [20 .14] 14 .2 [4.2] 88 ,600 [25 .97 ] 4.9 77 ,100 [22 .60 ] 19 .9 [5.8] 70 ,200 [20.57 ] 4 .3 71 ,600 [20 .99 ] 16 .2 [4.7] 54,100 [15.86] 3 .6

performanCe and SpeCifiCaTionS

Full Load AHRI/ISO/ASHRAE 13256-1 Data (English (IP) Units & Metric (SI) Units)

Cooling capacities based upon 80.6F [27C] DB, 66.2F [19C] WB entering air temperature.Heating capacities based upon 68F [20C] DB, 59F [15C] WB entering air temperature.All ratings based upon operation at the lower voltage of dual voltage rated models.

Dimensional DataVerticalUpflowModel

Overall Cabinet

W D H

026in.

cm

22.4

56.8

25.6

65.1

48.5

123.2

038in.

cm

25.4

64.5

30.6

77.8

50.5

128.3

049in.

cm

25.4

64.5

30.6

77.8

54.5

138.4

064in.

cm

25.4

64.5

30.6

77.8

58.5

148.6

072in.

cm

25.4

64.5

30.6

77.8

58.5

148.6

HorizontalModel

Overall Cabinet

W D H

026in.

cm

22.4

56.8

62.2

158.0

19.3

48.9

038in.

cm

25.4

64.5

71.2

180.8

21.3

54.0

049in.

cm

25.4

64.5

76.2

193.5

21.3

54.0

064in.

cm

25.4

64.5

81.2

206.2

21.3

54.0

072in.

cm

25.4

64.5

81.2

206.2

21.3

54.0

Model Refrigerant




COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TT-026 HFC-410A 19,400 [5.69] 18.3 [5.4] 22,400 [6.57] 6.1 22,200 [6.51] 30.8 [9.0] 18,600 [5.45] 5.1 21,300 [6.24] 26.0 [7.6] 16,500 [4.83] 4.6

TT-038 HFC-410A 26,200 [7.68] 18.5 [5.4] 30,800 [9.03] 6.3 30,200 [8.85] 31.5 [9.2] 24,800 [7.27] 5.1 28,900 [8.47] 27.0 [7.9] 22,100 [6.48] 4.5

TT-049 HFC-410A 36,100 [10 .58] 18 .0 [5.3] 44 ,300 [12 .98 ] 6.2 40 ,700 [11 .93 ] 28 .7 [8.4] 35 ,400 [10.38 ] 5 .1 39 ,600 [11 .61 ] 24 .9 [7.3] 31 ,200 [9.14] 4 .6

TT-064 HFC-410A 44,900 [13 .16] 17 .6 [5.2] 51 ,100 [14 .98 ] 5.7 51 ,900 [15 .21 ] 29 .7 [8.7] 49 ,800 [12.25 ] 4 .7 49 ,800 [14 .60 ] 25 .3 [7.4] 37,500 [10.99] 4 .3

TT-072 HFC-410A 52,800 [15 .48] 16 .0 [4.7] 65 ,200 [19 .11 ] 5.1 59 ,800 [17 .53 ] 24 .5 [7.2] 51 ,700 [15.15 ] 4 .3 57 ,700 [16 .91 ] 21 .4 [6.3] 45,400 [13.31] 3 .9

Part Load AHRI/ISO/ASHRAE 13256-1 Data (English (IP) Units & Metric (SI) Units)

Note: Add 4 [10.16cm] to height forvertical downflow models.

Voltage OptionsModel Volts Hz Phase

026 208/230 60 1

038 - 064208/230208/230

460

606060

133

072 208/230 60 1


23/48

22

The Tranquility 20 Single-Stage (TS) Series buildson ClimateMasters commitment to utilizing the mostadvanced technology and design to create oneof the most efficient single-stage water-source heatpump available today. The Tranquility 20 Single-Stage Series combines EarthPure(HFC-410A)refrigerant with the Copeland Scroll compressor(rotary in 018 and smaller) and either an ECM

variable speed or PSC multi-speed fan motor tocreate unmatched performance and flexibility.

uniT feaTureS

Sizes 006 (1/2 ton, 1.8 kW) through 070 (6 ton,21.1 kW)

Environmentally-friendly EarthPure(HFC-410A) refrigerant

Unsurpassed efficiencies (far exceeds ASHRAE 90.1) Copeland Scroll compressor (size 018 and above) Multi-speed PSC fan motor (optional variable

speed ECM motor on size 018 and above)


Unique double isolation compressor mounting forquiet operation

Discharge muffler standard (except rotarycompressors) for superior sound attenuation

Microprocessor controls standard (optional DXMand/or DDC controls)

Field convertible discharge air arrangement forhorizontal units Bi-directional, balanced port expansion valve

refrigerant metering device standard Standard range or extended range operation Water connections securely mounted flush to the

cabinet corner post (no backup wrench required) Eight safeties standard

THe TranquiliTy 20 Single-STage (TS) SerieS

Easy to remove blowerhousing for quick serviceand optional ECMvariable speed motor

Foil faced insulation inthe blower section andfiberglass insulation inthe compressor section

Dual compressorvibration isolation forquiet operation

Easy service access frommultiple sides

Easy access controlbox contains advanceddigital controls withRemote Service Sentinel(Optional Enhancedcontrols (DXM) & DDCControllers)

Factory installedhanger brackets onhorizontal units

Standard stainless steelinsulated drain pan withcondensate overflowprotection


24/48

23


AHRI/ISO/ASHRAE 13256-1 Data (English (IP) Units & Metric (SI) Units)

Dimensional Data

Model* Ref rigerant



Capacit y EER Capacit y

COP

Capacity E ER Capacity

COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TS-006 PSC HFC-410A 6,300 [1.85] 15.7 [4.6] 8,000 [2.34] 5.4 7,400 [2.17] 25.5 [7.5] 6,300 [1.85] 4.4 6,700 [1.96] 18.5 [5.4] 4,800 [1.41] 3.4

