Single Dual

single/dual duct terminal units

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Table of Contents Single/Dual Duct Terminals

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SINGL

E/DU

AL D

UCT T

ERM

INAL

S

EDV/MDV Dual Duct ...................................................................................................................................................................M25Design Features ..................................................................................................................................................................M25Control Strategies ...............................................................................................................................................................M26EDV - Dual Duct without Attenuator ...................................................................................................................................M27Performance Data ...............................................................................................................................................................M28EDV/EDC - Dual Duct with Attenuator ................................................................................................................................M30Performance Data ...............................................................................................................................................................M31MDV/MDC - Dual Duct High Performance Blending ..........................................................................................................M33Performance Data ...............................................................................................................................................................M34Suggested Specifications ....................................................................................................................................................M36Model Number Specification ..............................................................................................................................................M37AHRI Certification ...............................................................................................................................................................M38

single/dual duct terminal productsSingle/Dual Duct Terminal Products .............................................................................................................................................M3

single duct terminalsESV Single Duct ............................................................................................................................................................................M4

Design Features ....................................................................................................................................................................M4Control Strategies .................................................................................................................................................................M6ESV - Basic Unit with Controls .............................................................................................................................................M8Accessories ...........................................................................................................................................................................M9Performance Data ...............................................................................................................................................................M12Electric Coils .......................................................................................................................................................................M19Suggested Specifications ....................................................................................................................................................M21Model Number Specification ..............................................................................................................................................M23AHRI Certification ...............................................................................................................................................................M24

dual duct terminals

Single/Dual Duct Terminals

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SINGLE/DUAL DUCT TERMINALS

Single/Dual Duct Terminal Products

For detailed controls information, please refer to the Terminal Unit Accessories section.

pages: M25-M38

EDV

DUAL DUCT TERMINALS

AVAILABLE CONFIGURATIONS• For non-mixing.• With integral attenuator/mixing section.• Special high performance blending.

CONTROL OPTIONS• Pneumatic.• OEM controls program.• Factory mounting of controls by others.• OEM controls (Titus Alpha BACnet).

UNIT ACCESSORIES• Fibre Free lining.• Steri-Loc™ lining.• EcoShield.• Removable flow sensor.

ESV

SINGLE DUCT TERMINALS

AVAILABLE CONFIGURATIONS• With integral attenuator.• With water coils.• With integral electric coil section.

CONTROL OPTIONS• Pneumatic.• Electric.• TA1 electronic.• OEM controls program.• Factory mounting of controls by others.• OEM controls (Titus Alpha BACnet).

UNIT ACCESSORIES• Fibre Free lining.• Steri-Loc™ lining.• UltraLoc lining.• Multi-outlet section.• Round outlet adapter.• EcoShield.• Removable flow sensor.

pages: M4-M24


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DESIG

N FE

ATUR

ES

Single Duct Design Features

MORE REASONS TO SPECIFY AND SELECT THE TITUS ESV:

Single duct terminals are the fundamental building blocks for a variable air volume (VAV) system. Their primary function is to regulate airflow to a zone, in response to zone temperature requirements. The Titus ESV is unique as it incorporates many design features that increase performance, decrease installation and service cost and offers increased value, over and above this basic function.

All VAV terminals are not equal! By specifying the Titus ESV, you are assured of accurate, AHRI Certified performance ratings. All units are tested, and data shown, in accordance with AHRI Standards. A wide selection of unit configurations, accessories and control types provide considerable scope for problem solving and cost-effective innovation.The ESV’s compact size and easy access for service saves time and expense in installation. The ESV fits easily

in cramped mechanical spaces, either in new building construction or retrofit.

Building owners will benefit from the energy efficient low leakage design, reducing utility expenses. Control accuracy, especially at minimum flow rates, is easier to achieve with a Titus multi-point inlet velocity sensor. Control accuracy is critical in maintaining good air quality reducing energy waste.

The ESV’s standard insulation is a dual density liner. The skin resists abrasion and erosion from air movement. The body maximizes thermal and acoustical performance. The Titus single blade damper design helps reduce noise levels too, for a quieter work environment.

Titus innovation carries through the widest array of standard single duct terminal configurations. ETL listed electric coils, manufactured by Titus, are installed, wired and functionally tested as an integral unit before shipment for quicker, trouble-free job-site installation. Multiple outlets with standard locking balancing dampers and integral attenuators are also available.

Titus continues to offer the most innovative and popular lining alternatives for special applications including Fibre-Free; the industry benchmark Steri-Loc; and the premium double wall liner, UltraLoc and EcoShield which is the only natural fiber insulation on the market.

Fibre-Free eliminates the requirement for foil linings and solid inner liners since there is no fiberglass in the airstream. Additionally, Fibre-Free minimizes mold growth since it holds no moisture, is acoustically preferable to foil or solid metal linings and maintains acceptable thermal protection. All of these benefits are available at a competitive price and significantly less than solid metal liners.

Steri–Loc provides a smooth, nonporous skin to guard against mold and bacteria growth. Erosion is eliminated, as there is no glass fiber exposure to the airstream. It has

reinforced surfaces that can be wiped down.

Steri–Loc adds the feature of a very high density, rigid insulation and special “Z-Strip” construction for an extremely rigid terminal. Sound levels are generally superior to dual wall construction, while offering virtually identical levels of protection.

EcoShield is a sustainable liner comprised of recycled denim making it environmentally friendly and contains no harmful irritants or chemicals.

Titus - experts in DDC zone control!

With a detailed understanding developed through years of selling and supporting the powerful TD1 digital controller, and now the Titus BACnet OEM controls, Titus has industry leading experience in the application of Direct Digital Control (DDC) to terminals. This same expertise is made available when your project requires quality engineering, coordination and manufacturing for factory mounting when controls are supplied by others.

Count on Titus - the industry leader in VAV!

INLET ∆PS, IN WGSIZE 0.5 1.0 2.0 3.0

4, 5, 6 2 3 4 57, 8 4 5 7 99, 10 4 6 8 1012 5 7 10 1214 6 9 13 1616 7 10 14 17

ESV Casing Leakage, cfm


4, 5, 6 3 4 6 77, 8 3 4 6 79, 10 3 4 6 712 3 4 6 714 3 5 7 816 4 5 7 9

Damper Leakage, cfm

LEADING THE INDUSTRY: THE TITUS ESV SINGLE DUCT VAV TERMINAL


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DESIGN FEATURES

Design Features (continued)

AeroCrossTM multi-point, center averaging sensor amplifies flowsignal for best control of low flow rates. Center averaging feature

provides signal accuracy regardless of inlet duct configuration.Damper design provides smoother airflow for reduced sound levels and lower leakage.

Delrin® damper bearings provide smoother damper operation.

Unique integral fold fabrication method increases lining and casing integrity and minimizes leakage.

Standard insulation is ½-inch dual density fiberglass, to resist erosion at surface velocities up to 5,000 fpm. Meets requirements of NFPA 90A and UL181.

Beaded inlet for consistent roundness and low leakageconstruction, sized to fit standard round duct.

Flow measurement taps included when velocity sensor is provided, for easy balancing connections.

DESV

Removable flow sensor (optional).

Optional Fibre-Free and reinforced sealed skin of Steri-Loc and metal lined UltraLoc lining guard against environments favoring bacteria and mold growth. Meets UL 181 and NFPA 225 (25/50).

Fibre-Free & EcoShield are ideal IAQ insulation providing acoustical and thermal characteristics of fiberglass insulation without the concern of fiberglass in the airstream.

Multiple knockouts in sizes from 7/16-inch to 11/8-inch toaccommodate almost any field connection requirement.

NEMA 1 control enclosure available for protection of electronic controls. Double backplane construction for strength and easier control installation, with no exposed screw tips for safe handling.

UL Class II transformers and disconnect switches available installed for use with any electroniccontrol configuration.

DESV


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CONT

ROL S

TRAT

EGIES

Variable Air Volume - VAV CoolingAs the room temperature increases over setpoint, the unit modulates the cold airflow from the minimum (which may be zero flow) to the maximum setting.

For detailed information on specific control types, refer to the following pages in Section S:

Pneumatic: See pg. O18 Analog: See pg. O11 Digital: See pg. O5

VAV Cooling, Hot Water ReheatAs the room temperature increases, the unit modulates the hot water coil valve toward the closed position. On a further increase in room temperature, the unit modulates the cold airflow from the minimum (which must be greater than zero) to the maximum setting.


VAV Cooling, Dual Minimum Flows with Hot Water ReheatIn the cooling mode, as the room temperature increases, the unit thermostat modulates the cold airflow from the lower minimum to the maximum setting.

In the heating mode, the unit references the alternate (higher) minimum airflow. As the room temperature decreases, the unit modulates the airflow from the maximum to the higher minimum, then modulates the hot water coil valve toward the open position. The valve operates only in the heating mode.


VAV Cooling and VAV Heating, Local Heat FlowsIn the heating mode, as the room temperature increases, the unit modulates the airflow from maximum to minimum and modulates the hot water coil valve toward the closed position.

A further increase in room temperature changes the operation to the cooling mode, and the unit modulates the cold airflow from minimum to maximum, which is the same as the heating maximum.


VAV Cooling and VAV Heating, Central Heat FlowsIn the heating mode, as the room temperature increases, the unit modulates the airflow from maximum to minimum and modulates the hot water coil valve toward the closed position.

A further increase in room temperature changes the operation to the cooling mode, and the unit modulates the cold airflow from minimum to maximum, which is different from the heating maximum (usually higher). Both the heating and the cooling maximum airflows are adjustable.


SINGLE DUCT CONTROL STRATEGIES

cfm

Incr

ease

Room Temperature Increase

Max.

Min.

cfm

Incr

ease


Hot Water Flow

Max.

Min.

cfm

Incr

ease


Max.

Min.

Alt. Min.

Hot Water Flow

cfm

Incr

ease


Max.Max.

Hot Water Flow

cfm

Incr

ease


Max.Max.


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CONTROL STRATEGIES

Control Strategies (continued)

Constant Volume, Hot Water ReheatThe cold airflow remains constant regardless of changes in duct pressure or room temperature. As the room temperature increases, the unit modulates the hot water coil valve toward the closed position.


VAV Cooling, Electric ReheatAs the room temperature increases, the unit de-energizes the electric heating coil one step at a time. On a further increase in room temperature, the unit modulates the cold airflow from the minimum (which must be greater than zero) to the maximum setting.


VAV Cooling, Dual Minimum Flows with Electric ReheatIn the cooling mode, as the room temperature increases, the room thermostat modulates the cold airflow from the lower minimum to the maximum setting.In the heating mode, as the room temperature decreases, the unit modulates the airflow from the lower minimum to the higher minimum, then energizes the electric heating coil stages.


VAV Cooling with Morning Warmup When provided the appropriate signal, the damper in the terminal modulates to maximum or fully open position. Heated air from the central system moves through the duct (the flow may be pressure dependent with some control types).

When the signal is removed, the unit resumes normal control of airflow. With the central system now supplying cold air, as room temperature increases, the unit modulates the cold airflow from minimum to the maximum setting.


cfm

Incr

ease


Hot Water Flow

cfm

Incr

ease


Step 2 Max.

Min.

Step 1

Max.

Min.

Alt. Min. Step 1

Step 2


cfm

Incr

ease

Max.

Min.


cfm

Incr

ease


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Available Models: PESV •Pneumatic EESV •Electric AESV •Analog Electronic DESV •Digital Electronic

• Standard AeroCrossTM multi-point center averaging velocity sensor (except EESV).

• Standard dual density insulation.

• Standard 22-gauge casing with slip and drive discharge connection.

• Controls supplied by Titus are factory calibrated for a quicker start-up.

INLET SIZE

CFM RANGE

D

F

G H L M WPESV

AESVDESVEESV

4 0-225 3⅞ 1⅞ 2⅛ 7⅜ 8 15½ 5⅜ 125 0-350 4⅞ 1⅞ 2⅛ 7⅜ 8 15½ 5⅜ 126 0-500 5⅞ 1⅞ 2⅛ 7⅜ 8 15½ 3⅜ 127 0-650 6⅞ ⅞ 1⅛ 7⅜ 10 15½ 3⅜ 128 0-900 7⅞ ⅞ 1⅛ 7⅜ 10 15½ 3⅜ 129 0-1050 8⅞ - - 5⅜ 12½ 15½ 3⅜ 1410 0-1400 9⅞ - - 5⅜ 12½ 15½ 3⅜ 1412 0-2000 11⅞ - - 5⅜ 15 15½ 3⅜ 1614 0-3000 13⅞ - - 3⅜ 17½ 15½ 3⅜ 2016 0-4000 15⅞ - - 3⅜ 18 15½ 3⅜ 24

24X16 0-8000 23⅞ - 15⅞ ⅞ 1⅛ 5⅜ 18 15 3⅜ 38

All dimensions are in inches.

ESV

ESV

ESV

Basic Unit with Controls

PESV PneumaticActuatorW

D

M L

H

Multi-PointCenter AveragingVelocity Sensor

F 4½”ControlCover(optional)

Thermostat &20 psi Main AirConnections for¼” Dia. Tubing

Slip and DriveCleat Connection

DESVAESVEESV

W

ControlEnclosure

D

M

G

L

18”Slip & DriveCleatConnection

F

F

H

6½”

12¼”

(Optional for cooling only)


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ACCESSORIES

INTEGRAL SOUND ATTENUATORTitus’ unique integral design minimizes casing leakage and disturbance to airflow with no casing or insulation seams.

INTEGRAL ELECTRIC COILWith a rigid one piece assembly, Titus locates the heating elements for optimal heat transfer and insets them for protection during shipment and installation.

STANDARD FEATURES:• Primary automatic reset thermal

cutout (one per coil).• Secondary manual reset

thermal cutout.• Airflow switch

(differential pressure).• Derated nickel chrome

heating elements.• Magnetic or safety contactors

(as required).• Line terminal block.• Control terminal block.• ETL listed.• 80/20 nickel chrome element wire.

OPTIONAL FEATURES:• Class ll, 24 volt control transformer.• Mercury contactors.• Door interlock disconnect switch.• Main supply fuses.• Dust tight construction.• Removable flow sensor.

HOT WATER REHEAT COILSDetails on water coil features are shown on performance pages M18-22.

INTEGRAL SOUND ATTENUATORWITH OPTIONAL HOT WATER REHEAT COIL


Note: The total length of the ESV basic unit and accessories (attenuators and coils) is the summation of basic unit length and the accessories length.

INLET SIZE

H M WWATER COIL

L (1-2 ROW) L (3-4 ROW)4, 5 8 5⅜ 12 5 7¼6 8 3⅜ 12 5 7¼

7, 8 10 3⅜ 12 5 7¼9, 10 12½ 3⅜ 14 5 7¼12 15 3⅜ 16 5 7¼14 17½ 3⅜ 20 7½ 9¾16 18 3⅜ 24 7½ 9¾

24X16 18 3⅜ 38 5 7¼

ACCESSORIES

39½ 6½ W

H12¼

18

39½ 6¼

12

W

H

365/8

W

H

L

End ViewSide View

M 39½ L

H

W

Side View End View


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ACCE

SSOR

IES

ESV Unit Sizes

Outlet Size D2 Outlets 3 Outlets 4 Outlets 5 Outlets

H WG M G M G M G M

4, 5, 6 5⅞ 4⅜ - 4⅜ - - - - - 8 127, 8 7⅞ 5⅜ - 5⅜ - 5⅜ 12 - - 10 128 7⅞ - - - - - - 5⅜ 12 10 12

9, 10 9⅞ 5⅜ - 5⅜ - 5⅜ 14 - - 12½ 149, 10 7⅞ - - 5⅜ - 5⅜ 12 - - 12½ 1412 11⅞ 6⅜ - 6⅜ - - - - - 15 1612 9⅞ - - 6⅜ - 6⅜ 14 6⅜ 14 15 1614 11⅞ 6⅜ - 6⅜ - - - - - 17½ 2014 9⅞ - - 6⅜ - 6⅜ 14 6⅜ 14 17½ 2016 11⅞ 6⅜ - 6⅜ - - - - - 18 2416 9⅞ - - 6⅜ - 6⅜ 14 6⅜ 14 18 24

ROUND OUTLETS

Unit Size D H W4 3⅞ 8 125 4⅞ 8 126 5⅞ 8 127 6⅞ 10 128 7⅞ 10 129 8⅞ 12½ 1410 9⅞ 12½ 1412 11⅞ 15 1614 13⅞ 17½ 2016 15⅞ 18 24


MULTI-OUTLET PLENUMS FOR SINGLE DUCT TERMINALS

ACCESSORIES

2 Outlets36”

G

W

H

33/8” TYP.

