Trane VPCF, VPWF, VPEF, VSCF, VSWF Catalogue

Product Catalog

VariTrane™ Products

Parallel and Series Fan-Powered

VPCF, VPWF, VPEF, VSCF, VSWF, VSEF,

LPCF, LPWF, LPEF, LSCF, LSWF, LSEF

Variable-Air-Volume (VAV) System

EA

OA

cooling

coil

variable-

speed drive

supply

fan

thermostat

PA

RA

VAV

box

SA

July 2013

VAV-PRC012-EN

Introduction

Fan-powered units offer energy savings due to intermittent fan control.The fan energizes only in
heating mode when the space needs heat. Additional energy savings are obtained by using warm
plenum air forfree reheat. Motor heat is never wasted in parallel units.Theyare an excellent choice
when minimal zone heating is needed.

Figure 1. Parallel fan-powered terminal unit (L) & series fan-powered terminal units (R)

Figure 2. Low height series: LSCF (L) & low height series: LSWF (R)

Figure 3. Low height series: LSEF (L) & low height parallel: LPCF (R)

Figure 4. Low height parallel: LPWF (L) & low height parallel: LPEF (R)

Revision Summary

VAV-PRC012-EN (16 Jul 2013). Updated proportional water valve design.

VAV-PRC012-EN (27 June 2013). Updated controls information. Updated dimensions for units

with attenuators.

Trademarks

Earthwise, VariTrane, VariTrac,Trane and theTrane logo are trademarks of Trane in the United
States and other countries. All trademarks referenced in this document are the trademarks of their
respective owners.

BACnet is a registered trademark of American Society of Heating, Refrigerating and Air­Conditioning Engineers (ASHRAE); LONMARK and LonTalk are registered trademarks of Echelon
Corporation.

© 2013Trane All rights reserved VAV-PRC012-EN

Table of Contents

Features and Benefits ..............................................5

Agency Certifications ..............................................13

Model Number Descriptions ........................................15

Selection Procedure ...............................................17

Performance Data ................................................24

Parallel Fan-Powered Terminal Units .............................. 24

Series Fan-Powered Terminal Units ............................... 35

Low Height Parallel Fan-Powered Terminal Units .................... 47

Low Height Series Fan-Powered Terminal Units ..................... 53

Electrical Data ....................................................59

Parallel Fan-Powered Terminal Units .............................. 59

Series Fan-Powered Terminal Units ............................... 63

Low Height Parallel Fan-Powered Terminal Units .................... 68

Low Height Series Fan-Powered Terminal Units ..................... 70

Acoustics Data ...................................................76

Parallel Fan-Powered Terminal Units .............................. 76

Series Fan-Powered Terminal Units ............................... 85

Low Height Parallel Fan-Powered Terminal Units .................... 92

Low Height Series Fan-Powered Terminal Units ..................... 98

Dimensional Data ................................................103

Parallel Fan-Powered Terminal Units ............................. 103

Series Fan-Powered Terminal Units .............................. 109

Low Height Parallel Fan-Powered Terminal Units ................... 123

Low Height Series Fan-Powered Terminal Units .................... 134

Mechanical Specifications: Fan-Powered ............................142

DDC Controls ...................................................147

Control Logic ................................................. 147

DDC Remote Heat Control Options ............................... 148

Tracer™ UC400 and UC210 Programmable BACnet Controllers ....... 152

Trane DDC VAV Controller Logic ................................. 154

Flow Tracking Control .......................................... 157

Tracer™ Programmable BACnet Controller — Unit Control Module .... 158

Trane LonMark DDC VAV Controller .............................. 160

Trane DDC VAV Controller Logic ................................. 162

VAV-PRC012-EN 3

Flow Tracking Control .......................................... 165

LonMark™ Direct Digital Controller—Unit Control Module ........... 166

Direct Digital Controller—Unit Control Module ..................... 169

Wireless Comm Interface (WCI) .................................. 170

Wireless Receiver/Wireless Zone Sensor .......................... 172

DDC Zone Sensor ............................................. 173

CO

Wall Sensor and Duct CO2Sensor ............................ 174

2

DDC Zone Sensor with LCD ..................................... 176

Zone Occupancy Sensor ........................................ 177

Factory or Field Wired Auxiliary Temperature Sensor ............... 178

Control Relay ................................................. 178

Two-Position Water Valve ...................................... 179

Proportional Water Valve ....................................... 180

Differential Pressure Transducer ................................. 181

Transformers ................................................. 182

Trane Actuator – 90 Second at 60 Hz Drive Time .................... 183

Belimo Actuator – 95 Second Drive Time .......................... 184

Trane Spring Return Actuator ................................... 185

VariTrane DDC Retrofit Kit ...................................... 186

Retrofit Kit Actuator ........................................... 186

Silicon-Controlled Rectifier (SCR) ................................ 187

Pneumatic Controls ............................................ 188

Controls Specifications ......................................... 203

Application Considerations ........................................208

VAV System .................................................. 208

Parallel vs. Series ............................................. 211

Low-Temperature Air .......................................... 213

Energy Savings & System Controls ............................... 216

Control Types ................................................ 218

Flow Measurement and Control ................................. 221

Reheat Options ............................................... 224

Insulation .................................................... 226

Acoustics .................................................... 226

Duct Design .................................................. 230

Best Practices ................................................. 231

Unit Conversions .............................................. 232

Additional VAV System and Product References .................... 233

4 VAV-PRC012-EN

Features and Benefits

VariTrane™– VAV Leadership

VariTrane variable-air-volume (VAV) units lead the industry in quality and reliability and are

designed to meet the specific needs of today’s applications.This generation of VariTrane units
builds upon the history of quality and reliability and expands the products into the most complete

VAV offering in the industry.

Parallel Fan-powered units offer energy savings due to intermittent fan control.The fan
energizes only inheating mode when the space needsheat. Additional energysavings are obtained
by using warm plenum air for free reheat. Motor heat is never wasted in parallel units.They are
an excellent choice when minimal zone heating is needed.

Series fan-powered units have fans which are always energized in occupied mode.They are
common in applications such as conference rooms, cafeterias, etc., that desire constant airflow
rates at all conditions.

Low-height parallel units provide the energy savings of an intermittent fan with the flexibility
of an 11"–11.5” casing height.This is a good choice for tight plenum spaces.

Low-height series units have been used for years in projects with strict plenum height
requirements. Units
are available in 11.0" height.

Energy Efficient Earthwise™ Systems

Figure 5. Rooftop VAV (office building)

A significant consumer of energy in commercial buildings is heating and air conditioning. One of
the most energy-efficient HVAC solutions is theVAV system.This inherent system efficiency, along
with high-quality, affordable DDC controls, has steadily increased demand forVAV systems over
the years. VAV systems save significant energy, are able to deliver the required amount of
ventilation air, and provide reliable occupant comfort.

Energy saving featuresmust go beyond a simple VAV unit to incorporate VAV unit level and system
level control strategies like:

• Ventilation Optimization-Combines demand-controlled ventilation (using either a time-of-day
schedule, an occupancy sensor, or a carbon dioxide sensor) at the zone level with ventilation
reset at the system level to deliver the required amount of outdoor air to each zone, while
minimizing costly over-ventilation.

VAV-PRC012-EN 5

Features and Benefits

S
Q
s
r

y
u

g

l

• Fan Pressure Optimization- reduces supply fan energy by as much as 40% by intelligently

• Night setback reduces energy consumption during unoccupied periods by raising or lowering

• Supply AirTemperature Reset-reduces overall system energy use (balancing reduced cooling

• Electrically Commutated Motors (ECM) improve the efficiency of fan-powered VAV units.

• LowTemperatureAir Distribution can decrease overall system energy use by reducing airflows

To determine the potential energy savings a VAV system can bring to your applications,Trane

offers energy-modeling software like System Analyzer™ andTRACE 700
introduced into the HVAC industry in 1972, the HVAC design and analysis program was the first of
its kind and quickly became a defacto industry standard. It continues to grow with the industry
meeting requirements for ASHRAE Standard 140, ASHRAE 90.1, and the LEED® Green Building
Rating System and has now been approved by the IRS to certify energy savings for building
owners. Contact your localTrane Sales Engineer for additional information.

reducing the pressure in the air distribution system to the lowest possible level without
impacting occupant comfort.

space temperature setpoints.

and reheat energy with increasedfan energy)by raising thesupply airtemperature at part load,
while avoiding elevated space humidity levels.

and the fan energy needed to move that air through the system.

®

. WhenTRACE™ was

Control Flexibility—Trane
factory installs more VAV
controllers than any other
manufacturer in the
industry. In addition to
Trane DDC controls and
simple factory-mounting
of non-Trane VAV controllers,
Trane now offers a LonMark™
controller that is completely
factory-commissioned to
maximize installation quality
and system reliability. Labor
savings are maximized with
Trane factory-commissioned
controllers.

Service Friendly:
* Internal shaft visible
through control box
cover sight hole for
blade orientation
verification.
* Same-side NEC jumpback clearance—
provides all high- and low-voltage
components on the same side
to minimize field labor.
* SQ fan-powered units have
improved accessability to
internal components. Sliding
panels are standard which
improve safety and allow
servicing with a single
technician.

Accurate Flow Ring—Housed
and recessed within the air
valve to provide flow ring
handling/shipping protection.
The patented flow ring provides
unmatched airflow measurement
accuracy.

Optional Narrow Corridor unit
configuration — designed to minimize building
material expenses by squeezing more into less space.
Meets all NEC jumpback clearance requirements
for these extra-tight areas. Narrow Corridor
Configuration not pictured here. Refer to Series
Fan-Powered dimensional data for reference drawings.

Rugged Air Valve—Trane air
valves are heavy gage steel
with a continuously welded
seam to limit inlet deformation.
This provides consistent and
repeatable airflow across
the flow ring with performance you
can count on.

Full Range of Insulation—Whether seeking optimal acoustical perf
or cleanability, Trane has a complete line of insulation options, inc
double-wall, matte-faced, foil-faced, closed cell, etc.

Technologically Advanced "
Units— New super-quiet (S
fan/motor/wheel assemblie
engineered as an air delive
system to provide the most
efficient design available in
industry. For quiet comfort
can trust, rely on Trane SQ

Tough Interlocking Panels— Ru
and rigidity are assured with Tra
patent-pending interlocking pan

Superior Metal Encapsulated
VariTrane Units are complete
encapsulated edges to arrest
fibers and prevent erosion in

6 VAV-PRC012-EN

Construction

Features and Benefits

UL-listed products—

Safety and reliability are vital in commercial construction. AllVariTrane units are completely listed
in accordance with UL -1995 as terminal units.This listing includes the VAV terminal with electric
heaters. Additionally, all insulation materials pass UL 25/50 smoke and flame safety standards.

AHRI Certified Performance—

All VariTrane units are AHRI certified. AHRI 880 guarantees the pressure drop, flow performance,
and acoustical performance provided is reliable and has been tested in accordance with industry
accepted standards. AHRI 885 uses AHRI 880 performance and applies accepted industry methods
to estimate expected “NC” sound levels within the occupied space.

Casing Design—

Interlocking Panels—VariTrane products are manufactured in the most state-of-the-art VAV facility
in the world.The patent-pending interlocking panels are designed using integral I-beam
construction technology.This limits deformation and creates tremendous product rigidity. An
additional benefit is a smooth unit exterior with few exposed screws—ideal for exposed ceiling
applications. VariTrane units are designed for use in systems that operate up to 5" w.c. of inlet
pressure.

Metal Encapsulated Edges—AllVariTrane unitsare complete
with encapsulated edges to arrest cut fibers and prevent
insulation erosion into the airstream.This is the standard of
care in applications concerned with fiberglass erosion or
projects with either double-wall or externally wrapped duct
work.

TheTrane Air Valve—is at the heart of VariTrane terminal
units.This is where airflow is measured and controlled.
Repeatability and ruggedness is vital.VariTrane products are
the most rugged and reliable available.

18-gage Cylinder—limits deformation or damage during shipment and job site handling, and
provides even airflow distribution across the flow ring for unmatched airflow measurement
accuracy.

Continuously Welded Seam — an automated weld process creates the highest quality continuous
seam, which is “right” every time.The welded seam improves air valve rigidity and creates
consistent and repeatable airflow across the flow measurement device.The result is a truly round
cylinder every time, with no flat spots caused by lower quality crimping and riviting technologies.

Flow Ring—TheTrane flow ring is time tested to perform under the
most demanding conditions. Additionally,Trane’s patented flow ring
is recessed within the air valve cylinder to reduce the potential for
damage during job site handling and installation.

VAV-PRC012-EN 7

Features and Benefits

External Shaft—The simple design provides controller flexibility and is designed to facilitate
actuator field replacement.

Position Indicator—The position indicator shows current air valve position to aid in system
commissioning. Many times this can be seen from the floor without climbing a ladder.

ExternalActuator—This feature increases serviceability,control system compatibility,and actuator
clutch access for simplified commissioning.

Indoor Air Quality (IAQ) Features

The oil embargo ofthe early1970s created an energy crisis,which resulted in tighter buildings,and

reduced ventilation rates. A fallout issue of tighter building construction was poor indoor air
quality.This heightened IAQ awareness. IAQ issues have been featured in publications from the
smallest towns to the largest cities. System design should consider applicable ventilation and IAQ
standards.(See your localTrane Sales Engineer or visit
Good indoor air quality results from units and systems which:

• Provide the required amount of ventilation air to each zone during all operating conditions

• Limit particulates from entering occupied spaces

• Allow proper access for periodic cleaning.

www.trane.com for additional information).

Note: Access made easy on new VariTrane units, as shown on this Series Fan-Powered unit.

VariTrane units are designed with simplified access and a full line of insulation options including:

Matte-faced—Typical industry standard with reduced first cost.

Closed-cell—This insulation has anR-value andperformance equivalent to matte-faced insulation.

The main difference is the reduction of water vapor transmission. Closed-cell is designed for use

in installations with a high chance of waterformation. (It has been usedto coat the exterior of chiller
evaporator barrels for many years.)

Foil-faced—A fiberglass insulation with a thin aluminum coating on the air stream side to prevent
fibers frombecoming airborne.The aluminum lining is acceptable for many applications, however
it is not as rugged as double-wall

Double-wall—Premium insulation often used in many health care applications with insulation
locked between metal liners.This eliminates the possibility for insulation entering the airstream
and allows for unit interior wipe-down as needed.

VariTrane VAV units are the most prepared IAQ units in the industry.

The end result is areliable product designed for peak performance, regardless of jobsite conditions

or handling.

8 VAV-PRC012-EN

Tracer™ Building Automation System

Tracer Building Automation System assures comfort within your building. Building controls have

a bigger job descriptionthan theydid afew years ago. It’s no longer enough tocontrol heatingand
cooling systems and equipment. Sophisticated buildings require smarter technology that will
carry into the future. Tracer™ controls provide the technology platform – mobile, easy-to-use,
cloud-based, scalable and open - for the next generation of data-driven, technology-enabled
services that are creating high performance buildings. With aTraneTracer Building Automation
System, you’ll:

• Reduce operating costs through energy management strategies

• Consistently provide occupant comfort

• Enjoy reliable operation with standard, pre-engineered and pretested applications

• Easily troubleshoot and monitor either on site or from a remote location

• Reduce installation time and simplify troubleshooting

Whether factory-mounted or field-installed,Trane offers a wide range of controllers to suit virtually

any application.These unitsare compatible witha variety of building typesand can be usedfor new
construction or renovation.Through extensive usability testing internally and with building
operators, we’ve designed our controls for real world ease of use.

(Additional control options and sequence-of-operations are located in the “Controls” section.)

Trane VAV UCM DDC Controller

Features and Benefits

DDC (communicating electronic)—DDC
controllers are today’s industrystandard. DDC
controllers provide system-level data used to
optimize overall SYSTEM performance.

Variables such as occupied/unoccupied,

minimum and maximum cfm and
temperature, valve position, ventilation
fraction, etc. are available on a simple twisted­shielded wire pair. For additional information,
see “Industry Issues: Energy Efficiency”.

Note: One of many Trane DDC Control Options which are factory-installed, wired, calibrated, and fully tested before shipment.

Trane DDC controllers provideTrane-designed solid-state electronics intended specifically forVAV

temperature control in space comfort applications. DDC control capabilities include:

• Pressure-independent (PI) operation—Provides airflow required by the room thermostat to
maintain occupant comfort.The controller automatically adjusts valve position to maintain
required airflow. Minimum and maximum airflow is factory-set and field-adjustable.

• Factory-set airflow and temperature setpoints

• Most advanced system integration in the industry.

Tracer VV550 LonTalk™ Controllers

LonTalk™ Controller

Trane now offers a full line of LonTalk™
controllers designed for simple integration
into ANY system which can communicate via
the LonMark Space Comfort Control (SCC)
protocol.These controllers are also
completely factory-commissioned.

VAV-PRC012-EN 9

Features and Benefits

Tracer BACnet™ Controllers

Trane now offers a full line of BACnet controllers designed for simple integration into any system

which can communicate via the BACnet protocol.These controllers are factory-commissioned and
shipped ready to be installed.

UC210 BACnet Controller

Trane Wireless Comm Interface (WCI)

WCI controller

Provides wireless communication between theTracer SC,

Tracer Unit Controllers, and BACnet™ Communication

Interface (BCI) modules.

TheTrane WCI is the perfect alternative to Trane’s BACnet

wired communication links (for example – Comm links
between aTracer SC andTracer UC400).

Eliminating communication wire used between terminal
products, zone sensors, and system controllers has substantial
benefits.

• Installation time and associated risks are reduced.

• Projects are completed with fewer disruptions.

• Future re-configurations, expansions, and upgrades are
easier and more cost effective.

UC400 BACnet Controller

Trane Wireless Zone Sensor

Wireless Zone Sensor

Provides wireless communication between theUnit Controller
and the zone sensor.This is an alterntive to the wired zone
sensor when access and routing of communicaiton cable is an
issue. It also allows very flexible mounting and relocation of
zone sensors

10 VAV-PRC012-EN

Pneumatic Controller

Pneumatic Controller

Binary Input Controller

Features and Benefits

Pneumatic—Pneumatic controllers provide

proven reliability and performance. A full line
of options provide:

• Highest quality PVR available, which
maximizes zone temperature control.

Pressure-independent operation

• AllVariTrane pneumatic controllers use the
patented flow sensor input to provide the
most accurate performance available.

Integration Options (Interfacing with other control systems) - Trane offers three ways to
interface with other control systems.

1. UseTrane LonMark, factory-commissioned VAV controllers

2. UseTrane Binary Input Controller (BIC). BIC allows system control through binary logic.This
means that a control system on an existing campus, or those seeking “Analog non­communicating control” can control aTrane DDCVAV unit viabasic binarycontact closures, like
relays, etc.This can be a cost effective interface option where a fullTrane DDC VAV System is
not available.

3. UseTrane BACnet™ factory-commissioned VAV controllers.

Factory-installed vs. Factory-commissioned:

The terms factory-installedand factory-commissioned are often used interchangeably.Trane takes

great pride in being the industry leader in factory-commissioned DDC controllers. Table
differentiates these concepts.

Factory-commissioned controllers provide thehighest quality and most reliable units for your VAV
system. Additional testing verifies proper unit operation including occupied/unoccupied airflow,
temperature setpoints, communication link functionality, and output device functionality.The
benefits of factory-commissioning are standard on VariTrane terminal units withTrane DDC
controls.This means that factory-commissioned quality on VariTrane VAV units is now available
on ANY manufacturer’s control system that can communicate using the LonMark Space Comfort
Control (SCC) protocol. (See Controls section for complete listing of variables which are
communicated.

Table 1. Factory-installed vs. factory-commissioned

Factory-installed Factory-commissioned

Transformer installed (option) X X

Wires terminated in reliable/consistent setting X X

Controller mounted XX

Electric heat contactors and fan relay wired X X

VAV-PRC012-EN 11

Features and Benefits

Table 1. Factory-installed vs. factory-commissioned

Factory-installed Factory-commissioned

Testing of electric heat contactors and fan relay X

Controller addressing and associated testing X

Minimum & Maximum airflows settings (occupied/unoccupied) X

Minimum & Maximum temperature setpoints (occupied/unoccupied) X

Minimum ventilation requirements X

Thumbwheel enable/disable X

Heating offset X

Wireless communications modules (WCI) X X

Wireless zone sensor X

Indoor Air Quality Management During Construction

LEED wrap option is a pressure sensitive
covering that prevents contamination of the

VAV box during the construction phase. It is

utilized to seal all openings without
constraining the installation process.

Trane VAV Systems - Proven Performance

Trane is the industry leader in VAV systems, including factory-commissioned controls and

integration with other control systems.This leadership began with customers seeking the most
reliable VAV products in the industry.The solution was factory-commissioned controls (see
Factory-installed vs. Factory-commissioned). Since then, it has blossomed to include optimized
system control strategies.

Control strategies are often made more complicated than necessary. VariTrane DDC controls
simplify control strategies by pre-engineeringcontrol logic and sequencinginto the controller.This
information is available via a twisted-shielded wire pair, and accessible via aTraneTracer™ SC
building automation system. Data is easily accessed via a computer workstation.

Optimized system control strategies, such as ventilation optimization, fan-pressure optimization,
and optimal start/stop, are pre-engineered in VariTrane™ unit-level DDC controllers and theTracer
SC building automation system.

This allows aTrane VAV system to meet or exceed the latest ASHRAE 90.1 Energy Efficiency

standards. Pre-engineered controls allow consistent, high quality installations which are very
repeatable.The end result is PROVEN control strategies you can rely on to perform. For more
information on these and other control strategies, contact your localTrane Sales Office, or visit
www.trane.com.

PurchasingVAV controllers and VAV hardware from a single manufacturer provides a single
contact for all HVAC system related questions.

12 VAV-PRC012-EN

Agency Certifications

There are numerous regulationsand standardsin theindustry thatdetermine theconstruction and

performance parameters for VAV terminal units. Some of the more important of those standards
and regulations are listed below, along with a brief description of what each one addresses.

American Society of Heating, Refrigerating and Air-conditioning Engineers

(ASHRAE) - 41.1

ASHRAE - 41.2

ASHRAE - 41.3

These standards specify methods for temperature measurement (41.1), laboratory airflow

measurement (41.2), and pressure measurement (41.3).While none of these standards specifically
discusses VAV air terminals, they discuss topics that are aspects of terminal box systems.

Therefore, some engineers will include these standards in their specifications as a primer on

accepted measurement techniques.

ASHRAE - 62

This standard specifies theminimum ventilationrates andindoor air qualitythat areacceptable for

occupied spaces.

ASHRAE - 111

This standard calls out procedures to be followed for testing and balancing HVAC systems. It

includes descriptions of the equipment used, procedures followed, and field changes that must be
made when a system is balanced.

Air-Conditioning, Heating and Refrigeration Institute (AHRI)

AHRI 880

This standard sets forth classifications, performance testing requirements, and test results

reporting requirements for air terminal units.The standard contains very detailed procedures that
are to be followed for the testing and certification program associated with this standard.This is
one of the most commonly referenced standards in the VAV terminal unit industry.The AHRI-880
certification program is designed to police the accuracy of documented performance for terminal
units.The certification program requires a sampling of at least four units be tested annually.The
tested units are chosen at random by AHRI and sent to an independent laboratory for the testing.

The performance is tested at one specific operating condition.The operating characteristics tested

include discharge and radiated sound power (for the damper and, in the case of fan-powered
boxes, the fan), wide-open damper pressure drop, and fan motor amp draw. VariTrane terminal

units are certified according to AHRI-880.

AHRI 885

This document provides a procedure to estimate sound pressure levels in an occupied space.The

standard accounts for the amount of sound pressure in the space due to the VAV air terminal,
diffusers and their connecting low pressure ductwork. While sound generated from the central
system fan andductwork may be a significant factor in determining thesound pressure level in the
room, this standarddoes not address those factors. It focusessolely onthe VAVterminal and items
downstream of it.This standard is related to AHRI-880 by using sound power determined using
AHRI-880 methodology as a starting point for the AHRI-885 procedure.

Underwriter’s Laboratory (UL) 1995

Underwriter’s Laboratory is an independent testing agency that examines products and
determines if those products meet safety requirements. Equipment manufacturers strive to meet
UL guidelines and obtain listing and classifications for their products because customers recognize
UL approval as a measure of a safely designed product. VariTrane VAV air terminals are listed
per UL-1995, Heating and Cooling Equipment.The terminals are listed as an entire assembly.

VAV-PRC012-EN 13

Agency Certifications

National Fire Protection Association

NFPA 70

This standard is also known as the National Electrical Code (NEC).The Code gives standards for

installation of wiring and electrical equipment for most types of commercial and residential
buildings. It is often referred to inVAV air terminal specifications when fan-powered boxes, electric
heat or electric controls are included.

NFPA 90A

This standard does not speak directly to VAV air terminals but does discuss central system

considerations pertaining to a fire and/or smoke condition.The standard discusses safety
requirements in design and construction that should be followed to keep the air-handling system
from spreading a fire or smoke.The standard specifies practices that are intended to stop fire and
smoke from spreading through a duct system, keep the fire-resistive properties of certain building
structures (fire walls, etc.) intact, and minimize fire ignition sources and combustible materials.

14 VAV-PRC012-EN

Model Number Descriptions

Digit 1, 2—Unit Type

VP = VariTrane™ Fan-Powered Parallel
VS = VariTrane Fan-Powered Series

LP = VariTrane Fan-Powered

Low-Height Parallel

LS = VariTrane Fan-Powered

Low-Height Series

Digit 3—Reheat

C = Cooling Only
E = Electric Heat

W = Hot Water Heat

Digit 4—Development Sequence

F = Sixth

Digit 5, 6—Primary Air Valve

05 = 5" inlet (350 max cfm)
06 = 6" inlet (500 max cfm)
08 = 8" inlet (900 max cfm)
10 = 10" inlet (1400 max cfm)
12 = 12" inlet (2000 max cfm)
14 = 14" inlet (3000 max cfm)
16 = 16" inlet (4000 max cfm)
RT = 8" x 14" inlet (1800 max CFM)

Note: 10, 12, 14, 16 Not Available on Low-

Height

Digit 7, 8—Secondary Air Valve

00 = N/A

Digit 9—Fan

P = 02SQ fan (500 nominal cfm)
Q = 03SQ fan (1100 nominal cfm)
R = 04SQ fan (1350 nominal cfm)
S = 05SQ fan (1550 nominal cfm)

T = 06SQ fan (1850 nominal cfm)

U = 07SQ fan (2000 nominal cfm)
V = 08SQ Fan (500 nominal cfm)
W = 09SQ Fan (900 nominal cfm)

X = 10SQ Fan (1800 nominal cfm)

Digit 10, 11—Design Sequence

** = Factory assigned

Digit 12, 13, 14, 15—Controls

DD01= Cooling Only Control

DD02= N.C. On/Off Hot Water

DD03= Prop. Hot Water

DD04= Staged On/Off E-Heat

DD05= Pulse Width Mod of E-Heat

DD07= N.O. On/Off Hot Water

DD11= VV550 DDC Controller - Cooling

Only

DD12= VV550 DDC Ctrl w/N.C. On/Off

HW Valve

DD13= VV550 DDC Ctrl w/Prop. HW

Valve

DD14= VV550 DDC Ctrl - On/Off

Electric Heat

DD15= VV550 DDC Ctrl w/Pulse Width

Modulation

DD17= VV550 DDC Ctrl w/N.O. On/Off

HW Valve

DD23= VV550 DDC- Basic plus- Local

(Electric heat- PWM) Remote
(Staged EH)

DD28= VV550 DDC-Basic plus- Local

(Water heat- N.O. 2-position)
Remote (Water- N.O. 2-position)

DD29= VV550 DDC-Basic plus- Local

(Water heat- N.C. 2-position)
Remote (Water- N.C. 2-position)

DD30= VV550 DDC-Basic plus- Local

(Water heat- N.O. 2-position)
Remote (Water- N.C. 2-position)

DD31= VV550 DDC-Basic plus- Local

(Water heat- N.C. 2-position)
Remote (Water- N.O. 2-position)

DD32= VV550 DDC-Basic plus- Local

(Electric heat- Staged) Remote
(Staged EH)

DD41= UC400 DDC-Basic (No water or

electric heat)

DD42= UC400 DDC-Basic (Water heat-

Normally Closed- 2 position)

DD43= UC400 DDC-Basic (Water heat-

Modulating)

DD44= UC400 DDC-Basic (Electric heat-

staged)

DD45= UC400 DDC-Basic (Electric heat-

PWM)

DD47= UC400 DDC-Basic (Water heat-

Normally Opened- 2 position)

DD53= UC400 DDC-Basic plus- Local

(Electric heat- PWM) Remote
(Staged EH)

DD58= UC400 DDC-Basic plus- Local

(Water heat- N.O. 2-position)
Remote (Water- N.O. 2-position)

DD59= UC400 DDC-Basic plus- Local

(Water heat- N.C. 2-position)
Remote (Water- N.C. 2-position)

DD60= UC400 DDC-Basic plus- Local

(Water heat- N.O. 2-position)
Remote (Water- N.C. 2-position)

DD61= UC400 DDC-Basic plus- Local

(Water heat- N.C. 2-position)
Remote (Water- N.O. 2-position)

DD62= UC400 DDC-Basic plus- Local

(Electric heat- Staged) Remote
(Staged EH)

DD65= Basic (Electric Heat- Modulating

SCR)

DD66= Basic plus – Local (Electric heat –

Modulating SCR) Remote
(Staged EH)

DD71= UC210 DDC-Basic

(Cooling only)

DD72= UC210 DDC-Basic

(Water heat-nc 2pos)

DD73= UC210 DDC-Basic

(Water heat-Modulating)

DD74= UC210 DDC-Basic

(Electric heat-staged)
DD75= UC210 DDC-Basic
(Electric heat-pwm)

DD77= UC210 DDC-Basic

(Water heat-NO 2pos)
DD83= UC210 DDC-Basic+ Local

(Electric heat-pwm)

Remote (Staged)

DD84= UC210 DDC-Basic+ Local

(Water heat Modulating)
Remote (Water-NC 2pos)

DD85= UC210 DDC-Basic+ Local

(Water heat Modulating)
Remote (Water-NO 2pos)

DD86= UC210 DDC-Basic+ Local

(Water heat NO 2pos)

Remote (Water-Modulating)

DD87= UC210 DDC-Basic+ Local

(Water heat NC 2pos)
Remote (Water-Modulating)

DD88= UC210 DDC-Basic+ Local

(Water heat NO 2pos)
Remote (Water-NO 2pos)

DD89= UC210 DDC-Basic+ Local

(Water heat NC 2pos)
Remote (Water-NC 2pos)

DD90= UC210 DDC-Basic+ Local

(Water heat NO 2pos)
Remote (Water-NC 2pos)

DD91= UC210 DDC-Basic+ Local

(Water heat NC 2pos)
Remote (Water-NO 2pos)

DD92= UC210 DDC-Basic+ Local

(Electric heat-staged)
Remote (Staged)

DD95= UC210 DDC-Ctrl w/Modulating

SCR

DD96= UC210 DDC-SpaceTemp Ctrl w/

Local SCR & Remote Stge Elec

Heat
DD00= Trane Actuator Only
ENCL= Shaft Only in Enclosure
ENON= Shaft Out Side for Electric Units
FM00= Other Actuator and Control
FM01= Trane supplied actuator,

other control
PN00= N.O. Actuator and Linkage Only
PN05= N.O. 3000 Series, RA Stat
PN51= Pneumatic normally open

w/3011,DPS fan
PN52= Pneumatic normally open

w/3011, DPM fan
PNON= Shaft Out Side for Pneumatic

Units
N.C. = Normally-closed
N.O. = Normally-opened
DA Stat = Direct-acting pneumatic t-stat

(by others)

RA Stat = Reverse-acting pneumatic

t-stat (by others)
PN = Pneumatic
FM = Factory installation of customer-

supplied controller
PVR = Pneumatic Volume Regulator

Digit 16—Insulation

A = 1/2” Matte-faced
B = 1" Matte-faced
D = 1" Foil-faced
F = 1" Double-wall
G = 3/8” Closed-cell

Digit 17—MotorType

D = PSC Motor
E = High-efficiency motor (ECM)

VAV-PRC012-EN 15

Model Number Descriptions

Digit 18—Motor Voltage

1 = 115/60/1
2 = 277/60/1
3 = 347/60/1
4 = 208/60/1
5 = 230/50/1

Digit 19—Outlet Connection

1 = Flanged
2 = Slip & Drive

Digit 20—Attenuator

0 = No Attenuator

W = With Attenuator

Digit 21—Water Coil

0 = None
1 = 1-Row–Plenum inlet installed RH
2 = 2-Row–Plenum inlet installed RH
3 = 1-Row–Discharge installed, LH
4 = 1-Row–Discharge installed, RH
5 = 2-Row–Discharge installed, LH
6 = 2-Row–Discharge installed, RH1

A = 1-Row–Premium water coil inlet

B = 2-Row–Premium water coil inlet
C = 1-Row–Premium hot coil

on discharge, LH

D = 1-Row–Premium hot coil

on discharge, RH

E = 2-Row–Premium hot coil

on discharge, LH

F = 2-Row–Premium hot coil

on discharge, RH

Note: 1- and 2-row not available with

Low-Height

Digit 22—Electrical Connections

L = Left (Airflow hitting you in the

face)

R = Right (Airflow hitting you in the

face)

W = Narrow Corridor LH, Hi-Volt Inlet

Facing

X = Narrow Corridor RH, Hi-Volt Inlet

Facing

Note: (W & X) Fan Powered Series Only

Digit 23—Transformer

0 = N/A (provided as standard)

Digit 24—Disconnect Switch

0 = None

W = With

Electric Reheat w/ door interlocking
power disconnect, Cooling Only and

Water Reheat w/ toggle disconnect

Digit 25—Power Fuse

0 = None

W = With

Digit 26—Electric Heat Voltage

0 = None
A = 208/60/1
B = 208/60/3
C = 240/60/1
D = 277/60/1
E = 480/60/1
F = 480/60/3
G = 347/60/1
H = 575/60/3
J = 380/50/3
K = 120/60/1

Note: K not available with Low Height

Digit 27, 28, 29—Electric Heat
kW

000 = None
050 = 0.5 kW
010 = 1.0 kW
015 = 1.5 kW
260 = 26.0 kW

Note: Electric Heat Voltage -

0.5 to 8.0 kW–½ kW increments

8.0 to 18.0 kW –1 kW increments

18.0 to 46.0 kW–2 kW increments

Digit 30—Electric Heat Stages

0 = None
1 = 1 Stage
2 = 2 Stages Equal
3 = 3 Stages Equal

Note: 3 not available with Low Height

Digit 31—Contactors

0 = None
1 = 24-volt magnetic
2 = 24-volt mercury
3 = PE with magnetic
4 = PE with mercury
5 = SCR heat UC400
6 = SCR heat FMTD/ENCL/DD00

Note: SCR cannot be selected with the

following configuration:

• KW > 10, 208 volt 3 phase, Low

Height

• KW > 22, 480 volt 3 phase, Low

Height

• Voltage = 575 volt

Digit 32—Airflow Switch

0 = None
W = With

Digit 33—Not Used

0 = N/A

Digit 34—Actuator

0 = Standard
A = Belimo actuator

Digit 35—Wireless Sensors

0 = None
1 = Factory Mounted Wireless

Receiver (Sensor Assembly)

2 = Wireless Comm Interface

Modular FM

Note: All sensors selected in accessories

Digit 36—Pre-Wired Factory
Solutions

0 = None
1 = Factory Mounted DTS
2 = HW Valve Harness
3 = Both DTS & HW Valve Harness

16 VAV-PRC012-EN

Selection Procedure

This section describes elements and process required to properly select fan-powered VAV

terminals, and includes a specificexamples. Selection procedure is iterativein naturewhich makes
computer selection desirable. Selection of fan-powered VAV terminals involves four elements:

• Air valve selection

• Heating coil selection

• Fan size and selection

• Acoustics
Note: Use the same procedures for selecting Low-Height Fan-Powered Units.