TS-009 PSC HFC-410A 9,300 [2.74] 15.3 [4.5] 11,100 [3.26] 4.8 11,100 [3.26] 25.2 [7.4] 9,400 [2.76] 4.3 10,000 [2.94] 18.1 [5.3] 7100 [2.09] 3.4

TS-012 PSC HFC-410A 11,700 [3.43] 15.4 [4.5] 13,800 [4.05] 4.5 13,300 [3.90] 24.6 [7.2] 11,800 [3.46] 4.0 12,300 [3.60] 18.1 [5.3] 9,500 [2.78] 3.5

TS-018 PSCTS-018 ECM

HFC-410A18,600 [5.47]

19,200 [5.65]

15.0 [4.4]

16.5 [4.8]

23,000 [6.76]

23,300 [6.85]

5.2

5.9

21,300 [6.26]

22,100 [6.50]

24.8 [7.3]

26.3 [7.7]

18,800 [5.53]

18,900 [5.56]

4.5

4.9

19,500 [5.74]

20,200 [5.94]

18.4 [5.4]

19.4 [5.5]

14,500 [4.27]

14,500 [4.43]

3.6

3.9


HFC-410A25,100 [7.36]

25,000 [7.33]

16.2 [4.8]

17.0 [5.0

29,600 [8.68]

30,000 [8.79]

4.9

5.3

28,600 [8.38]

28,100 [8.24]

25.7 [7.5]

27.4 [8.0]

25,000 [7.33]

25,100 [7.36]

4.3

4.6

26,300 [7.71]

26,000 [7.62]

19.1 [5.6]

20.0 [5.0]

19,000 [5.57]

19,400 [5.69]

3.7

3.8


HFC-410A28,200 [8.26]

28,600 [8.38]

15.3 [4.5]

15.6 [4.6]

34,900 [10.23]

35,200 [10.32]

5.0

5.3

31,700 [9.29]

32,200 [9.44]

22.9 [6.7]

23.9 [7.0]

29,400 [8.62]

29,400 [8.62]

4.4

4.6

29,400 [8.62]

29,800 [8.73]

17.6 [5.2]

18.0 [5.3]

23,600 [6.92]

23,700 [6.95]

3.8

3.9


HFC-410A33,000 [9.67]

33,100 [9.70]

16.6 [4.9]

17.6 [5.2]

39,800 [11.66]

39,500 [11.58]

5.5

5.8

37,300 [10.93]

37,300 [10.93]

25.1 [7.4]

26.5 [7.8]

32,900 [9.64]

32,900 [9.64]

4.8

5.1

34,500 [10.11]

34,600 [10.14]

19.2 [5.6]

20.2 [5.9]

25,700 [7.53]

25,800 [7.56]

3.9

4.2


HFC-410A37,400 [10.96]

37,800 [11.08]

16.0 [4.7]

17.1 [5.0]

49,400 [14.48]

48,600 [14.24]

5.4

5.7

42,900 [12.57]

44,200 [12.95]

24.3 [7.1]

27.1 [7.9]

40,100 [11.75]

39,300 [11.52]

4.6

4.9

39,300 [11.52]

40,000 [11.72]

18.4 [5.4]

20.0 [5.9]

31,600 [9.26]

30,400 [8.91]

3.8

4.0


HFC-410A47,000 [13.77]

47,600 [13.95]

15.3 [4.5]

15.9 [4.7]

60,000 [17.58]

59,700 [17.50]

5.0

5.2

53,900 [15.80]

54,100 [15.86]

23.3 [6.8]

24.6 [7.2]

49,000 [14.36]

48,700 [14.27]

4.4

4.5

49,900 [14.62]

50,100 [14.68]

17.6 [5.2]

18.5 [5.4]

39,000 [11.43]

38,400 [11.25]

3.7

3.8


HFC-410A61,000 [17.88]

62,000 [17.88]

15.9 [4.7]

16.4 [4.8]

70,400 [20.63]

70,800 [20.75]

5.0

5.2

67,000 [19.64]

67,200 [19.70]

23.2 [6.8]

24.3 [7.1]

58,700 [17.20]

59,100 [17.32]

4.5

4.6

63,300 [18.55]

64,000 [18.76]

18.2 [5.3]

19.0 [5.6]

46,500 [13.63]

46,700 [13.69]

3.7

3.8


HFC-410A67,500 [19.78]

67,000 [19.64]

14.4 [4.2]

15.2 [4.5]

85,800 [25.15]

84,900 [24.88]

5.0

5.0

77,100 [22.60]

77,000 [22.57]

21.6 [6.3]

23.5 [6.9]

69,400 [20.34]

69,000 [20.22]

4.3

4.4

70,800 [20.75]

70,000 [20.52]

16.6 [4.9]

17.8 [5.2]

54,000 [15.83]

53,900 [15.80]

3.6

3.6

VerticalUpflowModel

Overall Cabinet

W D H

006 -012

in.

cm

22.4

56.8

21.6

54.9

34.5

87.6

018in.

cm

22.4

56.8

25.6

65.1

44.5

113.0

024 -030

in.

cm

22.4

56.8

25.6

65.1

48.5

123.2

036in.

cm

25.4

64.5

30.6

77.8

50.5

128.3

042-048

in.

cm

25.4

64.5

30.6

77.8

54.5

138.4

060 -070

in.cm

25.464.5

30.677.8

58.5148.6

HorizontalModel

Overall Cabinet

W D H

006 -012

in.

cm

22.4

56.8

43.1

109.5

17.3

43.9

018 -030

in.

cm

22.4

56.8

62.2

158.0

19.3

49.0

036in.

cm

25.4

64.5

71.2

180.8

21.3

54.1

042 -048

in.

cm

25.4

64.5

76.2

193.5

21.3

54.1

060 -070

in.

cm

25.4

64.5

81.2

206.2

21.3

54.1

Cooling capacities based upon 80.6F [27C] DB, 66.2F [19C] WB entering air temperature.Heating capacities based upon 68F [20C] DB, 59F [15C] WB entering air temperature.All ratings based upon operation at the lower voltage of dual voltage rated models.* ECM motor available on sizes 018 and larger.