D TYP.

2 Outlets

3 Outlets36”

G

W

H

33/8” TYP.

D TYP.

D TYP.

D TYP.

3 Outlets

4 Outlets36”

GM

W

H

33/8” TYP.

D TYP.

4 Outlets

5 Outlets36”

GM

W

H

33/8” TYP.

D TYP.

D TYP.

D TYP.

5 Outlets

D

4“33/8“

D

W

H


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ACCESSORIES


Removable SensorInstalled#8 Sheet metal screw

6 places

Removable flowsensor assembly

SensorRemoved

REMOVABLE FLOW SENSOR

ESV WITH ACCESS DOOR OPTION

Access Door (Insulated)

ESV Terminal Unit

Insulation type specified per order

Gasket (Access door is sealed withfoam gasket material)

39.50

6.00

15.50

9.00

0.50

2.256.00

0.50

2.25

9.00

Basic Unit(Bottom View)

Basic Unit w/Attenuator(Bottom View)

Right Hand Unit Shown

ACCESSORIES


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PERF

ORMA

NCE D

ATA

PERFORMANCE DATA

Control Types: PESV •Pneumatic AESV •AnalogElectronic DESV •DigitalElectronic

QUICK SELECTION PROCEDURE1. Select unit inlet size based

upon acoustic parameters and/or maximum pressure drop requirements, using pages M13.

2. Check inlet size selection against cfm control limits based on control type shown on this page.

3. Select accessories (multi-outlets, attenuators) as required.

4. Select reheat coil, if required. Make your selection using the actual heating flow rate, not cooling.

Inlet SizeTotal cfm

Range

cfm Ranges of Minimum and Maximum SettingsPESV - Pneumatic PESV - Pneumatic AESV - Analog Electronic DESV - Digital

Titus II Controller Titus I Controller TA1 Controller Typical Controller

Minimum Maximum Minimum Maximum MINIMUM MAXIMUM MINIMUM MAXIMUM4 0-225 45*-170 80-225 55*-170 80-225 45*-225 45-225 45*-225 45-2255 0-350 65*-270 120-350 85*-270 120-350 65*-350 65-350 65*-350 65-3506 0-500 80*-330 150-500 105*-330 150-500 80*-500 80-500 80*-500 80-5007 0-650 105*-425 190-650 135*-425 190-650 105*-650 105-650 105*-650 105-6508 0-900 145*-590 265-900 190*-590 265-900 145*-900 145-900 145*-900 145-9009 0-1050 175*-700 315-1050 225*-700 315-1050 175*-1050 175-1050 175*-1050 175-105010 0-1400 230*-925 415-1400 300*-925 415-1400 230*-1400 230-1400 230*-1400 230-140012 0-2000 325*-1330 600-2000 425*-1330 600-2000 325*-2000 325-2000 325*-2000 325-200014 0-3000 450*-1800 810-3000 575*-1800 810-3000 450*-3000 450-3000 450*-3000 450-300016 0-4000 580*-2350 1100-4000 750*-2350 1100-4000 580*-4000 580-4000 580*-4000 580-4000

24X16 0-8000 1400*-5200 2600-8000 1800*-5200 2600-8000 1400*-7500 1400-7500 1400*-7500 1400-7500

*Factory cfm settings (except zero) will not be made below this range because control accuracy is reduced. On pressure dependent units, minimum cfm is always zero and there is no maximum.

Note: On controls mounted by Titus but supplied by others (FMA or Factory Mounting Authorization), these values are guidelines only. Controls mounted on an FMA basis are calibrated in the field.

RECOMMENDED PRIMARY AIR CFM RANGES / ALL TERMINALS

AESV


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PERFORMANCE DATA

PESV, AESV, DESV / RADIATED SOUND PERFORMANCE

Size CFMMin ∆Ps

Octave Band Sound Power, Lw0.5” ∆Ps 1.0” ∆Ps 1.5” ∆Ps 2.0” ∆Ps

2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.02 49 45 36 33 31 26 11 52 48 39 36 35 31 15 53 50 41 37 37 34 17 55 51 43 38 39 36 18125 0.03 52 49 39 36 32 27 16 55 52 42 38 36 32 20 57 54 44 40 39 36 22 58 55 45 41 40 38 23150 0.04 55 52 41 37 34 28 20 58 55 44 40 38 34 23 60 57 46 41 40 37 25 61 58 47 42 42 39 27175 0.06 58 55 42 39 35 29 23 61 58 46 42 39 34 27 63 59 48 43 41 38 28 64 61 49 44 43 40 30200 0.08 60 57 44 40 36 30 25 63 60 47 43 40 35 29 65 62 49 44 42 38 31 66 63 51 45 44 41 33

5

150 0.01 49 44 36 32 31 25 10 53 49 41 36 35 30 16 55 51 43 38 37 33 18 57 53 45 39 39 35 21200 0.02 53 48 39 35 34 27 15 56 53 44 38 37 32 21 59 55 46 40 40 35 23 60 57 48 42 41 37 25250 0.03 55 52 41 37 35 29 20 59 56 46 40 39 34 24 62 59 49 42 41 37 28 63 61 51 44 43 39 30300 0.04 58 54 43 39 37 30 22 62 59 48 42 41 35 28 64 61 50 44 43 38 30 65 63 52 45 44 40 33350 0.06 60 56 45 40 38 31 24 63 61 49 43 42 36 30 66 63 52 45 44 39 33 67 65 54 47 45 41 35

6

300 0.07 55 49 40 35 32 28 16 59 54 45 39 37 33 22 61 57 48 41 39 36 25 63 59 50 42 41 38 28350 0.10 57 52 42 37 34 29 20 60 57 47 41 38 34 25 62 59 50 43 40 37 28 64 62 52 44 42 39 31400 0.13 58 53 44 39 35 30 21 61 58 49 42 39 35 27 63 61 52 44 42 38 30 65 63 54 46 43 40 33450 0.16 59 55 45 40 36 31 23 62 60 50 44 40 36 29 64 63 53 46 43 39 33 66 65 55 47 45 41 35500 0.20 59 56 47 42 37 32 24 63 61 51 45 41 37 30 65 64 54 47 44 40 34 67 67 56 49 46 42 37

7

450 0.07 59 48 42 38 33 24 20 61 54 48 42 38 30 23 62 57 51 45 41 33 25 63 59 53 46 43 35 28500 0.09 60 50 43 39 34 24 22 62 55 49 43 39 30 24 63 58 52 46 42 34 27 64 60 54 48 44 36 29550 0.10 60 51 44 40 35 25 22 63 57 50 45 40 31 25 64 59 53 47 43 34 28 66 62 55 49 45 37 31600 0.12 61 53 45 42 35 25 23 63 58 51 46 41 31 27 65 61 54 48 44 35 30 66 63 56 50 46 37 33650 0.15 62 54 46 43 36 26 24 64 59 52 47 41 32 28 65 62 55 49 44 35 31 66 64 57 51 46 38 34

8

600 0.02 59 50 44 40 38 32 20 62 55 49 43 43 39 24 64 58 52 46 45 44 27 65 60 54 47 47 47 29650 0.02 60 51 44 41 39 32 22 63 56 50 44 44 40 25 65 59 53 47 46 45 28 66 61 55 48 48 48 30700 0.02 60 52 45 42 40 33 22 63 57 50 45 44 41 25 65 60 53 47 47 45 29 67 62 56 49 49 48 31750 0.02 61 53 46 43 40 34 23 64 58 51 46 45 41 27 66 61 54 48 48 46 30 67 63 56 50 50 49 33800 0.03 62 54 47 43 41 34 24 65 59 52 47 46 42 28 66 62 55 49 48 47 31 68 64 57 51 50 50 34

9

800 0.04 58 47 43 36 34 30 19 61 53 49 42 40 35 23 62 57 52 46 44 38 26 63 59 55 48 47 40 29850 0.04 58 48 43 37 34 31 19 61 54 49 43 41 35 23 63 58 53 46 45 38 27 64 60 55 49 47 40 29900 0.05 59 49 44 37 35 31 20 62 55 50 43 41 35 24 64 58 53 47 45 38 27 65 61 56 49 48 40 30950 0.06 59 50 44 37 35 31 20 62 56 50 43 42 36 24 64 59 54 47 45 38 28 65 62 56 49 48 40 311000 0.06 60 50 44 38 36 31 22 63 56 50 44 42 36 25 65 60 54 47 46 39 29 66 62 57 50 48 40 31

10

900 0.01 60 50 47 45 42 29 22 63 57 53 50 48 37 27 65 60 57 53 52 41 31 67 63 59 56 54 44 341000 0.01 60 51 48 46 43 30 22 64 58 54 51 49 38 28 66 61 57 54 53 42 31 67 64 59 56 55 45 341100 0.01 61 52 48 47 44 32 23 65 58 54 52 50 39 28 67 62 57 55 54 43 31 68 64 60 57 56 46 351200 0.01 62 53 48 47 45 32 24 65 59 54 53 51 40 28 67 63 58 56 55 44 33 69 65 60 58 57 47 351300 0.01 63 54 49 48 45 33 25 66 60 55 53 52 41 29 68 63 58 56 55 45 33 69 66 61 58 58 48 36

12

1200 0.01 58 50 47 41 37 30 20 62 56 52 47 43 37 26 64 59 56 50 46 41 30 66 61 58 53 49 43 321400 0.01 60 52 48 42 38 32 22 63 57 54 48 45 39 28 65 60 57 52 48 42 31 67 63 60 54 51 45 351600 0.01 61 53 50 43 40 34 24 64 59 55 49 46 40 29 66 62 59 53 50 44 34 68 64 61 55 52 47 361800 0.01 61 55 51 44 41 35 25 65 60 56 50 48 41 30 67 63 60 54 51 45 35 69 65 62 56 54 48 372000 0.01 62 56 52 45 43 36 26 66 61 57 51 49 43 31 68 64 61 55 52 47 36 69 67 63 57 55 49 38

14

1500 0.02 56 51 45 43 40 36 18 60 56 50 48 45 41 24 62 59 53 51 48 45 28 64 61 55 53 50 47 301800 0.03 58 53 46 44 41 36 21 62 58 51 49 46 42 27 64 60 54 52 49 45 29 66 63 56 54 51 48 332100 0.04 59 54 47 45 42 37 22 63 59 52 50 47 43 28 66 62 55 53 50 46 31 67 64 58 55 52 49 342400 0.05 60 55 48 46 43 38 23 64 60 53 51 48 43 29 67 63 56 54 51 47 33 69 65 58 56 53 49 352700 0.06 62 56 49 47 44 38 24 66 61 54 52 49 44 30 68 64 57 55 52 47 34 70 66 59 57 54 50 36

16

2000 0.02 55 48 43 41 39 31 36 59 53 47 45 44 38 21 61 56 50 47 47 41 24 63 58 52 49 49 44 272400 0.02 57 51 45 43 41 33 18 61 56 49 47 46 39 24 64 59 52 49 49 43 28 65 61 54 51 51 46 302800 0.03 59 53 46 44 42 34 21 63 58 51 48 47 41 27 66 61 54 50 50 45 30 67 63 55 52 52 48 333200 0.04 61 55 48 46 44 36 23 65 60 52 50 49 42 29 67 62 55 52 52 46 31 69 64 57 53 54 49 343600 0.05 62 56 49 47 45 37 24 66 61 54 51 50 44 30 69 64 56 53 53 48 34 71 66 58 55 55 50 363900 0.03 70 65 63 59 57 54 38 72 68 66 62 61 58 41 74 69 67 63 63 61 42 75 70 68 64 65 63 434600 0.04 73 68 66 62 59 55 41 75 71 68 64 63 60 43 77 72 70 66 65 63 46 78 73 71 67 67 64 47

40 5300 0.06 75 71 68 64 61 56 43 78 73 71 66 65 61 47 79 74 72 68 67 64 48 80 75 73 69 68 66 496000 0.07 77 73 71 66 63 57 47 80 75 73 68 66 62 49 81 76 74 70 68 65 50 82 77 75 71 70 67 516700 0.09 79 75 72 67 64 58 48 82 77 75 70 68 63 51 83 78 76 71 70 66 52 84 79 77 72 71 68 53

PERFORMANCE DATA

• Radiated sound is the noise transmitted through the unit casing.

• Min ∆Ps is the static pressure drop from the unit inlet to the unit outlet with primary damper full open.

• Sound power levels are in dB, ref 10-12 watts.• Sound performance based on units lined with

standard dual density fiberglass lining.

• All performance based on tests conducted in accordance with ASHRAE 130-2008 and AHRI 880-2008.

• All NC levels determined using AHRI 885-2008 Appendix E. See Terminal Unit Engineering Guidelines.

• Dash (-) in space denotes NC value less than NC10.• Only highlighted data points are AHRI certified. See

page M24 for AHRI Certified Performance Listings.


M14

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PERF

ORMA

NCE D

ATA

PESV, AESV, DESV / DISCHARGE SOUND PERFORMANCE

Size CFMMin ∆Ps

Octave Band Sound Power, Lw0.5” ∆Ps 1.0” ∆Ps 1.5” ∆Ps 2.0” ∆Ps

2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.02 62 53 46 42 40 33 17 63 56 50 46 47 41 18 64 58 53 49 50 46 19 65 59 55 51 53 49 20125 0.03 64 57 49 44 42 35 19 65 60 53 49 49 43 20 66 61 56 52 52 47 22 67 62 58 54 55 51 23150 0.04 65 60 51 47 44 36 20 67 62 56 51 50 44 23 68 64 59 54 54 49 24 68 65 60 56 57 52 24175 0.06 67 62 53 48 45 37 23 68 65 58 53 51 45 24 69 66 61 56 55 50 25 70 68 63 58 58 53 28200 0.08 68 64 55 50 46 38 24 69 67 60 55 53 46 27 70 69 62 58 56 51 29 71 70 64 60 59 54 30

5

150 0.01 60 50 46 43 41 34 14 62 55 51 47 47 42 17 64 57 54 50 51 46 19 65 59 57 52 53 49 20200 0.02 63 54 49 46 43 36 18 65 58 55 51 49 44 20 67 61 58 53 53 48 23 68 63 60 55 55 51 24250 0.03 65 57 52 49 45 38 20 67 62 57 53 51 45 23 69 64 60 56 55 50 25 70 66 62 58 57 53 27300 0.04 66 59 54 51 47 39 18 69 64 59 55 53 46 22 70 67 62 58 56 51 25 71 69 65 60 59 54 28350 0.06 68 61 56 52 48 40 20 70 66 61 57 54 47 24 72 69 64 60 57 52 28 73 71 66 61 60 55 30

6

300 0.07 60 57 53 50 45 39 14 64 62 58 54 51 46 20 67 65 61 57 54 50 23 69 67 63 58 56 53 25350 0.10 61 59 54 52 47 40 16 66 64 60 56 52 47 22 68 67 63 59 55 51 25 70 69 65 60 58 54 28400 0.13 63 60 56 54 48 41 17 67 66 61 58 53 48 24 70 69 64 60 57 52 28 71 71 66 62 59 55 30450 0.16 64 62 57 55 49 42 20 68 67 63 59 54 49 25 71 70 66 62 58 53 29 73 73 68 63 60 56 33500 0.20 65 63 59 56 50 43 21 69 69 64 61 55 50 28 72 72 67 63 59 54 31 74 74 69 65 61 57 34