Air Valve Selection

Provided in the Performance Data—Air Pressure Requirements section of the catalog is the unit air
pressure drop at varying airflows.To select an air valve, determine the airflow required at design
cooling. Next, select an air valve diameter that will allow proper airflow modulation, (a velocity of
1600 – 2000 FPM is recommended). Keep in mind that modulation below 300 FPM is not
recommended. Proper selection requires defining the minimum valve airflow (in either heating
or cooling) and maintaining at least 300 FPM through the air valve.The minimum is typically set
based on ventilation requirements. If zone ventilation does not come through the VAV unit, a
minimum valve position can also be zero.

Heating Coil Selection

Supply Air Temperature

The first step required when selecting a heating coil is to determine the heating supply air

temperature to the space, calculated using the heat transfer equation. A recommended value is
90°F, although values between 85°F and 95°F are common. Discharge air temperatures that exceed
20 degrees above space temperature are not recommended for proper diffuser operation. Air
temperature difference is defined as the heating supply air temperature to the space minus the
winter room design temperature.The zone design heat loss rate is denoted by the letter Q. Supply
air temperature to the space equals the leaving air temperature (LAT) for the terminal unit.

Coil Leaving Air Temperature

Once the terminal unit LAT is determined, the heating requirements for the coil can be calculated.

The leaving air temperature for the coil of a parallel fan-powered terminal unit varies based on the

type of unit installed heat being selected. Series unit leaving air temperatures do not vary because
in each case the coil is located on the unit discharge.

Electric coil LAT equals terminal unitLATbecause the coil is located on the unit discharge.Hot water
coils can be located on either the discharge or, for maximum system efficiency, the plenum inlet
when located on the entering air side of the fan. Coil LAT is calculated using a mixing equation.
Given the unitheating airflow and LAT, minimum primary airflow atits supplyair temperature,and
the volume of heated plenum air, the leaving air temperature for the hot water coil can be
determined (see the unit selection example that follows for more details).

Coil Entering Air Temperature

The entering air temperature (EAT) to the coil also varies based on the coil position on the unit for

parallel units.The unit heat is mounted on the discharge of a series unit.Therefore the EAT equals
the temperature of blended primary and plenum air.

Parallel electric coils are mounted on the unit discharge. Hot water coils can be mounted on the
discharge or on the plenum inlet. Plenum inlet mounting creates a more efficientVAV system.This
is because the parallel fan is energized only when in heating mode, and thus, when in cooling
mode, the water coil is not in the airstream.

The EAT for discharge mounted coils equals the temperature of blended primary air and plenum

air. For plenum inlet mounted water coils, the EAT equals the plenum air temperature.

VAV-PRC012-EN 17

Selection Procedure

Capacity Requirement

Once both coil EAT and LAT are determined, the heat transfer (Q) for the coil must be calculated
using the heat transfer equation. For electric heat units, the Q value must be converted from Btu
to kW for heater selection.The required kW should be compared to availability charts in the
performance data section for the unit selected. For hot water heat units, reference the capacity
charts in the performance data section for the required heat transfer Q and airflow to pick the
appropriate coil.

Fan Size and Selection

Fan Airflow

Fan airflow is determined by calculating thedifference between the unitdesign heating airflowand
minimum primary airflow.

Fan External Static Pressure

Fan external static pressure is the total resistance experienced by the fan, which may include
downstream ductwork and diffusers, heating coils, and sound attenuators. As total airflow varies
so will static pressure, making calculation of external static pressure dependent on unit type.

In many applications of parallel terminals,a minimumprimary airflow mustbe maintainedto meet
ventilation requirements.This primary airflow contributes to the total resistance experienced by
the fan and should be accounted for in all components downstream of the fan itself, including
electric coils. Hot water coils positioned on the fan inlet are not affected by the additional primary
airflow.The static pressure resistance experienced by the fan due to the hot water coil is based on
fan airflow only, not the total heating airflow.

With series fan-powered terminal units, all airflowpasses through the fan. External static pressure

requirements are the sum of the individual component pressure retirements at the design airflow
of the unit.

Acoustics

Fan Motor Type

The fan motor type that will be used for the unit will need to be known before fan selection can

begin.The ECM motor offers more efficient operation than the standard single-speed PSC motor
and will use different fan curves. Because series fans operate in both heating and cooling mode,
payback is typically 2–3 years for the premium ECM option. Refer to the Features and Benefits
section to determine which motor is more appropriate for the unit

Selection

Once fan airflow and external static pressure are determined, reference the fan curves in the
performance data section. Cross plot both airflow and external static pressure on each applicable
graph. A selection between the minimum and maximum airflow ranges for the fan is required.

It is common to identify more than one fan that can meet the design requirements.Typically,
selection begins with the smallest fan available to meet capacity. If this selection does not meet
acoustical requirements, upsizing the fan andoperating it at aslower speed can be donefor quieter
operation.

Air Valve Generated Noise

To determine the noise generated by the air valve, two pieces of information are required; design

airflow and design air pressure drop.The design air pressure drop is determined by taking the
difference between design inlet and static pressure (the valve’s most over-pressurized condition)
and external static pressure at design cooling flow.This represents a worst-case operating
condition for the valve.

18 VAV-PRC012-EN

Fan Generated Noise

To determine fan noise levels, fan airflow, external static pressure and speed information is

required.

Evaluation Elements

For parallel fan-powered terminal units, the air valve and fan operation must be evaluated
separately because these operations are not simultaneous. For Series fan-powered units, the air
valve and fan are evaluated together because they have simultaneous operation. Access the
appropriate acoustics table(s)of the catalog and determine the sound power and NC predictionfor
both the discharge and radiated paths. It is important to understand that discharge air noise is
generally not a concern with fan-powered terminals. Radiated noise from the unit casing typically
dictates the noise level of the space. If the entire unit or any element of it is generating noise in
excess of the NoiseCriteria requirements, thesize of theappropriate portion of theterminal should
be increased. Because the selection procedure is iterative, care should be taken by the designer to
confirm that the change in selection does not affect other elements of the unit or system design.

Selection Example—ParallelWith Hot Water Heat

Air Valve Selection

Design Cooling Airflow:1000 cfm
Minimum Ventilation Airflow: 200 cfm
Maximum Unit APD: 0.25 in. wg
Choose 10" air valve
Check – Is minimum airflow above 300 FPM? Guidelines, FPP 8)
A 10" air valve is selected with unit pressure drop = 0.01 in. wg

Selection Procedure

Heating Coil Selection

Required Information:
Zone design heat loss: 20000 Btu
Unit heating airflow: 600 cfm

Winter room design temp.: 68ºF

Coil entering water temp.: 180ºF
Minimum primary airflow: 200 cfm
Fan Airflow: 400 cfm
Plenum temperature: 70ºF
Coil flow rate: 2 gpm
Primary air temperature: 55ºF

Heat Transfer Equation (Btu)

Q = 1.085 x Cfm x DTemperature

For the heating zone, the temperature difference is the zone supply air temperature (SAT) minus
the winter room design temperature.

18000 Btu = 1.085 x 600 x (SAT - 68ºF)
SAT = 95.6ºF

Because the designer chose to maximize system efficiency by having the hot water coil on the
plenum inlet, the unit supply air temperature is equal to the mix of the heated plenum air from the
fan and the minimum primary airflow.

600 cfm x 95.6ºF =
200 cfm x 55ºF +
(600 cfm - 200 cfm) x Coil LAT

Coil LAT = 116ºF

VAV-PRC012-EN 19

Selection Procedure

For the heating coil, the temperature difference is the calculated coil LAT minus the coil EAT
(Plenum AirTemperature).
CoilQ=1.085 x 400 x (116-70) = 19,964 Btu = 19.96 Mbh

Coil Performance Table

Selection:
Size 02SQ fan, 1-row coil with 2 gpm =20.53 Mbh (at 400 cfm)

1-row coil with 2 gpm = 2.57 ftWPD

Fan Selection

Required Information:

Design airflow: 400 cfm
Downstream static pressure at design airflow: 0.25 in. wg

Fan external static pressure equals downstream static pressure (ductwork and diffusers) plus coil
static pressure.The coil static pressure that the fan experiences is at the fan airflow (400 cfm).The
downstream static pressure the fan experiences is at fan airflow plus minimum primary airflow.

The sum of fan airflow and minimum primary airflow (600 cfm) is less than design airflow (1000

cfm) and therefore the 0.25 in. wg downstream static pressure at design airflow must be adjusted
for the lower heating airflow.

Parallel Fan-Powered Unit with Water Coil (2 Options)

Plenum Inlet Mounted

Using Fan LawTwo:

Heating Downstream Static Pressure = (600/1000)2 x 0.25 = .09 in. wg

A size 02SQ fan has the capability to deliver approximately 650 cfm at 0.09 downstream static
pressure. If an attenuator is required, use the attenuator air pressure drop tables to define
additional fan static pressure.

Acoustics

Required Information:

Design inlet static press.: 1.0 in. wg
NC criteria: NC-35

The selection is a VPWF Parallel Fan-poweredTerminal Unit, 10" primary, parallel fan size 02SQ,

with a 1-row hot water coil.

Determine the casing radiated noise level because it typically dictates the sound level (NC) of the
space. With a parallel unit, two operating conditions must be considered, design cooling and
design heating.

Discharge Mounted

20 VAV-PRC012-EN

Selection Procedure

Design Cooling (1000 cfm). Radiated valve typically sets the NC for parallel units incooling mode.

The closest tabulated condition (1100 cfm at 1.0 in. wg ISP) has an NC=31. (A more accurate

selection can be done viaTOPSS electronic selection program.):

Table 2. Selection Program Output (Radiated Valve):

Octave Band 2 3 4 5 6 7 NC

Sound Power 65 60 53 48 41 32 30

Design Heating (200 cfm valve, 400 cfm fan, 0.25 in. wg DSP). Radiated fan typically sets the NC
for parallel units in heating mode.The closest cataloged condition (430 fan cfm , 0.25 in. wg DSP)
has an NC=32. (A more accurate selection can be done viaTOPSS electronic selection program.)

Table 3. Selection Program Output (Radiated Fan):

Octave Band 2 3 4 5 6 7 NC

Sound Power 66 58 56 52 48 41 31

The predicted NC level for design cooling is NC-30 and for design heating is NC-31. If the catalog

path attenuation assumptions are acceptable, this unit meets all of the design requirements and
the selection process is complete.

Computer Selection

The advent of personal computers has served to automate many processes that were previously

repetitive and time-consuming. One of those tasks is the proper scheduling, sizing, and selection
of VAV terminal units.Trane has developed a computer program to perform these tasks.The
software is called theTrane Official Product Selection System (TOPSS).

TheTOPSS program will take the input specifications and output the properly sizedVariTrane VAV

terminal unit along with the specific performance for that size unit.

The program has several required fields, denoted by red shading in theTOPSS screen, and many

other optional fields to meet the criteria you have. Required values include maximum and
minimum airflows, control type, and model. If selecting models with reheat, you will be required
to enter information to make that selection also.The user is given the option to look at all the
information for one selection on one screen or as a schedule with the other VAV units on the job.

The user can select single-duct, dual-duct, and fan-poweredVAV boxes with the program, as well

as most otherTrane products, allowing you to select all yourTrane equipment with one software
program.

The program will also calculate sound power datafor the selected terminal unit.The usercan enter

a maximum individual sound level for each octave bandor a maximum NC value.The program will
calculate acoustical data subject to default or user supplied sound attenuation data.

Schedule View

The program has many time-saving features such as:

• Copy/Paste from spreadsheets like Microsoft® Excel

• Easily arranged fields to match your schedule

• Time-saving templates to store default settings

The user can also export the Schedule View to Excel to modify and put into a CAD drawing as a

schedule.

Specific details regarding the program, its operation, and how to obtain a copy of it are available
from your localTrane sales office.

VAV-PRC012-EN 21

Selection Procedure

Selection Example—Series With Hot Water Heat and ECM

Air Valve Selection

Required Information: Design cooling airflow: 1000 cfm

Minimum ventilation airflow: 200 cfm
Maximum unit APD: 0.40 in. wg

A 10" air valve is selected.

Check–is minimum airflow above 300 FPM?

Answer–Yes. Minimum cfm allowable = 165 cfm. (See
General Data—Valve/Controller Guidelines pp FPS 8).

The 03SQ fan will be used in this instance. By interpolating,

you can choose a 10" air valve with wide-open air pressure
drop of 0.32 in. wg.

Heating Coil Selection

Required Information: Zone design heat loss: 30000 Btu

Design heating airflow: 1000 cfm

Winter room design temp.: 68ºF

Coil entering water temp.: 180ºF
Minimum primary airflow: 200 cfm
Plenum temperature: 70ºF
Primary air temperature: 55ºF
Coil flow rate: 2 gpm
HeatTransfer Equation (Btu)Q=1.085 x Cfm x  Temperature

For the heating zone, the temperature difference is the zone supply air temperature (SAT) minus
the winter room design temperature.

30000 Btu = 1.085 x 1000 x (SAT-68°F)
SAT = 96ºF

Because the hot water coil is on the unit discharge of a series fan-powered unit, the unit supply air
temperature is equal to the coil LAT. Coil entering air temperature (EAT) is a mix of plenum air and
the minimum primary airflow.

1000 cfm x Coil EAT = 200 cfm x 55ºF + (1000 cfm - 200 cfm) x 70ºF

Coil EAT = 67ºF

For the heating coil, the temperature difference is the calculated coil LAT minus the coil EAT
(Plenum AirTemperature).

Coil Q =1.085 x 1000 x (96-70) = 31,465 Btu

On a series unitthe hot water coilis locatedon thedischarge, so the totalheating airflow, 1000 cfm,
passes through the coil.

Coil Performance Table

Selection:
Performance:
Size 03SQ fan, 1-row coil at 2 gpm = 32.23 MBh
1-row Coil at 2 gpm= 0.83 ftWPD

Fan Selection

Required Information. Fan airflow: 1000 cfm

Downstream static pressure at design airflow: 0.25 in. wg

A size 03SQ fan can operateat upto 1150 cfm (1-row coil) or 1100 (2-row coil) and 0.25" downstream
static pressure. Inlet and coil selections should be verified withTOPSS electronic selections.

22 VAV-PRC012-EN

Selection Procedure

If an attenuator is required, use attenuator air pressure drop tables to define additional fan static
pressure.

Acoustics

Required Information. Design inlet static press: 0.75 in. wg

NC criteria (general office space): NC-40

The selection is aVSWF Series Fan-PoweredTerminal Unit, 10" primary, series fan size 03SQ, with

a 1-row hot water coil.

Determine the casing radiated noise level because it typically dictates the sound level
(NC) of the space. With a series unit, the air valve and fan operate simultaneously, so the chart

for air valve and fan sound data must be consulted.

The results in the below table are for the acoustics value of a size 10" air valve with a size 03SQ fan.

The predicted NC level for design conditions is NC-38.

Octave Band 2 3 4 5 6 7 NC

Sound Power 70 65 63 61 59 59 38

Note: Ensure water coil acoustical impact is considered. For this example, the appurtenance effect

adds one (1) NC to fan-only radiated sound. Because this does not set NC for this selection,
it can be overlooked.The addition of an attenuator (see same appurtenance effect tables
reduces the NC four (4) points, resulting in a final selection NC = 30 (if required).

Note: Do not overlook the water coil impact on acoustics. A good rule of thumb is that it will add

1 to 2 NC to “fan only” radiated sound for most applications.

Computer Selection

The advent of personal computers has served to automate many processes that were previously

repetitive and time-consuming. One of those tasks is the proper scheduling, sizing, and selection
of VAV terminal units.Trane has developed a computer program to perform these tasks.The
software is called theTrane Official Product Selection System (TOPSS).

TheTOPSS program will take the input specifications and output the properly sizedVariTrane VAV

terminal unit along with the specific performance for that size unit.

The program has several required fields, denoted by red shading in theTOPSS screen, and many

other optional fields to meet the criteria you have. Required values include maximum and
minimum airflows, control type, and model. If selecting models with reheat, you will be required
to enter information to make that selection also.The user is given the option to look at all the
information for one selection on one screen or as a schedule with the other VAV units on the job.

User can select single-duct, dual-duct, and fan-powered VAV boxes with the program, as well as
most otherTrane products, allowing selection of allTrane equipment with one software program.

The program will also calculate sound power datafor the selected terminal unit.The usercan enter

a maximum individual sound level for each octave bandor a maximum NC value.The program will
calculate acoustical data subject to default or user supplied sound attenuation data.

Schedule View

The program has many time-saving features such as:

• Copy/Paste from spreadsheets like Microsoft® Excel

• Easily arranged fields to match your schedule

• Time-saving templates to store default settings
User can also export Schedule View to Excel to modify and put into a CAD drawing as a schedule.

Specific details regarding program, its operation, and how to obtain a copy of it are available from
your localTrane sales office.

VAV-PRC012-EN 23

Performance Data

Parallel Fan-PoweredTerminal Units

Table 4. Primary airflow control factory setting-I-P

Control Type

Direct Digital
Control/ UCM

Pneumatic with

Volume

Regulator

Note: Maximum airflow must be greater than or equal to minimum airflow.

Size (in.)

5
6
8

10
12
14
16

5
6
8

10
12
14
16

Table 5. Primary airflow control factory settings – SI

Air Valve

Control Type

Direct Digital
Control/ UCM

Pneumatic with

Volume

Regulator

Note: Maximum airflow must be greater than or equal to minimum airflow.

Air Valve
Size (in.)

5
6
8

10
12
14
16

5
6
8

10
12
14
16

Maximum

Valve Cfm

350
500
900

1400
2000
3000
4000

350
500
900

1400
2000
2885
3785

Maximum
Valve L/s

165
236
425

661

944
1416
1888

165

236

425

661

944
1362
1787

Maximum

Controller Cfm

40-350
60-500

105-900

165-1400
240-2000
320-3000
420-4000

63-350
73-500

134-900

215-1400
300-2000
408-2887
536-3789

Maximum

Controller L/s

19-165
28-236
50-425

77-661

111-944
151-1416
198-1888

30-165
35-236
63-425

102-661

141-944
193-1363
253-1788

Minimum

Controller Cfm

0, 40-350
0, 60-500

0, 105-900

0, 165-1400
0, 240-2000
0, 320-3000
0, 420-4000

0, 63-350
0, 73-500

0, 134-900

0, 215-1400
0, 300-2000
0, 408-2887
0, 536-3789

Minimum

Controller L/s

0, 19-350
0, 28-236
0, 50-425

0, 77-661

0, 111-944
0, 151-1416
0, 198-1888

0, 30-165
0, 35-236
0, 63-425

0, 102-661

0, 141-944
0, 193-1363
0, 253-1788

Constant Volume

Cfm

40-350
60-500

105-900

165-1400
240-2000
320-3000
420-4000

63-350
73-500

134-900

215-1400
300-2000
408-2887
536-3789

Constant

Volume L/s

19-350
28-236
50-425

77-661

111-944
151-1416
198-1888

30-165
35-236
63-425

102-661

141-944
193-1363
253-1788

Table 6. Unit air pressure drop – in. wg (I-P)

Fan/Inlet Size Airflow Cfm Cooling Only Fan/Inlet Size Airflow Cfm Cooling Only

02SQ-05

02SQ-06

Note: Unit pressure drops do not include hot water coil or attenuator pressure drops.

02SQ-08

40
150
250
350

60
200
350
500

105
350
600
900

0.01

0.03

0.08

0.17

0.01

0.05

0.17

0.35

0.01

0.03

0.09

0.21

04SQ-14

05SQ-10

05SQ-12

320
1200
2100
3000

165

550

950
1400

240

750
1350
2000

24 VAV-PRC012-EN

0.01

0.01

0.01

0.01

0.01

0.01

0.02

0.05

0.01

0.01

0.01

0.01

Performance Data

Table 6. Unit air pressure drop – in. wg (I-P) (continued)

Fan/Inlet Size Airflow Cfm Cooling Only Fan/Inlet Size Airflow Cfm Cooling Only

02SQ-10

03SQ-06

03SQ-08

03SQ-10

03SQ-12

04SQ-08

04SQ-10

04SQ-12

Note: Unit pressure drops do not include hot water coil or attenuator pressure drops.

165
550
950

1400

60
200
350
500

105
350
600
900

165
550
950

1400

240
750

1350
2000

105
350
600
900

165
550
950

1400

240
750

1350
2000

0.01

0.01

0.01

0.01

0.01

0.06

0.19

0.40

0.01

0.03

0.08

0.20

0.01

0.01

0.02

0.05

0.01

0.01

0.01

0.01

0.01

0.03

0.08

0.20

0.01

0.01

0.02

0.05

0.01

0.01

0.01

0.01

05SQ-14

06SQ-10

06SQ-12

06SQ-14

06SQ-16

07SQ-10

07SQ-12

07SQ-14

07SQ-16

320
1200
2100
3000

165

550

950
1400

240

750
1350
2000

320
1200
2100
3000

420
1600
2800
4000

165

550

950
1400

240

750
1350
2000

320
1200
2100
3000

420
1600
2800
4000

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

0.01

Table 7. Coil air pressure drop – in. wg (I-P)

Fan Size Airflow Cfm 1-Row HW (in. wg) 2-Row HW (in. wg)

02SQ

03SQ
04SQ
05SQ

06SQ
07SQ

Note: HW Coil Only pressure drops do not include unit pressure drop.

100
200
300
400
500

250
500

750
1000
1250
1400

600

900
1200
1500
1800
2000

0.00

0.01

0.01

0.02

0.02

0.01

0.02

0.04

0.07

0.10

0.12

0.02

0.04

0.06

0.09

0.12

0.15

VAV-PRC012-EN 25

0.00

0.01

0.02

0.03

0.05

0.02

0.04

0.08

0.13

0.19

0.23

0.04

0.07

0.11

0.16

0.22

0.27

Performance Data

Table 8. Attenuator air pressure drop (I-P)

Fan Size Plenum Cfm Attenuator Fan Size Plenum Cfm Attenuator

02SQ

03SQ

04SQ

Note: Plenum cfm = (Fan cfm)

50
200
350
500
650
750

50
250
500
750

1000
1200

50
300
600
900

1200
1450

0.00

0.00

0.01

0.02

0.04

0.06

0.00

0.00

0.00

0.00

0.01

0.06

0.00

0.01

0.02

0.03

0.05

0.06

05SQ

06SQ

07SQ

50
300
600
900

1200
1550

50
500
900

1300
1650
1900

50
500

1000
1500
2000
2500

0.00

0.00

0.02

0.06

0.13

0.24

0.00

0.01

0.03

0.06

0.10

0.14

0.00

0.01

0.04

0.08

0.15

0.25

Table 9. Attenuator air pressure drop (SI)

Fan Size Plenum L/s Attenuator Fan Size Plenum L/s Attenuator

02SQ

03SQ

04SQ

Note: Plenum cfm = (Fan cfm)

24

94
165
236
307
354

24
118
236
354
472
566

24
142
283
425
566
684

10
14

14

11
14

0
0
2
5

0
0
0
0
2

0
3
5
8

05SQ

06SQ

07SQ

24
142
283
425
566
731

24
236
425
613
779
897

24
236
472
708
944

1180

0
1

5
15
32
61

0

2

7
15
26
35

0

2

9
21
38
62

Table 10. Coil air pressure drop – Pa (SI)

Fan Size Airflow L/s 1-Row HW (Pa) 2-Row HW (Pa)

02SQ

03SQ
04SQ
05SQ

200
300
400
500
600

118
236
354
472
590
661

0
1
2
4
6

2

5
10
17
25
31

26 VAV-PRC012-EN

1
3
5
8

12

4
11
21
33
47
57

Performance Data

Table 10. Coil air pressure drop – Pa (SI)

06SQ
07SQ

Note: HW Coil Only pressure drops do not include unit pressure drop.

900
1200
1500
1800
2150
2500

5

9
15
22
30
36

Table 11. Unit air pressure drop-Pa (SI)

Fan/Inlet Size Airflow L/s Cooling Only Fan/Inlet Size Airflow L/s Cooling Only

19

02SQ-05

02SQ-06

02SQ-08

02SQ-10

03SQ-06

03SQ-08

03SQ-10

03SQ-12

04SQ-08

04SQ-10

04SQ-12

Note: Unit pressure drops do not include hot water coil or attenuator pressure drops.

71
118
165

28

94
165
236

50
165
283
425

78
260
448
661

28

94
165
236

50
165
283
425

78
260
448
661

113
354
637
944

50
165
283
425

78
260
448
661

113
354
637
944

2

7
20
41

2
13
41
86

2

8
23
51

2

2

2

3

2
15
48
99

2

6
21
49

2

2

6
13

2

2

2

2

2

6
21
49

2

2

6
13

2

2

2

2

04SQ-14

05SQ-10

05SQ-12

05SQ-14

06SQ-10

06SQ-12

06SQ-14

06SQ-16

07SQ-10

07SQ-12

07SQ-14

07SQ-16

151
566
991

1416

78
260
448
661

113
354
637
944

151
566
991

1416

78
260
448
661

113
354
637
944

151
566
991

1416

198
755

1321
1888

78
260
448
661

113
354
637
944

151
566
991

1416

198
755

1321
1888

10
18
28
41
56
67

2
2
2
2

2
2
6

13

2
2
2
2

2
2
2
2

2
2
2
2

2
2
2
2

2
2
2
2

2
2
2
2

2
2
2
2

2
2
2
2

2
2
2
2

2
2
2
2

VAV-PRC012-EN 27

Performance Data

VPCF and VPEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Note: When attenuator is required, add inlet

attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

0.60

150

0.50

125

0.40

100

0.30

75

Discharge Static Pressure

0.20

50

0.10

25

Pa In. wg

0.80

199

0.70

174

0.60

150

0.50

125

0.40

100

0.30

75

0.20

50

Discharge Static Pressure

0.10

25

200 300 400 500

94 142 189 236

100

47

(57 L/s)

120 cfm min

(118 L/s)

250 cfm min

Parallel 02SQ—PSC

200 300 400

94

142

189 236

Airflow

Parallel Fan Size 03SQ—PSC

700

600

330

283

Airflow

800

378

900

425

500

1000

472

1100

519

1200

566

700600

Cfm

330283

L/s

1300

Cfm

614

L/s

Pa

In. wg

199

0.80

174

0.70

150

0.60

125

0.50

0.40

100

0.30

75

Discharge Static Pressure

0.20

50

0.10

25

200 400 600 800 1000 1200 1400 1600

300 cfm min

94

(142 L/s)

189

Parallel 04SQ—PSC

283

378 472 566

661

755

Cfm

L/s

Airflow

28 VAV-PRC012-EN

Performance Data

VPCF and VPEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Note: When attenuator is required, add inlet

attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

0.80

199

174

0.70

0.60

150

125

0.50

0.40

100

75

0.30

Discharge Static Pressure

50

0.20

0.10

25

Pa In. wg

199

0.80

0.70

174

150

0.60

0.50

125

0.40

100

0.30

75

Discharge Static Pressure

50

0.20

(165 L/s)

350 cfm min

300 500 700 900 1100 1300 1500 1700

142

236 330

(250 L/s)

530 cfm min

Parallel 05SQ—PSC

425

519

Airflow

Parallel 06SQ—PSC

614

708

802

Cfm

L/s

25

0.10
400

600 800 1000

283

189

378

1200

566 850

1600 1800 2000 2200

1400

755661472

944

1038

Cfm

L/s

Airflow

Pa In. wg

0.80

199

0.70

174

0.60

150

(276 L/s)

0.50

125

0.40

100

0.30

75

Discharge Static Pressure

0.20

50

25

0.10

585 cfm min

500 700 900 1100

236

425330

Parallel 07SQ—PSC

1300

519

1500 1700

708 897 1086

1900 2100

2300

991802614

Cfm

L/s

Airflow

VAV-PRC012-EN 29

Performance Data

VPCF and VPEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Notes:

1. ECMs (Electrically Commutated Motors) are
ideal for systems seeking maximum motor
efficiency.

2. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

125

0.50

0.40

100

(76 L/s)

0.30

75

0.20

50

Discharge Static Pressure

25

0.10

Pa In. wg

0.50

125

0.40

100

0.30

75

0.20

50

Discharge Static Pressure

0.10

25

160 cfm min

100 200 300 400 500 600 700 800 900 1000 1100

47

220 cfm min

200 400 600 800 1000 1200 1400 1600

94 189 283

142

(104 L/s)

VPxF 03SQ—ECM

236 330 425 47294 189

283 378 519

Airflow

VPxF 04SQ—ECM

Airflow

Cfm

L/s

661566472378

755

Cfm

L/s

Pa In. wg

0.50

125

0.40

100

0.30

75

50

0.20

Discharge Static Pressure

25

0.10

(132 L/s)

280 cfm min

200 400 600 800 1000 1200 1400 1800 2000

94 189

283 850

VPxF 05SQ—ECM

1600

661566472378

755

944

Cfm

L/s

Airflow

30 VAV-PRC012-EN

Performance Data

VPCF and VPEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Notes:

1. ECMs (Electrically Commutated Motors) are
ideal for systems seeking maximum motor
efficiency.

2. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

Table 12. Heating capacity (MBh) - fan size 02SQ (I-P)

Rows Gpm

0.5

1-Row

Capacity

MBH

2-Row

Capacity

MBH

Notes:

1. Fouling Factor = 0.0005 °F ft² h/Btu.

2. Capacity based on 70°F entering air temperature and 180°F entering water temperature.

1.0

2.0

3.0

4.0

5.0

1.0

2.0

3.0

4.0

5.0

Pa In. wg

125

0.50

0.40

100

75

0.30

Discharge Static Pressure

0.20

50

25

0.10
400 600 800 1000 1200 1400 1600 1800 2000 2200

189

189

Water
Pressure
Drop (ft)

100 150 200 250 300 350 400 450 500 550 600

0.22

0.76

2.65

5.54

9.39

14.17

1.30

4.41

9.08

15.18

22.66

9.20

9.79

10.01

10.12

10.19

9.97

10.29

10.40

10.45

10.48

-

(250 L/s)

530 cfm min

-

11.49

12.50

12.87

13.07

13.19

13.83

14.58

14.83

14.95

15.03

-

13.14

14.52

15.04

15.32

15.49

17.07

18.39

18.83

19.05

19.18

VPxF 06SQ—ECM

Airflow

Airflow (Cfm)