Note: Add 4 [10.16cm] to height for vertical downflow models.

Voltage OptionsModel Volts Hz Phase

06 - 018208/230

265

60

60

1

1

024 -036

208/230

265

208/230

460

60

60

60

60

1

1

3

3

042 -070

208/230

208/230

460

575

60

60

60

60

1

3

3

3


25/48

24

The Tranquility High Efficiency (TR) Series offers highefficient performance in a simple cabinet design.

The Tranquility High Efficiency Series also offersoptions that allow for application flexibility. Availableoptions include ClimaDry dehumidification, hotwater generator, enhanced controls, e-coatedair coils, extended range insulation, UltraQuiet

package, secondary circulating pump, motorizedwater valve, automatic water flow valves and highstatic blowers.

uniT feaTureS

Sizes 006 (1/2 ton, 1.8 kW) through 060(5 tons, 17.6 kW)

Exceeds ASHRAE 90.1 efficiencies Galvanized steel construction with attractive matte

black epoxy powder coat paint front access panel Epoxy powder painted galvanized steel drain pan

Sound absorbing glass fiber insulation Unique double isolation compressor mounting for

quiet operation Insulated divider and separate compressor/air

handler compartments Copeland scroll compressors (Size 018 and

above) Microprocessor controls standard (optional DXM

and/or DDC controls) Field convertible discharge air arrangement forhorizontal units

PSC three-speed fan motor Internally trapped condensate drain line (vertical

units only) Eight safeties standard Extended range (20 to 120F, -6.7 to 48.9C)

capable

THe TranquiliTy HigH effiCienCy (Tr) SerieS

Dual compressor vibrationisolation for quiet operation

Easy access control boxcontains advanced digitalcontrols with Remote ServiceSentinel Optional Enhancedcontrols (DXM) & DDCControllers

Epoxy powder painteddrain pan with condensateoverflow protection


Easy to remove blowerhousing for quick service andPSC three-speed fan motor

Easy service access

from multiple sides


26/48

25

Model Refrigerant




COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TR-006 HFC-410A 5,800 [1.70] 13.2 [3.9] 7,500 [2.20] 4.7 6,900 [2.02] 21.1 [6.2] 6,200 [1.82] 4.0 6,200 [1.82] 15.4 [4.5] 4,900 [1.44] 3.4

TR-009 HFC-410A 8,800 [2.58] 13.4 [3.9] 11,600 [3.40] 4.2 10,100 [2.96] 21.0 [6.2] 9,800 [2.87] 3.9 9,300 [2.72] 15.7 [4.6] 7,900 [2.31] 3.4

TR-012 HFC-410A 11,700 [3.43] 13.5 [4.0] 15,200 [4.45] 4.3 13,700 [4.01] 20.8 [6.1] 12,500 [3.66] 3.8 12,000 [3.52] 14.9 [4.4] 9,900 [2.90] 3.2

TR-015 HFC-410A 14,500 [4.25] 15.4 [4.5] 17,300 [5.07] 5.0 16,800 [4.92] 24.5 [7.2] 14,400 [4.22] 4.4 15,000 [4.39] 17.2 [5.0] 11,100 [3.25] 3.6

TR-018 HFC-410A 17,300 [5.07] 14.3 [4.2] 21,500 [6.30] 5.0 20,600 [6.04] 24.2 [7.1] 17,200 [5.04] 4.4 18,400 [5.39] 16.3 [4.8] 13,900 [4.07] 3.4

TR-024 HFC-410A 23,700 [6.94] 13.4 [3.9] 28,500 [8.35] 4.7 26,700 [7.82] 20.9 [6.1] 24,000 [7.03] 4.1 24,900 [7.30] 15.4 [4.5] 18,500 [5.42] 3.3

TR-030 HFC-410A 28,100 [8.23] 13.4 [3.9] 35,100 [10.28] 4.6 31,700 [9.29] 20.1 [5.9] 29,600 [8.67] 4.1 28,900 [8.47] 15.1 [4.4] 23,400 [6.86] 3.4

TR-036 HFC-410A 34,500 [10.11] 13.5 [4.0] 45,200 [13.24] 4.4 38,700 [11.34] 20.7 [6.1] 37,500 [10.99] 4.0 35,300 [10.34] 14.9 [4.4] 29,600 [8.67] 3.3

TR-042 HFC-410A 40,100 [11.75] 13.1 [3.8] 52,700 [15.44] 4.3 45,900 [13.45] 19.6 [5.7] 44,000 [12.89] 3.8 40,500 [11.87] 14.4 [4.2] 34,300 [10.05] 3.2

TR-048 HFC-410A 47,700 [13.98] 13.3 [3.9] 55,900 [16.38] 4.7 54,300 [15.91] 20.5 [6.0] 46,500 [13.62] 4.1 49,000 [14.36] 14.7 [4.3] 36,400 [10.67] 3.4

TR-060 HFC-410A 59,400 [17.40] 13.4 [3.9] 77,000 [22.58] 4.3 66,600 [19.51] 19.9 [5.8] 64,000 [18.75] 3.8 60,100 [17.61] 14.8 [4.3] 50,500 [14.80] 3.1




Dimensional Data

Vertical UpflowModel

Overall Cabinet

W D H

006 - 012 in.cm

22.557.2

21.354.1

22.557.2

015 - 030in.

cm

22.4

56.9

22.4

56.9

40.5

102.9

036 - 042in.

cm

22.4

56.9

25.4

64.5

46.5

118.1

048 - 060in.

cm

25.4

64.5

29.1

73.9

50.5

128.3

HorizontalModel

Overall Cabinet

W D H

006 - 012 in.cm

22.557.2

40.3102.4

11.529.2

015 - 030in.

cm

22.4

56.9

48.3

122.7

17.5

44.5

036 - 042in.

cm

22.4

56.9

53.1

134.9

21.3

54.1

048 - 060in.

cm

25.4

64.5

67.9

172.5

21.3

54.1

Voltage Options

Model Volts Hz Phase

006 - 024208/230

265

60

60

1

1

030 - 036

208/230

265

208/230

460

60

60

60

60

1

1

3

3

042 - 060

208/230

208/230

460

575

60

60

60

60

1

3

3

3

26 6 ( )


27/48

26

The Tranquility 16 Compact (TC) Series raisesthe bar for water-source heat pump efficiencies,features and application flexibility. Not only does theTranquility 16 Compact Series exceed ASHRAE 90.1efficiencies, but it also uses EarthPure(HFC-410A)zero ozone depletion refrigerant, making itan extremely environmentally-friendly option.