7

450 0.07 64 58 53 51 47 40 15 67 63 58 54 51 46 21 68 67 60 56 54 49 25 70 69 62 58 56 52 28500 0.09 64 59 54 52 48 40 16 67 65 59 56 52 47 23 69 68 62 58 55 50 27 70 71 63 59 57 53 30550 0.1 65 61 55 54 49 41 18 68 66 60 57 53 48 24 69 70 63 59 56 51 29 71 72 64 60 58 54 31600 0.12 65 62 56 55 49 42 20 68 67 61 58 54 48 25 70 71 63 60 57 52 30 71 73 65 61 59 55 33650 0.15 65 63 57 56 50 43 21 68 69 62 59 55 49 28 70 72 64 61 58 53 31 72 74 66 62 59 55 34

8

600 0.02 66 60 55 52 48 40 18 69 66 59 55 52 47 24 71 69 61 56 55 51 28 72 72 63 57 57 54 31650 0.02 67 61 56 53 48 41 19 70 67 60 56 53 47 25 71 70 62 57 55 51 29 72 73 64 58 57 54 33700 0.02 67 62 56 54 49 41 20 70 68 60 56 53 48 27 72 71 63 58 56 52 30 73 74 64 59 58 55 34750 0.02 68 63 57 54 49 42 20 70 69 61 57 54 48 27 72 72 63 58 56 52 30 73 75 65 60 58 55 34800 0.03 68 64 57 55 50 42 21 71 70 62 58 54 49 28 72 73 64 59 57 53 31 74 75 66 60 59 56 34

9

800 0.04 67 59 56 53 49 43 17 70 64 60 57 54 49 21 71 67 62 59 57 53 24 72 69 64 60 59 56 27850 0.04 68 60 56 53 49 43 18 70 65 60 57 54 50 22 72 68 62 59 57 54 25 73 70 64 61 59 56 28900 0.05 68 61 57 54 50 43 18 71 66 61 57 55 50 23 73 68 63 59 57 54 25 74 70 65 61 59 57 28950 0.06 69 61 57 54 50 44 19 72 66 61 58 55 50 23 73 69 63 60 58 54 27 74 71 65 61 60 57 291000 0.06 69 62 58 55 50 44 19 72 67 61 58 55 50 24 74 70 64 60 58 54 28 75 72 65 62 60 57 30

10

900 0.01 69 60 57 55 50 44 19 71 65 61 59 55 50 22 72 68 64 61 58 54 25 73 71 66 63 61 57 291000 0.01 70 61 58 56 50 44 20 72 66 62 60 56 51 23 73 69 65 62 59 55 27 74 72 67 64 61 57 301100 0.01 70 61 58 57 51 45 20 73 67 63 61 56 51 24 74 70 65 63 60 55 28 75 72 67 65 62 58 301200 0.01 71 62 59 57 52 45 22 73 68 63 61 57 52 25 75 71 66 64 60 56 29 76 73 68 66 63 59 311300 0.01 72 63 60 58 52 46 23 74 68 64 62 58 53 25 75 72 67 65 61 56 30 76 74 68 66 63 59 33

12

1200 0.01 68 62 59 55 53 46 18 71 67 63 59 57 52 24 73 70 65 62 60 56 28 74 72 67 64 62 59 301400 0.01 69 63 61 56 54 47 20 72 69 65 61 59 53 27 74 72 67 63 61 57 30 75 74 69 65 63 60 331600 0.01 70 64 62 57 55 48 21 73 70 66 62 59 55 28 75 73 68 64 62 58 31 76 75 70 66 64 61 341800 0.01 71 66 63 58 55 49 23 74 71 67 63 60 56 29 75 74 70 65 63 59 33 76 76 71 67 65 62 352000 0.01 71 67 64 59 56 50 24 74 72 68 64 61 56 30 76 75 71 66 64 60 34 77 77 72 68 66 63 36

14

1500 0.02 65 56 56 53 50 44 14 68 62 61 59 57 53 18 70 66 63 62 62 59 23 72 68 65 65 65 62 251800 0.03 66 58 58 53 50 44 15 69 64 62 59 58 53 21 71 67 65 63 62 59 24 73 70 67 65 65 63 282100 0.04 67 59 59 54 51 44 17 70 65 64 60 58 54 22 72 68 66 63 63 59 25 74 71 68 66 66 63 292400 0.05 68 60 60 54 51 44 18 71 66 65 60 59 54 23 73 69 68 64 63 59 27 74 72 69 66 66 63 302700 0.06 68 61 61 54 51 45 18 72 67 66 61 59 54 24 74 70 69 64 63 60 28 75 73 70 67 66 63 31

16

2000 0.02 65 58 57 54 52 45 14 68 62 60 58 56 51 18 70 65 62 61 59 54 22 71 67 63 63 61 57 242400 0.02 67 61 59 55 53 46 17 70 65 63 60 58 52 22 72 67 64 62 61 56 24 73 69 66 64 62 58 272800 0.03 68 63 61 57 55 48 20 72 67 65 61 59 54 24 74 69 66 64 62 57 27 75 71 68 66 64 60 293200 0.04 70 64 63 58 56 49 21 73 68 66 62 60 55 25 75 71 68 65 63 59 29 76 72 70 67 65 61 303600 0.05 71 66 65 59 57 50 23 74 70 68 63 61 56 28 76 72 70 66 64 60 30 78 74 71 68 66 62 333900 0.03 74 69 66 62 61 56 27 79 74 71 67 67 62 33 82 77 74 69 70 66 36 84 79 76 71 72 68 344600 0.04 75 70 67 63 63 58 28 80 76 73 68 68 64 35 83 79 76 71 71 67 38 86 81 78 73 74 70 41

40 5300 0.06 77 72 69 65 64 60 30 82 77 74 69 70 65 36 85 80 77 72 73 69 40 87 82 79 74 75 71 426000 0.07 78 73 70 66 65 61 31 83 78 75 71 71 67 37 86 81 78 73 74 70 41 88 83 80 75 76 73 436700 0.09 79 74 71 67 67 62 33 84 79 76 72 72 68 38 87 82 79 74 75 71 42 89 84 81 76 77 74 45

• Discharge sound is the noise emitted from the unit discharge into the downstream ductwork.

• Min ∆Ps is the static pressure drop from the unit inlet to the unit outlet with primary damper full open.







PERFORMANCE DATA


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PERFORMANCE DATA

PESV, AESV, DESV / HOT WATER COIL CAPACITY, MBH / 1- AND 2-ROWSi

zes

4-5-

6

Rows/ Head Airflow, cfmCircuits gpm Loss 50 100 150 200 250 300 350 400 450

1.0 0.50 4.2 5.9 7.0 7.7 8.6 9.4 10.1 10.6 11.2One-Row 2.0 1.69 4.4 6.3 7.5 8.3 9.4 10.3 11.1 11.8 12.5

Single 4.0 5.77 4.4 6.5 7.8 8.7 9.8 10.9 11.8 12.6 13.4Circuit 5.0 8.59 4.5 6.5 7.8 8.8 9.9 11.0 11.9 12.8 13.6

Airside ∆ Ps 0.01 0.01 0.02 0.03 0.05 0.07 0.09 0.12 0.141.0 0.24 5.3 8.6 11.0 12.9 14.4 15.6 16.7 17.6 18.4

Two-Row 3.0 1.66 5.5 9.4 12.5 15.0 17.1 19.0 20.7 22.2 23.5Multi- 5.0 4.06 5.6 9.6 12.8 15.5 17.9 19.9 21.8 23.5 25.0Circuit 7.0 7.39 5.6 9.7 13.0 15.8 18.2 20.4 22.3 24.1 25.7

Airside ∆Ps 0.01 0.02 0.04 0.07 0.10 0.13 0.18 0.22 0.27

Size

s 7-

8


1.0 0.69 6.9 9.2 10.7 12.2 13.4 14.5 15.3 16.1 16.8One-Row 2.0 2.34 7.2 9.9 11.7 13.6 15.1 16.4 17.6 18.6 19.5

Single 3.0 4.77 7.4 10.2 12.1 14.1 15.8 17.2 18.5 19.6 20.7Circuit 4.0 7.96 7.4 10.3 12.3 14.4 16.1 17.7 19.0 20.2 21.3

Airside ∆Ps 0.01 0.02 0.04 0.07 0.10 0.14 0.19 0.24 0.301.0 0.33 9.4 14.3 17.6 20.1 21.9 23.4 24.7 25.7 26.6


Airside ∆Ps 0.01 0.04 0.08 0.13 0.20 0.27 0.36 0.46 0.56

Size

s 9-

10


2.0 0.68 11.7 13.8 15.3 17.0 18.5 19.8 21.0 22.0 23.0One-Row 3.0 1.40 12.1 14.4 16.0 18.0 19.7 21.2 22.5 23.7 24.8

Multi- 5.0 3.41 12.5 15.0 16.7 18.9 20.8 22.4 23.9 25.3 26.6Circuit 6.0 4.72 12.6 15.1 16.9 19.1 21.1 22.8 24.3 25.8 27.1

Airside ∆Ps 0.01 0.02 0.04 0.05 0.07 0.10 0.12 0.15 0.182.0 0.65 17.4 22.4 26.3 29.5 32.1 34.4 36.3 38.1 39.6


Airside ∆Ps 0.02 0.04 0.07 0.10 0.14 0.18 0.23 0.29 0.35

Size

12


2.0 0.88 14.7 17.3 19.6 21.4 22.9 24.1 25.2 26.0 26.8One-Row 3.0 1.81 16.4 19.9 23.0 25.7 28.0 29.9 31.5 32.9 34.2

Multi- 5.0 4.40 17.5 21.6 25.4 28.7 31.6 34.0 36.2 38.1 39.9Circuit 6.0 6.08 17.9 22.3 26.3 29.9 33.0 35.8 38.2 40.3 42.3

Airside ∆Ps 0.01 0.03 0.06 0.09 0.12 0.17 0.21 0.27 0.332.0 0.84 21.7 27.5 31.1 33.7 35.6 37.1 38.3 39.3 40.2


Airside ∆Ps 0.02 0.06 0.11 0.16 0.23 0.32 0.41 0.51 0.62

For performance notes, see the next page.

PERFORMANCE DATA


M16

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PERF

ORMA

NCE D

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2.0 0.45 21.9 26.8 30.7 34.2 36.9 39.2 41.1 42.8 44.3One-Row 3.0 0.95 23.2 28.8 33.4 37.5 40.9 43.8 46.3 48.4 50.3

Multi- 5.0 2.31 24.3 30.6 36.0 40.9 45.0 48.5 51.6 54.3 56.7Circuit 6.0 3.17 24.6 31.1 36.7 41.8 46.1 49.8 53.1 56.0 58.6

Airside ∆Ps 0.01 0.03 0.05 0.08 0.12 0.17 0.21 0.27 0.332.0 0.56 32.5 43.9 51.4 56.8 60.9 64.2 66.8 69.1 71.0


Airside ∆Ps 0.02 0.05 0.10 0.16 0.23 0.31 0.41 0.51 0.63

Size

16


3.0 0.98 30.1 36.2 42.1 46.8 50.6 53.8 56.5 58.9 61.0One-Row 5.0 2.44 31.9 38.9 46.0 51.7 56.4 60.4 63.9 67.1 69.8

Multi- 7.0 4.38 32.7 40.3 47.9 54.1 59.4 63.9 67.9 71.4 74.6Circuit 9.0 6.83 33.2 41.1 49.1 55.6 61.2 66.0 70.3 74.1 77.5

Airside ∆Ps 0.02 0.04 0.07 0.11 0.16 0.21 0.27 0.34 0.413.0 0.50 45.4 59.2 68.5 75.3 80.7 85.0 88.5 91.5 94.1


Airside ∆Ps 0.03 0.07 0.13 0.21 0.30 0.40 0.51 0.64 0.78

Size

24

x 16


3.0 1.15 38.0 49.5 57.4 64.5 70.1 74.7 78.5 81.8 84.7One-Row 5.0 2.90 40.3 53.8 63.4 72.4 79.8 85.9 91.1 95.7 99.7

Multi- 7.0 5.20 41.3 55.9 66.5 76.5 84.8 91.8 97.8 103.2 107.9Circuit 9.0 8.08 41.9 57.1 68.3 79.0 87.8 95.4 102.0 107.9 113.1

Airside ∆Ps 0.01 0.02 0.05 0.08 0.12 0.17 0.22 0.27 0.343.0 0.56 52.2 76.1 90.4 100.1 107.2 112.7 117.0 120.6 123.6


Airside ∆Ps 0.01 0.04 0.09 0.15 0.23 0.31 0.41 0.52 0.64

• All coil performance in accordance with AHRI 410-2001.• Heating capacities are in MBH.• Data based on 180°F entering water

and 55°F entering air.• For temperature differentials other than 125°,

multiply MBH by correction factors below.• Head loss is in feet of water.• Always supply water to lowest connection

pipe to prevent air entrapment.• Air temperature rise = 927 x MBH/cfm.

• Water temperature drop = 2.04 x MBH/gpm. • Connection size is ½-in OD male solder for 1-row coil

sizes 04-08. All other coils have ⅞-in OD male solder.• Coils are not intended for steam applications and are

labeled for a maximum water temperature of 200°F.• Coils are tested for leakage at test pressure of 500 psi. • Water volumes less than those shown may result

in laminar flow and reduced heating capacity. If possible reduce the number of coil rows to increase water velocity into turbulent range.

Correction Factors for Other Entering Conditions

∆ T 50 60 70 80 90 100 110 125 140 150

Factor 0.40 0.48 0.56 0.64 0.72 0.80 0.88 1.00 1.12 1.20

Note: Airside DPs reflects the air pressure drop of the hot water coil.

PERFORMANCE DATA


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PERFORMANCE DATA


zes

4-5-

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Rows/ Head Airflow, cfmCircuits gpm Loss 50 100 150 200 250 300 350 400 450Three- 2.0 1.31 6.2 11.0 14.9 18.1 20.9 23.3 25.4 27.3 28.9Row 3.0 2.63 6.2 11.2 15.3 18.8 21.9 24.5 26.9 29.1 31.0Multi- 5.0 6.43 6.3 11.4 15.7 19.4 22.7 25.6 28.3 30.7 32.9Circuit 6.0 8.88 6.3 11.4 15.8 19.6 22.9 25.9 28.7 31.2 33.5

Airside ∆Ps 0.01 0.03 0.06 0.10 0.14 0.20 0.26 0.33 0.40Four- 3.0 1.59 6.5 12.1 16.9 21.1 24.7 27.9 30.7 33.3 35.6Row 4.0 2.61 6.5 12.2 17.2 21.5 25.3 28.7 31.8 34.6 37.2Multi- 6.0 5.28 6.5 12.3 17.4 21.9 26.0 29.6 33.0 36.0 38.8Circuit 8.0 8.77 6.5 12.4 17.5 22.2 26.3 30.1 33.6 36.8 39.8

Airside ∆Ps 0.01 0.04 0.08 0.13 0.19 0.26 0.34 0.43 0.53

Size

s 7-

8



Airside ∆Ps 0.02 0.08 0.16 0.26 0.39 0.53 0.70 0.89 1.10

Size

s 9-

10



Airside ∆Ps 0.04 0.08 0.13 0.20 0.27 0.36 0.46 0.56 0.68

Size

12



Airside ∆Ps 0.05 0.11 0.21 0.32 0.46 0.61 0.79 0.99 1.20

For Performance Notes, see the next page.

PERFORMANCE DATA


M18

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PERF

ORMA

NCE D

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ze 1

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Airside ∆Ps 0.04 0.10 0.20 0.31 0.45 0.61 0.79 1.00 1.22

Size

16



Airside ∆Ps 0.06 0.14 0.26 0.40 0.58 0.78 1.00 1.25 1.52

Size

24

x 16



Airside ∆Ps 0.03 0.09 0.18 0.30 0.44 0.61 0.80 1.02 1.25

Correction Factors for Other Entering Conditions

∆ T 50 60 70 80 90 100 110 125 140 150

Factor 0.40 0.48 0.56 0.64 0.72 0.80 0.88 1.00 1.12 1.20

Note: Airside DPs reflects the air pressure drop of the hot water coil.