-

-

15.56

14.45

17.60

16.17

18.39

16.84

18.82

17.19

19.09

17.41

22.13

19.81

24.82

21.78

25.76

22.46

26.23

22.80

26.52

23.00

-

16.52

18.87

19.79

20.29

20.60

24.13

27.56

28.77

29.40

29.78

850755661566472378283

-

17.38

20.02

21.07

21.64

22.00

25.85

30.03

31.54

32.32

32.80

944 1038

-

18.16

21.09

22.26

22.90

23.30

27.35

32.27

34.09

35.04

35.62

-

18.93

22.08

23.38

24.09

24.54

28.67

34.31

36.45

37.56

38.25

Cfm

L/s

-

19.64

23.02

24.44

25.22

25.71

29.83

36.18

38.63

39.92

40.72

-

20.30

23.90

25.44

26.29

26.83

30.86

37.90

40.67

42.13

43.03

VAV-PRC012-EN 31

Performance Data

Table 13. Heating capacity (MBh) - fan sizes 03SQ–05SQ (I-P)

Water

Airflow (Cfm)

Pressure

Rows Gpm

1-Row

Capacity

MBH

2-Row

Capacity

MBH

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

9.0

10.0

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

9.0

10.0

Drop (ft)

0.28

1.02

2.22

3.85

5.92

8.41

11.32

14.65

18.40

22.57

0.35

1.28

2.74

4.72

7.20

10.18

13.64

17.59

22.03

26.94

150 300 450 600 750 900 1050 1200 1350 1500 1650

-

-

-

-

-

13.14

13.62

13.88

14.04

14.14

14.22

14.28

14.33

14.37

-

15.08

15.36

15.50

15.59

15.64

15.68

15.71

15.74

15.76

18.63

19.69

20.27

20.64

20.89

21.08

21.22

21.33

21.42

-

25.87

27.00

27.57

27.92

28.15

28.31

28.44

28.54

28.62

22.21

23.78

24.65

25.21

25.59

25.88

26.10

26.28

26.42

-

33.70

35.94

37.11

37.83

38.31

38.66

38.93

39.13

39.30

25.01

27.05

28.20

28.95

29.46

29.85

30.15

30.38

30.57

-

39.58

42.99

44.82

45.97

46.74

47.31

47.74

48.08

48.35

27.36

29.86

31.28

32.21

32.85

33.34

33.71

34.01

34.25

44.13

48.69

51.20

52.78

53.87

54.67

55.28

55.76

56.15

-

29.41

32.34

34.03

35.14

35.92

36.50

36.95

37.31

37.60

-

-

47.77

53.40

56.57

58.59

59.99

61.02

61.81

62.44

62.95

Table 14. Heating capacity (MBh) - fan sizes 06SQ & 07SQ (I-P)

Rows Gpm

1-Row

Capacity

MBH

2-Row

Capacity

MBH

0.5

1.0

2.0

3.0

4.0

5.0

6.0

7.0

1.0

2.0

3.0

4.0

5.0

6.0

7.0

Water
Pressure
Drop (ft)

0.11

0.36

1.24

2.57

4.32

6.49

9.04

11.99

0.68

2.24

4.57

7.59

11.29

15.64

20.61

900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900

-

-

-

-

32.17

35.12

36.78

37.86

38.61

39.17

-

51.03

56.65

59.73

61.67

63.00

63.97

33.60

36.76

38.60

39.79

40.63

41.25

53.38

59.74

63.27

65.51

67.05

68.18

-

-

-

34.93

38.31

40.32

41.63

42.55

43.23

-

55.46

62.53

66.50

69.04

70.79

72.07

36.17

39.77

41.95

43.38

44.38

45.13

57.32

65.06

69.46

72.28

74.24

75.69

-

-

37.34

41.16

43.51

45.05

46.14

46.95

-

58.98

67.37

72.18

75.29

77.45

79.05

Airflow (Cfm)

-

-

-

-

38.43

42.50

45.01

46.66

47.83

48.70

-

-

60.47

69.48

74.69

78.08

80.44

82.19

-

31.30

34.58

36.54

37.82

38.73

39.41

39.94

40.36

40.71

-

50.73

57.36

61.15

63.60

65.32

66.58

67.55

68.32

68.95

-

-

39.47

43.81

46.44

48.21

49.46

50.40

-

61.83

71.42

77.02

80.67

83.24

85.14

-

33.00

36.63

38.84

40.31

41.35

42.13

42.73

43.22

43.62

-

53.20

60.74

65.13

67.99

70.00

71.49

72.64

73.55

74.30

-

-

40.45

45.07

47.82

49.70

51.04

52.04

-

63.07

73.20

79.18

83.09

85.86

87.90

-

34.54

38.52

40.98

42.62

43.80

44.67

45.36

45.91

46.36

-

55.29

63.66

68.60

71.85

74.15

75.86

77.19

78.24

79.10

-

-

41.38

46.27

49.14

51.14

52.56

53.62

-

64.20

74.86

81.19

85.36

88.31

90.51

-

35.94

40.31

42.99

44.80

46.10

47.08

47.85

48.46

48.97

-

57.08

66.21

71.68

75.30

77.87

79.80

81.29

82.48

83.45

-

-

42.27

47.42

50.42

52.53

54.04

55.16

-

65.24

76.40

83.08

87.50

90.63

92.96

-

37.23

41.99

44.86

46.85

48.28

49.36

50.21

50.89

51.45

-

58.63

68.46

74.42

78.39

81.23

83.36

85.01

86.33

87.42

-

-

43.12

48.53

51.68

53.88

55.47

56.66

-

66.20

77.83

84.84

89.50

92.81

95.28

Water Coil Performance Notes (I-P)

1. Fouling Factor = 0.0005.

2. The off-coil temperature of the hot water coil on parallel fan-powered units must not exceed
140°F when mounted on plenum inlet.

3. The following equations may be used in calculating Leaving AirTemperature (LAT) and Water

Temperature Difference (WTD).

MB H 921.7

AT EAT

WTD EWT LWT

32 VAV-PRC012-EN



------------------------------------- -

+=



Cfm

2MBH



------------------------

=–=



Gpm

Performance Data

4. Capacity based on 70°F entering air temperature and 180°F entering water temperature. Refer
to correction factors for different entering conditions.

5. For premium coils (.020” wall), water side pressure drop increases 17% and water velocity
increases 7% for fixed GPM.

Table 15. Temperature correction factors for water pressure drop (ft)

Average Water Temperature
Correction Factor

Table 16. Temperature correction factors for coil capacity (MBH)

Entering Water Minus Entering Air
Correction Factor

Table 17. Heating capacity (kW) - fan size 02SQ (SI)

Water

Pressure

Rows L/s

1-Row

Capacity

kW

2-Row

Capacity

kW

0.03

0.06

0.13

0.19

0.25

0.32

0.06

0.13

0.19

0.25

0.32

Drop

(kPa)

0.66

2.26

7.91

16.57

28.08

42.34

3.89

13.19

27.13

45.38

67.73

200

0.970

190

180

170

160

0.985

1.000

1.020

1.030

40

0.355500.446600.537700.629800.722900.814

150

1.050

140

1.080

100

0.907

130

1.100

110

1.000

120

1.130

120

1.093

110

1.150

1.187

Airflow (L/s)

47 71 94 118 142 165 189 212 236 260 283

-

-

-

-

-

-

-

-

-

-

2.69

2.87

2.93

2.97

2.99

2.92

3.02

3.05

3.06

3.07

3.37

3.66

3.77

3.83

3.87

4.05

4.27

4.35

4.38

4.40

3.85

4.26

4.41

4.49

4.54

5.00

5.39

5.52

5.58

5.62

4.24

4.74

4.93

5.04

5.10

5.80

6.38

6.58

6.68

6.74

4.56

5.16

5.39

5.52

5.59

6.49

7.27

7.55

7.69

7.77

4.84

5.53

5.80

5.95

6.04

7.07

8.08

8.43

8.62

8.73

5.09

5.87

6.18

6.34

6.45

7.58

8.80

9.24

9.47

9.61

5.32

6.18

6.52

6.71

6.83

8.02

9.46

9.99

10.27

10.44

5.55

6.47

6.85

7.06

7.19

8.40

10.06

10.68

11.01

11.21

10.60

11.32

11.70

11.93

5.76

6.75

7.16

7.39

7.53

8.74

5.76

6.75

7.16

7.39

7.53

8.74

10.60

11.32

11.70

11.93

130

-

Table 18. Heating capacity (kW) - fan sizes 03SQ–05SQ (SI)

Water

Pressure

Rows L/s

1-Row

Capacity

kW

2-Row

Capacity

kW

0.06

0.13

0.19

0.25

0.32

0.38

0.44

0.50

0.57

0.63

0.06

0.13

0.19

0.25

0.32

0.38

0.44

0.50

0.57

0.63

Drop (kPa)

0.82

3.06

6.63

11.51

17.68

25.13

33.83

43.79

55.00

67.45

1.06

3.83

8.20

14.11

21.52

30.42

40.78

52.59

65.84

80.52

71 142 212 283 354 425 495 566 637 708 779

-

-

-

-

3.85

3.99

4.07

4.11

4.15

4.17

4.19

4.20

4.21

-

4.42

4.50

4.54

4.57

4.58

4.60

4.61

4.61

4.62

5.46

5.77

5.94

6.05

6.12

6.18

6.22

6.25

6.28

-

7.58

7.91

8.08

8.18

8.25

8.30

8.33

8.36

8.39

6.51

6.97

7.22

7.39

7.50

7.58

7.65

7.70

7.74

-

9.88

10.53

10.88

11.09

11.23

11.33

11.41

11.47

11.52

7.33

7.93

8.27

8.48

8.64

8.75

8.83

8.90

8.96

-

11.60

12.60

13.14

13.47

13.70

13.87

13.99

14.09

14.17

VAV-PRC012-EN 33

Airflow (L/s)

-

8.62

8.02

9.48

8.75

9.97

9.17

10.30

9.44

10.53

9.63

10.70

9.77

10.83

9.88

10.93

9.97

11.02

10.04

-

14.00

12.93

15.65

14.27

16.58

15.01

17.17

15.47

17.58

15.79

17.88

16.02

18.12

16.20

18.30

16.34

18.45

16.45

-

9.17

10.14

10.71

11.08

11.35

11.55

11.71

11.83

11.93

-

-

14.87

16.81

17.92

18.64

19.14

19.51

19.80

20.02

20.21

9.67

10.74

11.38

11.81

12.12

12.35

12.52

12.67

12.78

-

15.59

17.80

19.09

19.92

20.51

20.95

21.29

21.56

21.77

10.12

11.29

12.01

12.49

12.84

13.09

13.29

13.46

13.59

-

16.20

18.66

20.11

21.06

21.73

22.23

22.62

22.93

23.18

10.53

11.81

12.60

13.13

13.51

13.80

14.02

14.20

14.35

-

16.73

19.40

21.01

22.07

22.82

23.39

23.82

24.17

24.46

10.53

11.81

12.60

13.13

13.51

13.80

14.02

14.20

14.35

-

16.73

19.40

21.01

22.07

22.82

23.39

23.82

24.17

24.46

-

-

-

-

-

Performance Data

Table 19. Heating capacity (kW) - fan sizes 06SQ & 07SQ (SI)

Water

Pressure

Rows L/s

0.03

0.06

kW

kW

0.13

0.19

0.25

0.32

0.38

0.44

0.06

0.13

0.19

0.25

0.32

0.38

0.44

1-Row

Capacity

2-Row

Capacity

Drop

(kPa)

0.33

1.09

3.71

7.68

12.92

19.39

27.04

35.84

2.02

6.70

13.65

22.70

33.76

46.74

61.61

Water Coil Performance Notes (SI)

1. Fouling Factor = 0.0005.

2. The off-coil temperature of the hot water coil on parallel fan-powered units must not exceed
60°C when mounted on plenum inlet.

3. The following equations may be used in calculating Leaving AirTemperature (LAT) and Water

Temperature Difference (WTD).

kW 0.83

AT EAT

WTD=EWT-LWT=kW/(4.19) L/s

4. Capacity based on 21°C entering air temperature and 82°C entering water temperature. Refer
to correction factors for different entering conditions.

5. For premium coils (.020” wall), water side pressure drop increases 17% and water velocity
increases 7% for fixed GPM.



-----------------------------

+=



Ls

Airflow (L/s)

425 472 519 566 613 661 708 755 802 849 897

-

-

-

9.43

10.29

10.78

11.10

11.32

11.48

-

14.96

16.60

17.51

18.07

18.46

18.75

-

-

9.85

10.77

11.31

11.66

11.91

12.09

-

15.64

17.51

18.54

19.20

19.65

19.98

10.24

11.23

11.82

12.20

12.47

12.67

16.25

18.33

19.49

20.23

20.75

21.12

-

-

-

-

-

-

-

-

-

-

-

10.60

10.94

11.26

11.66

12.06

12.30

12.75

12.71

13.20

13.01

13.52

13.23

13.76

-

-

-

16.80

19.07

20.36

21.18

21.76

22.18

17.28

19.74

21.15

22.06

22.70

23.17

12.46

13.19

13.67

14.02

14.27

-

17.72

20.36

21.89

22.88

23.58

24.09

11.57

12.84

13.61

14.13

14.50

14.77

18.12

20.93

22.57

23.64

24.39

24.95

-

11.86

12.13

13.21

13.56

14.01

14.40

14.57

14.99

14.96

15.40

15.25

15.72

-

-

18.48

21.45

23.20

24.35

25.16

25.76

18.82

21.94

23.80

25.02

25.88

26.52

-

-

-

12.39

12.39

13.90

13.90

14.78

14.78

15.40

15.40

15.84

15.84

16.17

16.17

-

-

19.12

22.39

24.35

25.64

26.56

27.24

19.12

22.39

24.35

25.64

26.56

27.24

-

-

-

Table 20. Temperature correction factors for water pressure drop (kPa)

Average Water Temperature
Correction Factor

93

0.970880.985821.000771.020711.030661.050601.080541.100491.130431.150

Table 21. Temperature correction factors for coil capacity (kW)

Entering Water Minus Entering Air
Correction Factor

34 VAV-PRC012-EN

22

0.355270.446330.537380.629440.722500.814550.907611.000671.093721.187

Series Fan-PoweredTerminal Units

Table 22. Primary airflow control factory settings – I-P

Control Type

Direct Digital
Control/UCM

Pneumatic with

Volume Regulator

Note: Maximum airflow must be greater than or equal to minimum airflow.

(in.)

4
5
6
8

10
12
14
16

4
5
6
8

10
12
14
16

Air Valve Size

Maximum
Valve Cfm

225
350
500
900

1400
2000
3000
4000

225
350
500
900

1400
2000
2885
3785

Maximum

Controller Cfm

25-225
40-350
60-500

105-900

165-1400
240-2000
320-3000
420-4000

38-225
63-350
73-500

134-900

215-1400
300-2000
408-2887
536-3789

Performance Data

Minimum

Controller Cfm

0, 25-225
0, 40-350
0, 60-500

0, 105-900

0, 165-1400
0, 240-2000
0, 320-3000
0, 420-4000

0, 38-225
0, 63-350
0, 73-500

0, 134-900

0, 215-1400
0, 300-2000
0, 408-2887
0, 536-3789

Constant

Volume Cfm

25-225
40-350
60-500

105-900

165-1400
240-2000
320-3000
420-4000

38-225
63-350
73-500

134-900

215-1400
300-2000
408-2887
536-3789

Table 23. Primary airflow control factory settings – SI

Control Type

Direct Digital

Control/UCM

Pneumatic with

Volume

Regulator

Note: Maximum airflow must be greater than or equal to minimum airflow.

(in.)

4
5
6
8

10
12
14
16

4
5
6
8

10
12
14
16

Air Valve Size

Maximum

Valve L/s

106
165
236
425

661

944
1416
1888

106

165

236

425

661

944
1362
1787

Maximum

Controller L/s

12-106
19-165
28-236
50-425

77-661

111-944
151-1416
198-1888

18-106
30-165
35-236
63-425

102-661

141-944
193-1363
253-1788

Minimum

Controller L/s

0, 12-106
0, 19-165
0, 28-236
0, 50-425

0, 77-661

0, 111-944
0, 151-1416
0, 198-1888

0, 18-106
0, 30-165
0, 35-236
0, 63-425

0, 102-661

0, 141-944
0, 193-1363
0, 253-1788

Constant

Volume L/s

12-106
19-165
28-236
50-425

77-661

111-944
151-1416
198-1888

18-106
30-165
35-236
63-425

102-661

141-944
193-1363
253-1788

VAV-PRC012-EN 35

Performance Data

Table 24. Unit air pressure drop – in. wg (I-P)

Fan/Inlet Size Airflow Cfm Unit Fan/Inlet Size Airflow Cfm Unit

2SQ-04

2SQ-05

2SQ-06

2SQ-08

2SQ-10

03SQ-06

03SQ-08

03SQ-10

03SQ-12

04SQ-06

200
225

200
250
300
350

200
300
400
500

200
400
550
700

200
400
550
700

250
300
400
500

250
500
700
900

250
550
850

1200

250
550
850

1200

330
400
450
500

0.03

0.03

0.03

0.04

0.06

0.09

0.03

0.06

0.12

0.19

0.01

0.05

0.10

0.16

0.01

0.02

0.06

0.11

0.10

0.15

0.34

0.45

0.05

0.16

0.31

0.49

0.03

0.11

0.24

0.44

0.01

0.07

0.16

0.32

0.16

0.29

0.35

0.48

04SQ-12

04SQ-14

05SQ-10

05SQ-12

05SQ-14

6SQ-10

6SQ-12

6SQ-14

6SQ-16

7SQ-10

330

750
1150
1550

330

750
1150
1550

400

750
1100
1400

400

900
1400
1900

400

900
1400
1900

700

950
1200
1400

700
1150
1600
2000

700
1350
2000
2600

700
1350
2000
2600

850
1000
1200
1400

0.02

0.11

0.28

0.51

0.02

0.11

0.26

0.48

0.01

0.08

0.22

0.39

0.01

0.09

0.28

0.58

0.01

0.09

0.26

0.53

0.01

0.03

0.12

0.22

0.01

0.01

0.12

0.27

0.01

0.04

0.19

0.41

0.01

0.04

0.19

0.41

0.01

0.05

0.12

0.22

Note: Unit pressure drops do not include hot water coil or attenuator pressure drops.

36 VAV-PRC012-EN

Performance Data

Table 24. Unit air pressure drop – in. wg (I-P) (continued)

Fan/Inlet Size Airflow Cfm Unit Fan/Inlet Size Airflow Cfm Unit

330

04SQ-08

500
700
900

330

04SQ-10

700
1050
1400

Note: Unit pressure drops do not include hot water coil or attenuator pressure drops.

0.04

0.12

0.25

0.44

0.02

0.12

0.29

0.54

Table 25. Coil air pressure drop – in. wg (I-P)

Fan

Airflow

Size

02SQ

03SQ
04SQ

Note: HW Coil Only pressure drops do not include unit pressure drop.

Cfm

200
300
400
500
600

250
500

750
1000
1250
1500

1-Row HW

(in. wg)

0.01

0.02

0.04

0.06

0.08

0.01

0.02

0.05

0.08

0.12

0.16

2-Row HW

(in. wg) Fan Size Airflow Cfm

0.03

0.05

0.08

0.11

0.15

0.02

0.05

0.10

0.15

0.22

0.30

7SQ-12

7SQ-14

7SQ-16

05SQ

06SQ
07SQ

400

700
1000
1250
1500
1750

600
1000
1500
2000
2500
3000

850
1200
1600
2000

850
1550
2250
3000

850
1550
2250
3000

1-Row HW

(in. wg)

0.01

0.04

0.07

0.10

0.14

0.19

0.02

0.04

0.08

0.13

0.19

0.27

0.01

0.02

0.12

0.27

0.01

0.07

0.27

0.59

0.01

0.07

0.27

0.59

2-Row HW

(in. wg)

0.03

0.08

0.13

0.19

0.26

0.34

0.04

0.08

0.15

0.23

0.34

0.47

Table 26. Attenuator air pressure drop (I-P)

Fan Size Plenum Cfm Attenuator Fan Size Plenum Cfm Attenuator

50

150

02SQ

03SQ

04SQ

Note: Plenum cfm = (Fan cfm) – (Min. valve cfm)

350
550
750
950

50
250
500
750

1000
1200

50
300
600
900

1200
1500

VAV-PRC012-EN 37

0.00

0.00

0.02

0.05

0.10

0.16

0.00

0.00

0.02

0.06

0.13

0.21

0.00

0.02

0.07

0.14

0.24

0.35

05SQ

06SQ

07SQ

50
300
650

1000
1300
1650

50
500
900

1300
1700
2100

50
800

1200
1600
2000
2400

0.00

0.01

0.05

0.14

0.28

0.52

0.00

0.00

0.02

0.07

0.17

0.36

0.00

0.01

0.05

0.14

0.30

0.58

Performance Data

Table 27. Attenuator air pressure drop (SI)

Fan Size Plenum L/s Attenuator Fan Size Plenum L/s Attenuator

24
71

02SQ

03SQ

04SQ

Note: Plenum cfm = (Fan cfm) – (Min. valve cfm)

165
260
354
448

24
118
236
354
472
566

24
142
283
425
566
708

0
1

4
12
24
40

0

1

5
15
32
52

0

5
18
36
59
88

05SQ

06SQ

07SQ

24
142
307
472
613
779

24
236
425
613
802
991

24
378
566
755
944

1133

0

2
12
36
70

129

0

1

4
16
42
90

0

3
12
34
75

144

Table 28. Coil air pressure drop – Pa (SI)

Fan

Size

02SQ

03SQ
04SQ

Note: HW coil only pressure drops do not include unit pressure drop.

Airflow

L/s

250
400
500
600
700

118
236
354
472
590
708

1-Row HW

(Pa)

3

6
10
14
20

2

6
12
19
29
40

2-Row HW

(Pa) Fan Size

7
12
19
28
38

5
13
24
38
55
75

Airflow L/s1-Row HW

189
330

05SQ

06SQ
07SQ

472
590
708
826

850
1300
1700
2150
2550
3000

(Pa)

4

9
17
25
35
47

4

9
19
31
47
66

2-Row HW

(Pa)

8
19
33
48
65
85

9
19
36
58
85

117

38 VAV-PRC012-EN

Performance Data

Table 29. Unit air pressure drop-Pa (SI)

Fan/Inlet Size Airflow Cfm Unit Fan/Inlet Size Airflow Cfm Unit

2SQ-04

2SQ-05

2SQ-06

2SQ-08

2SQ-10

03SQ-06

03SQ-08

03SQ-10

03SQ-12

04SQ-06

04SQ-08

04SQ-10

04SQ-12

Note: Unit pressure drops do not include hot water coil or attenuator pressure drops.

94

106

94
118
142
165

94
142
189
236

94
189
260
330

94
189
260
330

118
142
189
236

118
236
330
425

118
260
401
566

118
260
401
566

156
189
212
236

156
236
330
425

156
330
495
661

156
354
543
731

7
9

7
11
16
22

7
16
29
46

2
12
24
39

2

5
14
39

25
38
85

112

12
41
76

123

8
28
59

110

4
17
40
79

40
73
88

119

10
29
63

109

5
30
73

135

5
28
69

127

04SQ-14

05SQ-10

05SQ-12

05SQ-14

6SQ-10

6SQ-12

6SQ-14

6SQ-16

7SQ-10

7SQ-12

7SQ-14

7SQ-16

156
354
543
731

189
354
519
661

189
425
661
897

189
425
661
897

330
448
566
661

330
543
755
944

330
637
944

1227

330
637
944

1227

401
472
566
661

401
566
755
944

401

731
1062
1416

401

731
1062
1416

5
27
65

120

1
20
55
98

2
23
71

144

2
21
65

131

2

8
31
55

2

3
31
68

2

9
47

101

2

9
47

101

2
12

55

2

5
31
68

2
18
67

147

2
18
67

147

VAV-PRC012-EN 39

Performance Data

VSCF and VSEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Note: When attenuator is required, add inlet

attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

0.60

150

0.50

125

0.40

100

0.30

75

0.20

50

Discharge Static Pressure

0.10

25

0.00

0

100 200 300 400 500 600 700 800

47 94 142 189 236

In. wg

Pa

199

0.80

0.70

174

0.60

150

125

0.50

100

0.40

250 cfm min

0.30

75

0.20

Discharge Static Pressure

50

0.10

25

0.00

0

200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400

94

142

(90 L/s)

190 cfm min

(118 L/s)

189

Series 02SQ—PSC

Airflow

Series 03SQ—PSC

236 283 330 378

Airflow

425

472

519

330283

566 614

661

378

Cfm

L/s

Cfm

L/s

Pa In. wg

0.80

199

0.70

174

150

0.60

125

0.50

100

75

Discharge Static Pressure

50

25

0

(156 L/s)

0.40

330 cfm min

0.30

0.20

0.10

0.00

300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700

142 189

236

283

Series 04SQ—PSC

330 378 425

472

Airflow

519

566

614

661

708

755

802

Cfm

L/s

40 VAV-PRC012-EN

Performance Data

VSCF and VSEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Note: When attenuator is required, add inlet

attenuator pressure to discharge static
pressure for final fan performance.

Pa

In. wg

0.80

199

174

0.70

0.60

150

0.50

125

(189 L/s)

100

75

50

Discharge Static Pressure

25

0

400 cfm min

0.40

0.30

0.20

0.10

0.00

300 500 700 900 1100 1300 1500 1700 1900 2100

236

142

330

Series 05SQ—PSC

425 519 614 708 802 897 991

Airflow

Pa In. wg

0.80

199

0.70

174

150

0.60

0.50

125

(330 L/s)

0.40

100

0.30

75

Discharge Static Pressure

0.20

50

0.10

25

0

0.00
400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800

189

700 cfm min

283 378 850 1322

Series 06SQ—PSC

944755661566472 122711331038

Airflow

Cfm

L/s

Cfm

L/s

Pa In. wg

0.80

199

0.70

174

0.60

150

125

0.50

100

75

50

Discharge Static Pressure

25

0.00

0

(401 L/s)

0.40

850 cfm min

0.30

0.20

0.10

800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000 3200 3400

378

Series 07SQ—PSC

11331038944850755661566472

1227

1322

1605

Cfm

L/s

15101416

Airflow

VAV-PRC012-EN 41

Performance Data

VSCF and VSEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Notes:

1. ECMs (Electrically Commutated Motors) are
ideal for systems seeking maximum motor
efficiency.

2. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

0.50

125

100

0.40

0.30

75

50

Discharge Static Pressure

25

0

(94 L/s)

200 cfm min

0.20

0.10

0.00
100 200 300 400 500 600 700 800 900 1000 1100 1200

47 94

142

VSxF Size 03SQ—ECM

189 236

Airflow

Pa In. wg

0.50

125

100

0.40

0.30

75

(113 L/s)

240 cfm min

0.20

50

Discharge Static Pressure

0.10

25

0.00

0

200 400 600 800 1000 1200 1400 1600

94 189

VSxF 04SQ—ECM

566472378283

Airflow

661

Cfm

566519472425378330283

L/s

Cfm

755

L/s

Pa In. wg

125

0.50

0.40

100

0.30

75

(165 L/s)

350 cfm min

0.20

50

Discharge Static Pressure

0.10

25

0.00

0

300 500 700 900 1100 1300 1500 1700 1900 2100

142 236

VSxF 05SQ—ECM

614519425330

708

802

Cfm

991897

L/s

Airflow

42 VAV-PRC012-EN

Performance Data

Pa In. wg

125

0.50

0.40

VSCF and VSEF maximum

100

Minimum

0.30

1-row coil maximum

75

2-row coil maximum

0.20

Notes:

1. ECMs (Electrically Commutated Motors) are
ideal for systems seeking maximum motor
efficiency.

2. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

50

Discharge Static Pressure

0.10

25

0.00

0

600 800 1,000 1,200 1,400 1,800 2,000 2,200 2,400 2,600

283 472

Table 30. Heating capacity (MBh) - fan size 02SQ (I-P)

Water

Pressure

Rows Gpm

1-Row

Capacity

MBH

2-Row

Capacity

MBH

0.50

1.0

2.0

3.0

4.0

5.0

1.0

2.0

3.0

4.0

5.0

Drop (ft)

0.16

0.53

1.85

3.85

6.51

9.79

1.00

3.42

7.05

11.82

17.68

150 200 250 300 350 400 450 500 550 600 700

-

9.14

9.94

10.25

10.41

10.51

12.59

13.42

13.71

13.86

13.94

-

10.34

11.40

11.80

12.02

12.15

15.23

16.60

17.08

17.33

17.48

-

11.34

12.63

13.14

13.41

13.58

17.40

19.34

20.04

20.40

20.62

-

12.20

13.73

14.34

14.66

14.87

19.21

21.73

22.66

23.14

23.44

Table 31. Heating capacity (MBh) - fan sizes 03SQ 04SQ (I-P)

Water

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

9.0

10.0

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

Pressure

Drop (ft)

0.27

1.01

2.19

3.81

5.85

8.32

11.20

14.50

18.22

22.35

0.39

1.41

3.01

5.16

7.84

11.06

14.81

19.07

200 300 400 550 700 850 1000 1150 1300 1450 1600

-

15.03

15.70

16.06

16.29

16.45

16.56

16.65

16.72

16.78

-

18.93

19.46

19.72

19.88

19.98

20.06

20.12

-

18.19

19.23

19.80

20.16

20.41

20.59

20.73

20.84

20.93

-

25.58

26.72

27.30

27.65

27.88

28.05

28.18

-

20.63

22.00

22.76

23.24

23.58

23.82

24.01

24.17

24.29

-

30.93

32.79

33.75

34.34

34.74

35.02

35.24

-

23.57

25.41

26.44

27.11

27.57

27.91

28.18

28.39

28.56

-

37.20

40.20

41.80

42.79

43.47

43.96

44.34

Rows Gpm

1-Row

Capacity

MBH

2-Row

Capacity

MBH

(330 L/s)

700 cfm min

Airflow (Cfm)

-

12.97

14.73

15.43

15.81

16.05

20.74

23.84

25.00

25.62

25.99

Airflow (Cfm)

-

26.00

28.29

29.59

30.43

31.02

31.46

31.80

32.08

32.30

-

41.99

46.12

48.38

49.81

50.79

51.50

52.05

-

13.67

15.66

16.45

16.89

17.17

22.06

25.71

27.12

27.86

28.32

-

28.09

30.81

32.38

33.40

34.12

34.66

35.07

35.41

35.68

-

45.78

50.97

53.88

55.73

57.01

57.96

58.68

VSxF 06SQ—ECM

1,600

661 944

566 1038850755 12271133378

Airflow

-

14.32

16.52

17.41

17.90

18.21

23.19

27.39

29.03

29.90

30.44

-

29.99

33.08

34.91

36.11

36.96

37.59

38.08

38.48

38.80

-

48.85

55.02

58.54

60.81

62.40

63.57

64.46

-

14.93

17.33

18.32

18.87

19.21

24.19

28.90

30.77

31.77

32.40

-

31.71

35.15

37.23

38.60

39.58

40.31

40.88

41.34

41.71

-

51.38

58.45

62.56

65.23

67.10

68.49

69.57

-

15.51

18.10

19.18

19.78

20.17

25.07

30.27

32.37

33.50

34.21

-

33.27

37.05

39.38

40.93

42.03

42.86

43.51

44.03

44.46

-

53.52

61.41

66.05

69.11

71.26

72.87

74.11

-

16.05

18.82

20.01

20.66

21.08

25.85

31.52

33.84

35.10

35.89

-

34.68

38.83

41.38

43.10

44.34

45.26

45.99

46.57

47.05

-

55.34

63.98

69.14

72.55

74.98

76.79

78.19

Cfm

L/s

-

17.02

20.18

21.56

22.32

22.81

27.19

33.72

36.46

37.96

38.92

-

35.97

40.51

43.26

45.15

46.51

47.54

48.34

48.99

49.52

-

56.92

66.24

71.88

75.63

78.31

80.32

81.88

VAV-PRC012-EN 43

Performance Data





Table 32. Heating capacity (MBh) - fan size 05SQ (I-P)

Water

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

0.5

1.0

2.0

3.0

4.0

5.0

6.0

1.0

2.0

3.0

4.0

5.0

6.0

Pressure
Drop (ft)

0.29

1.08

2.33

4.03

6.18

8.76

11.79

15.24

0.39

1.39

2.96

5.08

7.72

10.90

14.59

18.79

Water
Pressure
Drop (ft)

0.12

0.40

1.37

2.83

4.76

7.13

9.93

0.77

2.58

5.27

8.78

13.07

18.13

350 500 650 800 1000 1200 1400 1600 1800 2000 2150

-

21.67

23.02

23.76

24.23

24.55

24.79

24.97

-

29.95

31.40

32.14

32.58

32.87

33.08

33.24

-

25.25

27.14

28.20

28.87

29.34

29.69

29.95

-

37.69

40.36

41.74

42.59

43.16

43.57

43.88

-

28.09

30.49

31.85

32.72

33.34

33.79

34.14

-

43.62

47.58

49.69

51.00

51.88

52.53

53.02

-

30.49

33.38

35.03

36.10

36.86

37.42

37.85

-

48.30

53.51

56.37

58.16

59.39

60.28

60.96

700 900 1100 1300 1500 1700 1900 2100 2300 2500 2700

-

-

31.21

33.81

35.27

36.20

36.85

-

47.79

52.10

54.37

55.77

56.71

-

-

34.50

37.76

39.61

40.80

41.64

-

54.01

60.08

63.38

65.44

66.85

-

-

37.47

41.19

43.42

44.87

45.90

-

58.79

66.51

70.82

73.55

75.43

-

-

40.06

44.25

46.86

48.57

49.78

-

62.56

71.79

77.06

80.45

82.80

Rows Gpm

1-Row

Capacity

MBH

2-Row

Capacity

MBH

Table 33. Heating capacity (MBh) - fan size 06SQ & 07SQ (I-P)

Rows Gpm

1-Row

Capacity

MBH

2-Row

Capacity

MBH

Airflow (Cfm)

-

33.30

36.75

38.78

40.11

41.05

41.75

42.29

-

53.17

59.95

63.77

66.21

67.90

69.14

70.09

Airflow (Cfm)

-

-

42.33

47.10

50.00

51.97

53.36

-

65.61

76.21

82.39

86.40

89.22

35.79

39.71

42.12

43.71

44.83

45.67

46.33

56.95

65.16

69.90

72.97

75.11

76.69

77.91

-

-

44.37

49.74

52.91

55.12

56.70

-

68.13

79.96

86.98

91.60

94.86

-

-

-

37.96

42.39

45.14

46.98

48.29

49.28

50.05

-

59.97

69.45

75.05

78.72

81.30

83.22

84.70

-

-

46.21

52.17

55.63

58.07

59.83

-

70.25

83.19

91.00

96.18

99.86

-

39.88

44.89

47.92

50.01

51.50

52.63

53.51

-

62.43

73.07

79.45

83.68

86.69

88.93

90.66

-

-

47.89

54.40

58.24

60.84

62.79

-

72.05

86.00

94.54

100.26

104.34

-

41.61

47.17

50.48

52.81

54.50

55.76

56.76

-

64.49

76.15

83.26

88.02

91.42

93.97

95.95

-

-

49.43

56.49

60.68

63.46

65.59

-

73.60

88.47

97.69

103.91

108.37

-

43.17

49.26

52.91

55.44

57.30

58.71

59.82

-

66.24

78.82

86.60

91.85

95.63

98.47

100.69

-

-

50.85

58.43

62.97

66.00

68.24

-

74.95

90.65

100.51

107.20

112.03

-

44.25

50.73

54.64

57.30

59.30

60.82

62.01

-

67.38

80.59

88.84

94.45

98.49

101.54

103.93

-

-

52.16

60.24

65.14

68.41

70.77

-

76.14

92.61

103.06

110.19

115.36

Water Coil Notes (I-P)

1. Fouling Factor = 0.0005.

2. The following equations may be used in calculating Leaving AirTemperature (LAT) and Water
Temperature Difference (WTD):

MB H x921.7

AT EAT

WTD EWT LWT

3. Capacity based on 70°F entering air temperature and 180°F entering water temperature. Refer

to correction factors for different entering conditions.