With one of the smallest cabinets in the industry, theTranquility 16 Compact (TC) Series will easily fit intotight spaces. Designed to be backward compatiblewith thousands of older water-source heat pumps,the Tranquility 16 Compact (TC) Series heat pumpis packed full of the innovation you have come toexpect from the experts at ClimateMaster.

uniT feaTureS

Sizes 006 (1/2 ton, 1.8 kW) through 060 (5 tons,17.6 kW)

EarthPure(HFC-410A) refrigerant

Exceeds ASHRAE 90.1 efficiencies Galvanized steel construction with attractive matte

black epoxy powder coat paint front access panel Epoxy powder painted galvanized steel drain pan Sound absorbing glass fiber insulation Unique double isolation compressor mounting for

quiet operation Insulated divider and separate compressor/air

handler compartments Copeland scroll compressors (size 018 and above) TXV metering device Microprocessor controls standard (optional DXM

and/or DDC controls) Field convertible discharge air arrangement for

horizontal units

THe TranquiliTy 16 CompaCT (TC) SerieS

Dual compressor vibrationisolation for quiet operation

Easy access control boxcontains advanced digitalcontrols with Remote ServiceSentinel Optional Enhancedcontrols (DXM) & DDCControllers

Epoxy powder painteddrain pan with condensateoverflow protection


Easy to remove blowerhousing for quick service andPSC three-speed fan motor

Easy service access from

multiple sides

27


28/48

27


Dimensional Data Voltage Options


006 - 024208/230

26560 1

030 - 036

208/230

265

208/230

460

60

60

60

60

1

1

3

3

042 - 060

208/230

208/230

460

575

60

60

60

60

1

3

3

3

HorizontalModel

Overall Cabinet

Width Length Height

006 - 012

in.

cm

19.1

48.5

34.1

86.6

11.1

28.2

015 - 018 in.

cm

20.1

51.1

43.1

109.5

17.0

43.2

024 - 030 in.

cm

20.1

51.1

43.1

109.5

18.3

46.5

036 - 042 in.

cm

20.1

51.1

47.1

119.6

21.0

53.3

048 - 060 in.

cm

24.1

61.2

54.1

137.4

21.0

53.3

072 - 120 in.

cm

36.3

92.2

84.9

215.6

21.0

54.9

VerticalUplflowModel

Overall Cabinet

Width Dep th Height

006 - 012 in.cm

19.148.5

19.148.5

22.055.9

015 - 018 in.

cm

21.5

54.6

21.5

54.6

40.0

101.6

024 - 030 in.

cm

21.5

54.6

21.5

54.6

45.0

114.3

036 - 042 in.

cm

21.5

54.6

26.0

66.0

44.0

111.8

048 - 060 in.

cm

24.0

61.0

29.1

73.9

50.5

128.3

Model Refrigerant




COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TC-006 HFC-410A 5,800 [1.70] 13.2 [3.9] 7,500 [2.20] 4.7 6,900 [2.02] 21.1 [6.2] 6,200 [1.82] 4.0 6,200 [1.82] 15.4 [4.5] 4,900 [1.44] 3.4

TC-009 HFC-410A 8,800 [2.58] 13.4 [3.9] 11,600 [3.40] 4.2 10,100 [2.96] 21.0 [6.2] 9,800 [2.87] 3.9 9,300 [2.72] 15.7 [4.6] 7,900 [2.31] 3.4

TC-012 HFC-410A 11,700 [3.43] 13.5 [4.0] 15,200 [4.45] 4.3 13,700 [4.01] 20.8 [6.1] 12,500 [3.66] 3.8 12,000 [3.52] 14.9 [4.4] 9,900 [2.90] 3.2

TC-015 HFC-410A 14,500 [4.25] 15.4 [4.5] 17,300 [5.07] 5.0 16,800 [4.92] 24.5 [7.2] 14,400 [4.22] 4.4 15,000 [4.39] 17.2 [5.0] 11,100 [3.25] 3.6

TC-018 HFC-410A 17,300 [5.07] 14.3 [4.2] 21,500 [6.30] 5.0 20,600 [6.04] 24.2 [7.1] 17,200 [5.04] 4.4 18,400 [5.39] 16.3 [4.8] 13,900 [4.07] 3.4

TC-024 HFC-410A 23,700 [6.94] 13.4 [3.9] 28,500 [8.35] 4.7 26,700 [7.82] 20.9 [6.1] 24,000 [7.03] 4.1 24,900 [7.30] 15.4 [4.5] 18,500 [5.42] 3.3

TC-030 HFC-410A 28,100 [8.23] 13.4 [3.9] 35,100 [10.28] 4.6 31,700 [9.29] 20.1 [5.9] 29,600 [8.67] 4.1 28,900 [8.47] 15.1 [4.4] 23,400 [6.86] 3.4

TC-036 HFC-410A 34,500 [10.11] 13.5 [4.0] 45,200 [13.24] 4.4 38,700 [11.34] 20.7 [6.1] 37,500 [10.99] 4.0 35,300 [10.34] 14.9 [4.4] 29,600 [8.67] 3.3