• All coil performance in accordance with AHRI 410-2001.• Heating capacities are in MBH.• Data based on 180°F entering water

and 55°F entering air.• For temperature differentials other than 125°,

multiply MBH by correction factors below.• Head loss is in feet of water.• Always supply water to lowest connection

pipe to prevent air entrapment.• Air temperature rise = 927 x MBH/cfm.

• Water temperature drop = 2.04 x MBH/gpm. • Connection size is ½-in OD male solder for 1-row coil

sizes 04-08. All other coils have ⅞-in OD male solder.• Coils are not intended for steam applications and are

labeled for a maximum water temperature of 200°F.• Coils are tested for leakage at test pressure of 500 psi. • Water volumes less than those shown may result

in laminar flow and reduced heating capacity. If possible reduce the number of coil rows to increase water velocity into turbulent range.

PERFORMANCE DATA


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SELECTION AND CAPACITIESRecommended Coil Selection Data

The table at the right describes the maximum recommended kW capacities and number of stages available for Titus single duct terminals.

To make a coil selection:1. Check the desired kW is available in desired unit size

and number of stages. (Required to prevent excessive watt density and current draw, while taking into account unit size limitations.)

2. Check the desired minimum airflow limit is within recommended operating range. (Ensures velocity pressure will be sufficient to close airflow sensing switch.)

3. Multiply desired minimum airflow limit by a factor of 0.0142 and check the result is equal to or greater than desired kW. (Limits temperature rise across the coil to 45°F.)

kW ≤ cfm x 0.0142

These requirements established to prevent excessive temperature rise caused by low airflow and/or oversized coils. Minimum airflow limits must be within recommended ranges to ensure proper operation and long service life. For optimum diffuser performance and maximum thermal comfort, coil discharge temperatures should not be more than 15°F above desired room temperatures. For proper coil operation it is recommended that coil discharge temperatures do not to exceed 100°F.

Inlet Size

Heating cfm Range

Numberof

StepsAvailable

208V1 Phase

kW Range

240V1 Phase

kW Range

277V1 Phase

kW Range

208V3 Phase

kW Range

480V3 Phase

kW Range

Min Max Min Max Min Max Min Max Min Max

4 55-2251 0.5

3.01.0

3.01.0

3.0 1.5 3.0 2.5 3.02 1.0 1.5 1.53 1.5 2.0 2.5

5 85-3501 0.5

5.01.0

5.01.0

5.0 1.5 5.0 2.5 5.02 1.0 1.5 1.53 1.5 2.0 2.5

6 105-5001 0.5

7.51.0

7.51.0

7.5 1.5 7.5 2.5 7.52 1.0 1.5 1.53 1.5 2.0 2.5

7 135-6501 0.5

9.51.0

9.51.0

9.5 1.5 9.5 2.5 9.52 1.0 1.5 1.53 1.5 2.0 2.5

8 190-9001 0.5

9.51.0

11.01.0

13.0 1.5 13.0 2.5 13.02 1.0 1.5 1.53 1.5 2.0 2.5

9 225-10501 0.5

9.51.0

11.01.0

13.0 1.5 16.0 2.5 16.02 1.0 1.5 1.53 1.5 2.0 2.5

10 300-14001 0.5

9.51.0

11.01.0

13.0 1.5 16.0 2.5 21.02 1.0 1.5 1.53 1.5 2.0 2.5

12 425-20001 0.5

9.51.0

11.01.0

13.0 1.5 16.0 2.5 30.02 1.0 1.5 1.53 1.5 2.0 2.5

14 575-30001 1.0

9.51.0

11.01.5

13.01.5

16.0 3.0 36.02 2.0 2.0 2.0 2.03 3.0 3.0 3.0 3.0

16 750-40001 1.0

9.51.0

11.01.5

13.01.5

16.0 3.0 36.02 2.0 2.0 2.0 2.03 3.0 3.0 3.0 3.0

24x16 1800-80001 1.0

9.51.0

11.01.5

13.01.5

16.0 4.0 36.02 2.0 2.0 3.0 2.03 3.0 3.0 4.5 3.0

Useful formulas:

kW=cfm x ∆T

or ∆T=kW x 3160

or cfm =kW x 3160

3160 cfm ∆TWhere ∆T = air temperature rise.

ELECTRIC COILS

ELECTRIC COILS

PESV, AESV, DESV / APPLICATION DATA (STAGED HEAT)

Titus electric heating coils are specifically designed for use with VAV terminal units. They include an extended plenum section and diffuser plate to minimize stratification. The heating elements are designed to minimize hot spots and nuisance tripping of the thermal cutouts.

Note: The Titus 480V, 3-phase electric heat configuration is 4-wire wye. Contact your Titus representative for other configuration options.


M20

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Recommended Coil Selection Data

The table at the right describes the maximum recommended kW capacities and number of stages available for Titus single duct terminals.

To make a coil selection:1. Check the desired kW is available in desired unit size

and number of stages. (Required to prevent excessive watt density and current draw, while taking into account unit size limitations.)

2. Check the desired minimum airflow limit is within recommended operating range. (Ensures velocity pressure will be sufficient to close airflow sensing switch.)

3. Multiply desired minimum airflow limit by a factor of 0.0142 and check the result is equal to or greater than desired kW. (Limits temperature rise across the coil to 45°F.)

kW ≤ cfm x 0.0142

These requirements established to prevent excessive temperature rise caused by low airflow and/or oversized coils. Minimum airflow limits must be within recommended ranges to ensure proper operation and long service life. For optimum diffuser performance and maximum thermal comfort, coil discharge temperatures should not be more than 15°F above desired room temperatures. For proper coil operation it is recommended that coil discharge temperatures do not to exceed 100°F.

Inlet Size

Heating cfm Range

208V1 Phase

kW Range

240V1 Phase

kW Range

277V1 Phase

kW Range

208V3 Phase

kW Range

480V3 Phase

kW Range

Min Max Min Max Min Max Min Max Min Max

4 55-225 0.5 3.0 1.0 3.0 1.0 3.0 1.5 3.0 2.5 3.0

5 85-350 0.5 5.0 1.0 5.0 1.0 5.0 1.5 5.0 2.5 5.0

6 105-500 0.5 7.5 1.0 7.5 1.0 7.5 1.5 7.5 2.5 7.5

7 135-650 0.5 9.5 1.0 9.5 1.0 9.5 1.5 9.5 2.5 9.5

8 190-900 0.5 9.5 1.0 11.0 1.0 13.0 1.5 10.5 2.5 13.0

9 225-1050 0.5 9.5 1.0 11.0 1.0 13.0 1.5 10.5 2.5 16.0

10 300-1400 0.5 9.5 1.0 11.0 1.0 13.0 1.5 10.5 2.5 21.0

12 425-2000 0.5 9.5 1.0 11.0 1.0 13.0 1.5 10.5 2.5 25.0

14 575-3000 1.0 9.5 1.0 11.0 1.5 13.0 1.5 10.5 3.0 25.0

16 750-4000 1.0 9.5 1.0 11.0 1.5 13.0 1.5 10.5 3.0 25.0

24x16 1800-8000 1.0 9.5 1.0 11.0 1.5 13.0 1.5 10.5 4.0 25.0

PESV, AESV, DESV / APPLICATION DATA (LYNERGY HEAT)

ELEC

TRIC

COILS

ELECTRIC COILS

Note: The Titus 480V, 3-phase electric heat configuration is 4-wire wye. Contact your Titus representative for other configuration options.

Useful formulas:

kW=cfm x ∆T

or ∆T=kW x 3160

or cfm =kW x 3160

3160 cfm ∆TWhere ∆T = air temperature rise.


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SPECIFICATIONS

ESV BASIC UNITSee Section O for control specifications.

1. Furnish and install Titus Model (P)(A)(D) ESV single duct, variable air volume terminals of the sizes and capacities shown in the plans.

2. Terminals shall be certified under the AHRI Standard 880 Certification Program and carry the AHRI Seal. Noncertified terminals may be submitted after testing at an independent testing laboratory under conditions selected by the engineering consultant in full compliance with AHRI Standard 880. These tests must be witnessed by the engineering consultant with all costs to be borne by the terminal manufacturer. Testing does not ensure acceptance.

3. The terminal casing shall be minimum 22-gauge galvanized steel, internally lined with ½-inch dual density insulation which complies with UL 181 and NFPA 90A. All exposed insulation edges shall be coated with NFPA 90A approved sealant to prevent entrainment of fibers in the airstream. The discharge connection shall be slip and drive construction for attachment to metal ductwork. The casing shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

4. The damper shall be heavy gauge steel with shaft rotating in Delrin® self-lubricating bearings. Nylon bearings are not acceptable. Shaft shall be clearly marked on the end to indicate damper position. Stickers or other removable markings are not acceptable. The damper shall incorporate a mechanical stop to prevent overstroking and a synthetic seal to limit close-off leakage to the maximum values shown in the Damper Leakage table.

5. Actuators shall be capable of supplying at least 35-inch lbs. of torque to the damper shaft and shall be mounted externally for service access. Terminals with internal actuator mounting or linkage connection must include gasketed access panel, removable without disturbing ductwork. Casing with access panel shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

6. At an inlet velocity of 2000 fpm, the minumum static pressure required to operate any terminal size shall not exceed 0.13-inch wg for the basic terminal.

7. Sound ratings for the terminal shall not exceed ____ NC at ____ static pressure. Sound performance shall be AHRI certified.

ACCESSORIESHOT WATER REHEAT COILS

1. Hot water reheat coils shall be enclosed in a minimum 20-gauge galvanized steel casing with slip and drive construction for attachment to metal ductwork. Coils shall be factory installed on the terminal discharge. Fins shall be rippled and corrugated heavy gauge aluminum, mechanically bonded to tubes. Tubes shall be copper with minimum wall thickness of 0.016-inch with male solder header connections. Coils shall be leak tested to 300 psi with minimum burst pressure of 1800 psi at ambient temperature. Number of coil rows and circuits shall be selected to provide performance as required per the plans. Coil performance data shall be based on tests run in accordance with AHRI Standard 410.

ELECTRIC REHEAT COILS(Available on pressure independent terminals only)

1. Electric coils shall be supplied and installed on the terminal by the terminal manufacturer. Coils shall be ETL listed. Coils shall be housed in an attenuator section integral with the terminal with element grid recessed from unit discharge a minimum of 5 inches to prevent damage to elements during shipping and installation. Elements shall be 80/20 nickel chrome, supported by ceramic isolators a maximum of 3.5 inches apart, staggered for maximum thermal transfer and element life and balanced to ensure equal output per step. The integral control panel shall be housed in a NEMA 1 enclosure with hinged access door for access to all controls and safety devices.

2. Electric coils shall contain a primary automatic reset thermal cutout, a secondary manual reset thermal cutout, differential pressure airflow switch for proof of flow, and line terminal block. Unit shall include an optional integral door interlock type disconnect switch that will not allow the access door to be opened while power is on. Non-interlocking type disconnects are not acceptable. All individual components shall be UL listed or recognized.

3. (Optional) Electric coils shall include line fusing, mercury contactors mounted and wired within the control enclosure.

OPTIONAL LYNERGY ELECTRIC HEAT1. Proportional electric coils shall be supplied and installed

on the terminal by the terminal manufacturer. Coils shall be ETL listed. Coils shall be housed in an attenuator section integral with the terminal with element grid recessed from unit discharge a minimum of 5 inches to prevent damage to elements during shipping and installation. Elements shall be 80/20 nickel chrome, supported by ceramic isolators a maximum of 3½ inches apart, staggered for maximum thermal transfer and element life, and balanced to ensure equal output per step. The integral control panel shall be housed in a NEMA 1 enclosure with hinged access door for access to all controls and safety devices.

2. Electric coils shall contain a primary automatic reset thermal cutout, a secondary replaceable heat limiter per element, differential pressure airflow switch for proof of flow, and line terminal block. Coil shall include an integral door interlock type disconnect switch, which will not allow the access door to be opened while power is on. Non-interlocking type disconnects are not acceptable. All individual components shall be UL listed or recognized.

3. Heaters shall be equipped with a Lynergy Comfort Controller to control heater coil firing. The control panel shall include an interface to control heater coil firing in proportion to the ATC signal. The ATC signal shall connect to low voltage universal signal interface circuitry supplied and installed by the terminal manufacturer. The universal interface shall allow at least the following seven interface options without additional interface circuitry.

SUGGESTED SPECIFICATIONS


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SPEC

IFICA

TIONS

3. ATC equipment providers with 0-20mA or 4-20mA signals shall supply and install a suitable dropping resistor to convert the current signal to a 0-10VDC signal or 2-10VDC signals:• PWM heat• 2 stage heat• 0-10V / 0-20mA• 2-10V /4-20mA• Incremental T-stat• Binary• 3 point floating

4. A downstream air temperature limit and control shall be automatically invoked by adding a downstream air temperature sensor. When invoked, the downstream air from the heater shall not exceed an adjustable maximum temperature set point. When the ATC’s call for heat is less than 100%, the heater shall control the downstream air temperature to a point in proportion to the span between the heater’s probable entering air temperature and the maximum air temperature set point.

OPTIONAL STANDARD SCR ELECTRIC HEAT1. Proportional, modulating electric coils shall be

supplied and installed on the terminal by the terminal manufacturer. Coils shall be ETL listed. Coils shall be housed in an attenuator section integral with the terminal with element grid recessed from unit discharge a minimum of 5 inches to prevent damage to elements during shipping and installation. Elements shall be 80/20 nickel chrome, supported by ceramic isolators a maximum of 3.5 inches apart, staggered for maximum thermal transfer and element life, and balanced to ensure equal output per step. The integral control panel shall be housed in a NEMA 1 enclosure with hinged access door for access to all controls and safety devices.

2. Electric coils shall contain a primary automatic reset thermal cutout, a secondary manual reset thermal cutout, proportional electronic airflow sensor for proof of flow, and line terminal block. The proportional electronic airflow sensor shall be totally independent of the duct static pressure and shall adjust the heater capacity according to the available airflow. The heaters shall deliver maximum heating when needed with normal minimum airflow, reduce heating with lower than minimum airflow and stop heating with no airflow. Unit shall include an integral door interlock type disconnect switch which will not allow the access door to be opened while power is on. Non-interlocking type disconnects are not acceptable. All individual components shall be UL listed or recognized.

3. Heaters shall be equipped with a proportional SCR controller to modulate the heater load according to the temperature control signal. The electronic controller shall be compatible with the following input signals: • Variable voltage signal 0-10 VDC • Pulse width modulation AC or DC

FIBRE-FREE LINER(Substitute the following paragraph 3 for paragraph 3 in the ESV Basic Unit Specification.)

3. The terminal casing shall be minimum 22-gauge galvanized steel, internally lined with engineered polymer foam insulation which complies to UL181 and NFPA 90A. Insulation shall be 1½ pound density, closed cell foam. Exposed fiberglass is not acceptable. The insulation shall be mechanically fastened to the unit casing. The casing shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

ESV Casing Leakage, cfm


4, 5, 6 2 3 4 57, 8 4 5 7 99, 10 4 6 8 1012 5 7 10 1214 6 9 13 1616 7 10 14 17

Damper Leakage, cfmINLET ∆PS, IN WGSIZE 1.0 2.0 4.0 6.0

4, 5, 6 3 4 6 77, 8 3 4 6 79, 10 3 4 6 712 3 4 6 714 3 5 7 816 4 5 7 9

ECOSHIELD(Substitute the following paragraph 3 for paragraph 3 in the ESV Basic Unit Specification.)