Table 34. Temperature correction factors for water pressure drop (ft)

Average Water Temperature
Correction Factor

44 VAV-PRC012-EN



------------------------------------

+=



Cfm

2MBH



------------------------

=–=



Gpm

200

0.970

190

0.985

180

1.000

170

1.020

160

1.030

150

1.050

140

1.080

130

1.100

120

1.130

110

1.150

Table 35. Temperature correction factors for coil capacity (MBH)

Entering Water Minus Entering Air
Correction Factor

0.355500.446600.537700.629800.722900.814

Table 36. Heating capacity (kW) - fan size 02SQ (SI)

Water

Pressure

Rows L/s

1-Row

Capacity kW

2-Row

Capacity kW

0.03

0.06

0.13

0.19

0.25

0.32

0.06

0.13

0.19

0.25

0.32

Drop (kPa)

0.47

1.59

5.52

11.51

19.45

29.27

3.00

10.21

21.07

35.33

52.84

71 94 118 142 165 189 212 236 260 283 330

-

2.68

2.91

3.00

3.05

3.08

3.69

3.93

4.02

4.06

4.09

-

3.03

3.34

3.46

3.52

3.56

4.46

4.86

5.01

5.08

5.12

-

3.32

3.70

3.85

3.93

3.98

5.10

5.67

5.87

5.98

6.04

Table 37. Heating capacity (kW) - fan sizes 03SQ 04SQ(SI)

Water

Rows L/s

1-Row

Capacity kW

2-Row

Capacity kW

0.06

0.13

0.19

0.25

0.32

0.38

0.44

0.50

0.57

0.63

0.06

0.13

0.19

0.25

0.32

0.38

0.44

0.50

Pressure

Drop (kPa)

0.81

3.02

6.56

11.39

17.49

24.86

33.49

43.36

54.46

66.80

1.18

4.22

8.99

15.41

23.45

33.07

44.26

57.00

94 142 189 260 330 401 472 543 613 684 755

-

4.40

4.60

4.71

4.77

4.82

4.85

4.88

4.90

4.92

-

5.55

5.70

5.78

5.83

5.86

5.88

5.90

-

5.33

5.64

5.80

5.91

5.98

6.03

6.08

6.11

6.13

-

7.50

7.83

8.00

8.10

8.17

8.22

8.26

-

6.04

6.45

6.67

6.81

6.91

6.98

7.04

7.08

7.12

-

9.07

9.61

9.89

10.06

10.18

10.26

10.33

6.91

7.45

7.75

7.94

8.08

8.18

8.26

8.32

8.37

10.90

11.78

12.25

12.54

12.74

12.88

12.99

40

-

3.58

4.02

4.20

4.30

4.36

5.63

6.37

6.64

6.78

6.87

-

-

-

3.80

4.32

4.52

4.63

4.71

6.08

6.99

7.33

7.51

7.62

Airflow (L/s)

-

7.62

8.29

8.67

8.92

9.09

9.22

9.32

9.40

9.47

-

12.31

13.52

14.18

14.60

14.88

15.09

15.25

Airflow (L/s)

-

4.01

4.59

4.82

4.95

5.03

6.46

7.54

7.95

8.16

8.30

8.23

9.03

9.49

9.79

10.00

10.16

10.28

10.38

10.46

13.42

14.94

15.79

16.33

16.71

16.99

17.20

4.20

4.84

5.10

5.25

5.34

6.80

8.03

8.51

8.76

8.92

-

8.79

9.70

10.23

10.58

10.83

11.02

11.16

11.28

11.37

-

14.32

16.12

17.16

17.82

18.29

18.63

18.89

Performance Data

100

110

120

0.907

1.000

1.093

-

-

4.38

5.08

5.37

5.53

5.63

7.09

8.47

9.02

9.31

9.50

-

9.29

10.30

10.91

11.31

11.60

11.81

11.98

12.12

12.22

-

15.06

17.13

18.33

19.12

19.67

20.07

20.39

-

4.55

5.30

5.62

5.80

5.91

7.35

8.87

9.49

9.82

10.03

-

-

-

9.75

10.86

11.54

11.99

12.32

12.56

12.75

12.90

13.03

-

15.68

18.00

19.36

20.25

20.89

21.36

21.72

-

4.70

5.52

5.86

6.06

6.18

7.58

9.24

9.92

10.29

10.52

-

10.16

11.38

12.13

12.63

12.99

13.27

13.48

13.65

13.79

-

16.22

18.75

20.26

21.26

21.97

22.50

22.92

130

1.187

-

4.70

5.52

5.86

6.06

6.18

7.58

9.24

9.92

10.29

10.52

-

10.16

11.38

12.13

12.63

12.99

13.27

13.48

13.65

13.79

-

16.22

18.75

20.26

21.26

21.97

22.50

22.92

VAV-PRC012-EN 45

Performance Data





Table 38. Heating capacity (kW) - fan size 05SQ(SI)

Water

Rows L/s

0.06

0.13

0.19

1-Row

Capacity kW

2-Row

Capacity kW

0.25

0.32

0.38

0.44

0.50

0.06

0.13

0.19

0.25

0.32

0.38

0.44

0.50

Table 39. Heating capacity (kW) - fan sizes 06SQ & 07SQ (SI)

Rows L/s

0.03

0.06

1-Row

Capacity kW

2-Row

Capacity kW

0.13

0.19

0.25

0.32

0.38

0.06

0.13

0.19

0.25

0.32

0.38

Pressure

Drop (kPa)

0.87

3.22

6.95

12.04

18.46

26.20

35.23

45.57

1.16

4.16

8.85

15.17

23.09

32.57

43.60

56.16

Water

Pressure

Drop (kPa)

0.36

1.20

4.10

8.46

14.22

21.30

29.68

2.31

7.71

15.74

26.24

39.08

54.19

165 236 307 378 472 566 661 755 849 944 1015

-

6.35

6.75

6.96

7.10

7.19

7.26

7.32

-

8.78

9.20

9.42

9.55

9.63

9.70

9.74

-

7.40

7.95

8.26

8.46

8.60

8.70

8.78

-

11.05

11.83

12.23

12.48

12.65

12.77

12.86

-

8.23

8.94

9.33

9.59

9.77

9.90

10.01

-

12.78

13.94

14.56

14.95

15.21

15.39

15.54

-

8.94

9.78

10.27

10.58

10.80

10.97

11.09

-

14.16

15.68

16.52

17.04

17.40

17.67

17.87

330 425 519 613 708 802 897 991 1085 1180 1274

-

-

9.15

9.91

10.34

10.61

10.80

-

14.01

15.27

15.94

16.34

16.62

-

-

10.11

11.07

11.61

11.96

12.20

-

15.83

17.61

18.58

19.18

19.59

-

-

10.98

12.07

12.73

13.15

13.45

-

17.23

19.49

20.75

21.55

22.11

-

-

11.74

12.97

13.73

14.23

14.59

-

18.33

21.04

22.58

23.58

24.27

Airflow (L/s)

-

9.76

10.77

11.37

11.76

12.03

12.24

12.40

-

15.58

17.57

18.69

19.41

19.90

20.26

20.54

Airflow (L/s)

-

-

12.41

13.80

14.66

15.23

15.64

-

19.23

22.33

24.14

25.32

26.15

-

10.49

11.64

12.34

12.81

13.14

13.39

13.58

-

16.69

19.10

20.48

21.38

22.01

22.48

22.83

-

-

13.00

14.58

15.51

16.15

16.62

-

19.97

23.43

25.49

26.85

27.80

-

11.12

12.42

13.23

13.77

14.15

14.44

14.67

-

17.57

20.35

21.99

23.07

23.83

24.39

24.82

-

-

13.54

15.29

16.30

17.02

17.54

-

20.59

24.38

26.67

28.19

29.27

-

11.69

13.16

14.04

14.66

15.09

15.42

15.68

-

18.30

21.41

23.28

24.52

25.41

26.06

26.57

-

-

14.03

15.94

17.07

17.83

18.40

-

21.11

25.20

27.71

29.38

30.58

-

12.19

13.82

14.79

15.48

15.97

16.34

16.63

-

18.90

22.32

24.40

25.80

26.79

27.54

28.12

-

-

14.49

16.55

17.78

18.60

19.22

-

21.57

25.93

28.63

30.45

31.76

-

12.65

14.44

15.51

16.25

16.79

17.21

17.53

-

19.41

23.10

25.38

26.92

28.03

28.86

29.51

-

-

14.90

17.12

18.46

19.34

20.00

-

21.97

26.57

29.46

31.42

32.83

-

12.65

14.44

15.51

16.25

16.79

17.21

17.53

-

19.41

23.10

25.38

26.92

28.03

28.86

29.51

-

-

14.90

17.12

18.46

19.34

20.00

-

21.97

26.57

29.46

31.42

32.83

Water Coil Notes (SI)

1. Fouling Factor = 0.0005.

2. The following equations may be used in calculating Leaving Air Temperature (LAT) and Water
Temperature Difference (WTD).

kW 0.83

AT EAT

TD EWT LWT

3. Capacity based on 21°C entering air temperature and 82°Centering water temperature. Refer to

correction factors for different entering conditions.

Table 40. Temperature correction factors for water pressure drop (kPa)

Average Water Temperature
Correction Factor

Table 41. Temperature correction factors for coil capacity (kW)

Entering Water Minus Entering Air
Correction Factor

46 VAV-PRC012-EN



-----------------------------

+=



Ls

kW



=–=

-----------------------------



4.19 L s

93

0.970880.985821.000771.020711.030661.050601.080541.100491.130431.150

22

0.355270.446330.537380.629440.722500.814550.907611.000671.093721.187

Low Height Parallel Fan-PoweredTerminal Units

Table 42. Primary airflow control factory settings – I-P

Performance Data

Control Type

Direct Digital Control/

UCM

Pneumatic with

Volume Regulator

Analog Electronic

Air Valve Size

(in.)

5
6
8

8x14

5
6
8

8x14

5
6
8

8x14

Maximum Valve

Cfm

350
500
900

2200

350
500
900

2100

350
500
900

2200

Table 43. Primary airflow control factory settings – SI

Control Type

Direct Digital Control/

UCM

Pneumatic with Volume

Regulator

Analog Electronic

Note: Maximum airflow must be greater than or equal to minimum airflow.

(in.)

5
6
8

8x14

5
6
8

8x14

5
6
8

8x14

Air Valve Size

Maximum Valve

L/s

165
236
425

1038

165
236
425
991

165
236
425

1038

Maximum

Controller Cfm

40-350
60-500

105-900

200-2200

63-350
73-500

134-900

297-2100

82-350
120-500
210-900

440-2200

Maximum

Controller L/s

19-165
28-236
50-425

104-1038

30-165
35-236
63-425

140-991

39-165
57-236

100-425

208-1038

Minimum Controller

Cfm

0, 40-350
0, 60-500

0, 105-900

0, 220-2200

0, 63-350
0, 73-500

0, 134-900

0, 297-2100

0, 82-310
0, 120-360
0, 210-660

0, 440-1475

Minimum Controller

L/s

0, 19-165

0, 28-236

0, 50-425

0, 104-1038

0, 30-165

0, 35-236

0, 63-425
0, 140-991

0, 39-146

0, 57-170
0, 100-311
0, 208-696

Constant Volume

Cfm

40-350
60-500

105-900

220-2200

63-350
73-500

134-900

297-2100

82-310
120-360
210-660

440-1475

Constant Volume

L/s

19-165
28-236
50-425

104-1038

30-165
35-236
63-425

140-991

39-146

57-170
100-311
208-696

Table 44. Unit air pressure drop – in. wg (I-P)

Fan/Inlet Size Airflow Cfm Cooling Only Unit

(in. wg)

150

08SQ-05

08SQ-06

08SQ-08

09SQ-06

Notes:

1. Units with Electric Coils per fan size add 0.01" (3 Pa) to cooling only value.

2. HW Coil only pressure drops are just for the heating coil.

200
250
350

200
300
400
500

400
600
800
900

200
300
400
500

0.01

0.02

0.03

0.05

0.01

0.04

0.06

0.09

0.01

0.09

0.16

0.20

0.01

0.04

0.06

0.09

VAV-PRC012-EN 47

Fan/Inlet Size Airflow Cfm Cooling Only Unit

(in. wg)

0.01

0.09

0.16

0.20

0.10

0.25

0.47

0.75

0.01

0.09

0.18

0.24

0.18

0.36

0.53

0.78

09SQ-08

09SQ-8x14

10SQ-08

10SQ-8x14

400
600
800
900

700
1100
1500
1900

400

600

800

900

725
1000
1200
1450

Performance Data

Table 45. Unit air pressure drop – Pa (SI)

Inlet/Fan Size Airflow L/s

71

08SQ-05

08SQ-06

08SQ-08

09SQ-06

Notes:

1. Units with Electric Coils per fan size add 0.01" (3 Pa) to cooling only value.

2. HW Coil only pressure drops are just for the heating coil.

94
118
165

200
142
189
236

189
283
378
425

94
142
189
236

Cooling Only

Unit (Pa) Inlet/Fan Size Airflow L/s

2
5
7

13

0.01
10
16
24

2
21
40
51

2
10
16
24

09SQ-08

09SQ-8x14

10SQ-08

10SQ-8x14

189
283
378
425

330
519
708
897

189
283
378
425

345
475
565
685

Cooling Only

Unit (Pa)

2
21
40
51

26
63

116
185

2
23
45
59

47
91

131
195

Table 46. Coil air pressure drop

in. wg (I-P) Pa (SI)

Fan Size Airflow Cfm 1-Row HW

(in. wg)

100
200

08SQ

09SQ

10SQ

Note: HW Coil Only pressure drops do not include unit pressure drop.

300
400
450

250
400
550
700
850

725
800

900
1000
1100
1150

0.00

0.01

0.02

0.03

0.04

0.01

0.03

0.05

0.08

0.11

0.09

0.11

0.13

0.16

0.19

0.20

2-Row HW

(in. wg)

0.01

0.02

0.04

0.06

0.07

0.03

0.06

0.10

0.15

0.20

0.17

0.20

0.24

0.29

0.33

0.35

Fan Size Airflow L/s 1-Row HW

(Pa)

1
2
4
7
9

3

7
12
19
27

22
26
33
40
46
49

08SQ

09SQ

10SQ

47

94
142
189
212

118
189
260
330
401

342
375
425
475
520
543

Table 47. Attenuator air pressure drop

(I-P) (SI)

Fan Size Plenum Cfm Attenuator Fan Size Plenum L/s Attenuator

150

08SQ

09SQ

10SQ not available 10SQ not available

250
350
450

350
500
650
800

0.01

0.03

0.05

0.07

0.05

0.08

0.13

0.18

08SQ

09SQ

71
118
165
212

165
236
307
378

2-Row HW (Pa)

2

5
10
15
18

7
15
25
36
51

43
49
60
72
82
87

0.01

0.01

0.02

0.02

0.02

0.03

0.04

0.05

48 VAV-PRC012-EN

Performance Data Fan Curves

Performance Data

LPCF and LPEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Notes:

1. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

2. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

0.60

150

0.50

125

0.40

100

75

0.30

0.20

50

Discharge Static Pressure

0.10

25

150 200 250 300 350 400 450 500 550

(83 L/s)

175 cfm min

Low-Height Parallel 08SQ—PSC

11894 142

165 189 23671

212 260

Airflow

Pa In. wg

0.80

199

174

0.70

0.60

150

0.50

125

(193 L/s)

410 cfm min

0.40

100

0.30

75

Discharge Static Pressure

50

0.20

25

0.10
400

189 236 273 330 378

Low-Height Parallel 09SQ—PSC

500

600 700

800

Airflow

Cfm

L/s

900

425

1000

472

Cfm

L/s

Pa In. wg

0.80

199

0.70

174

0.60

150

0.50

125

0.40

100

75

0.30

0.20

50

Discharge Static Pressure

0.10

25

300 500 700 900 1100

142 236 330 425 519

Low-Height Parallel 10SQ—PSC

1300

614

1500

708

Cfm

L/s

Airflow

VAV-PRC012-EN 49

Performance Data

LPCF and LPEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Notes:

1. ECMs (Electrically Commutated Motors) are
ideal for systems seeking maximum motor
efficiency.

2. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

0.50

125

0.40

100

0.30

75

0.20

50

Discharge Static Pressure

0.10

25

50 150 250 350 450

24

(47 L/s)

100 cfm min

71 118 165 212

LPxF 08SQ—ECM

Airflow

Pa In. wg

125

0.50

0.40

100

(118 L/s)

250 cfm min

LPxF 09SQ—ECM

Cfm

L/s

0.30

75

50

0.20

Discharge Static Pressure

25

0.10
200 300 400 500 600 700 800 900

94 142 189 236

283 519472

Airflow

330

1100

1000

425378

Cfm

L/s

50 VAV-PRC012-EN

Table 48. Heating capacity (MBh) - fan sizes 08SQ & 09SQ (I-P)

Water

Pressure

Rows Gpm

1-Row

Capacity MBH

2-Row

Capacity MBH

0.5

1.0

1.5

2.0

2.5

1.0

2.0

3.0

4.0

5.0

Drop (ft)

0.80

2.67

5.43

9.02

13.39

0.89

3.02

6.24

10.47

15.66

100 200 300 400 500 600 700 800 900

7.73

8.58

8.90

9.06

9.17

9.36

9.74

9.86

9.92

9.96

10.43

12.15

12.83

13.20

13.43

15.49

16.83

17.29

17.53

17.67

12.20

14.51

15.52

16.07

16.43

19.69

22.20

23.11

23.59

23.88

Table 49. Heating capacity (MBh) - fan size 10SQ (I-P)

Water

Rows Gpm

1-Row Capacity

MBH

2-Row Capacity

MBH

0.7

1.0

1.5

2.0

2.5

1.5

2.0

3.0

4.0

5.0

Pressure
Drop (ft)

1.51

2.80

5.69

9.45

14.03

1.85

3.07

6.32

10.58

15.80

700 800 900 1000 1100 1200 1240

18.46

20.69

22.72

23.97

24.79

32.51

35.03

37.85

39.39

40.36

19.31

21.82

24.15

25.51

26.45

34.20

37.06

40.32

42.11

43.24

13.50

16.37

17.69

18.42

18.89

22.72

26.42

27.82

28.56

29.01

20.07

22.85

25.46

26.95

28.00

35.65

38.83

42.49

44.52

45.81

Airflow (Cfm)

14.51

17.98

19.56

20.47

21.06

25.00

29.83

31.72

32.73

33.36

15.33

19.42

21.21

22.30

23.00

26.79

32.65

35.02

36.29

37.10

Airflow (Cfm)

20.75

23.78

26.67

28.32

29.46

36.90

40.38

44.42

46.68

48.13

21.37

24.64

27.79

29.62

30.83

38.01

41.76

46.15

48.62

50.22

Performance Data

16.03

20.69

22.72

23.97

24.79

28.23

35.03

37.85

39.39

40.36

16.63

21.82

24.15

25.51

26.45

29.41

37.06

40.32

42.11

43.24

21.93

25.43

28.84

30.84

32.14

38.98

42.99

47.71

50.39

52.13

17.15

22.85

25.46

26.95

28.00

30.41

38.83

42.49

44.52

45.81

22.14

25.72

29.24

31.30

32.66

39.34

43.44

48.29

51.06

52.84

Water Coil Notes (I-P)

Note: Fouling Factor = 0.0005.

Note: The off-coil temperature of the hot water coil on parallel fan-powered units must not exceed

140°F when mounted on plenum inlet.

Note: The following equations may be used in calculating Leaving AirTemperature (LAT) and

WaterTemperature Difference (WTD).

MB H 921.7

AT EAT

WTD EWT LWT–

Note: Capacity based on 70°F entering air temperature and 180°F entering water temperature.

Refer to correction factors for different entering conditions.

Table 50.

Temperature correction factors for water pressure drop (WPD)

Average Water Temperature 200 190 180 170 160 150 140 130 120 110

Correction Factor 0.970 0.985 1.000 1.020 1.030 1.050 1.080 1.100 1.130 1.150

Temperature correction factors for coil capacity (MBH)

Entering Water Minus Entering Air 40 50 60 70 80 90 100 110 120 130

Correction Factor 0.355 0.446 0.537 0.629 0.722 0.814 0.907 1.000 1.093 1.187

VAV-PRC012-EN 51



------------------------------------- -

+=



Cfm

2MBH



==

------------------------



Gpm

Performance Data





Table 51. Heating capacity (kW) - fan sizes 08SQ & 09SQ (SI)

Rows L/s Water Pressure

0.03

1-Row Capacity

kW

2-Row Capacity

kW

0.06

0.09

0.13

0.16

0.06

0.13

0.19

0.25

0.32

Table 52. Heating capacity (kW) - fan size 10SQ (SI)

Rows L/s

0.04

1-Row Capacity

kW

2-Row Capacity

kW

0.06

0.09

0.13

0.16

0.09

0.13

0.19

0.25

0.32

Drop (kPa)

2.39

7.98

16.24

26.97

40.04

2.65

9.03

18.65

31.29

46.82

Water Pressure

Drop (kPa)

4.51

8.37

17.02

28.25

41.94

5.53

9.19

18.89

31.61

47.22

47 94 142 189 236 283 330 378 425

2.27

2.51

2.61

2.66

2.69

2.74

2.85

2.89

2.91

2.92

3.06

3.56

3.76

3.87

3.94

4.54

4.93

5.07

5.14

5.18

330 378 425 472 519 566 585

5.41

6.06

6.66

7.03

7.27

9.53

10.27

11.09

11.54

11.83

5.66

6.40

7.08

7.48

7.75

10.02

10.86

11.82

12.34

12.67

3.58

4.25

4.55

4.71

4.81

5.77

6.51

6.77

6.91

7.00

3.96

4.80

5.18

5.40

5.54

6.66

7.74

8.15

8.37

8.50

5.88

6.70

7.46

7.90

8.21

10.45

11.38

12.45

13.05

13.43

Airflow (L/s)

4.25

5.27

5.73

6.00

6.17

7.33

8.74

9.30

9.59

9.78

4.49

5.69

6.22

6.54

6.74

7.85

9.57

10.26

10.64

10.87

Airflow (L/s)

6.08

6.97

7.81

8.30

8.63

10.82

11.84

13.02

13.68

14.10

6.26

7.22

8.14

8.68

9.03

11.14

12.24

13.52

14.25

14.72

4.70

6.06

6.66

7.03

7.27

8.27

10.27

11.09

11.54

11.83

10.86

11.82

12.34

12.67

6.43

7.45

8.45

9.04

9.42

11.42

12.60

13.98

14.77

15.28

4.87

6.40

7.08

7.48

7.75

8.62

5.03

6.70

7.46

7.90

8.21

8.91

11.38

12.45

13.05

13.43

6.49

7.54

8.57

9.17

9.57

11.53

12.73

14.15

14.96

15.49

Water Coil Notes (SI)

1. Fouling Factor = 0.0005.

2. The off-coil temperature of the hot water coil on parallel fan-powered units must not exceed
60°C when mounted on plenum inlet.

3. The following equations may be used in calculating Leaving Air Temperature (LAT) and Water

emperature Difference (WTD).

T

kW 0.83

AT EAT

TD EWT LWT

4. Capacity based on 21°C entering air temperature and 82°C entering water temperature. Refer
to correction factors for different entering conditions.

Table 53.

Temperature correction factors for water pressure drop (kPa)

Average Water Temperature 93 88 82 77 71 66 60 54 49 43

Correction Factor 0.970 0.985 1.000 1.020 1.030 1.050 1.080 1.100 1.130 1.150

Temperature correction factors for coil capacity (kW)

Entering Water Minus Entering Air 22 27 33 38 44 50 55 61 67 72

Correction Factor 0.355 0.446 0.537 0.629 0.722 0.814 0.907 1.000 1.093 1.187



-----------------------------

+=



Ls

kW



=–=

--------------------------------- -



4.19Ls

52 VAV-PRC012-EN

Low Height Series Fan-PoweredTerminal Units

Table 54. Primary airflow control factory settings-I-P

Control Type Air Valve Size

(in.)

5

Direct Digital Control/UCM

Pneumatic with Volume

Regulator

Analog Electronic

6
8

8x14

5
6
8

8x14

5
6
8

8x14

Table 55. Primary airflow control factory settings-SI

Control Type

Direct Digital Control/ UCM

Pneumatic with Volume Regulator

Analog Electronic

Note: Maximum airflow must be greater than or equal to minimum airflow.

Air Valve Size

Maximum Valve

Cfm

2200

2100

2200

(in.)

5
6
8

8x14

5
6
8

8x14

5
6
8

8x14

350
500
900

350
500
900

350
500
900

Maximum

Valve L/s

165
236
425

1038

165
236
425
991

165
236
425

1038

Maximum Controller

Cfm

40-350
60-500

105-900

200-2200

63-350
73-500

134-900

297-2100

82-350
120-500
210-900

440-2200

Maximum Controller

L/s

19-165
28-236
50-425

104-1038

30-165
35-236
63-425

140-991

39-165
57-236

100-425

208-1038

Minimum Controller

Cfm

0, 40-350
0, 60-500

0, 105-900

0, 220-2200

0, 63-350
0, 73-500

0, 134-900

0, 297-2100

0, 82-310
0, 120-360
0, 210-660

0, 440-1475

Minimum Controller L/

s

0, 19-165
0, 28-236
0, 50-425

0, 104-1038

0, 30-165
0, 35-236
0, 63-425

0, 140-991

0, 39-146

0, 57-170
0, 100-311
0, 208-696

Performance Data

Constant Volume

Cfm

40-350
60-500

105-900

220-2200

63-350
73-500

134-900

297-2100

82-310
120-360
210-660

440-1475

19-165
28-236
50-425

104-1038

30-165
35-236
63-425

140-991

39-146

57-170
100-311
208-696

Table 56. Unit air pressure drop

in. wg (I-P) Pa (SI

Fan/Inlet Size Airflow Cfm Cooling Only Fan/Inlet Size Airflow L/s Cooling Only

08SQ-05

08SQ-06

08SQ-08

09SQ-06

150
250
350

150
275
400
500

150
275
400
500

350
400
450
500

0.01

0.03

0.11

0.02

0.14

0.35

0.58

0.01

0.05

0.13

0.21

0.17

0.26

0.37

0.50

08SQ-05

08SQ-06

08SQ-08

09SQ-06

71
118
165

71
130
189
236

71
130
189
236

165
189
212
236

VAV-PRC012-EN 53

2
9

28

5
34
86

143

3
14
32
52

43
66
93

124

Performance Data

Table 56. Unit air pressure drop (continued)

in. wg (I-P) Pa (SI

400

09SQ-08

09SQ-8x14

10SQ-08

10SQ-8x14

600
750
900

600
700
900

1050

400
600
800

600

900
1100
1500

Table 57. Coil air pressure drop

in.wg (I-P) Pa (SI)

Fan

Size Airflow Cfm

100
200

08SQ

09SQ

10SQ

Note: HW Coil Only pressure drops do not include unit pressure drop.