TC-042 HFC-410A 40,100 [11.75] 13.1 [3.8] 52,700 [15.44] 4.3 45,900 [13.45] 19.6 [5.7] 44,000 [12.89] 3.8 40,500 [11.87] 14.4 [4.2] 34,300 [10.05] 3.2

TC-048 HFC-410A 47,700 [13.98] 13.3 [3.9] 55,900 [16.38] 4.7 54,300 [15.91] 20.5 [6.0] 46,500 [13.62] 4.1 49,000 [14.36] 14.7 [4.3] 36,400 [10.67] 3.4

TC-060 HFC-410A 59,400 [17.40] 13.4 [3.9] 77,000 [22.58] 4.3 66,600 [19.51] 19.9 [5.8] 64,000 [18.75] 3.8 60,100 [17.61] 14.8 [4.3] 50,500 [14.80] 3.1



28 TranquiliTy VerTiCal STaCk (Trm) SerieS


29/48

28

Installed System

The Tranquility Vertical Stack (TRM) Series offers aninnovative, labor-saving solution for spaces whereindividual, quiet control of the heating and coolingsystem is important. Using EarthPure(HFC-410A)refrigerant, the Tranquility Vertical Stack (TRM)Series not only protects the environment, it does so

while delivering unprecedented comfort, efficiency,and reliability.

uniT feaTureS

Sizes 09 (3/4 ton, 2.6 kW) through 36 (3 ton,10.6 kW)

Environmentally-friendly EarthPure(HFC-410A)zero ozone depletion refrigerant

High efficiency rotary and scroll compressors Exceeds ASHRAE 90.1 efficiencies

Removable chassis allows staged installation andease of maintenance Galvanized steel cabinet Unique double isolation compressor mounting for

quiet operation TXV metering device Unit or remote-mounted controls available Microprocessor controls standard (optional DXM

and/or DDC controls) LonWorks, BACnet, Modbus and Johnson N2

compatibility options for DDC controls

Unit Performance Sentinel performancemonitoring system Attractive return air panel with hinged access door

(G panel) Multiple supply air discharge options Stainless steel braided hose kits for connection

from piping risers to chassis Eight safeties standard Wide variety of options including disconnect

switch and extended range

TranquiliTy VerTiCal STaCk (Trm) SerieS

Exclusive dual-levelcompressor isolationlowers vibration andreduces noise for quietoperation

Removable chassis allowsstaged installation andease of maintenance/

service once installation iscomplete

Advanced digital controlswith Remote ServiceSentinel. Shown withoptional DDC Controller(Optional Enhancedcontrols (DXM) alsoavailable)

Integrated Drain Pan withcondensate overflowprotection (OptionalStainless Steel Drain Pan)

Torsion-flex blower motorsTRM09-12

29


30/48

29

Model Refrigerant




COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TRM-09 HFC-410A 8,800 [2.58] 13.0 [3.8] 12,500 [3.66] 4.6 10,100 [2.93] 19.5 [5.7] 9,800 [2.87] 3.8 9,300 [2.73] 14.7 [4.3] 7,200 [2.11] 3.1

TRM-12 HFC-410A 11,600 [3.40] 13.0 [3.8] 15,800 [4.63] 4.5 13,700 [4.02] 20.0 [5.9] 12,700 [3.72] 3.8 12,200 [3.58] 15.0 [4.4] 9,500 [2.78] 3.1

TRM-15 HFC-410A 13,800 [4.05] 13.0 [3.8] 19,600 [5.74] 4.7 16,500 [4.84] 20.0 [5.9] 15,500 [4.54] 3.9 15,200 [4.46] 14.6 [4.3] 11,500 [3.37] 3.1

TRM-18 HFC-410A 16,700 [4.89] 13.0 [3.8] 22,600 [6.62] 4.7 19,600 [5.74] 19.5 [5.7] 18,200 [5.33] 3.8 17,600 [5.16] 14.6 [4.3] 14,000 [4.10] 3.1

TRM-24 HFC-410A 22,100 [6.48] 13.0 [3.8] 29,400 [8.62] 4.5 26,400 [7.74] 20.0 [5.9] 23,100 [6.77] 3.8 23,600 [6.92] 14.8 [4.3] 18,000 [5.28] 3.1

TRM-30 HFC-410A 27,100 [7.94] 13.0 [3.8] 33,100 [9.70] 4.6 30,600 [8.97] 18.6 [5.5] 27,700 [8.12] 4.0 29,200 [8.56] 16.0 [4.7] 20,600 [6.04] 3.1

TRM-36 HFC-410A 32,000 [9.38] 12.5 [3.7] 39,500 [11.58] 4.6 36,700 [10.76] 18.8 [5.5] 32,000 [9.38] 3.8 33,000 [9.67] 14.3 [4.2] 25,000 [7.33] 3.1



Cooling capacities based upon 80.6F [27C] DB, 66.2F [19C] WB entering air temperature.Heating capacities based upon 68F [20C] DB, 59F [15C] WB entering air temperature.

All ratings based upon operation at the lower voltage of dual voltage rated models.

* Not including risers or flanges.** 80 [203.2cm] also standard.