3. The terminal casing shall be minimum 22 gauge galvanized steel (20 gauge for fan powered terminals), internally lined with ½ in. or 1” matte or foil faced natural fiber insulation which complies with ASTM C 739 and NFPA 90A. The liner shall comply with ASTM G21 and G22 for fungi and bacterial resistance. All exposed edges shall be coated with NFPA approved sealant to prevent entrainment of fibers in the airstream.

STERI-LOC LINER(Substitute the following paragraph 3 for paragraph 3 in the ESV Basic Unit Specification.)

3. The terminal casing shall be minimum 22-gauge galvanized steel, internally lined with a non-porous, sealed liner which complies with UL 181 and NFPA 90A. Insulation shall be 4 lb. density. All cut edges must be sealed from the airstream using mechanically bonded metal barrier strips. Liners made of Mylar, Tedlar, Silane or woven fiberglass cloth are not acceptable. Insulation shall be equivalent to Titus Steri-Loc or double wall lining is acceptable. The casing shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.



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SPECIFICATIONS

ULTRALOC LINER(Substitute the following paragraph 3 for paragraph 3 in the ESV Basic Unit Specification.)

3. The terminal casing shall be minimum 22-gauge galvanized steel. The units shall be lined with 1-inch thick matte faced insulation, meeting UL 181 and NFPA 90A, enclosed between the unit casing and a non-perforated internal 22-gauge sheet metal cover extending over the fiberglass insulation, as well as covering the liner cut edges. The discharge connection shall be slip and drive construction for attachment to metal ductwork. The casing shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

MODEL NUMBER SPECIFICATION

0 Base UnitModel 1 with Integral

AttenuatorCasing

Single Duct Variable Volume

Configuration3 with Electric Coil

Attenuator Section0R Right Hand0L Left Hand

X ESV X X X XX XXX

P Pneumatic 1 No Inlet Sensor 0 Standard ½” Inlet SizeE Electric 3 AeroCrossTM

Sensor1 1”

A Analog Electric 2 Steri-LocTM (specify)D Digital Electric 4 UltraLoc

6 No LinerExample: AESV 3120R 16 9 Fibre-Free

J EcoShield ½”K EcoShield 1” L EcoShield Foil ½”M EcoShield Foil 1”

Analog electronically controlled single duct variable volume terminal, with multi-point sensor, integral attenuator, Steri-Loc™ lining, right hand controls, 16” inlet size.

Lining Type



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SPEC

IFICA

TIONS

Titus is a charter member company and current participant in the AHRI Directory of Certified Performance. This volun-tary certification program was developed by participating manufacturers in conjunction with the former Air-Condi-tioning and Refrigeration Institute (ARI) in the 1990’s. It is currently administrated by the Air-Conditioning, Heating, and Refrigeration Institute (AHRI). The purpose of this program is to provide for the independent verification of manufacturers’ published performance data. Only participat-ing products are authorized to bear the AHRI VAV Certifica-tion Mark. Certified data may be viewed and downloaded at www.ahrinet.org .

In order to participate in this program, member companies pay annual dues based on sales volume, submit published performance data for all applicable model types, and agree to provide a number of randomly selected product samples for annual rounds of independent testing at the manufactur-ers’ expense. All verification testing is conducted in accor-dance with ASHRAE Standard 130 ‘Methods of Testing Air Terminal Units’. These tests are conducted to verify that a manufacturer’s published certified ratings are within the test tolerances outlined in AHRI Standard 880 ‘Performance Rat-ing of Air Terminals’. Any failure to demonstrate the certified performance is punished by additional testing requirements, mandatory performance re-rating, monetary penalties and possible expulsion from the Certified Directory. Product samples provided for certification testing are standard production units with standard ½ in dual density fiberglass lining (unless otherwise specified) and no optional appurtenances such as add-on attenuators or heating/cool-ing coils. The certified ratings are measured at the standard operating points under the following test conditions:

PESV, EESV, AESV, DESV

• Rated airflow (cfm) – Based on an inlet velocity of 2000 fpm.

• Rated Min ∆Ps (in wg) – Minimum static pressure drop from the unit inlet to discharge at rated airflow with damper full open.

• Rated ∆Ps (in wg) – A static pressure drop of 1.5 in wg from unit inlet to discharge.

• Rated sound power by octave band (dB, re 10-12 watts) – Radiated and discharge sound performance conducted in a reverberation room that meets both the broadband and pure tone qualifications of AHRI Standard 220.

InletSize

RatedCFM

Min∆Ps

Radiated Sound Power

Discharge Sound Power

2 3 4 5 6 7 2 3 4 5 6 7

04 150 0.04 60 57 46 41 40 37 68 64 59 54 54 49

05 250 0.03 62 59 49 42 41 37 69 64 60 56 55 50

06 400 0.13 63 61 52 44 42 38 70 69 64 60 57 52

07 550 0.10 64 59 53 47 43 34 69 70 63 59 56 51

08 700 0.02 65 60 53 47 47 45 72 71 63 58 56 52

09 900 0.05 64 58 53 47 45 38 73 68 63 59 57 54

10 1100 0.01 67 62 57 55 54 43 74 70 65 63 60 55

12 1600 0.01 66 62 59 53 50 44 75 73 68 64 62 58

14 2100 0.04 66 62 55 53 50 46 72 68 66 63 63 59

16 2800 0.03 66 61 54 50 50 45 74 69 66 64 62 57

40 5300 0.06 79 74 72 68 67 64 85 80 77 72 73 69

PESV, AESV, DESV

AHRI Directory Of Certified Performance



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DESIGN FEATURES

Dual Duct Design Features

The concern for IAQ has led to renewed interest in the benefits of dual duct systems. Dual duct systems are an ideal vehicle for alternative ventilation strategies and humidity control. Additionally, total filtration of all air delivered to the zone is possible. Titus dual duct terminals provide high performance and value, making them the preferred selection for these applications.

Titus dual duct terminals vary the airflow individually between hot and cold inlets for highly accurate temperature control.

As the ratio of hot and cold air is critical in most applications, pressure independent controls are used with a separate velocity control loop to each inlet.

Titus dual duct terminals are available in three styles. In those instances where no blending of airstreams is required, the EDV without the integral attenuator assembly can be an effective choice.

When blending of hot and cold supply air is needed for accurate temperature control with minimum flow requirements, the EDV or EDC with integral attenuator should be used.

The attenuator reduces discharge sound levels and provides some mixing benefit. An optional mixing baffle is available for use with the attenuator to provide maximum blending of hot and cold airstreams. Less than 1°F temperature variation is provided at the discharge with a 10°F inlet temperature differential!

All Titus dual duct terminals are available with Fibre-Free and other lining options.

The Titus MDV/MDC Dual Duct Terminals have been specially designed for those applications where comfort levels are critical, as in hospitals, research facilities, and other institutional applications.

Like the EDV/EDC, the MDV/MDC terminals use separate pressure independent velocity control loops for each inlet, rather than a single velocity controller for discharge volume control only. This provides superior temperature control during blending, as each inlet can compensate for duct pressure changes without affecting the other.

The unique internal mixing baffle design provides for exceptional mixing characteristics. Less than 1°F temperature variation is provided at the discharge with a

20°F inlet temperature differential. Additional ductwork is not required downstream to achieve proper mixing, allowing for immediate take-off to diffusers. This is also beneficial for installations with space limitations.

The tightly sealed casing typically allows less than 1 percent leakage of conditioned air to the space at 1.5 inches wg. differential static pressure, making this one of the most energy efficient dual duct terminals. The dampers are the improved Titus low leakage design.

All Titus dual duct terminals are also available with EcoShield, Fibre-Free and Steri-Loc lining options. Specify the MDV/MDC and you will be providing the best performing dual duct terminal available.

TITUS DUAL DUCT TERMINAL - LEADERSHIP IN A RE-EMERGING TECHNOLOGY!

EDV NON MIXING DEDV WITH OPTIONAL MIXING BAFFLE

MDV WITH INTEGRAL MIXING ATTENUATOR, DMDV SHOWN


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CONT

ROL S

TRAT

EGIES

VAV, Zero Minimum - non-blendingIn cooling mode, as temperature approaches setpoint, cold airflow modulates from maximum to zero flow. As room temperature drops below setpoint, hot airflow modulates from zero to maximum. Heating and cooling maximum flow rates can be different. A deadband may be utilized.

As this is a non-blending application, a mixer/attenuator section is not required.For detailed information on specific control types, refer to the following pages in Section S:

Pneumatic: O20 Digital: O6 Model: EDV

Optional Censor Location ConfigurationFor blending applications with integral mixer/attenuator. Multi-point velocity sensors are available in four different configurations to match any application and control requirement. Configurations 3B and 3C are to match hot or cold inlet control requirements.

Pneumatic: O20 Digital: O6

VAV, Minimum Mix Equal to Maximum HTG - blendingIn cooling mode, as temperature approaches setpoint, cold air modulates from maximum to a minimum mix flow rate. As temperature continues to drop, hot airflow modulates open as cold airflow closes, maintaining a minimum total flow rate. Lower heating flow rates require unequal inlet sizes to maintain control. A mixer/attenuator section is required.

Pneumatic: O20 Digital: O6 Model: EDV or MDV

VAV, Minimum Mix, Unequal Maximum Flows - blendingSimilar in cooling mode to the sequence above, when entering the heating mode a flow rate higher than the minimum mix is employed. Maximum flow rates may be close enough that equal inlet sizes may be used. A mixer/attenuator section is required.

Pneumatic: O20 Digital: O6 Model: EDV or MDV

Constant Volume Discharge - blendingIn this sequence cooling and heating maximum flow rates are the same and minimum mix flow rates are the same as maximums. The result is a constant airflow over the entire cooling and heating range. A mixer/attenuator section is required.

Pneumatic: O20 Digital: O6 Model: EDC or MDC

DUAL DUCT CONTROL STRATEGIES

Max CLG*

Max HTG


cfm

Incr

ease

3A 3B

3C 3D

Discharge

Inlet

= Sensor Location

Hot

Hot Hot

HotCold

Cold Cold

Cold

Max CLG

Max HTG


cfm

Incr

ease

Max CLGMax HTG


cfm

Incr

ease

Max CLGMax HTG


cfm

Incr

ease


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Available Models: PEDV •Pneumatic DEDV •Digital Electronic

FOR NON-BLENDING APPLICATIONS ONLY

• Standard AeroCrossTM multi-point center averaging velocity sensors in each inlet for accurate flow control.

• Standard matte faced insulation for maximum thermal and acoustic performance.

• Standard 22 gauge casing with slip and drive discharge connection.

• Controls supplied by Titus are factory calibrated for quicker start-up.

Inlet Size

cfm Range

A DF

G H L M WPEDV DEDV

4 0-225 12⅛ 3⅞ 1⅞ 2⅛ 7⅜ 8 15½ 5⅜ 24⅛5 0-350 12⅛ 4⅞ 1⅞ 2⅛ 7⅜ 8 15½ 5⅜ 24⅛6 0-500 12⅛ 5⅞ 1⅞ 2⅛ 7⅜ 8 15½ 3⅜ 24⅛7 0-650 12⅛ 6⅞ ⅞ 1⅛ 7⅜ 10 15½ 3⅜ 24⅛8 0-900 12⅛ 7⅞ ⅞ 1⅛ 7⅜ 10 15½ 3⅜ 24⅛9 0-1050 14⅛ 8⅞ - - 5⅜ 12½ 15½ 3⅜ 28⅛10 0-1400 14⅛ 9⅞ - - 5⅜ 12½ 15½ 3⅜ 28⅛12 0-2000 16⅛ 11⅞ - - 5⅜ 15 15½ 3⅜ 32⅛14 0-3000 20⅛ 13⅞ - - 3⅜ 17½ 15½ 3⅜ 40⅛16 0-4000 24⅛ 15⅞ - - 3⅜ 18 15½ 3⅜ 48⅛


EDV

EDV

Dual Duct without Attentuator

EDV

PEDV - Basic Unit with Controls

4½” 4½”W M L

D

PneumaticActuator

DischargeH

F

AControl Cover(optional)

DEDV - Basic Unit with Controls

6½”

12¼”

18” Slip & DriveCleat Connection

W M

D

DischargeH

GL

F

F

AControlEnclosure


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PERF

ORMA

NCE D

ATA

PEDV, DEDV WITHOUT ATTENUATOR - RADIATED SOUND PERFORMANCE

Size CFMMin ∆Ps

Octave Band Sound Power, Lw1.0” ∆Ps 1.5” ∆Ps 2.0” ∆Ps

2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.02 52 48 39 36 35 31 15 53 50 41 37 37 34 17 55 51 43 38 39 36 18125 0.03 55 52 42 38 36 32 20 57 54 44 40 39 36 22 58 55 45 41 40 38 23150 0.04 58 55 44 40 38 34 23 60 57 46 41 40 37 25 61 58 47 42 42 39 27175 0.06 61 58 46 42 39 34 27 63 59 48 43 41 38 28 64 61 49 44 43 40 30200 0.08 63 60 47 43 40 35 29 65 62 49 44 42 38 31 66 63 51 45 44 41 33

5

150 0.01 53 49 41 36 35 30 16 55 51 43 38 37 33 18 57 53 45 39 39 35 21200 0.02 56 53 44 38 37 32 21 59 55 46 40 40 35 23 60 57 48 42 41 37 25250 0.03 59 56 46 40 39 34 24 62 59 49 42 41 37 28 63 61 51 44 43 39 30300 0.04 62 59 48 42 41 35 28 64 61 50 44 43 38 30 65 63 52 45 44 40 33350 0.06 63 61 49 43 42 36 30 66 63 52 45 44 39 33 67 65 54 47 45 41 35

6

300 0.07 59 54 45 39 37 33 22 61 57 48 41 39 36 25 63 59 50 42 41 38 28350 0.10 60 57 47 41 38 34 25 62 59 50 43 40 37 28 64 62 52 44 42 39 31400 0.13 61 58 49 42 39 35 27 63 61 52 44 42 38 30 65 63 54 46 43 40 33450 0.16 62 60 50 44 40 36 29 64 63 53 46 43 39 33 66 65 55 47 45 41 35500 0.20 63 61 51 45 41 37 30 65 64 54 47 44 40 34 67 67 56 49 46 42 37

7

450 0.07 61 54 48 42 38 30 23 62 57 51 45 41 33 25 63 59 53 46 43 35 28500 0.09 62 55 49 43 39 30 24 63 58 52 46 42 34 27 64 60 54 48 44 36 29550 0.10 63 57 50 45 40 31 25 64 59 53 47 43 34 28 66 62 55 49 45 37 31600 0.12 63 58 51 46 41 31 27 65 61 54 48 44 35 30 66 63 56 50 46 37 33650 0.15 64 59 52 47 41 32 28 65 62 55 49 44 35 31 66 64 57 51 46 38 34

8

600 0.02 62 55 49 43 43 39 24 64 58 52 46 45 44 27 65 60 54 47 47 47 29650 0.02 63 56 50 44 44 40 25 65 59 53 47 46 45 28 66 61 55 48 48 48 30700 0.02 63 57 50 45 44 41 25 65 60 53 47 47 45 29 67 62 56 49 49 48 31750 0.02 64 58 51 46 45 41 27 66 61 54 48 48 46 30 67 63 56 50 50 49 33800 0.03 65 59 52 47 46 42 28 66 62 55 49 48 47 31 68 64 57 51 50 50 34

9

800 0.04 61 53 49 42 40 35 23 62 57 52 46 44 38 26 63 59 55 48 47 40 29850 0.04 61 54 49 43 41 35 23 63 58 53 46 45 38 27 64 60 55 49 47 40 29900 0.05 62 55 50 43 41 35 24 64 58 53 47 45 38 27 65 61 56 49 48 40 30950 0.06 62 56 50 43 42 36 24 64 59 54 47 45 38 28 65 62 56 49 48 40 311000 0.06 63 56 50 44 42 36 25 65 60 54 47 46 39 29 66 62 57 50 48 40 31

10

900 0.01 63 57 53 50 48 37 27 65 60 57 53 52 41 31 67 63 59 56 54 44 341000 0.01 64 58 54 51 49 38 28 66 61 57 54 53 42 31 67 64 59 56 55 45 341100 0.01 65 58 54 52 50 39 28 67 62 57 55 54 43 31 68 64 60 57 56 46 351200 0.01 65 59 54 53 51 40 28 67 63 58 56 55 44 33 69 65 60 58 57 47 351300 0.01 66 60 55 53 52 41 29 68 63 58 56 55 45 33 69 66 61 58 58 48 36

12

1200 0.01 62 56 52 47 43 37 26 64 59 56 50 46 41 30 66 61 58 53 49 43 321400 0.01 63 57 54 48 45 39 28 65 60 57 52 48 42 31 67 63 60 54 51 45 351600 0.01 64 59 55 49 46 40 29 66 62 59 53 50 44 34 68 64 61 55 52 47 361800 0.01 65 60 56 50 48 41 30 67 63 60 54 51 45 35 69 65 62 56 54 48 372000 0.01 66 61 57 51 49 43 31 68 64 61 55 52 47 36 69 67 63 57 55 49 38

14

1500 0.02 60 56 50 48 45 41 24 62 59 53 51 48 45 28 64 61 55 53 50 47 301800 0.03 62 58 51 49 46 42 27 64 60 54 52 49 45 29 66 63 56 54 51 48 332100 0.04 63 59 52 50 47 43 28 66 62 55 53 50 46 31 67 64 58 55 52 49 342400 0.05 64 60 53 51 48 43 29 67 63 56 54 51 47 33 69 65 58 56 53 49 352700 0.06 66 61 54 52 49 44 30 68 64 57 55 52 47 34 70 66 59 57 54 50 36

16

2000 0.02 59 53 47 45 44 38 21 61 56 50 47 47 41 24 63 58 52 49 49 44 272400 0.02 61 56 49 47 46 39 24 64 59 52 49 49 43 28 65 61 54 51 51 46 302800 0.03 63 58 51 48 47 41 27 66 61 54 50 50 45 30 67 63 55 52 52 48 333200 0.04 65 60 52 50 49 42 29 67 62 55 52 52 46 31 69 64 57 53 54 49 343600 0.05 66 61 54 51 50 44 30 69 64 56 53 53 48 34 71 66 58 55 55 50 36

PERFORMANCE DATA

PERFORMANCE DATA


• Min ∆Ps is the static pressure drop from the unit inlet to the unit outlet with the cold damper full open.