300
400
500

400
550
700
850

1000

400

800
1200
1600
2000

1-Row HW (in.

wg)

0.00

0.01

0.02

0.03

0.05

0.03

0.06

0.09

0.13

0.18

0.01

0.03

0.06

0.11

0.16

0.08

0.24

0.40

0.61

0.18

0.27

0.51

0.73

0.08

0.38

0.84

0.21

0.50

0.77

1.47

2-Row HW (in.

wg) Fan Size Airflow L/s 1-Row HW (Pa) 2-Row HW (Pa)

0.01

0.03

0.05

0.07

0.10

0.07

0.12

0.17

0.24

0.32

0.02

0.07

0.12

0.20

0.29

08SQ

09SQ

10SQ

09SQ-08

8x14-09SQ

10SQ-08

10SQ-8x14

47

94
142
189
236

189
260
330
401
472

189
378
566
755
944

13

15
23
33
44

16
27
40

1
3
5
9

9

3
8

189
283
354
425

283
330
425
495

189
283
378

283
425
519
708

21

59
100
151

44

66
126
182

20

94
209

51
124
191
367

3

6
11
18
25

18
29
43

0
80

6
16
31
50
72

Table 58. Attenuator air pressure drop

(I-P) (SI)

Fan Size Plenum Cfm Attenuator Fan Size Plenum L/s Attenuator

71
118
165
212

165
236
307
378

189
330
472
614
755

08SQ

09SQ

10SQ

150
250
350
450

350
500
650
800

400

700
1000
1300
1600

0.02

0.04

0.06

0.09

0.06

0.10

0.15

0.22

0.02

0.05

0.09

0.14

0.20

08SQ

09SQ

10SQ

54 VAV-PRC012-EN

0.01

0.01

0.02

0.03

0.02

0.03

0.05

0.06

0.01

0.02

0.03

0.04

0.06

Performance Data

LSCF and LSEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Note: When attenuator is required, add inlet

attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

199

0.80

0.70

174

0.60

150

0.50

125

0.40

100

0.30

75

0.20

50

Discharge Static Pressure

0.10

25

0.00

0

Pa In. wg

199

174

150

125

100

75

Discharge Static Pressure

50

25

(80 L/s)

170 cfm min

150

200 250 300 350 400 450 500

94 142 189 236

71

0.80

0.70

0.60

0.50

0.40

0.30

0.20

0.10

350 cfm min

Low-Height Series 08SQ—PSC

Low-Height Series 09SQ—PSC

(165 L/s)

Airflow

600

550

212 260165118 283

Cfm

L/s

0

0.00
300 400 500 600

142 189 236

700 800 900

1000

472425378330283

1100

519

Cfm

L/s

Airflow

Pa In. wg

0.80

199

0.70

174

0.60

150

0.50

125

405 cfm min

142

(191 L/s)

236

0.40

100

0.30

75

Discharge Static Pressure

0.20

50

0.10

25

0

0.00
300 500 700

Low-Height Series 10SQ—PSC

519425330

1300 1500

614

900 1100

1700 1900 2100

2300

1086991897802708

Cfm

L/s

Airflow

VAV-PRC012-EN 55

Performance Data

LSCF and LSEF maximum

Minimum

1-row coil maximum

2-row coil maximum

Notes:

1. ECMs (Electrically Commutated Motors) are
ideal for systems seeking maximum motor
efficiency.

2. When attenuator is required, add inlet
attenuator pressure to discharge static
pressure for final fan performance.

Pa In. wg

125

0.50

100

0.40

0.30

75

(47 L/s)

0.20

50

Discharge Static Pressure

25

0.10

0.00

0

50 100 150 200 250 300 350 400 450 500

24

100 cfm min

LSxF 08SQ—ECM

94

118

Airflow

Pa In. wg

0.50

125

0.40

100

0.30

75

(113 L/s)

50

Discharge Static Pressure

25

0

240 cfm min

0.20

0.10

0.00
200 300 400 500 600 700 800 900 1000

94 142

189

LSxF 09SQ—ECM

236

283 472

330

Airflow

189

236

Cfm

L/s

Cfm

L/s

2121651427147

425378

Pa In. wg

0.50

125

0.40

100

0.30

75

0.20

50

Discharge Static Pressure

0.10

25

0.00

0

(189 L/s)

400 cfm min

300 500 700 900 1100 1300 1500 1700 1900

142

330236 425 897

LSxF 10SQ—ECM

519 614 708 802

Cfm

L/s

Airflow

56 VAV-PRC012-EN

Table 59. Heating capacity (MBh) - fan sizes 08SQ & 09SQ (I-P)

Water

Pressure

Rows Gpm

1-Row Capacity

MBH

2-Row Capacity

MBH

1.0

2.0

3.0

4.0

5.0

6.0

1.0

2.0

3.0

4.0

5.0

Drop (ft)

0.15

0.58

1.27

2.24

3.48

4.98

0.76

2.60

5.39

9.06

13.57

100 200 300 400 500 600 700 800 900 1000

-

-

7.92

8.08

8.17

8.24

9.04

9.45

9.59

9.66

9.70

-

-

11.16

11.48

11.69

11.83

14.59

15.95

16.43

16.68

16.83

-

-

13.45

13.94

14.25

14.47

18.26

20.70

21.60

22.08

22.37

Table 60. Heating capacity (MBh) - fan size 10SQ (I-P)

Water

Rows Gpm

1-Row Capacity

MBH

2-Row Capacity

MBH

1.0

2.0

4.0

6.0

8.0

10.0

1.0

2.0

3.0

4.0

5.0

Pressure
Drop (ft)

0.16

0.61

2.32

5.09

8.91

13.77

1.29

4.31

8.84

14.77

22.03

450 600 750 900 1050 1200 1350 1500 1650 1800 1950

-

-

25.05

26.10

26.66

27.02

28.40

33.46

35.30

36.25

36.83

-

-

28.61

30.00

30.76

31.23

32.18

39.56

42.41

43.91

44.83

-

-

31.67

33.40

34.34

34.95

34.87

44.37

48.23

50.30

51.58

34.39

36.45

37.59

38.32

36.88

48.27

53.10

55.72

57.37

-

-

15.34

15.98

16.39

16.69

20.87

24.34

25.68

26.40

26.85

-

-

Airflow (Cfm)

-

-

16.97

17.76

18.28

18.65

22.83

27.24

29.01

29.96

30.56

Airflow (Cfm)

-

-

36.86

39.26

40.59

41.44

38.43

51.49

57.23

60.40

62.41

39.12

41.85

43.38

44.36

39.66

54.19

60.78

64.48

66.84

-

-

-

-

18.42

19.36

19.99

20.43

24.35

29.61

31.78

32.96

33.71

-

-

41.23

44.28

46.00

47.11

40.66

56.50

63.88

68.08

70.78

-

-

19.73

20.82

21.54

22.06

25.57

31.59

34.14

35.54

36.43

Performance Data

-

-

20.92

22.16

22.98

23.58

26.58

33.28

36.17

37.78

38.80

-

-

43.18

46.57

48.48

49.72

41.49

58.49

66.61

71.28

74.30

22.01

23.39

24.32

24.99

27.42

34.74

37.95

39.75

40.90

-

-

45.02

48.73

50.83

52.20

42.19

60.23

69.03

74.15

77.48

-

-

-

-

46.75

50.77

53.07

54.56

42.79

61.76

71.20

76.74

80.36

-

-

23.02

24.54

25.57

26.31

28.14

36.02

39.53

41.51

42.78

-

-

48.41

52.71

55.20

56.83

43.30

63.13

73.16

79.09

82.99

Water Coil Notes

1. Fouling Factor = 0.0005.

2. The following equations may be used in calculating Leaving Air Temperature (LAT) and Water
Temperature Difference (WTD).

MB H 921.7

LAT EAT

WTD EWT LWT

3. Capacity based on 70°F entering air temperature and 180°F entering water temperature. Refer

to correction factors for different entering conditions.

Table 61. Temperature correction factors for water pressure drop (ft)

Average Water Temperature 200 190 180 170 160 150 140 130 120 110

Correction Factor 0.970 0.985 1.000 1.020 1.030 1.050 1.080 1.100 1.130 1.150

Table 62. Temperature correction factors for coil capacity (MBH)

Entering Water Minus Entering Air 40 50 60 70 80 90 100 110 120 130

Correction Factor 0.355 0.446 0.537 0.629 0.722 0.814 0.907 1.000 1.093 1.187

VAV-PRC012-EN 57



------------------------------------- -

+=



Cfm

2MBH



------------------------

=–=



Gpm

Performance Data

Table 63. Heating capacity (kW) - fan size 08SQ & 09SQ (SI)

Rows L/s

0.06

0.13

1-Row Capacity

kW

2-Row Capacity

kW

0.19

0.25

0.32

0.38

0.06

0.13

0.19

0.25

0.32

Table 64. Heating capacity (kW) - fan size 10SQ (SI)

Rows L/s

0.06

0.13

1-Row Capacity kW

2-Row Capacity kW

0.25

0.38

0.50

0.63

0.06

0.13

0.19

0.25

0.32

Water Pressure

Drop (kPa)

0.44

1.72

3.81

6.71

10.40

14.90

2.27

7.78

16.11

27.08

40.58

Water

Pressure Drop

(kPa)

0.48

1.82

6.93

15.22

26.64

41.16

3.84

12.90

26.43

44.15

65.84

47 94 142 189 236 283 330 378 425 472

-

-

2.32

2.37

2.39

2.41

2.65

2.77

2.81

2.83

2.84

-

-

3.27

3.36

3.42

3.47

4.28

4.67

4.82

4.89

4.93

212 283 354 425 495 566 637 708 779 849 920

-

-

7.34

7.65

7.81

7.92

8.32

9.81

10.35

10.62

10.79

-

-

8.38

8.79

9.01

9.15

9.43

11.59

12.43

12.87

13.14

-

-

9.28

9.79

10.07

10.24

10.22

13.00

14.14

14.74

15.12

-

-

3.94

4.08

4.18

4.24

5.35

6.07

6.33

6.47

6.56

-

-

10.08

10.68

11.02

11.23

10.81

14.15

15.56

16.33

16.81

-

-

4.50

4.68

4.80

4.89

6.12

7.13

7.53

7.74

7.87

10.80

11.50

11.90

12.15

11.26

15.09

16.77

17.70

18.29

Airflow (L/s)

-

-

4.97

5.21

5.36

5.47

6.69

7.98

8.50

8.78

8.96

5.40

5.67

5.86

5.99

7.14

8.68

9.31

9.66

9.88

Airflow (L/s)

-

-

-

-

11.47

12.27

12.71

13.00

11.62

15.88

17.81

18.90

19.59

-

-

-

-

12.08

12.98

13.48

13.81

11.92

16.56

18.72

19.95

20.74

-

-

5.78

6.10

6.31

6.47

7.49

9.26

10.00

10.41

10.68

-

-

12.66

13.65

14.21

14.57

12.16

17.14

19.52

20.89

21.78

-

-

6.13

6.49

6.74

6.91

7.79

9.75

10.60

11.07

11.37

-

-

13.19

14.28

14.90

15.30

12.36

17.65

20.23

21.73

22.71

-

-

6.45

6.86

7.13

7.32

8.04

10.18

11.12

11.65

11.99

13.70

14.88

15.55

15.99

12.54

18.10

20.87

22.49

23.55

-

-

6.75

7.19

7.49

7.71

8.25

10.56

11.58

12.16

12.54

-

-

-

-

13.70

14.88

15.55

15.99

12.54

18.10

20.87

22.49

23.55

Water Coil Notes

1. Fouling Factor = 0.0005.|

2. The following equations may be used in calculating Leaving Air Temperature (LAT) and Water
Temperature Difference (WTD).

kW 0.83

LAT EAT

WTD EWT LWT

3. Capacity based on 21°C entering air temperature and 82°C entering water temperature. Refer

to correction factors for different entering conditions.

Table 65. Temperature correction factors for water pressure drop (kPa)

Average Water Temperature 93 88 82 77 71 66 60 54 49 43

Correction Factor 0.970 0.985 1.000 1.020 1.030 1.050 1.080 1.100 1.130 1.150

Table 66. Temperature correction factors for coil capacity (kW)

Entering Water Minus Entering Air 22 27 33 38 44 50 55 61 67 72

Correction Factor 0.355 0.446 0.537 0.629 0.722 0.814 0.907 1.000 1.093 1.187

58 VAV-PRC012-EN



-----------------------------

+=



Lls

kW



--------------------------- -

=–=



4.19Lls

Electrical Data

Parallel Fan-PoweredTerminal Units

Table 67. PSC motor units—electric coil kW guidelines – minimum to maximum (VPEF)

Single-Phase Voltage Three-Phase Voltage

Fan Size Stages

02SQ

03SQ

04SQ

05SQ

06SQ

07SQ

Table 68. ECM units—electric coil kW guidelines – minimum to maximum (VPEF)

Fan Size Stages

03SQ

04SQ

05SQ

06SQ

Notes:

1. Coils available with 24-VAC magnetic or mercury contactors, load carrying P.E. switches, and P.E. switch with magnetic or mercury contactors.

2. Available kW increments are by 0.5 from 0.5 kW to 8.0 kW, by 1.0 kW from 9.0 to 18.0 kW, and by 2.0 kW from 18.0 to 20.0 kW.

3. Each stage will be equal in kW output.

4. All heaters contain an auto reset thermal cutout and a manual reset cutout.

5. See section “Formulas,” p. 73 for formulas used to calculate the current amp draw for the heater elements.

6. Recommended coil temperature rise = 20° to 30°F (-7° to -1°C). Maximum temperature rise = 55°F (12°C).

7. Heaters should not operate at cfms below the nameplate minimum.

120V 208V 240V 277V 347V 480V 208V 480V 600V

1

0.5-5.0

2

0.5-5.0

1

0.5-5.0

2

0.5-5.0

1

0.5-4.5

2

0.5-4.5

1

0.5-4.5

2

0.5-4.5

1
2

1
2

0.5-6.0

0.5-6.0

0.5-9.0

0.5-9.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

-

0.5-9.0

-

0.5-9.0

-

0.5-8.0

-

0.5-8.0

0.5-6.0

0.5-6.0

0.5-10.0

0.5-10.0

0.5-10.0

0.5-10.0

0.5-9.0

0.5-9.0

-

-

-

-

0.5-6.0

1.0-6.0

0.5-11.0

1.0-11.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.

0.5-12.0

1.0-12.0

0.5-11.0

1.0-11.0

0.5-6.0

1.0-6.0

0.5-11.0

1.0-11.0

0.5-14.0

1.0-14.0

0.5-15.0

1.0-15.0

0.5-15.0

1.0-15.0

0.5-15.0

1.0-15.0

0.5-6.0

1.0-6.0

0.5-11.0

1.0-11.0

0.5-14.0

1.0-14.0

0.5-18.0

1.0-18.0

0.5-16.0

1.0-16.0

0.5-20.0

1.0-20.0

0.5-6.0

1.0-6.0

0.5-11.0

1.0-11.0

0.5-14.0

1.0-14.0

0.5-14.0

1.0-14.0

0.5-15.0

1.0-15.0

0.5-14.0

1.0-14.0

1.0-6.0

2.0-6.0

1.0-11.0

2.0-11.0

1.0-14.0

2.0-14.0

1.0-18.0

2.0-18.0

1.0-16.0

2.0-16.0

1.0-20.0

2.0-20.0

Single-Phase Voltage Three-Phase Voltage

120V 208V 240V 277V 347V 480V 208V 480V 600V

1

0.5-4.5

2

0.5-4.5

1

0.5-4.5

2

0.5-4.5

1

0.5-4.0

2

0.5-4.0

1

0.5-4.0

2

0.5-4.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-7.0

0.5-7.0

0.5-7.0

0.5-7.0

0.5-10.0

0.5-10.0

0.5-9.0

0.5-9.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-11.0

1.0-11.0

0.5-12.0

1.0-12.0

0.5-11.0

1.0-11.0

0.5-11.0

1.0-11.0

-

0.5-11.0

-

1.0-11.0

-

0.5-14.0

-

1.0-14.0

-

0.5-18.0

-

1.0-18.0

-

0.5-16.0

-

1.0-16.0

0.5-11.0

1.0-11.0

0.5-14.0

1.0-14.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

1.0-11.0

2.0-11.0

1.0-14.0

2.0-14.0

1.0-18.0

2.0-18.0

1.0-16.0

2.0-16.0

1.5-6.0

3.0-6.0

1.5-11.0

3.0-11.0

1.5-14.0

3.0-14.0

1.5-18.0

3.0-18.0

1.5-16.0

3.0-16.0

1.5-20.0

3.0-20.0

-

-

-

-

-

-

-

-

380V/

50Hz

1.0-6.0

1.5-6.0

1.0-11.0

1.5-11.0

1.0-14.0

1.5-14.0

1.0-18.0

1.5-18.0

1.0-16.0

1.5-16.0

1.0-20.0

1.5-20.0

380V/

50Hz

-

-

-

-

-

-

-

-

Table 69. Fan electrical performance (PSC)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

02SQ 1/8 1.6 - 0.7

03SQ 1/3 4.3 - 1.6

04SQ 1/3 5.5 - 2.0

05SQ 1/2 6.7 - 2.4

06SQ 1/2 - 4.6 3.8

07SQ 1 - 6.6 4.7

VAV-PRC012-EN 59

115 VAC 208 VAC 277 VAC

Electrical Data

Table 69. Fan electrical performance (PSC)

Notes:

1. Electric Heat Units - Units with fan sizes 02SQ to 05SQ and a primary voltage of 208/60/1, 208/60/3, or 240/60/1 have 115/60/1 VAC fan motors. Fan
sizes 06SQ and 07SQ with the same voltages, have 208/60/1 VAC motors.

2. Electric Heat Units - Units with primary voltage of 277/60/1, 480/60/1 or 480/60/3 use 277 VAC fan motors.

3. Electric Heat Units - Units with primary voltage of 347/60/1 or 575/60/3 use 347 VAC fan motors.

4. With 380/50/3 and 230/50/1, use 230/50 motors.

Table 70. Fan electrical performance (ECM)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

03SQ 1/3 4.5 2.4

04SQ 1/2 6.5 3.5

05SQ 1 10.1 5.4

06SQ 1 9.5 5.1

Notes:

1. Electric heat units—units with primary voltages of 208/60/1, 208/60/3, or 240/60/1 have 115-VAC fan motors.

2. Electric heat units—units with primary voltages of 277/60/1, 480/60/1, or 480/60/3 have 277-VAC fan motors.

3. 347/60/1 and 230/50/1 voltage motors not available with ECMs.

Table 71. Minimum unit electric heat Cfm guidelines (PSC)

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18
20

02SQ 03SQ 04SQ 05SQ 06SQ 07SQ

118
118
118

118
146
174

201
229
257

285
312
340

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

200
200
200

200
200
200

200
230
260

290
315
350

375
400
430

460
515
575

630

-

-

-

-

-

-

-

-

115 VAC 277 VAC

Cfm

315
315
315

315
315
315

315
315
315

315
315
350

375
400
430

460
515
575

630
690
745

810

-

-

-

-

-

350
350
350

350
350
350

350
350
350

350
350
350

375
400
430

460
515
575

630
690
745

810
860
920

973

1030

-

533
533
533

533
533
533

533
533
533

533
533
533

533
533
533

533
589
645

701
758
814

870
926
982

-

-

-

585
585
585

585
585
585

585
585
585

585
585
585

585
585
585

585
633
682

730
779
827

876
924
972

1021
1069
1166

60 VAV-PRC012-EN

Table 72. Minimum unit electric heat L/s guidelines (PSC)

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18
20

02SQ 03SQ 04SQ 05SQ 06SQ 07SQ

56
56
56

56
69
82

95
108
121

134
147
160

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

94
94
94

94
94
94

94
109
123

137
149
165

177
189
203

217
243
271

297

-

-

-

-

-

-

-

-

149
149
149

149
149
149

149
149
149

149
149
165

177
189
203

217
243
271

297
326
352

382

-

-

-

-

-

L/s

165
165
165

165
165
165

165
165
165

165
165
165

177
189
203

217
243
271

297
326
352

382
406
434

459
486

Electrical Data

252
252
252

252
252
252

252
252
252

252
252
252

252
252
252

252
278
305

331
358
384

410
437
463

-

-

-

-

276
276
276

276
276
276

276
276
276

276
276
276

276
276
276

276
299
322

345
367
390

413
436
459

482
505
550

Table 73. Minimum unit electric heat Cfm guidelines (ECM)

Cfm

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

VAV-PRC012-EN 61

03SQ 04SQ 05SQ 06SQ

200
200
200

200
200
200

200
230
260

290
315
350

375
400
430

460
515
575

315
315
315

315
315
315

315
315
315

315
315
350

375
400
430

460
515
575

350
350
350

350
350
350

350
350
350

350
350
350

375
400
430

460
515
575

560
560
560

560
560
560

560
560
560

560
560
560

560
560
560

560
604
649

Electrical Data

Table 73. Minimum unit electric heat Cfm guidelines (ECM) (continued)

Cfm

Unit kW

11
12
13

14
15
16

17
18

Table 74. Minimum unit electric heat L/s guidelines (ECM)

Unit kW 03SQ 04SQ 05SQ 06SQ

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18

03SQ 04SQ 05SQ 06SQ

630

-

-

-

-

-

-

-

630
690
745

810

-

-

-

-

L/s

94
94
94

94
94
94

94
109
123

137
149
165

177
189
203

217
243
271

297

-

-

-

-

-

-

-

149
149
149

149
149
149

149
149
149

149
149
165

177
189
203

217
243
271

297
326
352

382

-

-

-

-

165
165
165

165
165
165

165
165
165

165
165
165

177
189
203

217
243
271

297
326
352

382
406
434

459
486

630
690
745

810
860
920

973

1030

693
738
782

826
871
915

-

-

264
264
264

264
264
264

264
264
264

264
264
264

264
264
264

264
285
306

327
348
369

390
411
432

-

-

62 VAV-PRC012-EN

Series Fan-PoweredTerminal Units

Table 75. VSEF—electric coil kW guidelines – minimum to maximum (PSC motor units)

Fan

Size Stages

02SQ

03SQ

04SQ

05SQ

06SQ

07SQ

(a) 4.5, 5.5, 6.5, 9, 11, 13 kW not available
(b) 12 kW not available
(c) 10, 13 kW not available
(d) 16, 17 kW not available
(e) 18 kW not available

120V 208V 240V 277V 347V 480V 208V 480V 600V 380V/50Hz

1

0.5-5.0

2

0.5-5.0

1

0.5-5.0

2

0.5-5.0

1

0.5-4.5

2

0.5-4.5

1

0.5-4.5

2

0.5-4.5

1
2

1
2

0.5-7.0

0.5-7.0

0.5-9.0

0.5-9.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

-

0.5-9.0

-

0.5-9.0

-

0.5-8.0

-

0.5-8.0

Single-Phase Voltage Three-Phase Voltage

0.5-7.0

0.5-7.0

0.5-10.0

0.5-10.0

0.5-10.0

0.5-10.0

0.5-9.0

0.5-9.0

-

-

-

-

0.5-7.0

1.0-7.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

0.5-11.0

1.0-11.0

0.5-7.0

1.0-7.0

0.5-14.0

1.0-14.0

0.5-16.0

1.0-16.0

0.5-15.0

1.0-15.0

0.5-15.0

1.0-15.0

0.5-15.0

1.0-15.0

1.0-7.0

1.5-7.0

1.0-13.0

1.5-13.0

0.5-18.0

1.0-18.0

0.5-20.0

1.0-20.0

0.5-22.0

1.0-22.0

0.5-20.0

1.0-20.0

(b)

(b)

0.5-7.0

1.0-7.0

0.5-14.0

1.0-14.0

0.5-15.0

1.0-15.0

0.5-14.0

1.0-14.0

0.5-15.0

1.0-15.0

0.5-14.0

1.0-14.0

1.0-7.0

3.5-7.0

1.0-12.0

3.5-12.0

1.0-18.0

2.5-18.0

1.0-20.0

2.5-20.0

1.0-22.0

2.0-22.0

1.0-24.0

2.0-24.0

(a)

(a)

Electrical Data

1.5-7.0

-

1.5-13.0

-

4.0-15.0

1.5-22.0

1.5-22.0

3.0-22.0

1.5-24.0

3.0-24.0

(d)

(e)

1.5-18.0

4.0-20.0

1.5-7.0

2.5-7.0

1.0-14

2.5-13

1.0-18

1.5-18

1.0-22.0

1.5-22.0

1.0-22

1.5-22

-

-

(c)

(c)

Table 76. VSEF—electric coil kW guidelines – minimum to maximum (ECM units)

Single-Phase Voltage Three-Phase Voltage

Fan

Size Stages

03SQ

04SQ

05SQ

06SQ

Notes:

1. Coils available with electric, 24 VAC magnetic or contactors, load carrying P.E. switches, and P.E. switches with magnetic or mercury contactors.

2. Available kW increments are by 0.5 from 0.5 to 8.0 kW, by 1.0 kW from 9.0 to 17.0 kW, and by 2.0 kW from 18.0 to 24.0 kW.

3. Each stage will be equal in kW output.

4. All heaters contain an auto reset thermal cutout and a manual reset cutout.

5. See section “Formulas,” p. 73 for formulas used to calculate the current amp draw for the heater elements.

6. Recommended coil temperature rise = 20°-30°F (-7° to -1°C). Maximum temperature rise = 55°F (12°C).

7. Heaters should not operate at cfms below the nameplate minimum.

(a) 12 kW not available
(b) 4.5, 5,5, 6.5, 9, 11 kW not available
(c) 16, 17 kW not available

1
2

1
2

1
2

1
2

120V 208V 240V 277V 347V 480V 208V 480V 600V

0.5-18.0

1.0-18.0

0.5-18.0

1.0-18.0

0.5-22.0

1.0-22.0

(a)

(a)

0.5-14.0

1.0-14.0

0.5-14.0

1.0-14.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

1.0-12.0

3.5-12.0

1.0-18.0

2.5-15.0

1.0-22.0

2.5-20.0

1.0-22.0

2.0-22.0

(b)

(c)

0.5-4.5

0.5-4.5

0.5-4.5

0.5-4.5

0.5-4.0

0.5-4.0

0.5-4.0

0.5-4.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-7.0

0.5-7.0

0.5-7.0

0.5-7.0

0.5-10.0

0.5-10.0

0.5-9.0

0.5-9.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

0.5-11.0

1.0-11.0

0.5-11.0

1.0-11.0

-

1.0-13.0

-

1.5-13.0

-

-

-

-

-

-

380V/

50Hz

-

-

-

-

-

-

-

-

Table 77. Fan electrical performance (PSC)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

02SQ 1/8 1.6 - 0.7

03SQ 1/3 4.3 - 1.6

04SQ 1/3 5.5 - 2.0

05SQ 1/2 6.7 - 2.4

06SQ 1/2 - 4.6 3.8

115 VAC 208 VAC 277 VAC

-

-

-

-

-

-

-

-

VAV-PRC012-EN 63

Electrical Data

Table 77. Fan electrical performance (PSC)

07SQ 1 - 6.6 4.7

Notes:

1. Electric Heat Units—Units with fan sizes 02SQ to 05SQ and a primary voltage of 208/60/1, 208/60/3 or 0/60/1 use 115/60/1 VAC fan motors. Fan
sizes 06SQ and 07SQ in these same voltages, have 208/60/1 VAC fan motors.

2. Electric Heat Units—Units with primary voltage of 277/60/1, 480/60/1 or 480/60/3 use 277 VAC fan motors.

3. Electric Heat Units—Units with primary voltage of 347/60/1 or 575/60/3 use 347 VAC fan motors.

4. With 380/50/3 and 230/50/1 use 230/50 motors.

Table 78. Fan electrical performance (ECM)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

03SQ 1/3 4.5 2.4

04SQ ½ 6.5 3.5

05SQ 1 10.1 5.4

06SQ 1 9.5 5.1

Notes:

1. Acceptable selections are any point within the shaded area. The ECM will operate on a vertical performance line using the solid state speed controller
provided.

2. The ECM motor provides constant volume with changing static pressure conditions. Therefore, the fan curves for the ECM are different compared to
fan curves with PSC motors.

3. By using an ECM motor, less fan sizes are used because of the wider turn-down ratios.

120 VAC 277 VAC

Table 79. Minimum unit electric

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18
20

22
24

02SQ 03SQ 04SQ 05SQ 06SQ 07SQ

191
191
191

191
191
214

236
259
282

304
327
350

372
395

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

260
260
260

260
260
260

260
260
260

290
315
350

375
400
430

460
515
575

630
690
745

810

-

-

-

-

-

-

-

Heat Cfm Guidelines (PSC)

315
315
315

315
315
315

315
315
315

315
315
350

375
400
430

460
515
575

630
690
745

810
860
920

973

1030

-

-

-

400
400
400

400
400
400

400
400
400

400
400
400

400
400
430

460
515
575

630
690

745

810
860
920

973
1030
1150

1260

-

700
700
700

700
700
700

700
700
700

700
700
700

700
700
700

700
700
700

713
792
872

951
1031
1110

1190
1269
1428

1587

-

850
850
850

850
850
850

850
850
850

850
850
850

850
850
850

850
850
850

850
902
954

1006
1057
1109

1161
1213
1317

1420
1524

64 VAV-PRC012-EN

Table 80. Minimum unit electric

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18
20

22
24

02SQ 03SQ 04SQ 05SQ 06SQ 07SQ

90
90
90

90
90

101

112
122
133

144
154
165

176
186

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

123
123
123

123
123
123

123
123
123

137
149
165

177
189
203

217
243
271

297
326
352

382

-

-

-

-

-

-

-

Heat L/s Guidelines (PSC)

149
149
149

149
149
149

149
149
149

149
149
165

177
189
203

217
243
271

297
326
352

382
406
434

459
486

-

-

-

189
189
189

189
189
189

189
189
189

189
189
189

189
189
203

217
243
271

297
326
352

382
406
434

459
486
543

595

-

330
330
330

330
330
330

330
330
330

330
330
330

330
330
330

330
330
330

336
374
411

449
486
524

562
599
674

749

-

Electrical Data

401
401
401

401
401
401

401
401
401

401
401
401

401
401
401

401
401
401

401
426
450

475
499
524

548
572
621

670
719

VAV-PRC012-EN 65

Electrical Data

Table 81. Minimum unit electric

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18
20
22

Heat Cfm Guidelines (ECM)

03SQ 04SQ 05SQ 06SQ

260
260
260

260
260
260

260
260
260

290
315
350

375
400
430

460
515
575

630
690
745

810

-

-

-

-

-

-

315
315
315

315
315
315

315
315
315

315
315
350

375
400
430

460
515
575

630
690
745

810
860
920

973

1030

-

-

400
400
400

400
400
400

400
400
400

400
400
400

400
400
430

460
515
575

630
690
745

810
860
920

973
1030
1150
1260

943
943
943

943
943
943

943
943
943

943
943
943

943
943
943

943
943
975

1006
1038
1069

1101
1133
1164

1196
1228
1291
1354

66 VAV-PRC012-EN

Table 82. Minimum unit electric

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18
20
22

03SQ 04SQ 05SQ 06SQ

123
123
123

123
123
123

123
123
123

137
149
165

177
189
203

217
243
271

297
326
352

382

Electrical Data

Heat L/s Guidelines (ECM)

149
149
149

149
149
149

149
149
149

149
149
165

177
189
203

217
243
271

297
326
352

382

-

-

-

-

-

-

406
434

459
486

-

-

189
189
189

189
189
189

189
189
189

189
189
189

189
189
203

217
243
271

297
326
352

382
406
434

459
486
543
595

445
445
445

445
445
445

445
445
445

445
445
445

445
445
445

445
445
460

475
490
505

520
535
549

564
579
609
639

VAV-PRC012-EN 67

Electrical Data

Low Height Parallel Fan-PoweredTerminal Units

Table 83. LPEF—electric coil kW guidelines – minimum to maximum (PSC motor units)

Single-Phase Voltage Three-Phase Voltage

Fan Size Stages

08SQ

09SQ

10SQ

1
2

1
2

1
2

Table 84. LPEF–electric coil kW guidelines – minimum to maximum (ECM units)

Fan Size Stages

08SQ

09SQ

Notes:

1. Coils available with 24 VAC magnetic or mercury contactors, load carrying P.E. switches, and P.E. switch with magnetic or mercury
contractors.

2. Available kW increments are by 0.5 from 0.5 kW to 8.0 kW and by 1.0 kW from 9.0 to 14.0 kW.

3. Each stage will be equal in kW output.

4. All heaters contain an auto thermal cutout and a manual reset cutout.

5. The current amp draw for the heater elements is calculated by the formula below.

1
2

1
2

120V 208V 240V 277V 347V 480V 208V 480V 600V

0.5-4.5

0.5-4.5

0.5-4.5

0.5-4.5

0.5-4.0

0.5-4.0

0.5-7.0

0.5-7.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-7.0

0.5-7.0

0.5-10.0

0.5-10.0

0.5-9.0

0.5-9.0

0.5-7.0

1.0-7.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

0.5-7.0

1.0-7.0

0.5-14.0

1.0-14.0

0.5-14.0

1.0-14.0

0.5-7.0

1.0-7.0

0.5-14.0

1.0-14.0

0.5-14.0

1.0-14.0

0.5-7.0

1.0-7.0

0.5-14.0

1.0-14.0

1.0-13.0

1.0-13.0

1.0-7.0

2.0-7.0

1.0-14.0

2.0-14.0

1.0-14.0

2.0-14.0

Single-Phase Voltage Three-Phase Voltage

120V 208V 240V 277V 347V 480V 208V 480V 600V

0.5-5.0

0.5-5.0

0.5-4.5

0.5-4.5

0.5-7.0

0.5-7.0

0.5-8.0

0.5-8.0

0.5-7.0

0.5-7.0

0.5-9.0

0.5-9.0

0.5-7.0

1.0-7.0

0.5-12.0

1.0-12.0

-

-

-

-

0.5-7.0

1.0-7.0

0.5-14.0

1.0-14.0

0.5-7.0

1.0-7.0

0.5-14.0

1.0-14.0

1.0-7.0

2.0-7.0

1.0-14.0

2.0-14.0

1.5-7.0

3.0-7.0

1.5-14.0

3.0-14.0

1.5-12.0

3.0-12.0

-

-

-

-

380V/

50Hz

-

-

-

-

-

-

380V/

50Hz

-

-

-

-

Table 85. Fan electrical performance (PSC)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

08SQ 1/3 5.5 2.5 1.8

09SQ 1/3 5.5 2.5 1.8

10SQ* 2 x 1/8 9.4 3.5 3.0

Notes:

1. Electric Heat Units - Units with Primary Voltage of 208/60/1, 208/60/3 or 240/60/1 use 115 VAC fan motors.

2. Electric Heat Units - Units with Primary Voltage of 277/60/1, 480/60/1 or 480/60/3 use 277 VAC fan motors.

3. Electric Heat Units - Units with Primary Voltage of 347/60/1 or 575/60/3 use 347 VAC fan motors.

4. Values are for standard, single-speed, permanent split capacitor type motors. Consult factory for non-standard motor performance.

5. Motor amps for 10SQ are total amps for two motors.

115 VAC 277 VAC 347 VAC

Table 86. Fan electrical performance (ECM)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

08SQ 1/2 2.0 1.1

09SQ 1/2 6.7 3.6

68 VAV-PRC012-EN

115 VAC 277 VAC

Table 87. Minimum unit electric heat guidelines

Cfm (PSC)

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13
14

08SQ 09SQ 10SQ 08SQ 09SQ 10SQ

173
173
173

173
173
173

202
232
261

290
319
349

378
407

440
440
440

440
440
440

440
440
440

440
440
440

440
440

-

-

-

-

-

-

-

-

468

496
552
608

664
720
776
832

720
720
720

720
720
720

720
720
720

720
720
720

720
720
720

720
720
720

720
720
720

-

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13
14

82
82
82

82
82
82

95
109
123

137
151
164

178
192

-

-

-

-

-

-

-

-

L/s (PSC)

208
208
208

208
208
208

208
208
208

208
208
208

208
208
221

234
261
287

313
340
366
393

Electrical Data

340
340
340

340
340
340

340
340
340

340
340
340

340
340
340

340
340
340

340
340
340

-

Table 88. Minimum unit electric heat Cfm guidelines (ECM)

Cfm (ECM)

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13
14

08SQ 09SQ 08SQ 09SQ

188
188
188

188
188
188

220
251
283

314
346
377

409
440

-

-

-

-

-

-

-

-

490
490
490

490
490
490

490
490
490

490
490
490

490
490
514

539
588
637

685
734
783
832

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13
14

89
89
89

89
89
89

104
118
133

148
163
178

193
208

-

-

-

-

-

-

-

-

L/s (ECM)

231
231
231

231
231
231

231
231
231

231
231
231

231
231
243

254
277
300

323
347
370
393

VAV-PRC012-EN 69

Electrical Data

Low Height Series Fan-PoweredTerminal Units

Table 89. LSEF-electric coil kW guidelines-minimum to maximum (PSC motor units)

Single-Phase Voltage Three-Phase Voltage

Fan Size Stages

08SQ

09SQ

10SQ

Table 90. LSEF-electric coil kW guidelines-minimum to maximum (ECM units)

Fan Size Stages

08SQ

09SQ

10SQ

Notes:

1. Coils available with 24 VAC magnetic or mercury contactors, load carrying P.E. switches, and P.E. switch with magnetic or mercury
contactors.