ModelOverall Cabinet*

W D H **

09 - 12in.

cm

17.0

43.2

17.0

43.2

88.0

223.5

15 - 18in.

cm

20.0

50.8

20.0

50.8

88.0

223.5

24 - 36in.

cm

24.0

61.0

24.0

61.0

88.0

223.5


09 - 36208/230

265

60

60

1

1

Dimensional Data Voltage Options

30 TranquiliTy ConSole (TrC) SerieS


31/48

30

The Tranquility Console (TRC) Series provides ahigh efficiency WSHP ductless solution for spaceswhere individual, quiet control of the heating andcooling system is important. Tranquility ConsoleSeries units are especially ideal where ceilingheight and space are limited, or when preservingthe integrity of an existing structure. The TranquilityConsole Series exceeds ASHRAE 90.1 efficiencies,yet maintains small cabinet dimensions. UsingEarthPure(HFC-410A) refrigerant, the TranquilityConsole Series not only protects the environment,it does so while delivering unprecedented comfort,efficiency, and reliability.

uniT feaTureS

Sizes 09 (3/4 ton, 2.6 kW) through 18 (1-1/2ton, 5.3 kW)

Environmentally-friendly EarthPure(HFC-410A)zero ozone depletion refrigerant

Two-piece chassis/cabinet design

Slope top with aluminum rigid bar supply air grilleand aluminum control door

TXV metering device Extended range (20 to 120F, -6.7 to 48.9C)

operation Advanced digital auto or manual change-over

unit mounted control with temperature display,speed selection and fault indication

Remote-mounted control available Microprocessor controls standard (optional DXM


compatibility options for DDC controls Right or left-hand piping arrangement Front or bottom return air Unit Performance Sentinel performance

monitoring system Eight safeties standard Wide variety of options including e-coated air

coils and UltraQuiet construction

TranquiliTy ConSole (TrC) SerieS

Optional motorized damperfor outside air intake forimproved air quality

Optional insulated

water circuit for extendedrange applications

Advanced digital controlswith Remote ServiceSentinel. (OptionalEnhanced controls (DXM)& DDC Controllers)

Unit mounted digitalcontrol available inmanual and autochangeover

Shown with optionalreturn air grille

31


32/48

31

Model Refrigerant


Cool ing 86F [30C] Heat ing 68F [20C] Coo li ng 59F [15C] Heat ing 50F [10C ] Cool ing 77F [25C] Heat ing 32F [0C]


COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TRC-09 HFC-410A 8,600 [2.52] 13.3 [3.9] 11,400 [3.34] 4.6 9,200 [2.70] 18.6 [5.5] 9,500 [2.78] 4.0 8,800 [2.58] 14.9 [4.4] 7,300 [2.14] 3.3

TRC-12 HFC-410A 11,300 [3.31] 13.3 [3.9] 14,900 [4.37] 4.9 12,500 [3.66] 18.7 [5.5] 12,100 [3.55] 4.1 11,800 [3.46] 15.1 [4.4] 9,300 [2.73] 3.3

TRC-15 HFC-410A 14,100 [4.13] 13.5 [4.0] 18,200 [5.33] 5.1 16,600 [4.87] 21.3 [6.2] 14,800 [4.34] 4.3 15,100 [4.43] 15.8 [4.6] 11,400 [3.34] 3.5

TRC-18 HFC-410A 16,200 [4.57] 13.0 [3.8] 20,100 [5.89] 4.5 17,600 [5.16] 19.5 [5.7] 16,500 [4.84] 4.0 16,500 [4.84] 15.0 [4.4] 13,200 [3.87] 3.4




Dimensional Data

ModelOverall Cabinet

W D H

5[12.7]

Subbase

in.

cm

48

121.9

12

30.5

26

66.0

NoSubbase

in.

cm

48

121.9

12

30.5

21

53.3


09-12115

208/230

265

60

60

60

1

1

1

15-18208/230

265

60

60

1

1

Voltage Options

Note: Add 6 [15.2cm] to width for size 18.

32 TranquiliTy CompaCT (TCH) SerieS


33/48

q

Available in sizes 6 tons (21.1 kW) through 10 tons(35.2 kW) with multiple cabinet configurations,the Tranquility Compact (TCH) Series offers awide range of units for most any installation. TheTranquility Compact Series has an extendedrange refrigerant circuit, capable of groundloop (geothermal) applications (may requireoptional extended range insulation), ground water(geothermal) applications, as well as water loop(boiler-tower) applications. Standard features aremany. Microprocessor controls, galvanized steelcabinet, epoxy powder coat painted front accesspanel, galvanized steel with epoxy powder coatpainted drain pan and TXV refrigerant meteringdevice are just some of the features of the flexibleTranquility Compact Series.

uniT feaTureS

Horizontal sizes 072 (6 tons, 21.1 kW), 096 (8

tons, 28.1 kW), 120 (10 tons, 35.2 kW)

Unit configuration can be ordered with left orright return air and straight or back supply airdischarge. Discharge is field convertible. Fieldconversion uses all existing parts including panelsand belts

Electrical box is on right side and can be fieldconverted to left side of unit

Electric power can enter from either side of front Water can be connected to either side Copeland scroll compressors Dual refrigeration circuits (All Models) Exceeds ASHRAE 90.1 efficiencies Galvanized steel construction with attractive matte

black epoxy powder coat painted front accesspanel

Insulated divider and separate compressor/airhandler compartments

TXV metering device Extended range (20 to 120F, -6.7 to 48.9C)

operation (may require optional extended rangeinsulation)

Condensate overflow isone of the 8 standardsafeties provided by themicroprocessor controls inall TCH Series units

Dual compressorrefrigeration circuit

Large capacity (up to 10tons)

Belt drive blower with highefficiency motor and multiplepulley adjustments

Galvanized steel cabinet

Optional insulated water/refrigerant circuits allowextended range operation(ground loop applications)

33


34/48



Cooling capacities based upon 80.6F [27.02C] DB, 66.2F [19.02C] WB entering air temperature.Heating capacities based upon 68F [20.02C] DB, 59F [15.02C] WB entering air temperature.All ratings based upon operation at lower voltage of dual voltage rated models.