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PERFORMANCE DATA

Size CFMMin ∆Ps


2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.02 63 56 50 46 47 41 18 64 58 53 49 50 46 19 65 59 55 51 53 49 20125 0.03 65 60 53 49 49 43 20 66 61 56 52 52 47 22 67 62 58 54 55 51 23150 0.04 67 62 56 51 50 44 23 68 64 59 54 54 49 24 68 65 60 56 57 52 24175 0.06 68 65 58 53 51 45 24 69 66 61 56 55 50 25 70 68 63 58 58 53 28200 0.08 69 67 60 55 53 46 27 70 69 62 58 56 51 29 71 70 64 60 59 54 30

5

150 0.01 62 55 51 47 47 42 17 64 57 54 50 51 46 19 65 59 57 52 53 49 20200 0.02 65 58 55 51 49 44 20 67 61 58 53 53 48 23 68 63 60 55 55 51 24250 0.03 67 62 57 53 51 45 23 69 64 60 56 55 50 25 70 66 62 58 57 53 27300 0.04 69 64 59 55 53 46 22 70 67 62 58 56 51 25 71 69 65 60 59 54 28350 0.06 70 66 61 57 54 47 24 72 69 64 60 57 52 28 73 71 66 61 60 55 30

6

300 0.07 64 62 58 54 51 46 20 67 65 61 57 54 50 23 69 67 63 58 56 53 25350 0.10 66 64 60 56 52 47 22 68 67 63 59 55 51 25 70 69 65 60 58 54 28400 0.13 67 66 61 58 53 48 24 70 69 64 60 57 52 28 71 71 66 62 59 55 30450 0.16 68 67 63 59 54 49 25 71 70 66 62 58 53 29 73 73 68 63 60 56 33500 0.20 69 69 64 61 55 50 28 72 72 67 63 59 54 31 74 74 69 65 61 57 34

7

450 0.07 67 63 58 54 51 46 21 68 67 60 56 54 49 25 70 69 62 58 56 52 28500 0.09 67 65 59 56 52 47 23 69 68 62 58 55 50 27 70 71 63 59 57 53 30550 0.1 68 66 60 57 53 48 24 69 70 63 59 56 51 29 71 72 64 60 58 54 31600 0.12 68 67 61 58 54 48 25 70 71 63 60 57 52 30 71 73 65 61 59 55 33650 0.15 68 69 62 59 55 49 28 70 72 64 61 58 53 31 72 74 66 62 59 55 34

8

600 0.02 69 66 59 55 52 47 24 71 69 61 56 55 51 28 72 72 63 57 57 54 31650 0.02 70 67 60 56 53 47 25 71 70 62 57 55 51 29 72 73 64 58 57 54 33700 0.02 70 68 60 56 53 48 27 72 71 63 58 56 52 30 73 74 64 59 58 55 34750 0.02 70 69 61 57 54 48 27 72 72 63 58 56 52 30 73 75 65 60 58 55 34800 0.03 71 70 62 58 54 49 28 72 73 64 59 57 53 31 74 75 66 60 59 56 34

9

800 0.04 70 64 60 57 54 49 21 71 67 62 59 57 53 24 72 69 64 60 59 56 27850 0.04 70 65 60 57 54 50 22 72 68 62 59 57 54 25 73 70 64 61 59 56 28900 0.05 71 66 61 57 55 50 23 73 68 63 59 57 54 25 74 70 65 61 59 57 28950 0.06 72 66 61 58 55 50 23 73 69 63 60 58 54 27 74 71 65 61 60 57 291000 0.06 72 67 61 58 55 50 24 74 70 64 60 58 54 28 75 72 65 62 60 57 30

10

900 0.01 71 65 61 59 55 50 22 72 68 64 61 58 54 25 73 71 66 63 61 57 291000 0.01 72 66 62 60 56 51 23 73 69 65 62 59 55 27 74 72 67 64 61 57 301100 0.01 73 67 63 61 56 51 24 74 70 65 63 60 55 28 75 72 67 65 62 58 301200 0.01 73 68 63 61 57 52 25 75 71 66 64 60 56 29 76 73 68 66 63 59 311300 0.01 74 68 64 62 58 53 25 75 72 67 65 61 56 30 76 74 68 66 63 59 33

12

1200 0.01 71 67 63 59 57 52 24 73 70 65 62 60 56 28 74 72 67 64 62 59 301400 0.01 72 69 65 61 59 53 27 74 72 67 63 61 57 30 75 74 69 65 63 60 331600 0.01 73 70 66 62 59 55 28 75 73 68 64 62 58 31 76 75 70 66 64 61 341800 0.01 74 71 67 63 60 56 29 75 74 70 65 63 59 33 76 76 71 67 65 62 352000 0.01 74 72 68 64 61 56 30 76 75 71 66 64 60 34 77 77 72 68 66 63 36

14

1500 0.02 68 62 61 59 57 53 18 70 66 63 62 62 59 23 72 68 65 65 65 62 251800 0.03 69 64 62 59 58 53 21 71 67 65 63 62 59 24 73 70 67 65 65 63 282100 0.04 70 65 64 60 58 54 22 72 68 66 63 63 59 25 74 71 68 66 66 63 292400 0.05 71 66 65 60 59 54 23 73 69 68 64 63 59 27 74 72 69 66 66 63 302700 0.06 72 67 66 61 59 54 24 74 70 69 64 63 60 28 75 73 70 67 66 63 31

16

2000 0.02 68 62 60 58 56 51 18 70 65 62 61 59 54 22 71 67 63 63 61 57 242400 0.02 70 65 63 60 58 52 22 72 67 64 62 61 56 24 73 69 66 64 62 58 272800 0.03 72 67 65 61 59 54 24 74 69 66 64 62 57 27 75 71 68 66 64 60 293200 0.04 73 68 66 62 60 55 25 75 71 68 65 63 59 29 76 72 70 67 65 61 303600 0.05 74 70 68 63 61 56 28 76 72 70 66 64 60 30 78 74 71 68 66 62 33

PEDV, DEDV WITHOUT ATTENUATOR - DISCHARGE SOUND PERFORMANCE

PERF

ORMA

NCE D

ATA









PERFORMANCE DATA


M30

M

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Available Models: PEDV/PEDC •Pneumatic DEDV •Digital Electronic

FOR BLENDING OR NON-BLENDING APPLICATIONS

• Standard AeroCrossTM multi-point center averaging velocity sensors in four location combinations to match any control requirement.




Inlet Size

cfm Range

A D E F G H L WPEDV

JDEDV

K4 0-225 8⅞ 3⅞ 513/16 513/16 5⅜ 8⅛ 19⅛ 19 1⅞ 25 0-350 8⅞ 4⅞ 513/16 513/16 5⅜ 8⅛ 19⅛ 19 1⅞ 26 0-500 8⅞ 5⅞ 513/16 513/16 3⅜ 8⅛ 19⅛ 19 1⅞ 27 0-650 10⅞ 6⅞ 71/16 81/16 6¾ 10⅛ 23⅛ 23 ⅞ 18 0-900 10⅞ 7⅞ 71/16 81/16 3⅜ 10⅛ 23⅛ 23 ⅞ 19 0-1050 12⅞ 8⅞ 101/16 111/16 6¾ 12⅝ 27⅛ 27 - -10 0-1400 12⅞ 9⅞ 101/16 111/16 3⅜ 12⅝ 27⅛ 27 - -12 0-2000 14⅞ 11⅞ 111/16 131/16 3⅜ 15⅛ 31⅛ 31 - -14 0-3000 16⅞ 13⅞ 129/16 161/16 3⅜ 18 35⅛ 35 - -16 0-4000 18⅞ 15⅞ 151/16 161/16 3⅜ 18 38⅛ 38 - -


EDV/EDC

EDV

Dual Duct with Attentuator

EDV,

EDC

PEDV - Basic Unit with Controls

4½”

4”

Slip & DriveCleat Connection

W

D

D

Discharge

H

J

G L

F

EA

Controller

Pneumatic Actuator

DEDV - Basic Unit with ControlsG L 4"

D

D

A

6½"

18"

Discharge

Slip and DriveDuct Connection

H

F

W E

KK12¼"


M

M31

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PERFORMANCE DATA

PEDV, PEDC, DEDV WITH INTEGRAL ATTENUATOR AND MIXING BAFFLES / RADIATED SOUND PERFORMANCE

Size CFMMin ∆Ps


2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.18 46 46 37 31 29 23 12 49 49 39 33 33 28 16 52 51 41 35 35 31 18125 0.29 48 49 40 33 31 25 16 52 52 42 36 35 29 20 54 53 44 38 37 33 21150 0.41 50 51 42 35 33 26 18 54 53 44 38 36 31 21 56 55 46 40 39 34 23175 0.56 52 52 44 37 34 28 20 55 55 46 39 38 32 23 58 57 48 41 40 36 25200 0.73 53 54 45 38 36 29 22 57 57 48 41 39 33 25 59 59 49 43 41 37 28

5

150 0.17 48 45 38 32 32 25 11 51 48 41 35 35 29 15 53 50 43 36 36 32 17200 0.30 51 48 42 35 35 28 15 54 51 44 37 37 32 18 56 54 46 39 39 35 22250 0.47 53 51 44 37 37 31 18 56 54 47 40 39 35 22 58 56 49 41 41 38 24300 0.67 55 53 47 39 38 33 21 58 56 49 41 41 37 24 60 58 51 43 43 40 27350 0.92 57 54 48 40 40 35 22 60 58 51 43 43 39 27 62 60 53 45 44 42 29

6

300 0.51 51 51 43 38 36 30 18 54 54 46 40 39 34 22 57 57 48 42 41 37 25350 0.70 52 53 44 39 37 31 21 55 56 47 42 40 35 24 57 58 50 44 42 39 27400 0.91 52 54 46 41 38 32 22 55 57 49 43 41 37 25 57 60 51 45 44 40 29450 1.15 NA NA NA NA NA NA NA 55 58 50 45 42 38 27 57 61 52 47 45 41 30500 1.42 NA NA NA NA NA NA NA 55 60 51 46 43 39 29 58 62 53 48 45 42 31

7

450 0.35 59 52 46 41 40 35 20 61 56 49 43 43 40 24 63 58 51 45 45 43 27500 0.44 60 53 47 42 41 36 22 62 57 50 44 44 41 25 64 59 52 46 46 44 28550 0.53 61 54 48 43 41 37 23 63 57 51 45 45 41 25 65 60 53 47 47 45 29600 0.63 62 55 49 43 42 37 24 64 58 52 46 45 42 27 65 61 54 48 48 45 30650 0.74 62 56 49 44 43 38 24 65 59 52 47 46 43 28 66 61 55 48 48 46 30

8

600 0.40 58 52 45 39 37 35 20 60 57 49 42 40 39 25 62 60 51 44 42 42 29650 0.47 58 53 46 39 38 36 21 61 58 49 42 41 40 27 63 61 52 44 43 43 30700 0.55 59 54 46 40 38 36 22 61 59 50 43 41 40 28 63 62 53 45 43 43 31750 0.63 59 55 47 41 39 37 23 62 60 51 44 41 41 29 64 63 53 46 43 44 33800 0.71 60 56 47 41 39 38 24 62 60 51 44 42 42 29 64 64 54 46 44 44 34

9

800 0.18 62 53 45 41 42 40 24 64 56 49 44 45 45 27 66 59 52 47 48 48 29850 0.21 63 53 45 42 42 40 25 65 57 49 45 46 45 28 66 59 52 47 48 48 29900 0.23 63 54 46 42 42 40 25 66 57 50 45 46 45 29 67 60 52 47 48 48 31950 0.26 64 54 46 42 43 40 27 66 58 50 46 46 45 29 68 61 53 48 49 49 321000 0.29 65 55 46 43 43 41 28 67 58 50 46 46 45 31 68 61 53 48 49 49 32

10

900 0.25 60 52 44 40 38 37 22 63 55 47 42 41 39 25 65 58 49 44 42 41 281000 0.31 60 52 45 41 39 37 22 63 56 48 43 41 40 25 66 59 50 44 43 42 291100 0.38 61 53 46 41 40 38 23 64 57 49 43 42 41 27 66 60 51 45 44 43 291200 0.45 61 54 47 42 40 39 23 64 58 49 44 42 42 27 66 61 51 46 44 44 301300 0.53 61 55 47 42 40 39 23 65 59 50 45 43 42 28 67 61 52 46 44 44 31

12

1200 0.25 64 56 52 50 53 52 27 68 59 55 54 57 57 32 70 62 58 57 60 61 341400 0.33 65 57 54 51 53 52 28 68 61 57 55 58 57 32 70 63 59 58 61 61 341600 0.44 65 58 55 52 54 52 29 68 62 58 55 58 57 32 71 64 60 58 61 61 361800 0.55 66 59 56 52 54 52 30 69 63 59 56 58 57 34 71 65 61 59 61 61 362000 0.68 66 60 57 53 54 52 31 69 64 60 56 58 58 35 72 66 62 59 62 61 37

14

1500 0.18 62 54 47 42 43 43 24 66 57 50 44 46 47 29 68 60 52 46 47 49 321800 0.25 63 56 49 43 44 44 25 67 59 52 46 47 48 31 69 61 54 47 49 50 332100 0.34 64 57 51 45 45 45 27 67 60 53 47 48 49 31 70 63 55 49 49 51 342400 0.45 65 58 52 46 46 46 28 68 62 55 48 49 49 32 70 64 57 50 50 52 342700 0.57 65 60 53 47 47 47 29 69 63 56 49 49 50 33 71 65 58 51 51 53 36