2. Available kW increments are by 0.5 from 0.5 kW to 8.0 kW and by 1.0 kW from 9.0 to 18.0 kW.

3. Each stage will be equal in kW output.

4. All heaters contain an auto thermal cutout and a manual reset cutout.

5. The current amp draw for the heater elements is calculated by the formula below.

1
2

1
2

1
2

120V 208V 240V 277V 347V 480V 208V 480V 600V

1

0.5-4.5

2

0.5-4.5

1

0.5-4.5

2

0.5-4.5

1

0.5-4.0

2

0.5-4.0

0.5-6.0

0.5-6.0

0.5-8.0

0.5-8.0

0.5-7.5

0.5-7.5

-

-

0.5-10.0

0.5-10.0

0.5-8.0

0.5-8.0

0.5-6.0

0.5-6.0

0.5-12.0

1.0-12.0

0.5-11.0

1.0-11.0

0.5-6.0

1.0-6.0

0.5-12.0

1.0-12.0

0.5-15.0

1.0-15.0

0.5-6.0

1.0-6.0

0.5-12.0

1.0-12.0

0.5-18.0

1.0-18.0

0.5-6.0

1.0-6.0

0.5-12.0

1.0-12.0

0.5-13.0

1.0-13.0

1.0-6.0

3.0-6.0

1.0-12.0

3.0-12.0

1.0-18.0

2.0-18.0

Single-Phase Voltage Three-Phase Voltage

120V 208V 240V 277V 347V 480V 208V 480V 600V

0.5-5.0

0.5-5.0

0.5-4.5

0.5-4.5

0.5-4.5

0.5-4.5

0.5-6.0

0.5-6.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-8.0

0.5-6.0

0.5-6.0

0.5-10.0

0.5-10.0

0.5-9.0

0.5-9.0

0.5-6.0

1.0-6.0

0.5-12.0

1.0-12.0

0.5-12.0

1.0-12.0

-

0.5-6.0

-

1.0-6.0

-

0.5-12.0

-

1.0-12.0

-

0.5-18.0

-

1.0-18.0

0.5-6.0

1.0-6.0

0.5-12.0

1.0-12.0

0.5-14.0

1.0-14.0

1.5-12.0

4.5, 5, 9, 10--

1.5-18.0

3.0-18.0

1.0-6.0

3.0-6.0

1.0-12.0

3.0-12.0

1.0-18.0

2.0-18.0

1.5-6.0

5.0-5.0

380V/

50Hz

-

-

-

-

380V/

50Hz

-

-

-

-

-

-

-

-

-

-

-

-

Table 91. Fan electrical performance (PSC)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

08SQ 1/3 5.5 2.5 1.8

09SQ 1/3 5.5 2.5 1.8

10SQ* 2 x 1/3 11.0 5.0 3.5

Notes:

1. Electric Heat Units - Units with Primary Voltage of 208/60/1, 208/60/3 or 240/60/1 use 115 VAC fan motors.

2. Electric Heat Units - Units with Primary Voltage of 277/60/1, 480/60/1 or 480/60/3 use 277 VAC fan motors.

3. Electric Heat Units - Units with Primary Voltage of 347/60/1 or 575/60/3 use 347 VAC fan motors.

4. Values are for standard, single-speed, permanent split capacitor type motors. Consult factory for non-standard motor performance.

5. Motor amps for 10SQ are total amps for two motors.

115 VAC 277 VAC 347 VAC

Table 92. Fan electrical performance (ECM)

Maximum Fan Motor Amperage (FLA)

Fan Size HP

08SQ 1/2 1.3 .7

09SQ 1/2 5.0 2.7

10SQ 2 x 1/2 7.5 4.0

70 VAV-PRC012-EN

115 VAC 277 VAC

Table 93. Minimum unit electric heat guidelines (PSC)

Cfm

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18

08SQ 09SQ 10SQ 08SQ 09SQ 10SQ

228
228
228

228
244
260

276
293
309

325
341
357

-

-

-

-

-

-

-

-

-

-

-

-

-

-

377
377
377

377
377
377

377
377
377

377
377
377

403
429
455

480
532
584

635
687

-

-

-

-

-

-

440
440
440

440
440
440

440
440
440

440
440
440

440
440
467

494
547
601

655
708
762

815
869
923

976

1030

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18

108
108
108

108
115
123

130
138
146

153
161
168

-

-

-

-

-

-

-

-

-

-

-

-

-

-

Electrical Data

L/s

178
178
178

178
178
178

178
178
178

178
178
178

190
202
215

227
251
275

300
324

-

-

-

-

-

-

208
208
208

208
208
208

208
208
208

208
208
208

208
208
220

233
258
284

309
334
360

385
410
435

461
486

VAV-PRC012-EN 71

Electrical Data

Table 94. Minimum unit electric heat guidelines (ECM)

Cfm

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18

08SQ 09SQ 10SQ 08SQ 09SQ 10SQ

128
128
128

128
159
190

221
253
284

315
346
377

-

-

-

-

-

-

-

-

-

-

-

-

-

-

377
377
377

377
377
377

377
377
377

377
377
377

403
429
455

480
532
584

635
687

-

-

-

-

-

-

480
480
480

480
480
480

480
480
480

480
480
480

480
480
505

530
580
630

680
730
779

829
879
929

979

1029

Unit kW

0.5
1

1.5

2

2.5
3

3.5
4

4.5

5

5.5
6

6.5
7

7.5

8
9

10

11
12
13

14
15
16

17
18

60
60
60

60
75
90

104
119
134

149
163
178

-

-

-

-

-

-

-

-

-

-

-

-

-

-

L/s

178
178
178

178
178
178

178
178
178

178
178
178

190
202
215

227
251
276

300
324

-

-

-

-

-

-

227
227
227

227
227
227

227
227
227

227
227
227

227
227
238

250
274
297

321
345
368

391
415
438

462
486

72 VAV-PRC012-EN

Formulas

-

--

-

Fan-Powered Parallel

Minimum Circuit Ampacity (MCA) Equation

MCA=1.25x(
Motor amps is the sum of all motor current draws if more than one is used in the unit.

Maximum Overcurrent Protection (MOP) Equation

MOP = (2.25 x motor1 amps) + motor2 amps + heater amps
motor1 amps = current draw of largest motor
motor2 amps = sum of current of all other motors used in unit

General Sizing Rules:

• If MOP = 15, then fuse size = 15

• If MOP =19, then fuse size = 15with oneexception. If heater amps x 1.25 > 15, then fuse size = 20.

• If MOP is equal to or less than MCA, then choose next fuse size greater than MCA.

• Control fusing not applicable.

• Standard Fuse Sizes: 15, 20, 25, 30, 35, 40, 45, 50, and 60.

Example:

A modelVPEF, electric reheat unit size 10-05SQ has 480/3 phase, 12 kW electric reheat with 2 stages
and 277-Volt motor.

For MOP of fan-powered unit:

12 kW-480/3 heater:12x1000/480x1.73=14.45 amps

MCA = (2.4 + 14.45) x 1.25 = 21.06, MOP = (2.25 x 2.4) + 14.45 = 19.9.

Since MOP is less than or equal to MCA, then MOP = 25.

For total current draw of unit:

12kW-480/3 heater:12x1000/480x1.73=14.45

Two heat outputs (2 stages) @0.5 amps max each=1.00

Motor amps: 277 V (Fan size 0517) =2.4

Amps Max: 18.35

Useful Formulas:

kW

Cfm ATD

--------------------------------=

3145

Electrical Data

 motor amps + heater amps)

kW 3145

TD

------------------------------

TD

amps

amps

=

------------------------------- -=

1214 L s

=

=

|

Cfm

kW

kW 1000

------------------------------------------------------------

PrimaryVoltage 

kW 1000

-----------------------------------------------

PrimaryVoltag

kW = 1214 x L/s x ATD

VAV-PRC012-EN 73

Electrical Data

--

-

-

Fan-Powered Series

Minimum Circuit Ampacity (MCA) Equation

• MCA = 1.25 x (Smotor amps + heater amps)

Maximum Overcurrent Protection (MOP) Equation

• MOP = (2.25 x motor 1amps) + motor2 amps + heater amps motor1 amps = current draw of

General Sizing Rules:

• If MOP = 15, then fuse size = 15

• If MOP =19, then fuse size = 15with oneexception. If heater amps x 1.25 > 15, then fuse size = 20.

• If MOP is less than/equal to MCA, then choose next fuse size greater than MCA.

• Control fusing not applicable.

• Standard Fuse Sizes: 15, 20, 25, 30, 35, 40, 45, 50, and 60.

Example:

A modelVSEF, electric reheat unit size 10-0517 has 480/3 phase, 12 kW electric reheat with 2 stages
and 277-Volt motor.

For MOP of fan-powered unit:

12 kW - 480/3 heater:12x1000/480x1.73=14.45 amps.

MCA=(2.4 + 14.45) x 1.25 = 21.06, MOP = (2.25 x 2.4) + 14.45 = 19.9.

Since MOP is less than/equal to MCA, then MOP = 25.

For total current draw of unit:

12 kW—480/3 heater:12x1000/480x1.73=14.45

Two heat outputs (2 stages)@0.5 amps max each=1.00

Motor amps: 277 V (Fan size 0517)=2.4

Total amps max: 18.35

Used Formulas:

Here motor amps is the sum of all motor current draws if more than one is used in the unit.

largest motor
motor2 amps = sum of current draw of all other motors used in units

amps

kW

TD

TD

amps

Cfm ATD

--------------------------------=

=

kW 1000

------------------------------------------------------------

=

PrimaryVoltage 

3145

kW 3145

------------------------------

Cfm

kW

------------------------------- -=

1214 L s

kW 1000

-----------------------------------------------

=

PrimaryVoltag

kW=1214 x L/s x ATD

74 VAV-PRC012-EN

Low Height Parallel Fan-Powered

-

--

-

Minimum Circuit Ampacity (MCA) = (motor amps + heater amps) x 1.25

Maximum Overcurrent Protection (MOP) = (2.25 x motor amps) + heater amps

General Sizing Rules:

• If MOP = 15, then fuse size = 15

• If MOP =19, then fuse size = 15with oneexception. If heater amps x 1.25 > 15, then fuse size = 20.

• If MOP £ MCA, then choose next fuse size greater than MCA.

• Control fusing not applicable.

• Standard Fuse Sizes: 15, 20, 25, 30, 35, 40, 45, 50, and 60.

Useful Formulas:

Cfm ATD

kW

--------------------------------=

3145

kW 3145

TD

------------------------------

=

Cfm

Electrical Data

TD

W 1214 L s ATD=

amps

amps

kW

------------------------------- -=

1214 L s

kW 1000

------------------------------------------------------------

=

PrimaryVoltage 

kW 1000

-----------------------------------------------

=

PrimaryVoltag

Low-Height Series Fan-Powered

Minimum Circuit Ampacity (MCA) = (motor amps + heater amps) x 1.25

Maximum Overcurrent Protection (MOP) = (2.25 x motor amps) + heater amps

General Sizing Rules:

• If MOP = 15, then fuse size = 15

• If MOP =19, then fuse size = 15with oneexception. If heater amps x 1.25 > 15, then fuse size = 20.

• If MOP is less than/equal to MCA, then choose next fuse size greater than MCA.

• Control fusing not applicable.

• Standard Fuse Sizes: 15, 20, 25, 30, 35, 40, 45, 50, and 60.

Useful Formulas

Cfm ATD

kW

--------------------------------=

3145

3 amps

ATD

kW 3145

-------------------------------=

kW 1000

----------------------------------------------------------------- -=

PrimaryVoltage 3

Cfm

kW 1214 L l s ATD=

1 amps

ATD

kW 1000

--------------------------------------------------- -=

PrimaryVoltage

kW

------------------------------=

1214 Ll s

VAV-PRC012-EN 75

Acoustics Data

Parallel Fan-PoweredTerminal Units

Table 95. Discharge sound power (dB)

1, 2, 4

- valve only

Inlet

Fan

Size

Size

02SQ 5 250 118 65 57 54 53 50 47

02SQ 6

02SQ 8

02SQ 10

03SQ 6

03SQ
04SQ

03SQ
04SQ

05SQ

03SQ
04SQ

05SQ

04SQ
05SQ

Cfml/s234567234567234567234567234567

(in)

200 94 55 51 44 43 38 30 57 52 48 47 43 39 60 54 54 53 51 50 63 56 57 57 56 56

300 142 60 53 49 48 44 35 62 56 54 53 50 43 64 58 57 56 54 50 66 60 61 59 57 55

400 189 62 54 49 47 42 36 67 60 58 57 54 46 67 61 59 60 57 49 68 62 60 61 58 52 69 64 63 63 60 56

500 236 64 57 53 51 47 41 70 63 60 59 55 47 71 65 64 65 62 55 73 68 66 68 65 58

350 165 56 49 46 45 40 33 60 54 51 48 46 45 63 58 56 53 52 51 65 60 59 56 55 55

520 245 61 54 50 49 44 37 64 58 55 52 50 47 66 62 60 57 55 52 68 64 63 60 58 56

700 330 66 60 55 53 49 42 68 63 60 57 54 49 69 65 63 60 57 52 70 67 65 62 59 54 72 69 67 65 62 57

900 425 70 64 59 57 52 45 73 67 64 61 57 52 74 70 69 66 62 57 76 72 71 68 65 60

550 260 63 55 52 52 49 39 67 60 57 57 55 47 71 65 62 62 59 54 73 67 65 65 62 58

820 387 66 58 56 56 54 44 71 64 61 61 59 51 76 70 67 67 65 58 78 72 70 70 67 61

1100 519 69 61 59 59 58 48 73 67 64 65 63 55 77 70 68 68 66 58 79 72 70 70 68 60 82 75 73 74 71 64

1400 661 71 65 62 62 60 51 76 70 67 67 65 57 82 75 72 73 71 63 85 78 76 76 74 67

100 47 48 45 41 37 33 30 49 46 44 39 37 39 50 48 47 43 45 47 51 48 47 45 49 53

200 94 52 48 43 40 35 29 55 51 47 44 41 40 57 53 52 48 47 48 58 55 54 50 51 54

300 142 57 51 46 43 36 32 60 56 51 47 44 40 62 59 56 52 50 49 63 60 59 55 54 54

400 189 59 53 48 44 38 34 64 59 54 50 46 42 65 61 57 53 50 46 66 63 59 55 52 49 68 64 62 58 56 54

600 283 63 59 56 50 46 44 65 61 57 53 48 46 73 68 64 61 56 52 75 70 68 64 60 56

175 83 48 45 42 39 34 30 50 47 44 41 41 42 53 49 47 45 47 49 55 50 49 48 51 53

350 165 52 48 44 41 35 31 56 52 49 46 43 41 60 57 55 52 51 51 62 58 58 54 54 55

525 248 57 53 49 47 42 34 61 57 54 51 47 42 65 61 59 56 53 51 66 63 62 58 56 56

8

700 330 62 57 53 51 47 40 64 60 57 55 51 45 66 63 60 57 54 49 68 65 63 60 56 52 70 67 66 62 59 57

1050 496 68 64 60 59 51 46 72 68 65 63 59 53 73 70 68 67 63 57 75 72 71 69 65 60

275 130 52 48 46 44 38 32 54 51 49 47 46 47 56 54 53 51 50 49 58 56 56 54 54 53

550 260 57 52 50 47 42 35 60 57 54 51 48 43 63 62 60 57 55 54 65 64 63 60 58 56

825 389 61 56 53 50 46 39 64 61 58 56 52 46 67 66 64 60 58 53 70 69 68 64 62 59

10

1100 519 64 60 57 54 50 43 67 64 62 59 55 49 70 67 65 62 59 53 72 69 67 64 61 56 74 71 70 67 64 60

1640 774 69 66 63 59 54 48 73 70 68 64 61 55 76 74 72 69 66 60 79 77 75 73 70 64

385 182 52 48 47 41 38 34 56 52 51 46 43 41 59 57 57 52 50 48 59 59 60 55 54 53

775 366 58 53 52 49 43 37 63 59 57 54 50 47 67 65 63 59 55 52 69 67 66 61 58 55

1160 547 62 57 55 51 47 41 67 62 60 57 54 49 73 68 67 64 61 55 76 71 70 67 64 59

12

1550 732 65 60 58 54 50 44 70 65 63 60 57 51 77 71 69 67 64 58 80 75 73 71 68 62

1600 755 74 68 66 64 61 55

2350 1109 70 66 65 60 56 50 75 71 69 65 61 55 81 75 73 71 68 62 84 79 77 75 72 66

525 248 55 50 48 45 41 35 59 54 53 50 48 44 63 59 59 55 53 52 64 62 62 58 56 55

1050 496 61 56 54 51 51 40 67 62 60 57 54 49 70 68 66 62 59 56 72 70 69 65 62 58

1575 743 64 59 57 54 52 44 71 65 63 60 57 52 75 72 70 67 63 59 77 75 73 70 67 62

14

2100 991 67 62 60 57 53 47 72 68 66 62 59 56 76 72 69 66 63 59 79 74 72 70 66 61 82 78 76 73 70 65

3200 1510 72 68 67 63 59 55 77 72 71 67 64 59 83 78 76 73 70 65 87 82 79 77 74 69

0.5" Inlet Pressure

Ps

5

1.0" Inlet Pressure

Ps

5

1.5" Inlet Pressure

Ps

3

2.0" Inlet Pressure

Ps

5

3.0" Inlet Pressure

Ps

5

76 VAV-PRC012-EN

Acoustics Data

Table 95. Discharge sound power (dB)

Inlet

Fan

Size

Size

06SQ
07SQ

06SQ
07SQ

06SQ
07SQ

06SQ
07SQ

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Data in this column constitute AHRI 880-2011 Standard Rating Conditions

4. Where Ps is the inlet static pressure minus discharge static.

5. Application ratings are outside the scope of the certification program.

Cfml/s234567234567234567234567234567

(in)

550 260 53 49 46 43 38 31 56 54 51 49 45 41 60 60 58 54 52 54 62 63 62 58 56 54

800 378 57 53 50 46 41 34 60 58 55 52 48 42 64 63 61 57 54 53 66 66 65 61 59 56

1000 472 60 56 53 49 44 36 63 61 58 54 50 43 67 65 63 60 56 52 69 68 67 64 61 57

10

1100 519 66 65 62 58 54 49

1200 566 62 59 56 52 46 39 66 64 61 57 52 46 70 68 66 62 58 53 72 70 69 66 62 58

1350 637 64 61 58 54 48 42 68 66 63 59 54 48 72 70 68 64 60 54 74 72 71 67 63 59

800 378 63 56 55 54 51 42 68 62 61 61 59 51 71 67 65 66 64 57 73 70 68 69 67 60

1100 519 65 57 56 54 52 43 72 65 63 63 60 53 75 71 69 70 67 60 77 74 72 73 71 64

1400 661 66 59 58 54 52 44 74 67 64 64 62 54 79 73 71 72 70 62 81 77 74 76 74 66

12

1600 755 78 72 69 69 67 60

1700 802 67 61 60 55 52 44 75 69 66 65 62 55 82 75 72 73 71 63 84 79 76 77 76 68

2000 944 69 63 61 55 52 46 76 70 67 65 63 55 84 77 74 74 71 64 86 81 78 78 77 69

1100 519 60 54 53 51 48 41 65 60 58 57 54 48 69 66 64 61 60 55 73 71 69 64 62 59

1600 755 64 58 56 55 52 45 69 64 62 61 58 52 74 70 68 66 64 59 77 73 71 69 67 62

2100 991 67 61 60 57 55 47 72 67 66 64 61 55 75 70 68 67 64 58 77 72 71 69 67 61 80 76 74 72 70 65

14

2500 1180 70 64 63 60 57 50 74 69 67 66 63 56 80 74 72 71 69 63 83 77 76 74 72 66

3000 1416 73 67 66 63 60 53 77 71 69 68 65 58 83 76 74 73 71 65 87 79 78 76 74 68

1400 661 62 57 54 54 51 43 67 63 61 60 57 52 72 70 67 65 62 57 75 75 72 67 65 61

2100 991 64 60 58 56 54 46 71 66 63 62 60 55 76 73 71 69 67 62 78 76 74 72 70 65

2700 1274 67 63 61 59 56 49 73 68 66 65 62 57 79 74 72 71 69 64 82 78 76 75 73 68

16

2800 1321 77 71 69 68 66 61

3400 1605 70 65 64 62 58 52 75 70 68 66 64 58 82 75 74 72 70 65 86 79 77 76 74 69

4000 1888 73 68 67 64 61 55 77 72 70 68 65 60 84 77 75 74 71 66 89 80 78 77 75 70

0.5" Inlet Pressure

Ps

-12

Watts.

1, 2, 4

- valve only (continued)

5

1.0" Inlet Pressure

Ps

5

1.5" Inlet Pressure

Ps

3

2.0" Inlet Pressure

Ps

5

3.0" Inlet Pressure

Ps

5

Table 96. Radiated sound power (dB)

Inlet

Fan

Size

Size

02SQ 5 250 118 50 48 46 42 38 30

02SQ 6

02SQ 8

Cfml/s234567234567234567234567234567

(in)

200 94 48 40 38 35 31 25 48 44 42 37 33 26 53 48 47 43 38 33 54 50 47 44 41 37

300 142 51 45 42 35 29 24 54 49 46 39 33 26 57 51 50 44 38 32 60 55 53 48 42 37

400 189 54 48 46 38 32 25 58 53 49 42 35 26 60 54 51 44 37 29 61 55 52 47 40 33 63 57 55 49 43 37

500 236 52 50 48 40 33 27 62 56 52 45 37 29 65 59 56 50 42 34 65 60 57 52 45 38

350 165 53 45 40 37 31 23 55 49 44 39 35 30 60 53 50 45 41 36 62 55 52 48 45 40

520 245 57 49 44 40 34 26 59 53 48 42 37 31 64 57 53 47 43 38 66 59 56 51 46 41

700 330 61 53 48 43 37 29 63 57 52 46 40 33 66 59 55 48 43 39 68 61 57 50 45 40 70 63 60 54 48 42

900 425 66 58 53 47 41 33 68 62 56 50 44 37 72 65 61 53 48 42 73 67 63 56 50 44

0.5" Inlet Pressure

Ps

1, 2, 4

- valve only

5

1.0" Inlet Pressure

Ps

5

1.5" Inlet Pressure

Ps

3

2.0" Inlet Pressure

Ps

5

3.0" Inlet Pressure

Ps

5

VAV-PRC012-EN 77

Acoustics Data

Table 96. Radiated sound power (dB)

Inlet

Fan

Size

Size

(in)

02SQ 10

03SQ 6

03SQ
04SQ

03SQ
04SQ

10

05SQ

03SQ
04SQ

12

05SQ

04SQ

14

05SQ

06SQ

10

07SQ

06SQ

12

07SQ

Cfml/s234567234567234567234567234567

550 260 57 50 44 39 32 25 61 54 48 42 36 28 65 58 52 46 40 34 67 60 56 50 43 38

"820 387 59 52 46 41 34 25 64 58 52 46 40 31 69 63 56 51 44 37 71 66 60 54 47 40

1100 519 62 56 50 44 41 26 66 61 54 49 42 33 70 64 58 52 45 36 72 66 60 54 48 39 75 68 63 57 51 42

1400 661 65 60 53 47 44 30 68 64 57 52 45 36 74 69 63 57 50 41 77 71 66 60 53 44

100 47 49 44 38 37 31 24 50 46 41 41 35 29 52 47 44 46 41 36 53 48 45 48 45 40

200 94 50 44 39 37 31 24 53 48 43 41 36 29 56 51 47 46 42 36 59 53 49 49 45 40

300 142 52 45 40 38 31 25 54 50 45 42 36 30 59 53 50 47 42 37 60 55 53 49 45 40

400 189 54 47 42 39 33 26 57 53 48 44 38 31 59 55 51 46 41 35 61 55 52 48 43 38 62 57 55 50 46 41

600 283 58 53 50 45 40 34 58 56 54 48 42 35 64 61 58 51 45 39 67 62 60 53 48 42

175 83 52 45 39 36 33 26 54 47 42 41 36 30 57 50 45 46 42 36 59 52 46 49 45 39

350 165 57 50 43 38 33 26 59 52 46 42 37 30 61 54 50 47 43 37 63 55 52 50 46 40

525 248 58 51 45 39 34 27 61 55 48 43 38 31 64 57 53 48 44 37 66 58 56 51 47 41

8

700 330 60 53 47 42 36 30 63 56 51 45 39 33 64 58 53 47 42 35 66 60 55 49 44 37 68 62 58 52 48 41

1050 496 63 59 55 49 42 35 68 62 57 51 45 38 72 65 60 54 48 41 74 67 63 56 50 43

275 130 55 49 43 38 34 27 57 51 45 42 37 30 58 53 48 47 43 36 59 54 50 50 46 40

550 260 59 54 47 40 34 28 61 56 50 45 39 34 63 58 53 51 45 41 64 60 56 54 51 44

825 389 61 55 49 42 36 29 63 58 53 46 40 35 66 61 57 51 46 41 69 64 60 54 50 44

1100 519 62 56 50 44 38 32 66 60 54 49 43 37 68 62 57 51 46 40 70 64 59 53 48 43 72 66 62 56 51 46

1640 774 65 61 55 50 43 37 70 65 58 53 46 40 76 69 64 58 51 45 79 72 67 61 55 49

385 182 52 47 42 40 36 30 55 50 45 43 40 35 59 53 48 47 44 39 61 55 50 50 47 42

775 366 59 51 45 40 35 28 63 55 48 43 38 33 66 59 52 48 44 39 69 62 56 52 48 42

1160 547 63 54 47 41 35 30 67 58 51 46 39 35 72 63 56 51 45 40 75 67 60 54 49 43

1550 732 66 58 50 43 37 31 71 62 54 48 42 36 75 66 59 53 46 41 78 70 63 56 50 44

1600 755 73 64 57 51 44 39

2350 1109 69 64 55 49 42 36 74 68 59 52 45 40 79 72 64 57 50 44 82 75 67 60 54 47

525 248 58 51 45 40 34 27 61 53 48 44 38 31 64 56 51 49 44 37 66 59 54 51 47 40

1050 496 62 56 49 42 37 30 66 59 52 46 42 34 71 63 57 51 46 39 74 66 60 54 49 42

1575 743 65 59 52 44 37 31 70 62 55 48 42 35 75 67 61 54 48 40 78 70 64 57 51 43

2100 991 67 60 54 45 38 33 72 64 58 50 43 36 75 66 60 53 46 40 78 69 63 56 49 43 83 74 68 61 54 46

3200 1510 72 66 59 51 44 38 77 70 63 55 48 42 83 75 68 60 53 47 86 78 71 63 56 50

550 260 51 44 42 40 37 32 54 49 45 44 42 38 58 55 49 49 48 45 61 58 52 52 52 49

800 378 53 48 43 41 37 32 57 52 47 45 42 38 62 58 52 50 48 45 65 61 55 53 52 49

1000 472 55 51 44 42 38 33 59 55 48 46 42 38 65 61 54 51 48 45 68 63 57 54 52 49

1100 519 63 59 53 49 46 42

1200 566 58 53 47 43 38 33 62 58 51 47 42 38 67 63 56 52 48 45 70 65 59 56 52 49

1350 637 60 55 49 44 39 34 64 60 53 48 43 39 69 65 58 53 49 45 72 67 61 57 53 49

800 378 58 50 44 40 33 26 62 55 49 45 38 31 66 60 54 50 43 36 68 63 56 52 46 39

1100 519 60 52 46 40 33 27 65 58 51 47 40 33 70 64 58 53 46 39 72 66 60 56 50 42

1400 661 62 54 46 40 34 27 67 60 53 48 41 34 73 66 60 55 48 41 75 69 64 58 52 44

1600 755 73 65 58 53 46 40

1700 802 64 56 48 42 34 28 68 62 54 48 41 35 76 68 61 56 49 42 78 72 66 60 54 46

2000 944 65 58 49 47 36 31 70 63 55 50 42 35 77 70 62 57 50 43 79 73 67 61 55 48

0.5" Inlet Pressure

Ps

5

1, 2, 4

- valve only (continued)

1.0" Inlet Pressure

Ps

5

1.5" Inlet Pressure

Ps

3

2.0" Inlet Pressure

Ps

5

3.0" Inlet Pressure

Ps

5

78 VAV-PRC012-EN

Acoustics Data

5

Watts.

1, 2, 4

- valve only (continued)

1.0" Inlet Pressure

Ps

5

Table 96. Radiated sound power (dB)

Inlet

Fan

Size

Size

06SQ
07SQ

06SQ
07SQ

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Data in this column constitute AHRI 880-2011 Standard Rating Conditions

4. Where Ps is the inlet static pressure minus discharge static.

5. Application ratings are outside the scope of the certification program.

Cfml/s234567234567234567234567234567

(in)

1100 519 56 49 44 40 32 25 61 55 48 44 38 30 66 61 54 49 43 36 69 66 57 51 45 40

1600 755 59 53 47 42 35 27 65 59 52 48 41 33 70 64 58 53 46 39 74 68 61 55 49 42

2100 991 64 57 51 46 38 29 68 61 55 50 43 35 72 64 58 53 46 38 74 67 61 55 49 41 77 70 64 59 52 45

14

2500 1180 67 59 53 48 40 31 71 63 57 52 44 36 76 68 62 56 50 42 79 72 66 60 54 46

3000 1416 71 62 56 50 42 33 74 66 59 54 46 38 78 70 64 58 51 44 82 74 68 62 56 48

1400 661 63 54 48 41 36 29 67 59 53 46 42 35 70 66 58 52 48 40 72 70 61 54 50 43

2100 991 66 57 51 44 39 32 71 63 56 49 45 38 75 69 63 56 52 44 77 72 66 59 55 47

2700 1274 68 60 54 46 41 34 73 65 59 51 47 40 78 72 66 59 54 47 80 75 69 62 58 50

16

2800 1321 76 69 62 55 51 44

3400 1605 70 63 57 51 46 42 76 68 61 54 48 42 81 74 68 60 56 48 83 76 70 64 59 52

4000 1888 73 66 60 56 52 50 78 70 63 56 50 45 83 75 70 62 57 50 85 78 72 65 60 53

0.5" Inlet Pressure

Ps

-12

Table 97. Fan only sound power

Outlet

Fan CFMl/s234567234567

02SQ 0.25

03SQ 0.25

04SQ 0.25

05SQ 0.25

SP

200 94 59 51 50 46 42 35 63 55 53 50 44 37

280 132 61 53 51 48 44 38 65 57 54 52 46 40

350 165 62 54 52 50 46 40 66 58 55 52 48 42

430 203 65 56 54 52 49 43 68 60 57 54 50 45

(a)

500

1090

1100 519 69 63 64 60 56 55 72 66 64 60 57 55

1300

1350 637 72 66 66 65 60 59 75 69 67 64 61 60

1300 614 68 64 66 63 58 57 71 67 65 62 59 57

1550

236 66 57 55 53 50 46 69 61 58 56 52 48

250 118 57 50 51 45 40 39 61 55 53 49 42 35

400 189 60 52 53 46 42 41 64 56 55 51 45 40

610 288 67 59 57 53 48 47 70 62 60 56 51 48

850 401 69 60 60 56 52 51 72 63 62 59 55 53

(a)

514 74 65 65 63 58 58 77 68 66 64 60 59

300 142 59 52 52 47 41 38 61 56 54 49 43 34

530 250 60 54 55 50 45 42 63 57 56 51 47 41

790 373 66 59 59 55 50 48 69 62 60 56 52 49

(a)

614 71 65 66 64 59 58 74 68 66 63 60 59

350 165 60 53 54 46 40 37 63 57 54 48 42 35

650 307 62 56 57 50 45 42 65 60 57 51 47 43

970 458 65 61 62 57 51 50 68 63 62 57 53 51

(a)

732 70 66 67 66 61 60 74 69 68 65 62 61

1.5" Inlet Pressure

Ps

3

2.0" Inlet Pressure

Ps

5

3.0" Inlet Pressure

Discharge Lw (dB) Radiated Lw (dB)

Octave Bands Octave Bands

Ps

5

VAV-PRC012-EN 79

Acoustics Data

Table 97. Fan only sound power (continued)

Discharge Lw (dB) Radiated Lw (dB)

920 434 66 61 60 56 51 48 71 64 62 56 51 47

1200 566 69 64 61 59 54 51 73 65 63 59 53 51

06SQ 0.25

07SQ 0.25

06SQ ECM 0.25

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. all sound power levels, dB re: 10

3. application ratings are outside the scope of the certification program

(a) AHRI 880-2011 section 7.2 Standard Rating Conditions

1400 661 71 65 63 61 56 54 75 67 64 60 55 53

1700 802 73 68 65 63 58 57 77 69 66 63 58 56

(a)

1960

925 75 70 68 66 62 60 79 71 67 64 61 59

1050 496 62 61 61 55 49 46 67 61 62 56 50 46

1300 614 65 65 62 58 53 50 69 64 66 58 54 50

1500 708 67 67 64 61 56 53 70 65 68 60 56 52

1800 850 69 68 68 65 60 57 73 68 68 63 59 56

(a)

2020

953 70 69 69 66 62 59 74 69 69 65 61 58

800 378 68 61 60 57 51 49 71 65 63 57 52 49

1100 519 71 64 62 59 54 52 73 66 64 58 54 51

1500 708 74 67 65 63 58 56 76 70 66 62 57 55

1800 850 76 69 67 66 60 58 78 72 67 64 60 58

2100 991 78 71 69 68 63 62 80 74 69 66 63 61

-12

Watts

Table 98. Sound noise criteria (NC) - fan only

Fan-Only

0.25" Disch. Pres.