Dimensional Data

HorizontalModel

Overall CabinetW D H

072 - 120in.

cm

36.3

92.2

84.9

215.6

21.6

54.9

HorizontalModel

Volts Hz Phase

072 - 120208/230

460

575

60

60

60

3

3

3

Voltage Options

Model Refrigerant


Coo ling 86F [30C] Heat ing 68F [20C] Coo li ng 59F [15C ] Heat ing 50F [10C] Cool ing 77F [25C] Heati ng 32F [0C]


COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TCH-072 HFC-410A 69,000 [20.22] 13.3 [3.9] 92,500 [27.11] 5.0 78, 500 [23. 01] 19.7 [5. 8] 75,500 [22.13] 4.4 71,000 [20.80] 14.6 [4.3] 58, 000 [17. 00] 3.5

TCH-096 HFC-410A 95,000 [27.84] 13.7 [4.0] 123, 000 [36. 04] 5.0 104,500 [30.63] 20.0 [5. 9] 101, 000 [29. 60] 4.4 98,000 [28.72] 15.2 [4.5] 77, 000 [22. 57] 3.6

TCH-120 HFC-410A 1 19 ,0 00 [ 34 .8 8] 13 .3 [ 3.9] 16 0,00 0 [4 6.89 ] 4 .6 1 34 ,0 00 [ 39 .2 7] 19 .3 [ 5.7] 13 2,50 0 [3 8.83 ] 4 .0 1 22 ,5 00 [ 35.90 ] 1 4.5 [4 .2 ] 1 03 ,0 00 [ 30 .1 9] 3 .3

34 TranquiliTy large (Tl) SerieS


35/48

The award winning Tranquility Large (TL) Seriesraises the bar for water-source heat pumpefficiencies, features and application flexibility.Not only does the Tranquility Large Seriesexceed ASHRAE 90.1 efficiencies, but it also usesEarthPure(HFC-410A) zero ozone depletionrefrigerant, making it an extremely environmentally-friendly option. Tranquility Large Series is eligiblefor additional LEED(Leadership in Energy andEnvironmental Design) points because of the greentechnology design.

uniT feaTureS

Vertical sizes 084 (7 tons, 24.6 kW) through 300(25 tons, 87.9 kW)

Unit configuration can be ordered with, orconverted to front or back return and top, front, orback discharge. Field conversion uses all existingparts including panels and belts

Electrical box can be field converted to be onfront or back of unit

Electric power can enter from any side of unit Water and drain can be connected to either side Dual refrigeration circuits (TL168, 192, 240, 300) Exceeds ASHRAE 90.1 efficiencies TXV metering device Extended range (20 to 120F, -6.7 to 48.9C

operation) Microprocessor controls standard (optional DXM


compatibility options for DDC controls Unit Performance Sentinel performance

monitoring system

Condensate overflow isone of the 8 standardsafeties provided by themicroprocessor controls in allTL Series units

Dual compressor refrigeration circuit in TL 168-300equipment single compressor refrigeration circuit inTL 084-150

Optional insulated water/refrigerant circuits allowextended range operation(ground loop applications)

Belt drive blowers withhigh efficiency motors andmultiple pulley adjustments

Wide variety of verticalconfigurations

Large capacity (up to 25tons, 87.97 kW)

Galvanized steel cabinetwith baked-on epoxy powderfinish on all access panels

35


36/48


AHRI/ISO/ASHRAE 13256-1 Data (Engish (IP) Units & Metric (SI) Units)

Cooling capacities based upon 80.6F [27C] DB, 66.2F [19C] WB entering air temperature.

Heating capacities based upon 68F [20C] DB, 59F [15C] WB entering air temperature.All ratings based upon operation at the lower voltage of dual voltage rated models.

Dimensional Data

VerticalModel

Overall Cabinet

W D H

084-150

in.

cm

53.1

134.9

34.0

86.4

79.0

200.7

168-300

in.

cm

106.7

270.9

34.0

86.4

79.0

200.7

VerticalModel

Volts Hz Phase

084 - 300

208/230460575

380/420

60606060

3333

Voltage Options

Model Refrigerant


Coolin g 86F [30C] Heat in g 68F [20C] Cooling 59F [ 15C] Heat ing 50F [10C] Cooling 77F [25C] Heating 32F [0C]


COP


COP


COPBtuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

Btuh[kW]

Btuh/W[W/W]

Btuh[kW]

TLV-084 HFC-410A 82,000 [24.03] 15.2 [4.5] 101,000 [29.60] 4.8 87,500 [25.65] 21.0 [4.3] 83,500 [24.33] 4.3 83,000 [24.33] 16.5 [4.8] 65,500 [19.20] 3.6

TLV-096 HFC-410A 94,000 [27.55] 15. 0 [4.4] 118,000 [34.58] 4.7 102,500 [30.04] 20.5 [4.2] 96,500 [28.58] 4.2 97,500 [28.58] 16.5 [4. 8] 76,500 [22.42] 3.6

TLV-120 HFC-410A 118,000 [34.58] 15. 0 [4.4] 144,000 [42.20] 5.0 133,000 [38.98] 21.0 [4.2] 118, 000 [34. 58] 4.2 120, 000 [35. 17] 16.5 [4.8] 93,000 [27.26] 3.7

TLV-150 HFC-410A 150,000 [43.96] 14. 0 [4.1] 186,000 [54.51] 4.7 170,000 [49. 82] 20.0 [4.2] 155, 000 [45. 43] 4.2 156, 000 [45. 72] 15. 8 [4.6] 122, 000 [35.76] 3.6

TLV-168 HFC-410A 166,000 [48.65] 15.5 [4.5] 204,020 [59.80] 4.9 177, 000 [51. 87] 21.4 [4.4] 169, 000 [49. 53] 4.4 168, 000 [49. 24] 16. 8 [4.9] 132, 500 [38.83] 3.7

TLV-192 HFC-410A 190,000 [55.69] 15.3 [4.5] 238,360 [69.86] 4.8 207, 000 [60. 67] 20.9 [4.3] 195, 000 [57. 15] 4.3 197, 000 [57. 74] 16. 8 [4.9] 155,000 [45.43] 3.7

TLV-240 HFC-410A 238,500 [69.90] 15.3 [4.5] 291,000 [85.29] 5.1 269, 000 [78. 84] 21.4 [4.3] 238, 000 [69.90] 4. 3 242, 500 [71. 07] 16. 8 [4.9] 188,000 [55.10] 3. 8