16

2000 0.21 65 55 50 45 47 47 28 68 59 52 47 50 51 32 70 61 53 49 51 53 342400 0.30 66 57 52 46 48 47 29 69 60 54 48 50 51 33 71 62 56 50 52 53 362800 0.40 66 58 54 47 48 47 29 70 61 56 50 51 51 34 72 64 58 51 53 53 373200 0.53 67 59 56 48 49 47 31 70 62 58 51 51 51 34 73 65 59 52 53 53 383600 0.67 68 60 57 49 49 47 32 71 63 59 51 52 51 36 73 66 61 53 54 53 38

PERFORMANCE DATA










M32

M

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PERF

ORMA

NCE D

ATA

PEDV, PEDC, DEDV WITH INTEGRAL ATTENUATOR AND MIXING BAFFLES / DISCHARGE SOUND PERFORMANCE

Size CFM Min ∆PsOctave Band Sound Power, Lw

1.0” ∆Ps 1.5” ∆Ps 2.0” ∆Ps2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.18 55 52 47 44 44 36 - 56 53 48 45 45 38 10 57 54 49 46 46 39 11125 0.29 58 55 50 47 47 40 12 59 56 51 48 48 41 14 60 57 52 49 49 43 15150 0.41 60 58 53 49 49 43 16 62 59 54 50 50 45 17 63 60 55 51 52 46 18175 0.56 62 60 55 51 51 46 18 64 61 56 52 52 47 20 65 62 57 53 54 49 21200 0.73 64 62 57 53 53 48 21 66 63 58 54 54 50 22 67 64 59 55 55 51 23

5

150 0.17 53 51 46 43 45 40 - 55 53 49 45 48 43 10 56 55 50 47 49 45 12200 0.30 57 55 50 47 48 44 12 59 57 53 49 50 47 15 60 59 54 50 52 49 17250 0.47 60 58 53 49 50 47 16 62 61 56 51 53 50 20 63 62 57 53 54 52 21300 0.67 62 61 56 51 52 50 18 64 63 58 53 54 53 21 65 65 60 55 56 55 23350 0.92 64 63 58 53 54 52 21 66 65 60 55 56 55 23 67 67 62 56 58 57 25

6

300 0.51 56 56 51 49 50 48 12 59 59 54 51 53 51 16 61 61 56 52 55 54 18350 0.70 57 57 53 50 52 49 14 60 60 56 52 54 53 17 63 62 58 54 56 55 20400 0.91 58 58 55 52 53 51 15 61 61 57 54 55 54 18 64 64 60 55 57 56 22450 1.15 NA NA NA NA NA NA NA 62 62 59 55 56 55 20 64 65 61 56 58 58 23500 1.42 NA NA NA NA NA NA NA 63 63 60 56 57 56 21 65 66 62 57 59 59 24

7

450 0.35 60 60 53 49 51 48 17 62 62 56 52 54 51 20 64 64 58 53 56 54 22500 0.44 62 61 55 50 52 49 18 64 63 57 53 55 53 21 65 65 59 54 57 55 23550 0.53 63 62 56 51 53 50 20 65 64 58 53 56 54 22 66 66 60 55 57 56 24600 0.63 64 63 57 52 54 52 21 66 66 59 54 56 55 24 67 67 61 56 58 58 25650 0.74 65 64 58 53 55 53 22 67 67 60 55 57 56 25 68 68 62 57 59 59 27

8

600 0.40 61 61 55 51 53 51 18 63 64 57 53 55 54 22 65 67 59 55 57 57 25650 0.47 62 62 55 52 54 52 20 64 65 58 54 56 55 23 65 67 60 56 58 57 25700 0.55 62 63 56 53 54 52 21 64 66 59 55 57 56 24 66 68 61 56 58 58 27750 0.63 63 63 57 53 55 53 20 65 67 60 55 57 57 24 67 69 62 57 59 59 27800 0.71 63 64 57 54 55 54 21 65 67 60 56 58 57 24 67 70 62 58 59 60 28

9

800 0.18 67 61 54 52 54 52 17 70 64 57 55 57 56 21 72 67 60 57 59 58 24850 0.21 68 61 54 52 55 52 18 70 65 58 55 57 56 22 72 67 61 57 59 59 24900 0.23 68 62 55 52 55 53 18 71 65 58 55 58 57 22 73 68 61 57 59 60 25950 0.26 69 62 55 53 55 54 19 72 66 59 56 58 57 23 74 68 61 58 60 60 251000 0.29 70 63 56 53 56 54 20 72 66 59 56 58 58 23 74 69 62 58 60 61 27

10

900 0.25 67 60 54 52 56 55 17 70 64 58 55 58 59 21 72 67 61 58 60 61 241000 0.31 68 61 55 53 56 56 18 71 65 59 56 59 60 22 73 68 62 58 60 62 251100 0.38 69 62 56 53 57 57 19 72 66 60 57 59 61 23 74 69 62 59 61 63 271200 0.45 69 63 56 54 57 58 20 73 67 60 57 60 62 24 75 70 63 59 61 64 281300 0.53 70 64 57 54 57 59 21 73 68 61 57 60 62 25 76 70 63 60 62 65 28

12

1200 0.25 67 61 55 53 56 55 17 70 65 58 56 58 58 22 73 67 61 58 60 61 241400 0.33 68 62 57 54 57 57 18 72 66 60 57 59 60 23 74 69 62 59 61 62 271600 0.44 70 64 58 55 58 58 21 73 67 61 58 60 61 24 75 70 64 60 62 64 281800 0.55 71 65 60 56 59 59 22 74 68 63 59 61 62 25 76 71 65 61 63 65 292000 0.68 71 66 61 57 60 60 23 75 69 64 60 62 63 27 77 72 66 62 63 66 301500 0.18 66 60 54 53 56 56 16 70 64 58 56 58 59 21 72 67 60 58 60 62 241800 0.25 68 62 56 54 57 58 18 71 66 60 57 60 61 23 74 68 62 59 61 63 25

14 2100 0.34 70 63 58 55 58 59 20 73 67 61 58 61 62 24 75 70 64 60 62 65 282400 0.45 71 64 59 56 59 61 22 74 68 62 59 62 64 25 77 71 65 61 63 66 292700 0.57 72 65 60 57 60 62 23 75 69 64 60 62 65 27 78 72 66 62 64 67 312000 0.21 68 60 55 53 58 58 18 71 64 58 56 60 61 22 74 67 60 58 62 64 252400 0.30 69 62 57 55 59 60 19 73 66 60 58 61 63 24 75 69 63 60 63 65 27

16 2800 0.40 70 64 59 56 60 61 21 74 67 62 59 62 64 25 77 70 64 61 64 67 293200 0.53 71 65 61 58 61 62 22 75 69 64 60 63 66 27 78 71 66 62 65 68 313600 0.67 72 66 62 59 61 63 23 76 70 65 61 64 67 28 79 73 67 63 65 69 32









PERFORMANCE DATA


M

M33

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Available Models: PMDV/PMDC •Pneumatic DMDV •Digital Electronic

• Standard AeroCrossTM multi-point center averaging velocity sensors available in multiple location combinations to match any control requirement.




Inlet Size

cfm Range

A D E F G H L WPMDV

JDMDV

K4 0-225 8⅞ 3⅞ 5⅞ 5⅞ 5⅜ 8¼ 34 19 1⅞ 25 0-350 8⅞ 4⅞ 5⅞ 5⅞ 5⅜ 8¼ 34 19 1⅞ 26 0-500 8⅞ 5⅞ 5⅞ 5⅞ 3⅜ 8¼ 34 19 1⅞ 27 0-650 10⅞ 6⅞ 7⅛ 8⅛ 6¾ 10¼ 42 23 ⅞ 18 0-900 10⅞ 7⅞ 7⅛ 8⅛ 3⅜ 10¼ 42 23 ⅞ 19 0-1050 12⅞ 8⅞ 10⅛ 11⅛ 6¾ 12¾ 50 27 - -10 0-1400 12⅞ 9⅞ 10⅛ 11⅛ 3⅜ 12¾ 50 27 - -12 0-2000 14⅞ 11⅞ 11⅛ 13⅛ 3⅜ 15¼ 58 31 - -14 0-3000 16⅞ 13⅞ 12½ 16⅛ 3⅜ 18⅛ 66 35 - -16 0-4000 18⅞ 15⅞ 15⅛ 16⅛ 3⅜ 18⅛ 72 38 - -


MDV/MDC

Dual Duct High Performance Blending

MDV

MDV, M

DC

PMDV/PMDC - Basic Unit with Controls

4"

4½"

Discharge

Duct ConnectionSlip and DriveD

A

D

G L

W

Pneumatic Actuator

Controllers

F

E

H

J

DMDV - Basic Unit with Controls8"

Max

G L 4"

D

D

A

6½"

18"

Discharge

Slip and DriveDuct Connection

6½"

H

F

W E

KK12¼"


M34

M

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PERF

ORMA

NCE D

ATA

PMDV, PMDC, DMDV / RADIATED SOUND PERFORMANCE

Size CFMMin ∆Ps


2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.18 55 50 42 36 35 31 17 57 53 45 38 37 34 21 58 55 47 40 39 36 23125 0.29 56 52 43 38 36 32 20 58 55 46 40 38 35 23 60 57 49 41 40 37 25150 0.41 57 53 44 39 37 33 21 59 56 47 41 39 36 24 61 58 50 42 41 38 27175 0.56 58 55 45 39 38 34 23 60 58 48 42 40 36 27 62 60 50 43 41 39 29200 0.74 59 56 46 40 38 34 24 61 59 49 42 41 37 28 62 61 51 44 42 39 30

5

150 0.15 55 51 43 34 29 21 18 58 55 47 37 32 24 23 59 57 50 39 34 26 25200 0.27 58 54 45 37 34 27 22 60 57 49 40 36 30 25 62 59 52 42 38 33 28250 0.42 60 55 46 39 37 32 23 63 59 50 43 40 35 28 64 61 53 45 41 38 30300 0.60 62 57 48 41 40 36 25 64 60 52 45 42 40 29 66 63 55 47 44 42 33350 0.82 63 58 49 43 42 40 27 66 62 53 46 45 43 31 67 64 56 48 47 45 34

6

300 0.43 58 54 46 41 41 37 22 61 58 50 44 45 41 27 64 61 52 47 47 44 30350 0.58 59 54 47 42 42 38 22 66 62 53 46 45 43 31 67 64 56 48 47 45 34400 0.76 60 55 48 44 43 38 23 63 59 51 47 47 43 28 65 62 54 49 50 46 31450 0.96 60 56 48 45 44 39 24 64 60 52 48 48 43 29 66 63 55 50 51 46 33500 0.39 63 57 48 43 41 36 25 64 60 53 49 49 44 29 67 63 56 51 52 47 33

7

450 0.32 62 56 48 42 40 36 24 64 60 51 45 44 41 29 66 62 54 47 47 45 31500 0.39 63 57 48 43 41 36 25 65 61 52 46 45 42 30 67 63 56 51 52 47 33550 0.47 64 58 49 43 41 37 27 66 61 53 46 45 42 30 68 64 55 48 48 46 34600 0.56 64 58 49 44 42 37 27 67 62 53 47 46 42 31 69 64 56 49 49 46 34650 0.66 65 59 50 45 42 37 28 68 62 54 48 46 43 32 70 65 56 50 49 46 35

8

600 0.37 62 56 48 42 40 38 24 65 61 52 45 44 43 30 68 63 55 47 47 46 33650 0.43 63 57 49 43 41 39 25 66 61 53 46 45 43 30 68 64 56 48 47 47 34700 0.50 63 57 50 44 41 39 25 67 61 53 47 45 44 31 69 64 56 49 48 47 34750 0.57 64 58 50 45 42 40 27 67 62 54 48 46 44 31 69 65 57 50 49 48 35800 0.65 64 58 50 45 43 40 27 68 62 54 48 47 45 32 70 65 57 50 49 48 35

9

800 0.20 67 57 47 40 38 29 31 70 61 51 43 41 34 34 72 64 54 46 43 37 37850 0.22 67 58 48 41 39 30 31 70 62 52 44 42 34 34 72 65 54 46 44 38 37900 0.25 68 58 48 42 40 30 32 71 62 52 45 42 35 36 73 65 55 47 45 38 38950 0.28 68 58 49 42 40 31 32 71 62 52 46 43 35 36 73 65 55 48 45 39 381000 0.31 68 59 49 43 41 31 32 71 63 53 46 44 36 36 73 66 56 49 46 39 38

10

900 0.21 63 58 51 47 47 47 27 68 63 54 50 51 51 33 71 66 57 52 54 54 361000 0.26 64 59 52 48 48 47 28 69 63 55 51 52 51 33 72 66 57 53 54 54 371100 0.31 65 59 53 48 49 48 28 69 64 56 51 52 52 34 73 67 58 53 55 55 381200 0.37 65 60 53 49 49 48 29 70 65 56 52 53 52 35 73 68 59 54 55 55 381300 0.44 66 61 54 49 49 48 30 70 65 57 52 53 53 35 74 68 59 54 56 55 40

12

1200 0.29 68 60 54 53 54 52 32 71 63 58 57 58 57 36 74 66 60 60 61 60 401400 0.39 69 61 55 54 55 52 33 72 65 59 58 59 58 37 75 67 61 61 62 61 411600 0.51 70 62 57 54 56 53 34 73 66 60 58 60 58 38 76 68 62 61 63 62 421800 0.64 70 63 58 55 57 54 34 74 67 61 59 61 59 40 77 69 63 62 64 62 432000 0.80 71 64 58 56 57 54 36 75 67 62 60 62 59 41 78 70 64 63 65 63 45

14

1500 0.16 66 58 49 41 38 31 29 70 62 52 43 40 35 34 73 65 54 45 42 37 381800 0.23 67 60 52 43 41 34 31 71 64 54 46 43 37 36 74 66 56 48 45 40 402100 0.31 68 61 54 45 43 36 32 72 65 56 48 46 40 37 75 68 58 50 47 42 412400 0.41 69 62 56 47 45 38 33 73 66 58 50 48 42 38 76 69 60 52 50 44 422700 0.52 70 63 57 49 47 40 34 74 67 60 51 50 44 40 77 69 62 53 51 46 43

16

2000 0.20 70 60 53 45 42 37 34 74 64 56 48 44 41 40 77 67 58 50 46 43 432400 0.28 71 61 55 47 44 40 36 75 65 58 50 47 43 41 78 68 60 52 49 46 452800 0.39 72 62 57 50 47 42 37 76 66 60 52 49 45 42 79 69 62 54 51 48 463200 0.50 73 63 59 51 49 44 38 77 68 62 54 51 47 43 80 70 64 56 53 50 473600 0.64 74 64 61 53 51 45 40 78 68 64 56 53 49 45 80 71 66 58 55 51 47









PERFORMANCE DATA


M

M35

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PERFORMANCE DATA

PMDV, PMDC, DMDV / DISCHARGE SOUND PERFORMANCE

PERFORMANCE DATA

Size CFMMin ∆Ps


2 3 4 5 6 7 NC 2 3 4 5 6 7 NC 2 3 4 5 6 7 NC

4

100 0.18 53 51 47 44 38 28 - 55 53 49 46 40 30 10 56 54 51 48 42 32 11125 0.29 56 54 49 46 42 34 11 58 56 52 49 44 36 14 59 57 54 51 45 37 15150 0.41 59 57 52 48 45 38 15 61 59 54 51 47 40 17 62 60 56 53 49 42 18175 0.56 61 59 53 50 48 42 17 63 61 56 53 50 44 20 64 62 58 55 51 46 21200 0.74 63 61 55 52 50 46 20 65 63 57 54 52 47 22 66 64 59 56 54 49 23

5

150 0.15 56 53 49 45 38 31 10 57 55 51 47 40 33 12 59 56 53 49 42 34 14200 0.27 60 57 52 48 44 39 15 61 59 55 51 46 40 17 63 61 57 53 47 41 20250 0.42 63 61 55 51 48 45 20 64 63 58 54 50 46 22 66 64 59 56 51 47 23300 0.60 65 63 57 53 51 50 21 67 65 60 56 53 51 23 68 67 62 58 55 52 25350 0.82 67 66 59 55 54 54 24 69 68 62 58 56 55 27 70 69 64 60 57 56 28