Fan Outlet SP CFM l/s Discharge Radiated

200 94 -- 27

280 132 -- 29

02SQ 0.25

03SQ 0.25

04SQ 0.25

05SQ 0.25

350 165 -- 30

430 203 17 33

(a)

500

236 19 34

250 118 -- 27

400 189 -- 30

610 288 17 35

850 401 20 38

(a)

1090

514 26 44

300 142 -- 28

530 250 -- 31

790 373 16 35

1100 519 21 39

(a)

1300

614 23 41

1350 637 24 43

350 165 -- 28

650 307 -- 32

970 458 18 37

1300 614 22 40

(a)

1550

732 24 44

80 VAV-PRC012-EN

Table 98. Sound noise criteria (NC) - fan only (continued)

Fan-Only

920 434 18 37

1200 566 21 39

06SQ 0.25

07SQ 0.25

06SQ

ECM

Notes:

1. “--” represents NC levels below NC 15.

2. NC values are calculated using modeling assumptions based on AHRI 885-2008 Appendix E.

3. application ratings are outside the scope of the certification program.

(a) AHRI 880-2011 section 7.2 Standard Rating Conditions

0.25

1400 661 23 42

1700 802 26 44

(a)

1960

1050 496 18 37

1300 614 23 41

1500 708 25 44

1800 850 26 44

(a)

2020

800 378 18 38

1100 519 22 39

1500 708 26 43

1800 850 29 45

2100 991 31 48

925 29 47

953 27 45

Acoustics Data

Table 99. AHRI 885-2008 discharge transfer function assumptions:

Octave Band

23 4 5 6 7

Small Box (<300 Cfm) -24 -28 -39 -53 -59 -40

Medium Box (300-700 Cfm) -27 -29 -40 -51 -53 -39

Large Box (>700 Cfm) -29 -30 -41 -51 -52 -39

Notes: Subtract from terminal unit sound power to determine discharge sound pressure in the space.

1. NC Values are calculated using current Industry Standard AHRI 885-2008. Radiated Transfer Function obtained from Appendix E, Type 2 Mineral Fiber
Insulation.

2. Application ratings are outside the scope of the Certification Program.

Table 100. AHRI 885-2008 radiated transfer function assumptions:

Octave Band

23 4 5 6 7

Type 2- Mineral Fiber Insulation -18 -19 -20 -26 -31 -36

Total dB reduction -18 -19 -20 -26 -31 -36

Notes: Subtract from terminal unit sound power to determine discharge sound pressure in the space.

1. NC Values are calculated using current Industry Standard AHRI 885-2008. Radiated Transfer Function obtained from Appendix E, Type 2 Mineral Fiber
Insulation.

2. Application ratings are outside the scope of the Certification Program.

VAV-PRC012-EN 81

Acoustics Data

Table 101. Sound noise criteria (NC) - valve only

Discharge

Fan Size

02SQ 5 250 118 21 20

02SQ 6

02SQ 8

02SQ 10

03SQ 6

03SQ
04SQ

03SQ
04SQ

03SQ
04SQ
05SQ

04SQ
05SQ

Size (in)

8

10

12

14

CFM l/s 0.5” 1.0” 1.5” 2.0” 3.0” 0.5” 1.0” 1.5” 2.0” 3.0”

200 94 -- -- -- 20 -- 15 21 21

300 142 -- -- 16 19 15 20 24 27

400 189 -- 20 20 21 23 20 23 25 26 30

500 236 16 23 25 28 22 26 31 32

350 165 -- -- 16 19 -- 18 24 26

520 245 -- 16 21 23 19 22 27 31

700 330 18 22 24 26 29 24 26 30 33 35

900 425 23 27 30 32 30 33 38 39

550 260 -- 17 23 25 19 24 29 31

820 387 16 22 29 31 21 27 34 37

1100 519 20 25 30 32 36 25 31 35 38 42

1400 661 23 29 36 40 30 34 40 44

100 47 -- -- -- 17 -- -- 18 20

200 94 -- -- -- 18 -- 16 21 23

300 142 -- -- 17 18 -- 19 24 27

400 189 -- 17 19 22 23 15 22 25 26 30

175 83 -- -- -- 17 -- 15 19 21

350 165 -- -- -- 19 19 21 24 26

525 248 -- -- 19 22 20 24 27 31

700 330 -- 18 22 24 26 22 26 27 30 33

1050 496 23 28 30 32 30 33 38 40

275 130 -- -- -- 17 17 19 22 24

550 260 -- -- 19 22 23 25 27 31

825 389 -- 18 24 28 24 27 32 35

1100 519 17 22 25 28 30 25 30 33 35 38

1640 774 24 29 34 37 31 36 43 47

385 182 -- -- -- 17 15 19 22 24

775 366 -- 16 23 25 21 26 30 34

1160 547 -- 19 26 30 26 31 38 42

1550 732 17 23 30 35 30 36 42 45

1600 755 26 39

2350 1109 24 30 35 40 34 40 47 51

525 248 -- -- 16 19 20 24 27 30

1050 496 -- 19 26 29 25 30 36 40

1575 743 16 23 31 35 29 35 42 45

2100 991 19 26 31 34 38 31 38 42 45 52

3200 1510 26 31 38 43 38 44 52 56

Inlet

Inlet Pressure (Ps)

1,2,4

3,5

Radiated

Inlet Pressure (Ps)

1,2,4

3,5

82 VAV-PRC012-EN

Table 101. Sound noise criteria (NC) - valve only (continued)

Discharge

550 260 -- -- 18 20 15 19 24 27

800 378 -- -- 20 24 16 21 27 31

06SQ
07SQ

06SQ
07SQ

06SQ
07SQ

06SQ
07SQ

Notes:

1. “--” represents NC levels below NC 15.

2. NC Values are calculated using modeling assumptions based on AHRI 885-98-02 Addendum

3. Data at 1.5” inlet pressure constitute AHRI 880-2011 Standard Rating Conditions.

4. Where Ps is the inlet static pressure minus discharge static.

5. Data at 0.5”, 1.0”, 2.0” and 3.0” are application ratings. These ratings are outside the scope of the certification program.

10

12

14

16

1000 472 -- 18 23 26 19 24 31 33

1100 519 23 28

1200 566 16 21 26 29 21 27 33 36

1350 637 18 24 29 31 24 30 36 38

800 378 -- 19 25 29 20 25 30 33

1100 519 15 24 30 33 22 29 35 38

1400 661 16 27 33 37 25 31 39 42

1600 755 32 39

1700 802 18 28 37 39 27 33 43 45

2000 944 20 29 39 42 29 35 44 47

1100 519 -- 17 24 30 18 24 31 37

1600 755 -- 21 29 32 21 29 35 40

2100 991 18 25 29 31 36 27 33 38 40 44

2500 1180 21 27 34 38 31 36 43 47

3000 1416 25 30 38 43 36 40 45 51

1400 661 -- 20 29 35 26 31 37 42

2100 991 17 24 32 36 30 36 42 44

2700 1274 20 26 33 38 33 39 45 48

2800 1321 30 43

3400 1605 23 29 37 42 35 43 49 52

4000 1888 26 31 39 46 39 45 52 54

1,2,4

Radiated

Acoustics Data

1,2,4

Table 102. Parallel inlet attenuator appurtenance effects (fan noise only)

Discharge Sound Effect* (dB) Radiated Sound Effect* (dB)

Fan

Matte-faced and foil-faced insulation, solid double-wall**

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Closed-cell insulation

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Notes:

* Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.
** Note- Attenuators on double-wall units contain foil-faced insulation.

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10-12 Watts.

3. Application ratings are outside the scope of the Certification Program.

VAV-PRC012-EN 83

234567234567

2
2
2

1
1
1

1
1
1

1
1
1

1
1
1

1
1
1

2
2
2

1
1
1

1
1
1

1
1
1

2
2
2

1
1
1

-1

0

0

1

-1

1

-1

0

-1

1

-2

1

-8

-8

-8

-3

-3

-3

-13

-12

-12

-2

-2

-2

-15

-16

-15

-4

-4

-4

-16

-17

-18

-4

-4

-4

Acoustics Data

Table 103. Parallel cabinet lining appurtenance effects (fan noise and valve noise)

Discharge Sound Effect* (dB) Radiated Sound Effect* (dB)

Fan

Solid double-wall

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Closed-cell insulation

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Note:

* Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10-12 Watts.

3. Application ratings are outside the scope of the Certification Program.

Table 104. Parallel heating coil appurtenance effects

Fan

Hot Water Coil**

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Electric Heat***

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Notes:

* Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.
** Add to fan sound only, not valve sound.
***Add to both fan sound and valve sound.

Apply fan only data, not valve sound.

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10-12 Watts.

3. Application ratings are outside the scope of the Certification Program.

2345672 3 4567

3

3
1
3

1
1
1

1

-1
1

1
1
1

1
1
1

1
2
2

-1
3
1

0
2
1

1

5

4

5

3

4

1

3

2

4

2

1
1

-1

0
1
1

0
0

-1

0
2
0

Discharge Sound Effect* (dB) Radiated Sound Effect* (dB)

2345 6 7 2 34 5 6 7

-1

-1
2
2

0
0
3

0
2
1

0
0
4

-1
2
0

0
0
3

2

-1

-1

0
2

0
2
0

-2
0
4

-1
1
0

-1
1
4

-1
1
0

0
0
1

-1
1
0

0
0
0

0
2

-1

2
4
3

0
1
0

0
0
0

1
5
2

2
4
4

-1
1

-1

0
0
0

-1
0
0

0
0
0

8

8

5

4

7

5

5

4

6

5

-3
0

-1

0
0
0

7

4

84 VAV-PRC012-EN

Series Fan-PoweredTerminal Units

Table 105. Discharge sound power (dB)- fan and 100% primary

Acoustics Data

Fan

Inlet

Size

Size (in)

02SQ 10

03SQ 10

04SQ 12

05SQ 12

06SQ 16

07SQ 16

0.5” Inlet Pressure Ps 1.0” Inlet Pressure Ps 2.0” Inlet Pressure Ps 3.0” Inlet Pressure Ps

Cfm l/s 234567234567234567234567

200 94 71 55 54 52 49 45 72 61 56 54 52 51 74 70 66 62 59 55 74 64 63 61 59 59

300 142 71 56 55 52 49 46 72 61 57 54 52 52 74 69 65 61 58 56 75 67 66 63 60 60

500 236 71 57 56 52 49 47 72 61 58 54 52 53 74 68 64 60 57 59 76 74 73 67 63 63

600 283 72 60 59 55 52 50 74 63 60 56 54 55 75 67 64 60 58 59 76 72 69 64 61 62

700 330 73 62 61 57 55 53 75 64 61 58 56 56 75 66 63 59 58 58 76 69 64 61 59 60

250 118 57 49 47 43 38 34 57 50 48 43 39 34 58 52 48 44 40 36 59 53 48 45 41 39

480 227 61 53 52 49 45 43 62 55 53 49 46 43 63 57 53 49 46 44 64 59 53 50 47 45

720 340 66 58 58 55 53 52 68 60 59 56 54 52 68 63 58 55 53 52 70 65 59 55 53 52

960 453 71 63 63 61 59 59 72 64 63 62 59 59 74 67 64 62 60 60 74 68 64 62 60 59

1200 566 76 67 67 66 64 65 77 68 67 66 64 64 79 71 68 67 65 65 79 72 68 68 65 65

330 156 58 52 49 45 39 34 59 53 49 45 40 35 62 57 50 46 40 38 63 59 51 46 42 40

620 293 62 55 54 51 46 43 63 57 54 51 47 44 67 62 55 52 47 46 68 64 55 52 48 47

930 439 66 59 59 57 54 53 68 61 59 57 55 53 72 67 60 58 55 54 73 69 60 58 55 54

1250 590 72 64 64 63 60 60 74 66 65 64 61 61 76 69 65 65 62 62 78 72 66 65 63 62

1550 732 77 69 68 68 66 66 77 70 68 69 66 66 80 72 69 70 67 67 81 75 70 70 68 67

400 189 56 52 52 46 40 38 57 53 52 47 41 39 59 54 52 47 42 40 60 56 53 48 43 41

760 359 61 58 58 54 49 48 62 58 57 54 49 48 65 60 57 53 49 48 66 62 58 54 50 48

1140 538 67 64 64 62 59 58 67 63 63 61 58 57 71 66 63 60 57 56 73 69 64 61 58 56

1500 708 73 69 69 68 65 64 73 69 69 67 65 64 75 70 69 68 65 64 77 72 69 68 65 64

1900 897 77 74 73 74 71 71 78 74 73 74 71 70 79 74 73 73 70 70 79 75 73 73 70 70

700 330 57 53 53 49 46 41 70 59 55 52 51 50 75 71 65 62 56 56 78 71 69 65 60 58

1200 566 63 59 58 55 52 48 72 63 60 57 55 54 77 72 67 64 60 60 80 75 71 67 64 62

1600 755 69 63 62 59 56 54 74 67 64 61 59 58 79 74 69 66 62 62 82 77 73 69 66 64

2100 991 75 69 67 65 62 61 77 71 69 66 63 62 81 76 72 69 66 66 84 80 75 72 70 68

2500 1180 77 72 69 67 65 64 79 74 71 69 66 65 83 78 74 71 69 68 86 82 77 74 72 70

850 401 62 58 51 53 47 51 66 60 53 54 47 52 69 63 56 56 52 58 75 69 62 59 54 63

1400 661 65 61 59 56 52 53 69 63 61 57 55 57 74 68 64 59 57 61 77 72 67 62 59 63

1900 897 69 66 65 61 58 57 73 67 66 61 59 60 77 71 68 63 61 63 80 75 70 65 63 64

2250 1062 72 69 68 64 62 61 75 70 69 64 62 62 79 73 71 65 64 65 82 77 72 67 65 66

2500 1180 74 71 71 67 65 63 76 72 71 67 65 65 79 74 73 67 66 67 83 77 73 69 67 67

3000 1416 77 75 75 71 69 68 79 75 75 71 69 69 81 77 76 71 70 70 85 79 76 72 70 70

275 130 56 51 49 44 38 37 57 52 49 44 38 38 58 53 49 44 39 39 59 55 50 45 41 40

620 293 61 55 54 51 46 45 63 57 54 51 47 46 65 60 55 51 47 47 66 62 55 52 48 47

04SQ

ECM

12

930 439 66 59 59 57 54 53 68 61 59 57 55 53 72 67 60 58 55 54 73 69 60 58 55 54

1250 590 72 64 64 63 60 60 74 66 65 64 61 61 76 69 65 65 62 62 78 72 66 65 63 62

1550 732 77 69 68 68 66 66 77 70 68 69 66 66 80 72 69 70 67 67 81 75 70 70 68 67

1660 783 79 71 69 70 68 68 78 71 69 71 68 68 81 73 70 72 69 69 82 76 71 72 70 69

VAV-PRC012-EN 85

Acoustics Data

Table 105. Discharge sound power (dB)- fan and 100% primary (continued)

Fan

Inlet

Size

Size (in)

05SQ

ECM

06SQ

ECM

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Where Ps is the inlet static pressure minus discharge static.

4. Application ratings are outside the scope of the certification program.

Cfm l/s 234567234567234567234567

350 165 57 51 50 45 39 39 57 52 50 45 40 39 57 53 49 46 40 40 59 54 50 47 42 41

760 359 62 58 57 54 49 49 62 58 57 53 49 48 64 60 56 53 49 48 66 62 57 54 50 49

1140 538 67 64 64 62 59 58 67 63 63 61 58 57 71 66 63 60 57 56 73 69 64 61 58 56

14

1500 708 73 69 69 68 65 64 73 69 69 67 65 64 75 70 69 68 65 64 77 72 69 68 65 64

1900 897 77 74 73 74 71 71 78 74 73 74 71 70 79 74 73 73 70 70 79 75 73 73 70 70

2350 1109 81 78 77 78 76 76 82 78 77 78 76 76 83 79 77 78 76 76 83 79 77 78 76 76

700 330 57 53 53 49 46 41 70 59 55 52 51 50 75 71 65 62 56 56 78 71 69 65 60 58

1200 566 63 59 58 55 52 48 72 63 60 57 55 54 77 72 67 64 60 60 80 75 71 67 64 62

1600 755 69 63 62 59 56 54 74 67 64 61 59 58 79 74 69 66 62 62 82 77 73 69 66 64

16

2100 991 75 69 67 65 62 61 77 71 69 66 63 62 81 76 72 69 66 66 84 80 75 72 70 68

2500 1180 77 72 69 67 65 64 79 74 71 69 66 65 83 78 74 71 69 68 86 82 77 74 72 70

1500 708 75 74 70 68 64 63 76 74 70 69 64 63

Table 106. Radiated sound power (dB)

Inlet

Fan

Size

Size

02SQ 10

03SQ 10

04SQ 12

05SQ 12

Cfml/s234567234567234567234567234567

(in)

200 94 65 53 53 52 49 45 66 59 55 54 52 51 68 68 65 62 59 55 68 62 62 61 59 59

300 142 65 54 54 52 49 46 66 59 56 54 52 52 68 67 64 61 58 56 69 65 65 63 60 60

500 236 65 55 55 52 49 47 66 59 57 54 52 53 68 66 63 60 57 59 70 72 72 67 63 63

600 283 66 58 58 54 52 50 68 60 58 56 54 54 69 66 63 60 58 60 71 72 70 66 62 63

700 330 67 60 60 57 55 53 69 62 60 58 56 56 69 64 61 59 57 58 70 67 63 61 59 60 72 71 68 66 62 63

250 118 53 49 47 44 40 35 56 51 49 47 44 42 58 54 53 52 49 48 59 56 56 55 52 52

480 227 58 54 52 49 45 42 61 56 53 51 48 48 63 59 57 55 52 53 65 62 60 58 55 56

720 340 63 59 57 54 51 50 66 61 58 55 53 54 69 65 61 58 56 59 71 68 64 61 58 61

960 453 68 63 61 59 57 57 71 65 63 60 58 59 73 69 65 62 59 62 74 71 68 64 61 63

1100 519 74 69 66 63 61 63

1200 566 72 67 65 63 61 62 75 69 66 64 62 63 77 72 68 66 63 65 78 74 70 67 64 66

330 156 56 51 49 44 41 37 58 54 52 47 46 47 62 58 56 53 51 53 64 60 59 57 54 56

620 293 60 55 54 49 46 44 62 58 55 51 50 51 67 63 60 56 54 57 69 65 63 60 57 60

930 439 64 60 59 54 52 51 67 62 59 55 54 56 73 68 64 59 58 62 74 71 67 63 60 65

1250 590 69 65 63 59 58 57 72 66 64 60 59 60 76 71 66 62 61 65 78 74 69 65 63 67

1500 708 77 71 68 65 64 65

1550 732 74 69 67 65 63 63 76 71 68 65 64 64 79 73 69 66 65 67 80 76 72 68 66 68

400 189 57 54 50 45 44 40 60 56 53 49 50 50 63 60 57 53 52 55 65 62 60 57 54 57

760 359 61 58 55 51 50 47 64 60 57 53 54 54 68 64 60 56 55 59 70 67 64 60 57 61

1140 538 65 63 60 57 56 54 68 65 61 58 58 58 73 69 64 60 59 63 75 73 68 63 61 65

1500 708 69 67 65 63 62 60 72 69 65 63 62 62 76 72 68 64 63 65 78 75 70 66 65 67

1900 897 74 72 69 68 67 66 76 73 70 69 67 67 76 73 70 68 67 67 79 75 71 68 67 68 81 77 72 69 68 69

0.5” Inlet Pressure Ps 1.0” Inlet Pressure Ps 2.0” Inlet Pressure Ps 3.0” Inlet Pressure Ps

-12

Watts.

1,2,4

- fan and 100% primary

0.5” Inlet Pressure

Ps

5

1.0” Inlet Pressure

Ps

5

1.5” Inlet Pressure

Ps

3

2.0” Inlet Pressure

Ps

5

3.0” Inlet Pressure

Ps

5

86 VAV-PRC012-EN

Acoustics Data

5

Watts.

1,2,4

- fan and 100% primary (continued)

1.0” Inlet Pressure

Ps

5

Table 106. Radiated sound power (dB)

Inlet

Fan

Size

Size

06SQ 16

07SQ 16

04SQ

ECM

05SQ

ECM

06SQ

ECM

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Data in this column constitute AHRI 880-2011 Standard Rating Conditions.

4. Where Ps is the inlet static pressure minus discharge static.

5. Application ratings are outside the scope of the certification program.

Cfml/s234567234567234567234567234567

(in)

700 330 54 52 53 49 46 41 67 58 55 52 51 50 72 70 65 62 56 56 75 70 69 65 60 58

1200 566 60 58 58 55 52 48 69 62 60 57 55 54 74 71 67 64 60 60 77 74 71 67 64 62

1600 755 66 62 62 59 56 54 71 66 64 61 59 58 76 73 69 66 62 62 79 76 73 69 66 64

2100 991 72 68 67 65 62 61 74 70 68 66 63 62 78 74 72 69 66 66 81 79 75 72 70 68

2500 1180 74 71 69 67 65 64 76 73 70 69 66 65 78 75 72 70 68 67 80 76 74 71 69 68 83 81 77 74 72 70

850 401 59 57 51 53 47 51 63 59 53 54 47 52 66 62 56 56 52 58 72 68 62 59 54 63

1400 661 62 60 59 56 52 53 66 62 61 57 55 57 71 67 64 59 57 61 74 71 67 62 59 63

1900 897 66 65 65 61 58 57 70 66 66 61 59 60 74 70 68 63 61 63 77 74 70 65 63 64

2250 1062 69 68 68 64 62 60 72 69 69 64 62 62 75 72 71 65 64 65 79 75 72 67 65 66

2500 1180 71 70 71 67 65 63 73 71 71 67 65 65 76 73 73 67 66 67 80 76 73 69 67 67

2800 1321 76 74 74 69 68 68

3000 1416 74 74 75 71 69 68 76 74 75 71 69 69 78 76 76 71 70 70 82 78 76 72 70 70

275 130 56 52 49 44 41 38 59 54 52 47 46 47 62 58 56 53 51 52 64 60 59 56 54 56

620 293 60 56 54 49 47 45 63 58 56 51 50 52 68 63 60 56 55 57 69 66 63 60 57 61

930 439 64 60 59 54 52 51 67 62 59 55 54 56 73 68 64 59 58 62 74 71 67 63 60 65

12

1250 590 69 65 63 59 58 57 72 66 64 60 59 60 76 71 66 62 61 65 78 74 69 65 63 67

1550 732 74 69 67 65 63 63 76 71 68 65 64 64 79 73 69 66 65 67 80 76 72 68 66 68

1660 783 76 70 68 67 65 65 77 73 69 67 66 65 80 74 70 67 66 68 81 77 73 69 67 68

350 165 53 50 48 46 42 38 55 52 50 48 46 47 57 55 54 53 51 51 60 58 57 56 54 55

760 359 58 56 54 51 49 46 61 58 56 53 51 52 64 61 59 57 55 57 66 64 62 59 58 60

1140 538 63 62 60 56 55 53 66 63 61 57 56 57 71 67 63 60 59 62 72 70 66 62 61 64

14

1500 708 69 67 65 62 61 60 70 67 65 62 62 61 72 68 66 63 62 63 73 70 66 64 63 65

1900 897 73 71 69 68 66 66 74 71 69 67 66 66 76 73 69 68 67 68 77 75 71 68 67 69

2350 1109 75 74 72 72 71 71 77 75 72 72 71 71 79 77 73 72 72 72 81 78 74 73 72 73

700 330 54 52 53 49 46 41 67 58 55 52 51 50 72 70 65 62 56 56 75 70 69 65 60 58

1200 566 60 58 58 55 52 48 69 62 60 57 55 54 74 71 67 64 60 60 77 74 71 67 64 62

1600 755 66 62 62 59 56 54 71 66 64 61 59 58 76 73 69 66 62 62 79 76 73 69 66 64

16

2100 991 72 68 67 65 62 61 74 70 68 66 63 62 78 74 72 69 66 66 81 79 75 72 70 68

2500 1180 74 71 69 67 65 64 76 73 70 69 66 65 80 76 74 71 69 68 83 81 77 74 72 70

0.5” Inlet Pressure

Ps

-12

1.5” Inlet Pressure

Ps

3

2.0” Inlet Pressure

Ps

5

3.0” Inlet Pressure

Ps

5

VAV-PRC012-EN 87

Acoustics Data

Table 107. Fan only sound power (dB)

Fan

02SQ 0.25

03SQ 0.25

04SQ 0.25

05SQ 0.25

06SQ 0.25

07SQ 0.25

03SQ

ECM

Outlet

SP

0.25

CFMl/s234567234567

200 94 64 53 52 46 41 33 56 49 47 43 36 28

300 142 65 52 51 47 42 34 57 48 48 44 39 32

500 236 70 58 56 54 50 47 61 56 54 50 47 43

600 283 73 61 59 57 53 52 64 59 57 53 50 48

(a)

690

700 330 76 64 61 60 56 55 66 62 60 56 53 51

250 118 57 50 48 45 40 34 52 49 47 43 37 28

480 227 60 52 54 49 45 41 55 52 51 47 42 39

720 340 64 56 58 54 52 51 60 57 56 53 50 49

960 453 71 62 63 61 59 58 67 63 61 59 56 56

1100

1200 566 76 67 67 67 64 64 73 67 65 63 61 62

330 156 58 51 48 45 40 34 56 51 48 42 37 30

620 293 61 54 53 51 47 44 59 54 53 47 44 40

930 439 66 59 59 58 54 53 63 58 58 53 51 49

1250 590 74 66 65 65 62 61 69 64 63 59 58 56

1500

1550 732 78 71 68 69 66 66 75 69 66 64 63 62

400 189 58 54 52 48 42 39 54 52 51 44 40 33

760 359 62 57 56 54 50 48 58 56 53 49 47 43

1140 538 68 63 64 62 59 58 63 62 60 57 55 52

1500 708 73 69 69 68 65 65 69 67 64 62 60 59

1900 897 78 73 73 73 70 70 73 71 68 67 66 65

700 330 57 56 52 50 44 39 58 55 52 47 41 34

1200 566 59 58 57 55 51 49 60 58 58 51 47 44

1600 755 64 62 62 61 57 56 63 62 62 57 53 51

2100 991 69 67 67 67 64 64 68 67 66 62 60 59

2500

850 401 57 61 53 50 45 41 55 56 52 48 41 36

1400 661 63 67 59 56 54 54 59 62 58 54 50 48

1900 897 68 69 65 62 60 61 63 64 64 60 56 55

2250 1062 71 72 69 66 64 65 66 67 68 64 61 59

2500 1180 73 74 72 69 67 68 69 69 70 66 64 62

2800

3000 1416 76 76 76 73 71 72 71 72 72 70 68 67

200 94 56 49 47 44 38 37 51 48 48 42 35 34

480 227 58 51 53 48 45 43 53 50 51 46 42 40

720 340 64 56 57 54 52 51 57 55 55 51 49 47

960 453 71 63 63 62 59 59 67 62 61 59 56 56

1175 555 76 67 67 66 63 63 70 66 64 62 60 60

326 76 64 61 59 56 55 66 61 59 56 53 51

(a)

519 74 65 65 64 62 62 70 65 64 61 59 60

(a)

708 77 70 68 68 65 65 74 68 66 63 62 61

(a)

1180 73 71 71 71 69 69 72 71 69 66 64 63

(a)

1321 75 75 74 72 69 70 70 71 71 68 66 65

Discharge Lw (dB) Radiated Lw (dB)

Octave Bands Octave Bands

88 VAV-PRC012-EN

Table 107. Fan only sound power (dB)

Discharge Lw (dB) Radiated Lw (dB)

Fan

04SQ

ECM

05SQ

ECM

06SQ

ECM

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. all sound power levels, dB re: 10

3. application ratings are outside the scope of the certification program

(a) xAHRI 880-2011 section 7.2 Standard Rating Conditions

SP

0.25

0.25

0.25

CFMl/s234567234567

275 130 56 51 48 45 39 37 52 49 48 42 37 35

620 293 60 54 55 51 48 47 55 52 52 48 45 43

930 439 63 59 59 57 55 55 59 58 58 54 53 52

1250 590 70 65 65 65 63 63 65 64 64 61 60 59

1550 732 76 71 69 69 67 68 68 67 67 65 64 63

1660 783 78 73 70 70 68 70 69 68 68 66 65 64

350 165 57 52 50 46 40 39 52 49 47 43 38 34

760 359 60 55 55 52 49 48 56 52 51 48 46 43

1140 538 65 61 62 60 57 57 61 59 58 55 54 52

1500 708 72 67 68 66 64 64 67 65 63 61 61 60

(a)

1900

2350 1109 82 77 76 77 75 76 76 75 72 71 71 71

700 330 56 52 53 51 45 44 56 50 50 46 43 36

1200 566 60 57 57 55 50 49 57 54 55 51 48 45

1600 755 63 61 61 59 55 55 60 57 60 56 52 51

2100 991 69 67 67 66 62 63 66 63 64 62 59 58

2500

897 77 72 72 72 70 70 72 70 68 67 66 66

(a)

1180 73 71 70 70 66 67 70 67 68 66 63 62

-12

Watts

Outlet

Octave Bands Octave Bands

Acoustics Data

Table 108. Sound noise criteria (NC) fan and 100% primary

Fan

Size

02SQ 500 236 25 26 28 35 30 32 38 48

03SQ 10

04SQ 12

Size
(in)

10

CFM l/s 0.5” 1.0” 2.0” 3.0” 0.5” 1.0” 1.5” 2.0” 3.0”

200 94 25 26 30 28 29 30 40 37

300 142 25 26 29 30 29 31 39 40

600 283 26 28 30 32 33 33 38 46

700 330 27 30 30 31 35 35 36 38 44

250 118 -- -- -- -- 21 23 27 31

480 227 -- -- -- 16 26 27 32 35

720 340 16 18 21 23 32 33 36 39

960 453 23 24 26 27 36 38 40 44

1100 519 41

1200 566 29 30 33 33 40 42 44 46

330 156 -- -- -- 16 23 26 31 34

620 293 -- -- 19 22 28 30 35 38

930 439 17 18 25 28 34 34 39 43

1250 590 24 26 29 31 38 39 43 46

1500 708 44

1550 732 30 30 34 35 43 44 47 49

Inlet

Discharge Radiated

Inlet Pressure (Ps) Inlet Pressure (Ps)

VAV-PRC012-EN 89

Acoustics Data

Table 108. Sound noise criteria (NC) fan and 100% primary (continued)

Fan

Size

05SQ 12

06SQ 16

07SQ 16

04SQ

ECM

05SQ

ECM

06SQ

ECM

Notes:

1. “--” represents NC levels below NC 15.

2. NC Values are calculated using modeling assumptions based on AHRI 885-98-02 Addendum

3. Data at 1.5” inlet pressure constitute AHRI 880-2011 Standard Rating Conditions.

4. Where Ps is the inlet static pressure minus discharge static.

5. Data at 0.5”, 1.0”, 2.0” and 3.0” are application ratings. These ratings are outside the scope of the certification program.