TLV-300 HFC-410A 300,000 [87.93] 14.0 [4.1] 372,000 [109.03] 4.7 340, 000 [99. 65] 20.0 [4.2] 310, 000 [90.86] 4. 2 312, 000 [91. 44] 15. 8 [4.6] 244,000 [71.51] 3. 6

36 TranquiliTy modular waTer-To-waTer (Tmw) SerieS


37/48

The Tranquility Modular Water-to-Water (TMW)Series offers high efficiency and high capacity withadvanced features, quiet operation and applicationflexibility at competitive prices. ClimateMastersTranquility Modular Water-to-Water Series can beused for radiant floor heating, snow/ice melt, chilledwater for fan coils, industrial process control, potablehot water generation*, hot/chilled water for make-up air, and many other types of HVAC and industrial

applications that require cost effective heated orchilled water.

uniT feaTureS

Sizes 036 (3 tons, 10.6 kW) through 340(28 tons, 100 kW)

Copeland scroll compressor(s) Dual independent refrigeration circuits on size

120 and 340 (28 tons, 100 kW) Exclusive single side service access (front of unit)

allows multiple units to be installed side-by-side for

large capacity installations

Top water connections on sizes 170 (14 tons, 50kW) and 340 (28 tons, 100 kW), staggered forease of manifolding multiple units

Exceeds ASHRAE 90.1 efficiencies Heavy gauge galvanized steel construction with

polyester powder coat paint and stainless steelfront access panels

Insulated compressor compartment Small footprint

TXV metering devices Extended range (20 to 110F, -6.7 to 43.3C)

operation Microprocessor controls standard (optional DXM


compatibility options for DDC controls

* Requires field supplied secondary heat exchanger.

Copeland scroll compressorswith dual-isolation mountingfor quiet operation

Advanced digital controlswith Remote ServiceSentinel and compressorrun and fault LED

TMW Series design allows forsingle side service access.Units may be installed side-by-side

Extended range insulatedwater/refrigerant circuit standard

Optional Enhanced controls(DXM) & DDC Controllers

Small footprint withconvenient front serviceaccess (TMW036 shown)

37


38/48


AHRI/ISO/ASHRAE 13256-2 Data (English (IP) Units*)

Dimensional Data

ModelOverall Cabinet

W D H

036-060in.

cm

25.4

645

30.6

778

33.0

83.8

120in.

cm

52.9

134.4

30.6

778

37.0

940

170-340in.

cm

26.3

669

45.1

1146

64.5

163.8

All ratings based upon operation at the lower voltage of dual voltage rated models.* Indoor = Load side heat exchanger; Outdoor = Source side heat exchanger.

Model Volts Phase

036

208/230

265

208/230

460

575

1

1

3

3

3

060-120

208/230

208/230

460

575

1

3

3

3

170-340

208/230

460575

3

33

Voltage Options

Model Refrigerant


Cooling Heating Cooling Heating Cooling Heating

Indoor 53.6FOutdoor 86F

Indoor 104FOutdoor 68F





CapacityBtuh

EERBtuh/W

CapacityBtuh

COPCapacity

BtuhEER

Btuh/WCapacity

BtuhCOP

CapacityBtuh

EERBtuh/W

CapacityBtuh

COP

TMW-036 HFC-410A 33,000 14.6 44,000 5.0 37,000 23.1 36,000 4.0 34,000 16.8 28,000 3.1

TMW-060 HFC-410A 55,400 14.1 79,000 4.7 62,600 21.7 61,400 3.8 58,000 15.4 51,000 3.0

TMW-120 HFC-410A 110,800 13.8 158,000 4.6 125,200 21.3 122,900 3.7 116,000 15.1 102,000 3.0

TMW-170 HFC-410A 126,000 13.6 168,000 4.4 141,200 19.7 139,000 3.8 133,000 15.6 110,800 3.0

TMW-340 HFC-410A 253,500 13.6 336,200 4.4 282,000 19.6 277,000 3.7 266,600 15.6 220,000 3.0

Model Refrigerant


Cooling Heating Cooling Heating Cooling Heating

Indoor 12COutdoor 30C






CapacityWatts

EERW/W

CapacityWatts

COPCapacity

WattsEERW/W

CapacityWatts

COPCapacity

WattsEERW/W

CapacityWatts

COP

TMW-036 HFC-410A 9,672 4.3 12,896 5.00 10,844 6.77 10,551 4.00 9,965 4.92 8,206 3.10

TMW-060 HFC-410A 16,237 4.13 23,154 4.70 18,347 6.36 17,995 3.8 16,999 4.51 14,947 3.00

TMW-120 HFC-410A 32,474 4.0 13,572 4.60 36,694 6.24 36,020 3.74 33,998 4.42 29,895 3.00

TMW-170 HFC-410A 37,163 4.0 49,414 4.40 41,383 5.77 40,739 3.80 38,980 4.57 32,474 3.00

TMW-340 HFC-410A 74,297 4.0 98,535 4.40 82,649 5.74 81,184 3.70 78,136 4.57 64,478 3.00

TMW 036 - 340 Performance Data ASHRAE/AHRI/ISO 13256-2 60Hz Metric (SI) Units

38 THe roofTop (Tre) SerieS


39/48

The Rooftop (TRE) Series provides an economicalsolution for todays HVAC challenges. The TREproduct line offers the option of introducing a fixedamount of outside air year-round or a modulatingEconomizer to provide free cooling when outdoorconditions are favorable. TRE units are designed foran extended range of source water temperatures,making it suitable for closed-loop, or ground sourceclosed-loop systems. With high efficiency scroll

compressors and belt drive motors, the TRE productline offers 13+ EER and 4+ COP.

uniT feaTureS

Sizes 036 (3 tons, 10.6 kW) through 240 (20 tons,70.4 kW)

EarthPure(HFC-410A) zero ozone depletionrefrigerant

Exceeds ASHRAE 90.1 efficiencies (40% betterthan standard rooftop units!)


Copeland Scroll compressors (dual circuited onsizes 096 and larger)

Documents

Climate Master Com Proj LC007