6

300 0.43 62 59 53 50 46 39 16 65 62 56 53 48 42 20 67 64 59 55 50 43 22350 0.58 64 61 54 52 49 43 18 69 68 62 58 56 55 27 70 69 64 60 57 56 28400 0.76 65 62 55 53 51 45 20 68 65 59 56 53 48 23 69 68 61 58 54 49 27450 0.96 66 63 56 54 53 48 21 69 67 60 57 55 50 25 70 69 63 59 56 52 28500 0.39 67 64 57 52 52 48 22 69 68 61 58 56 53 27 71 70 63 60 58 54 29

7

450 0.32 65 62 56 51 50 45 20 67 65 59 53 51 47 23 69 66 61 55 52 48 24500 0.39 67 64 57 52 52 48 22 69 66 60 55 53 50 24 71 70 63 60 58 54 29550 0.47 68 65 58 53 53 50 23 70 67 61 55 55 52 25 71 69 63 57 56 53 28600 0.56 69 66 59 54 55 52 24 71 69 62 56 57 54 28 72 70 64 58 58 55 29650 0.66 70 67 60 55 56 54 25 72 70 63 57 58 56 29 73 71 65 59 59 57 30

8

600 0.37 66 63 57 52 51 46 21 69 66 61 55 52 48 24 71 68 63 57 54 50 27650 0.43 67 64 58 53 52 48 22 69 67 62 56 54 50 25 71 69 64 58 55 51 28700 0.50 67 64 59 53 53 50 22 70 67 62 56 55 52 25 72 70 65 59 56 53 29750 0.57 68 65 60 54 54 51 22 71 68 63 57 56 53 25 73 70 65 59 57 55 28800 0.65 69 66 60 55 55 53 23 71 69 64 58 57 55 27 73 71 66 60 58 56 29

9

800 0.20 68 62 57 50 48 44 18 71 65 61 53 51 47 22 73 68 63 55 52 48 25850 0.22 69 62 58 51 49 45 19 72 66 61 54 52 48 23 74 68 64 56 53 50 25900 0.25 69 63 58 52 50 47 20 72 66 62 54 53 49 23 74 69 64 57 54 51 27950 0.28 70 63 58 52 51 48 20 73 67 62 55 54 50 24 75 69 65 57 55 52 271000 0.31 71 63 59 53 52 49 22 73 67 62 56 54 51 24 75 70 65 58 56 53 28

10

900 0.21 69 63 58 54 52 46 20 73 67 62 56 54 49 24 75 69 64 58 55 50 271000 0.26 70 64 59 55 53 48 21 74 68 63 58 55 51 25 76 70 65 60 57 52 281100 0.31 71 65 60 56 55 50 22 75 69 64 59 57 52 27 77 71 66 61 58 54 291200 0.37 72 66 61 57 56 52 23 75 69 64 60 58 54 27 78 72 67 62 60 56 311300 0.44 73 67 62 58 58 53 24 76 70 65 60 60 56 28 79 73 68 62 61 57 32

12

1200 0.29 72 64 60 54 53 49 29 75 67 63 56 55 51 33 77 69 65 58 57 53 361400 0.39 74 66 62 56 56 52 32 76 69 65 58 58 54 34 78 71 67 60 60 56 371600 0.51 75 68 63 58 59 55 33 78 71 67 60 61 57 37 80 73 69 62 62 58 401800 0.64 76 69 65 60 61 57 34 79 72 68 62 63 59 38 81 75 70 64 64 61 412000 0.80 77 71 66 61 63 59 36 80 74 69 64 65 61 40 82 76 72 65 66 63 42

14

1500 0.16 71 62 58 51 51 45 28 74 66 61 53 53 47 32 76 68 63 55 54 49 341800 0.23 73 65 60 54 54 48 31 76 68 63 56 56 51 34 78 71 65 58 57 53 372100 0.31 75 67 62 56 57 51 33 78 70 65 59 59 54 37 80 73 67 60 60 55 402400 0.41 77 69 64 59 59 54 36 79 72 67 61 61 56 38 81 75 69 62 63 58 412700 0.52 78 71 66 60 61 56 37 81 74 69 63 63 58 41 83 76 71 64 65 60 43

16

2000 0.20 74 65 61 55 54 49 32 77 68 64 57 56 51 36 79 71 65 59 58 53 382400 0.28 76 68 63 58 58 52 34 79 71 66 60 60 55 38 81 73 68 62 61 56 412800 0.39 77 70 66 61 60 56 36 80 73 68 63 63 58 40 83 75 70 65 64 59 433200 0.50 79 71 67 63 63 58 38 82 75 70 65 65 60 42 84 77 72 67 66 62 453600 0.64 80 73 69 65 65 61 40 83 76 72 67 67 63 43 85 78 74 69 69 64 46










M36

M

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SPEC

IFICA

TIONS

EDV BASIC UNIT WITHOUT ATTENUATOREDV/EDC BASIC UNIT WITH MIXER-ATTENUATOR MDV/MDC BASIC UNIT WITH MIXER-ATTENUATORSee Section O for control specifications.

1. Furnish and install Titus Model (P)(D)(EDV)(EDC)(MDV)(MDC) dual duct, (variable)(constant) air volume terminals of the sizes and capacities shown in the plans.

2. Terminals should be certified under the AHRI Standard 880 Certification Program and carry the AHRI Seal. Noncertified terminals may be submitted after testing at an independent testing laboratory under conditions selected by the engineering consultant in full compliance with AHRI Standard 880. These tests must be witnessed by the engineering consultant with all costs to be borne by the terminal manufacturer. Testing does not ensure acceptance.

3. The terminal casing shall be minimum 22-gauge galvanized steel, internally lined with dual density insulation which complies with UL 181 and NFPA 90A. All exposed insulation edges shall be coated with NFPA 90A approved sealant to prevent entrainment of fibers in the airstream. The casing shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

EDV without Mixer Casing Leakage, cfmInlet ∆Ps, in wgSize 0.5 1.0 2.0 3.0

4, 5, 6 4 6 8 107, 8 7 10 14 179, 10 8 12 17 2112 10 14 20 2414 13 18 25 3116 14 20 28 35

EDV/EDC with Mixer and MDV/MDC Casing Leakage, cfm

Inlet ∆Ps, in wgSize 0.5 1.0 2.0 3.0

4, 5, 6 3 5 7 87, 8 5 7 9 119, 10 5 7 10 1312 7 9 13 1614 9 13 18 2316 12 17 24 30

4. (Delete this paragraph for EDV without mixer-attenuator) Each terminal shall include a mixer-attenuator section as an integral part of the terminal to minimize downstream stratification. The terminal shall provide less than 2°F, EDV/EDC (or 1°F, MDV/MDC) discharge temperature variation with a 20° differential in inlet temperature.

5. Cooling and heating inlets shall have separate damper assemblies for complete pressure independent control of each airstream for variable or constant volume total discharge applications. Terminals with inlet dampers mechanically interconnected are not acceptable. The dampers shall be heavy gauge steel with solid shaft rotating in Delrin® self-lubricating bearings. Nylon bearings are not acceptable. Shaft shall be clearly marked on the end to indicate damper position. Stickers or other removable markings are not acceptable. The damper shall incorporate a mechanical stop to prevent overstroking and a synthetic seal to limit close-off

leakage to the maximum values shown in the Damper Leakage table. Damper Leakage, cfm

Inlet ∆Ps, in wgSize 1.0 2.0 4.0 6.0

4, 5, 6 3 4 6 77, 8 3 4 6 79, 10 3 4 6 712 3 4 6 714 3 5 7 816 4 5 7 9

6. Actuators shall be capable of supplying at least 35 inches per pound of torque to the damper shaft and shall be mounted externally for service access. Terminals with internal actuator mounting or linkage connection must include gasketed access panel, removable without disturbing ductwork. Casing with access panel shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

7. Sound ratings for the terminal shall not exceed ____ NC at ____ static pressure. Sound performance shall be AHRI certified.

ACCESSORIESSTERI-LOC LINER(Substitute paragraph 3 below for paragraph 3 in the Basic Unit specification).

3. The terminal casing shall be minimum 22-gauge galvanized steel, internally lined with a non-porous, sealed liner which complies with UL 181 and NFPA 90A. Insulation shall be 4-pound density. All cut edges must be sealed from the airstream using mechanically bonded metal barrier strips. Liners made of Mylar, Tedlar, Silane or woven fiberglass cloth are not acceptable. Insulation shall be equivalent to Titus Steri-Loc or double wall lining is acceptable. The casing shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

FIBRE-FREE LINER(Substitute paragraph 3 below for paragraph 3 in the Basic Unit specification).

3. The terminal casing shall be minimum 22-gauge galvanized steel, internally lined with engineered polymer foam insulation which complies to UL181 and NFPA 90A. Insulation shall be 1½ pound density, closed cell foam. Exposed fiberglass is not acceptable. The insulation shall be mechanically fastened to the unit casing. The casing shall be constructed to hold leakage to the maximum values shown in the Casing Leakage table.

ECOSHIELD(Substitute the following paragraph 3 for paragraph 3 in the ESV Basic Unit Specification.)

3. The terminal casing shall be minimum 22 gauge galvanized steel (20 gauge for fan powered terminals), internally lined with ½ in. or 1” matte or foil faced natural fiber insulation which complies with ASTM C 739 and NFPA 90A. The liner shall comply with ASTM G21



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SPECIFICATIONS

MODEL NUMBER SPECIFICATION

0 Base Unit Hot Inlet Size

1 with Integral Mixer/Attenuator (EDC/EDV only) Casing

2 with Integral Mixer/Attenuator and Mixing Baffle (EDC/EDV only)

Configuration (specify)P Pneumatic Model C Constant Volume 0R Right HandD Digital Electric Dual Duct V Variable Volume 0L Left Hand

X X D X XX X X XX X X

E Standard 3A AeroCross Multi-point Sensor (hot and cold duct inlets)

0 Standard ½” Cold Inlet Size

M High Performance Mixing

1 1”

2 Steri-LocTM

3B AeroCross Multi-point Sensor (hot inlet and total discharge ducts)

9 Fibre-Free (specify)

J EcoShield ½”

EXAMPLE: PEDV 3B100R 66 K EcoShield 1”

Pneumatically controlled, dual duct variable

volume terminal, with multi-point sensor in hot

inlet and total discharge locations, integral mixer/

attenuator, standard liner, right hand cold inlet

location, 6” cold and 6” hot inlet sizes.

3C AeroCross Multi-point Sensor (cold inlet and total discharge ducts)

L EcoShield Foil ½”

M EcoShield Foil 1”

Lining Type

3D AeroCross Multi-point Sensor (total discharge only)


and G22 for fungi and bacterial resistance. All exposed edges shall be coated with NFPA approved sealant to prevent entrainment of fibers in the airstream.


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SPEC

IFICA

TIONS

InletSize

RatedCFM

Min∆Ps



2 3 4 5 6 7 2 3 4 5 6 7

04 150 0.04 60 57 46 41 40 37 68 64 59 54 54 49

05 250 0.03 62 59 49 42 41 37 69 64 60 56 55 50

06 400 0.13 63 61 52 44 42 38 70 69 64 60 57 52

07 550 0.10 64 59 53 47 43 34 69 70 63 59 56 51

08 700 0.02 65 60 53 47 47 45 72 71 63 58 56 52

09 900 0.05 64 58 53 47 45 38 73 68 63 59 57 54

10 1100 0.01 67 62 57 55 54 43 74 70 65 63 60 55

12 1600 0.01 66 62 59 53 50 44 75 73 68 64 62 58

14 2100 0.04 66 62 55 53 50 46 72 68 66 63 63 59

16 2800 0.03 66 61 54 50 50 45 74 69 66 64 62 57

PEDV, DEDV WITHOUT ATTENUATOR

InletSize

RatedCFM

Min∆Ps



2 3 4 5 6 7 2 3 4 5 6 7

04 150 0.41 54 53 44 38 36 31 62 59 54 50 50 45

05 250 0.47 56 54 47 40 39 35 62 61 56 51 53 50

06 400 0.91 55 57 49 43 41 37 61 61 57 54 55 54

07 550 0.53 63 57 51 45 45 41 65 64 58 53 56 54

08 700 0.55 61 59 50 43 41 40 64 66 59 55 57 56

09 900 0.23 66 57 50 45 46 45 71 65 58 55 58 57

10 1100 0.38 64 57 49 43 42 41 72 66 60 57 59 61

12 1600 0.44 68 62 58 55 58 57 73 67 61 58 60 61

14 2100 0.34 67 60 53 47 48 49 73 67 61 58 61 62

16 2800 0.40 70 61 56 50 51 51 74 67 62 59 62 64

InletSize

RatedCFM

Min∆Ps



2 3 4 5 6 7 2 3 4 5 6 7

04 150 0.41 59 56 47 41 39 36 61 59 54 51 47 40

05 250 0.42 63 59 50 43 40 35 64 63 58 54 50 46

06 400 0.76 63 59 51 47 47 43 68 65 59 56 53 48

07 550 0.47 66 61 53 46 45 42 70 67 61 55 55 52

08 700 0.50 67 61 53 47 45 44 70 67 62 56 55 52

09 900 0.25 71 62 52 45 42 35 72 66 62 54 53 49

10 1100 0.31 69 64 56 51 52 52 75 69 64 59 57 52

12 1600 0.51 73 66 60 58 60 58 78 71 67 60 61 57

14 2100 0.31 72 65 56 48 46 40 78 70 65 59 59 54

16 2800 0.39 76 66 60 52 49 45 80 73 68 63 63 58

PEDV, PEDC, DEDV WITH INTEGRAL ATTENUATOR AND MIXING BAFFLE

PMDV, PMDC, DMDV Titus is a charter member company and current participant in the AHRI Directory of Certified Performance. This volun-tary certification program was developed by participating manufacturers in conjunction with the former Air-Condi-tioning and Refrigeration Institute (ARI) in the 1990’s. It is currently administrated by the Air-Conditioning, Heating, and Refrigeration Institute (AHRI). The purpose of this program is to provide for the independent verification of manufacturers’ published performance data. Only participat-ing products are authorized to bear the AHRI VAV Certifica-tion Mark. Certified data may be viewed and downloaded at www.ahrinet.org .

In order to participate in this program, member companies pay annual dues based on sales volume, submit published performance data for all applicable model types, and agree to provide a number of randomly selected product samples for annual rounds of independent testing at the manufactur-ers’ expense. All verification testing is conducted in accor-dance with ASHRAE Standard 130 ‘Methods of Testing Air Terminal Units’. These tests are conducted to verify that a manufacturer’s published certified ratings are within the test tolerances outlined in AHRI Standard 880 ‘Performance Rat-ing of Air Terminals’. Any failure to demonstrate the certified performance is punished by additional testing requirements, mandatory performance re-rating, monetary penalties and possible expulsion from the Certified Directory. Product samples provided for certification testing are standard production units with standard ½ in dual density fiberglass lining (unless otherwise specified) and no optional appurtenances such as add-on attenuators or heating/cool-ing coils. The certified ratings are measured at the standard operating points under the following test conditions:

PEDV, PEDC, PMDV, PMDC, DEDV, DMDV

• Rated airflow (cfm) – Based on an inlet velocity of 2000 fpm.

• Rated Min ∆Ps (in wg) – Minimum static pressure drop from the cold inlet to discharge at rated airflow with damper full open.

• Rated ∆Ps (in wg) – A static pressure drop of 1.5 in wg from cold inlet to discharge with the hot damper fully closed.

• Rated sound power by octave band (dB, re 10-12 watts) – Radiated and discharge sound performance conducted in a reverberation room that meets both the broadband and pure tone qualifications of AHRI Standard 220.

AHRI Directory of Certified Performance


Documents

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