Size
(in)

12

14

16

CFM l/s 0.5” 1.0” 2.0” 3.0” 0.5” 1.0” 1.5” 2.0” 3.0”

400 189 -- -- -- -- 24 27 32 35

760 359 -- -- 17 19 30 32 35 39

1140 538 22 21 24 27 35 36 40 45

1500 708 28 28 29 31 40 40 44 47

1900 897 34 33 33 35 45 46 46 47 50

700 330 -- 21 30 32 27 31 42 45

1200 566 15 24 31 34 33 35 43 47

1600 755 20 26 33 37 37 39 45 49

2100 991 28 30 36 40 43 44 48 52

2500 1180 31 33 38 43 45 46 48 50 55

850 401 -- 17 22 28 26 28 32 39

1400 661 18 21 26 31 34 36 39 43

1900 897 24 25 30 34 40 41 44 46

2250 1062 27 28 33 37 44 45 47 48

2500 1180 30 31 33 38 47 47 49 49

2800 1321 50

3000 1416 34 34 37 41 51 51 52 52

275 130 -- -- -- -- 23 26 31 34

620 293 -- -- 17 19 28 31 35 38

930 439 17 18 25 28 34 34 39 43

1250 590 24 26 29 31 38 39 43 46

1550 732 30 30 34 35 43 44 47 49

1660 783 33 31 35 36 44 45 48 50

350 165 -- -- -- -- 22 24 28 32

760 359 -- -- 17 19 28 31 34 37

1140 538 22 21 24 27 35 36 38 42

1500 708 28 28 29 31 40 40 41 42

1900 897 34 33 33 35 45 45 45 47

2350 1109 39 39 39 39 48 48 50 51

700 330 -- 21 30 32 27 31 42 45

1200 566 15 24 31 34 33 35 43 47

1600 755 20 26 33 37 37 39 45 49

2100 991 28 30 36 40 43 44 48 52

2500 1180 31 33 38 43 45 46 50 55

Inlet

Discharge Radiated

Inlet Pressure (Ps) Inlet Pressure (Ps)

Table 109. AHRI 885-2008 discharge transfer function assumptions:

Octave Band

2 3 456 7

Small Box (<300 Cfm)
Medium Box (300-700 Cfm)
Large Box (>700 Cfm)

Notes: Subtract from terminal unit sound power to determine discharge sound pressure in the space.

1. NC Values are calculated using modeling assumptions based on AHRI 885-2008.

2. Where DPs is inlet static pressure minus discharge static pressure.

3. Application ratings are outside the scope of the Certification Program.

-24

-27

-29

-28

-29

-30

-39

-40

-41

-53

-51

-51

-59

-53

-52

90 VAV-PRC012-EN

-40

-39

-39

Table 110. AHRI 885-2008 radiated transfer function assumptions:

Octave Band

234567

Type 2- Mineral Fiber Insulation
Total dB reduction

Notes: Subtract from terminal unit sound power to determine radiated sound pressure in the space.

1. NC Values are calculated using modeling assumptions based on AHRI 885-2008.

2. Where DPs is inlet static pressure minus discharge static pressure.

3. Application ratings are outside the scope of the Certification Program.

-18

-18

-19

-19

-20

-20

-26

-26

Table 111. Series inlet attenuator appurtenance effects

Discharge Sound Effect* (dB) Radiated Sound Effect* (dB)

Fan

23456723 4 5 6 7

Matte-faced and foil-faced insulation, solid double-wall**

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

2
2
2

2
2
2

2
2
2

3
3
3

3
3
3

2
2
2

-3

-1

-3

-3

1

-3

Closed-cell insulation

-2

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Notes:

* Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.
** Note – Attenuators on double-wall units contain foil-faced insulation.

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Application ratings are outside the scope of the Certification Program.

2
2
2

-12

2
2
2

watts.

2
2
2

3
3
3

3
3
3

2
2
2

1

-2

1

-2

1

Table 112. Series cabinet lining appurtenance effects

Discharge Sound Effect* (dB) Radiated Sound Effect* (dB)

Fan

234567 2 3 4567

Solid double-wall

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

0
0
0

0
0
0

0
0
0

0
0
0

0
0
0

0
0
0

0
0
1

0
0
3

Closed-cell insulation

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Note:

* Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10-12 watts.

3. Application ratings are outside the scope of the Certification Program.

0
0
0

0
0
0

0
0
0

0
0
0

0
0
0

0
0
0

-1
1
1

-1
1
5

Table 113. Series heating coil appurtenance effects

Discharge Sound Effect* (dB) Radiated Sound Effect* (dB)**

Fan

Hot Water Coil

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Electric Heat

02SQ

03SQ, 04SQ, 05SQ

06SQ, 07SQ

Notes:

* Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.
** Radiated effect applies to “fan only” sound only. Do not apply to fan + valve sound.

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10-12 Watts.

3. Application ratings are outside the scope of the Certification Program.

2345672 3 4 567

1
1
2

-4
2
4

2
3
6

-1
1
4

2
1
4

0
2
2

1
2
4

0
1
2

2
2
4

1

-1
3

2
1
3

0

-1
1

2
0
6

-1
0
2

2
2
5

0
1
3

-9

-10

-8

-5

-5

-5

Acoustics Data

-31

-31

-10

-14

-9

-4

-4

-4

0
1
2

0
2
3

2
1
2

-1
1
3

2
2
5

1
2
4

2
2
2

0
1
4

-12

-17

-8

-6

-6

-6

-36

-36

-17

-20

-10

-6

-6

-6

3
3
8

1
2
6

3
4
8

2
2
6

2
2
2

0
1
3

2
2
3

0
1
2

VAV-PRC012-EN 91

Acoustics Data

Low Height Parallel Fan-PoweredTerminal Units

Table 114. Discharge sound power (dB)

Inlet

Fan

Size

Size

08SQ 5

08SQ
09SQ

08SQ
09SQ

09SQ8x

10SQ8x

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Data in this column constitute AHRI 880-2011 Standard Rating Conditions.

4. Where Ps is the inlet static pressure minus discharge static.

5. Application ratings are outside the scope of the certification program.

Cfml/s234567234567234567234567234567

(in)

150 71 55 48 44 39 32 29 58 51 49 45 38 38 58 52 50 47 44 46 60 54 52 49 47 50

200 94 58 51 47 42 36 31 61 54 51 47 40 39 62 56 53 50 46 47 63 57 55 52 49 51

250 118 62 54 49 45 40 33 63 57 53 48 42 40 65 59 56 51 45 44 65 60 56 53 48 48 66 61 58 54 51 52

300 142 65 56 51 48 43 37 66 60 55 50 45 42 69 62 59 55 50 48 69 64 61 57 54 54

350 165 67 59 54 50 46 41 69 62 57 53 49 44 71 65 61 57 51 49 73 68 64 61 58 55

200 94 56 49 45 40 34 29 58 52 50 44 38 37 61 55 52 50 47 48 63 57 54 51 49 52

280 132 60 53 49 44 40 33 62 56 54 48 44 40 65 59 56 53 50 48 67 61 58 55 52 52

350 165 63 57 53 48 44 37 65 60 57 52 48 42 68 62 59 56 53 49 70 64 61 58 55 53

6

400 189 69 64 60 56 54 47

430 203 67 62 57 52 50 42 68 64 60 56 54 46 71 66 63 59 56 50 73 68 65 61 58 54

500 236 71 65 61 56 53 45 71 67 63 59 57 49 73 69 66 62 60 53 75 71 68 64 62 56

350 165 58 51 48 44 39 31 61 55 53 48 44 40 65 60 57 53 50 49 67 62 60 55 53 52

500 236 61 55 52 48 44 36 65 59 56 52 48 43 69 64 61 57 54 51 71 66 64 59 57 54

600 283 64 58 54 50 47 39 67 61 59 54 51 45 71 67 64 60 57 53 73 69 66 62 59 56

8

700 330 72 67 64 60 57 51

800 378 68 63 59 56 52 44 71 66 63 59 56 49 75 71 68 64 62 56 78 74 71 68 64 59

900 425 70 65 61 58 55 47 73 68 64 61 58 51 77 72 69 66 63 57 80 75 73 70 67 61

780 368 64 63 58 52 48 45 69 69 62 56 52 54 73 70 72 61 56 55 77 74 78 66 59 56

1100 519 66 64 61 54 52 48 70 69 66 59 56 55 76 72 75 64 61 58 79 76 80 68 63 59

1500 708 69 67 65 58 56 51 73 69 71 62 61 57 79 75 79 69 66 62 83 78 82 72 68 63

1560 736 75 73 74 66 63 60

14

1800 850 71 69 68 61 59 53 75 71 74 65 63 58 81 76 80 71 68 63 83 78 82 73 70 65

2200

780 368 65 60 52 48 41 34 68 66 60 57 45 42 70 68 66 65 51 50 72 69 69 69 56 54

1170 552 72 69 62 58 51 46 75 74 70 68 56 52 76 76 75 73 59 56

1560 736 76 74 70 65 59 53 78 76 72 68 60 55 79 79 76 74 63 59

14

1800 850 79 77 75 70 63 57 81 80 77 74 65 60

2000 944 80 78 78 71 65 59 82 80 78 74 67 61

0.5” Inlet Pressure

Ps

103

8

-12

Watts.

1,2,4

5

1.0” Inlet Pressure

78 73 76 68 65 61 82 77 81 73 70 65 84 79 83 75 72 67

Ps

5

1.5” Inlet Pressure

Ps

3

2.0” Inlet Pressure

Ps

5

3.0” Inlet Pressure

Ps

5

92 VAV-PRC012-EN

Acoustics Data

5

Watts.

1,2,4

1.0” Inlet Pressure

76 70 73 55 48 40 80 74 75 62 55 47 82 75 76 65 58 49

Ps

5

Table 115. Radiated sound power (dB)

Inlet

Fan

Size

Size

08SQ 5

08SQ
09SQ

08SQ
09SQ

09SQ8x

10SQ8x

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Data in this column constitute AHRI 880-2011 Standard Rating Conditions.

4. Where Ps is the inlet static pressure minus discharge static.

5. Application ratings are outside the scope of the certification program.

Cfml/s234567234567234567234567234567

(in)

150 71 53 44 38 33 28 21 54 45 40 36 31 25 54 47 42 40 38 34 56 49 45 46 42 38

200 94 55 46 41 35 29 21 56 48 42 37 32 25 57 50 45 42 38 34 58 51 47 46 42 38

250 118 56 49 44 36 30 22 59 50 44 38 33 26 59 50 46 41 36 32 60 52 48 43 39 34 61 53 48 47 43 38

300 142 59 50 45 38 31 24 62 52 47 40 34 28 62 54 50 45 40 34 63 55 50 48 44 38

350 165 62 51 46 39 33 26 65 55 50 43 36 30 65 56 51 47 41 35 65 57 53 50 45 39

200 94 53 45 40 33 27 21 56 48 43 35 29 22 57 48 44 40 37 32 58 50 45 45 42 37

280 132 54 46 40 33 27 22 57 50 45 37 30 24 59 51 47 42 37 33 61 53 48 46 42 37

350 165 54 46 41 34 28 22 58 51 46 38 31 25 62 54 49 44 38 34 63 55 50 47 43 38

6

400 189 62 55 50 42 36 31

430 203 56 49 43 36 30 25 60 53 48 40 33 27 64 57 52 46 39 35 66 58 53 49 43 38

500 236 59 53 47 40 34 29 62 55 50 42 35 30 66 58 53 47 41 36 68 60 55 51 44 39

350 165 57 50 45 38 34 23 59 54 46 40 34 26 61 55 48 43 39 35 63 56 50 47 44 37

500 236 60 53 47 40 34 24 62 56 49 42 36 28 65 58 51 46 41 35 67 60 54 50 45 38

600 283 62 54 49 41 34 24 65 58 51 44 37 29 68 60 54 47 42 35 70 62 56 51 46 38

8

700 330 69 61 55 47 40 33

800 378 65 57 52 44 36 26 69 61 54 46 40 32 73 64 58 50 44 36 74 66 60 54 48 40

900 425 66 58 53 45 37 28 71 63 56 48 41 33 75 66 60 52 45 37 76 67 62 55 48 40

780 368 62 59 55 48 40 31 66 61 57 51 44 38 70 63 61 53 48 43 72 66 63 55 51 46

1100 519 64 60 56 47 40 32 68 63 60 52 45 38 72 66 65 57 52 45 74 68 66 59 54 48

1500 708 68 62 58 47 39 32 71 65 64 53 46 39 75 69 70 62 56 47 77 72 70 63 58 50

1560 736 73 68 67 58 51 43

14

1800 850 71 63 59 47 39 32 73 67 68 54 47 39 77 71 72 62 56 47 79 73 73 64 59 50

2200

780 368 60 55 47 41 32 28 63 61 55 48 38 34 66 63 60 55 45 41 69 66 64 59 50 45

1170 552 68 65 57 50 41 39 71 69 66 59 48 45 74 74 69 64 53 48

1560 736 73 71 64 56 47 46 74 72 66 59 49 47 76 74 71 65 54 50

14

1800 850 75 74 68 61 51 49 77 76 72 65 55 51

2000 944 76 75 70 62 52 50 78 77 72 65 55 52

0.5” Inlet Pressure

Ps

103

8

-12

1.5” Inlet Pressure

Ps

3

2.0” Inlet Pressure

Ps

5

3.0” Inlet Pressure

Ps

5

VAV-PRC012-EN 93

Acoustics Data

Table 116. Fan only sound power (dB)

Discharge Lw (dB) Radiated Lw (dB)

Fan

SP

CFMl/s234567234567

175 83 61 53 51 47 41 34 65 56 57 50 41 35

250 118 64 56 55 50 44 40 68 58 60 53 44 38

Outlet

08SQ 0.25

320 151 67 58 58 53 48 45 72 61 63 56 48 42

400 189 71 62 61 58 54 51 75 64 65 61 52 47

(a)

460

217 73 64 64 62 58 56 76 66 69 63 55 50

470 222 74 65 65 62 58 56 77 67 69 64 56 50

400 189 70 61 58 54 48 44 69 65 62 56 46 38

500 236 71 62 59 56 49 46 70 66 64 58 48 40

09SQ 0.25

700 330 74 65 63 61 54 53 72 69 68 64 54 46

800 378 76 67 65 64 57 56 74 71 70 67 57 49

(a)

900

425 78 70 69 67 61 61 77 74 72 69 60 53

700 330 67 59 56 51 45 40 67 61 57 54 49 44

840 396 69 60 58 53 48 43 68 63 58 55 50 46

10SQ 0.25

980 463 70 63 59 56 51 47 70 65 60 57 53 50

1200 566 74 67 64 61 56 54 73 69 64 61 57 55

1400 661 77 71 67 65 60 57 76 72 67 64 60 58

(a)

1420

670 77 71 67 65 60 57 76 72 67 64 60 58

150 71 61 55 51 46 40 34 66 58 56 50 42 36

230 109 64 57 54 49 44 39 69 60 58 52 44 40

08SQ

ECM

0.25

310 146 67 59 57 53 48 45 71 62 62 56 47 44

380 179 70 61 61 57 51 50 74 64 64 59 50 47

(a)

460

217 72 65 64 61 55 54 76 67 66 63 54 51

400 189 71 61 58 54 47 45 69 64 61 56 47 41

600 283 75 64 62 59 52 51 72 67 65 61 51 45

09SQ

ECM

0.25

700 330 77 66 64 63 56 56 75 71 68 64 55 49

(a)

900

425 81 71 70 68 62 62 79 75 72 69 61 55

1020 481 83 73 72 70 65 64 81 78 74 72 64 58

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. all sound power levels, dB re: 10

3. application ratings are outside the scope of the certification program

(a) AHRI 880-2011 section 7.2 Standard Rating Conditions

-12

Watts

Octave Bands Octave Bands

Table 117. AHRI 885-2008 add discharge transfer function assumptions:

Octave Band

23456 7

Small Box (< 300 CFM)
Medium Box (300-700 CFM)

Large Box (> 700 CFM) -29 -30 -41 -51 -52 -39

Notes: Subtract from terminal unit sound power to determine discharge sound pressure in the space.

1. NC Values are calculated using modeling assumptions based on AHRI 885-2008.

2. Where DPs is inlet static pressure minus discharge static pressure.

3. Application ratings are outside the scope of the Certification Program.

94 VAV-PRC012-EN

-24

-27

-28

-29

-39

-40

-53

-51

-59

-53

-40

-39

Table 118. AHRI 885-2008 radiated transfer function assumptions:

Octave Band

23 4 5 6 7

Type 2- Mineral Fiber Insulation
Total dB reduction

Notes: Subtract from terminal unit sound power to determine radiated sound pressure in the space.

1. NC Values are calculated using modeling assumptions based on AHRI 885-2008.

2. Where DPs is inlet static pressure minus discharge static pressure.

3. Application ratings are outside the scope of the Certification Program.

-18

-18

-19

-19

-20

-20

-26

-26

Table 119. Sound noise criteria (NC) - valve only

Fan

Size

08SQ 5

08SQ
09SQ

08SQ
09SQ

09SQ 8x14

10SQ 8x14

Notes:

1. “--” represents NC levels below NC 15.

2. NC Values are calculated using modeling assumptions based on AHRI 885-98-02 Addendum

3. Data at 1.5” inlet pressure constitute AHRI 880-2011 Standard Rating Conditions.

4. Where Ps is the inlet static pressure minus discharge static.

5. Data at 0.5”, 1.0”, 2.0” and 3.0” are application ratings. These ratings are outside the scope of the certification program.

Size
(in)

6

8

CFM l/s 0.5” 1.0” 1.5” 2.0” 3.0” 0.5” 1.0” 1.5” 2.0” 3.0”

150 71 -- -- -- -- -- -- 15 19

200 94 -- 16 17 19 16 17 19 21

250 118 17 19 21 21 23 18 21 21 22 24

300 142 21 23 26 26 21 25 25 26

350 165 24 26 29 32 25 29 29 29

200 94 -- -- -- 16 -- 17 19 20

280 132 -- -- 17 20 -- 19 21 24

350 165 -- 18 21 24 -- 20 25 26

400 189 23 25

430 203 20 22 25 28 17 22 27 30

500 236 25 26 28 31 21 25 30 33

350 165 -- -- 18 20 19 23 24 26

500 236 -- 17 23 25 22 25 29 31

600 283 16 20 26 28 25 29 33 35

700 330 26 34

800 378 21 25 31 34 29 34 39 40

900 425 24 28 33 37 30 36 42 43

780 368 20 27 28 33 30 32 36 38

1100 519 21 27 31 36 31 35 40 41

1500 708 25 27 34 38 33 39 46 46

1560 736 32 43

1800 850 27 30 36 38 36 44 48 49

2200 1038 32 37 39 49 51 52

780 368 17 24 26 27 24 31 35 39

1170 552 27 33 36 36 41 46

1560 736 33 36 39 43 44 47

1800 850 37 40 46 49

2000 944 38 40 47 50

Inlet

Discharge

Inlet Pressure (Ps)

1,2,4

3,5

Radiated

Inlet Pressure (Ps)

Acoustics Data

-31

-31

1,2,4

-36

-36

3,5

VAV-PRC012-EN 95

Acoustics Data

Table 120. Sound noise criteria (NC) - fan only

Fan Outlet SP CFM l/s Discharge Radiated

175 83 -- 32

250 118 16 35

08SQ 0.25

09SQ 0.25

10SQ 0.25

08SQ

ECM

09SQ

ECM

Notes:

1. “--” represents NC levels below NC 15.

2. NC values are calculated using modeling assumptions based on AHRI 885-2008 Appendix E.

3. Application ratings are outside the scope of the certification program.

(a) AHRI 880-2011 section 7.2 Standard Rating Conditions.

0.25

0.25

320 151 20 38

400 189 25 42

(a)

460

217 28 45

470 222 29 45

400 189 21 37

500 236 23 39

700 330 26 44

800 378 29 46

(a)

900

425 32 48

700 330 17 32

840 396 20 33

980 463 21 36

1200 566 26 40

1400 661 30 44

(a)

1420

670 30 44

150 71 -- 31

230 109 -- 34

310 146 17 37

380 179 21 40

(a)

460

217 24 43

400 189 23 36

600 283 28 40

700 330 30 44

(a)

900

425 35 48

1020 481 38 51

Fan-Only

0.25” Disch. Pres.

Table 121. Discharge sound power (dB)-fan only (AHRI conditions)

Fan Size Inlet Size Cfm L/s 2 3 4 5 6 7

08SQ 5, 6, 8 460 217 68 62 63 62 58 56

09SQ 6, 8, 8x14 900 425 73 68 68 67 61 61

10SQ 8, 8x14 1420 670 72 69 66 65 60 57

Notes:

1. All sound data rated in accordance with current Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

96 VAV-PRC012-EN

-12

Watts.

Acoustics Data

Table 122. Radiated sound power (dB)-fan only (AHRI conditions)

Fan Size Inlet Size Cfm L/s 2 3 4 5 6 7

08SQ 5, 6, 8 460 217 76 66 69 63 55 50

09SQ 6, 8, 8x14 900 425 77 74 72 69 60 53

10SQ 8, 8x14 1420 670 76 72 67 64 60 58

Notes:

1. All sound data rated in accordance with current Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

Table 123. Inlet attenuator appurtenance effects (fan noise only)

Fan

Matte-faced and foil-faced insulation

08SQ, 09SQ 2 3 455620-4-8-7-7

Closed-cell insulation

08SQ, 09SQ 2 3 4545212-3-4-4

(a) Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.
(b) Attenuators on double-wall units contain foil-faced insulation.

All data are measured in accordance with Industry Standard AHRI 880-2011.
All sound power levels, dB re: 10
Application ratings are outside the scope of the Certification Program.

-12

-12

Watts.

Discharge Sound Effect

(a)

(dB) Radiated Sound Effect

(a)

(dB)

2 34567234 5 6 7

(b)

Watts.

Table 124. Cabinet lining appurtenance effects (fan noise and valve noise)

(a)

(dB) Radiated Sound Effect

Fan

Discharge Sound Effect

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

Solid double-wall

08SQ, 09SQ 1 0 2 3 4 6 2 1 2 5 9 13

Closed-cell insulation

08SQ, 09SQ 2 1 3 2 2 2 2 2 4 5 5 8

(a) Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.

All data are measured in accordance with Industry Standard AHRI 880-2011.
All sound power lev
Application ratings are outside the scope of the Certification Program.

els, dB re: 10

-12

Watts.

(a)

(dB)

Table 125. Heating coil appurtenance effects

(a)

(dB) Radiated Sound Effect

Fan

Discharge Sound Effect

2 3 4567 2 3456 7

Hot Water Coil (Fan Noise)

08SQ, 09SQ 3 3 4 5 4 5 2 2 3 3 3 4

Electric Heat

08SQ, 09SQ 0 -1 0 1 1 3 1 1 1 2 2 3

(a) Add to sound power, a negative effect represents a sound reduction, a positive effect represents a sound increase.

All data are measured in accordance with Industry Standard AHRI 880-2011.
All sound power levels, dB re: 10
Application ratings are outside the scope of the Certification Program.

-12

Watts.

(a)

(dB)

VAV-PRC012-EN 97

Acoustics Data

Low Height Series Fan-PoweredTerminal Units

Table 126. Discharge sound power (dB)

Inlet

Fan

Size

Size

(in)

Cfm l/s 234567234567234567234567

170 80 61 53 54 47 44 42 60 52 49 42 38 33 61 58 50 43 39 34 61 60 52 45 41 35

250 118 64 56 57 52 49 47 63 55 54 48 44 40 64 60 55 49 45 41 64 62 55 50 46 42

08SQ 8

09SQ 8x14

10SQ 8x14

08SQ

ECM

09SQ

8x14

ECM

10SQ

8x14

ECM

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Where Ps is the inlet static pressure minus discharge static.

4. Application ratings are outside the scope of the certification program.

330 156 68 60 61 56 53 52 67 59 58 53 49 47 68 63 59 54 50 48 68 65 59 55 51 49

410 193 71 63 64 61 57 57 71 63 63 59 55 55 72 65 63 60 56 55 72 67 63 60 56 56

500 227 74 67 67 65 61 62 75 67 67 65 61 62 76 68 67 65 61 62 76 69 67 65 61 63

350 165 63 59 55 51 45 41 64 60 59 52 45 41 65 62 59 53 47 42 66 63 59 54 48 44

500 236 67 64 60 57 51 49 67 65 63 57 51 49 69 67 63 58 53 49 71 68 63 59 54 51

700 330 71 70 66 64 59 59 72 71 67 64 59 59 75 73 67 65 60 59 77 75 69 66 61 61

800 378 75 73 68 67 62 62 75 73 69 67 62 62 76 74 69 67 63 62 78 76 71 68 64 64

890 420 77 75 70 69 65 64 77 75 71 69 65 64 78 76 71 69 65 64 79 77 72 70 66 66

440 208 60 58 54 50 43 37 62 59 54 51 44 39 64 60 57 51 46 40 66 63 58 53 47 41

700 330 63 60 57 53 47 43 64 61 57 54 48 44 66 63 59 55 49 45 69 64 65 56 51 46

900 425 65 64 60 56 50 47 67 65 61 58 53 50 69 66 62 59 53 51 71 67 66 60 55 51

1100 519 69 68 64 62 57 55 71 69 65 62 57 56 72 70 66 63 58 56

1300 614 73 72 68 65 61 60 74 72 68 66 61 60

1500 708 75 74 70 68 64 63 76 74 70 69 64 63

170 80 61 53 54 47 44 42 60 52 49 42 38 33 61 58 50 43 39 34 61 60 52 45 41 35

250 118 64 56 57 52 49 47 63 55 54 48 44 40 64 60 55 49 45 41 64 62 55 50 46 42

330 156 68 60 61 56 53 52 67 59 58 53 49 47 68 63 59 54 50 48 68 65 59 55 51 49

8

410 193 71 63 64 61 57 57 71 63 63 59 55 55 72 65 63 60 56 55 72 67 63 60 56 56

500 227 74 67 67 65 61 62 75 67 67 65 61 62 76 68 67 65 61 62 76 69 67 65 61 63

350 165 63 59 55 51 45 41 64 60 59 52 45 41 65 62 59 53 47 42 66 63 59 54 48 44

500 236 67 64 60 57 51 49 67 65 63 57 51 49 69 67 63 58 53 49 71 68 63 59 54 51

700 330 71 70 66 64 59 59 72 71 67 64 59 59 75 73 67 65 60 59 77 75 69 66 61 61

800 378 75 73 68 67 62 62 75 73 69 67 62 62 76 74 69 67 63 62 78 76 71 68 64 64

890 420 77 75 70 69 65 64 77 75 71 69 65 64 78 76 71 69 65 64 79 77 72 70 66 66

440 208 60 58 54 50 43 37 62 59 54 51 44 39 64 60 57 51 46 40 66 63 58 53 47 41

700 330 63 60 57 53 47 43 64 61 57 54 48 44 66 63 59 55 49 45 69 64 65 56 51 46

900 425 65 64 60 56 50 47 67 65 61 58 53 50 69 66 62 59 53 51 71 67 66 60 55 51

1100 519 69 68 64 62 57 55 71 69 65 62 57 56 72 70 66 63 58 56

1300 614 73 72 68 65 61 60 74 72 68 66 61 60

1500 708 75 74 70 68 64 63 76 74 70 69 64 63

0.5” Inlet Pressure Ps 1.0” Inlet Pressure Ps 2.0” Inlet Pressure Ps 3.0” Inlet Pressure Ps

-12

Watts.

98 VAV-PRC012-EN

Acoustics Data

5

Watts.

1,2,4

1.0” Inlet Pressure

Ps

5

Table 127. Radiated sound power (dB)

Inlet

Fan

Size

Size

08SQ

09SQ

10SQ8x

08SQ

ECM

09SQ

ECM

10SQ

ECM

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Data in this column constitute AHRI 880-2011 Standard Rating Conditions.

4. Where Ps is the inlet static pressure minus discharge static.

5. Application ratings are outside the scope of the certification program.

Cfml/s234567234567234567234567234567

(in)

170 80 54 49 45 37 28 22 55 53 47 40 33 31 58 62 55 45 41 37 58 63 58 49 46 40

250 118 57 52 48 42 33 27 58 56 50 43 36 33 60 63 56 47 42 38 60 64 59 50 46 41

330 156 60 56 52 46 37 31 61 59 54 47 39 36 63 64 58 50 43 39 63 65 60 52 46 42

8

410 193 63 60 56 50 41 36 64 62 57 50 42 38 65 65 59 52 44 41 65 67 62 53 46 43

500 227 66 64 60 53 44 40 67 65 60 54 45 41 68 66 61 54 46 42 68 66 61 54 45 42 68 68 63 55 46 44

350 165 58 53 47 39 32 27 59 56 56 43 37 34 62 63 61 52 45 42 64 65 62 54 49 45

500 236 62 57 51 44 36 30 63 59 57 46 39 36 65 64 62 53 46 44 67 66 63 55 50 47

8

700 330 68 63 56 50 40 33 68 64 58 50 42 39 69 65 62 53 47 46 71 67 64 56 51 50

x

14

800 378 70 66 58 52 44 38 70 66 59 52 44 41 70 66 61 53 46 44 71 67 63 55 48 47 72 69 65 57 52 51

890 420 72 67 59 54 46 40 72 67 60 54 46 42 73 69 64 56 49 48 74 71 67 59 53 51

440 208 61 56 49 42 33 27 62 59 52 45 40 38 65 60 60 50 46 46 66 63 61 58 50 49

700 330 62 58 51 45 37 31 64 61 55 48 43 41 68 64 62 53 48 48 70 66 67 57 52 51

900 425 66 62 55 48 41 34 68 63 56 50 44 42 70 66 64 55 50 50 72 68 68 58 54 52

1100 519 71 65 58 53 46 42 72 68 65 57 52 52 73 70 69 60 55 54

14

1300 614 74 69 65 58 53 52 76 72 69 61 56 55

1500 708 76 71 64 60 54 52 78 74 70 63 58 57

170 80 54 49 44 36 29 22 57 54 48 39 36 30 57 60 54 44 41 36 58 61 56 48 45 40

250 118 57 52 47 40 32 27 59 56 50 42 37 32 59 62 56 46 42 38 60 63 58 50 46 41

330 156 60 56 51 44 36 31 62 58 53 46 39 35 62 64 58 49 44 40 63 66 61 52 47 42

8

410 193 63 59 55 48 40 36 64 60 56 49 41 38 65 66 60 52 45 42 66 68 63 54 48 44

500 227 66 62 58 52 43 40 66 62 58 52 43 40 67 67 61 54 46 43 68 70 65 56 49 45

350 165 60 53 47 40 32 25 60 56 55 43 37 34 63 63 62 52 45 42 64 63 62 54 49 47

500 236 64 57 51 44 36 29 64 59 56 46 39 36 67 64 63 53 46 44 68 65 63 55 50 48

8

700 330 71 63 56 51 41 33 71 64 58 51 42 39 71 65 63 53 47 46 73 68 64 57 51 49

x

14

800 378 73 66 58 53 44 38 73 66 59 53 44 40 73 67 63 55 48 46 75 69 64 58 52 49

890 420 75 67 59 55 46 40 75 67 60 55 46 41 75 69 63 56 49 47 77 70 65 59 53 50

440 208 61 54 47 42 37 32 62 57 49 44 38 38 64 59 60 48 44 44 68 63 68 56 48 51

700 330 64 57 50 45 37 32 66 60 54 49 43 43 69 64 60 53 47 49 71 66 68 56 51 51

8

900 425 65 62 55 48 40 35 69 63 56 52 44 43 72 67 61 55 50 51 73 68 68 58 52 52

x

1100 519 72 66 58 54 46 43 74 70 62 57 52 53 75 71 67 60 54 54

14

1300 614 76 71 63 59 53 53 77 72 67 61 56 55

1500 708 78 72 65 61 54 52 79 74 68 63 58 57

0.5” Inlet Pressure

Ps

-12

1.5” Inlet Pressure

76 70 63 59 52 48

Ps

5

2.0” Inlet Pressure

Ps

5

3.0” Inlet Pressure

Ps

5

VAV-PRC012-EN 99

Acoustics Data

Table 128. Fan only sound power (dB)

Discharge Lw (dB) Radiated Lw (dB)

Fan

08SQ 0.25

09SQ 0.25

10SQ 0.25

08SQ

ECM

09SQ

ECM

10SQ

ECM

Notes:

1. All data are measured in accordance with Industry Standard AHRI 880-2011.

2. All sound power levels, dB re: 10

3. Application ratings are outside the scope of the certification program

(a) AHRI 880-2011 section 7.2 Standard Rating Conditions

SP

0.25

0.25

0.25

CFMl/s234567234567

170 80 61 51 52 46 42 38 53 47 44 36 26 21

250 118 63 54 55 50 46 43 56 51 48 41 30 23

330 156 67 58 59 54 50 49 59 56 52 46 36 27

410 193 70 61 64 58 56 56 60 59 55 49 40 34

480 227 73 64 66 62 60 59 63 62 58 53 44 37

(a)

500

350 165 65 58 55 51 46 41 57 51 44 38 24 20

500 236 69 62 60 57 52 49 61 55 48 42 30 23

700 330 74 68 66 64 59 58 66 61 55 49 38 29

800

890 420 79 73 71 70 65 64 70 67 60 55 45 36

440 208 61 58 54 51 44 38 62 57 48 41 29 22

700 330 63 61 58 56 49 45 64 60 51 45 33 24

900 425 65 64 61 59 53 51 66 62 54 48 36 26

1100 519 68 67 64 62 57 55 68 64 57 52 40 30

1300 614 71 70 66 66 61 59 71 66 60 55 44 33

1400

1500 708 73 73 69 69 64 63 74 69 62 58 48 36

170 80 60 48 47 42 36 30 53 46 41 36 25 23

250 118 63 52 53 48 44 38 55 50 45 40 28 25

330 156 67 57 59 53 50 47 58 54 50 44 33 28

410 193 71 62 63 59 56 54 61 58 54 49 38 33

480 227 74 65 67 64 61 59 66 61 57 53 43 37

350 165 64 60 57 53 48 46 60 53 45 39 28 23

500 236 69 65 62 60 55 54 64 58 50 44 34 28

700 330 73 71 67 67 62 61 69 63 56 51 40 33

800 378 77 74 71 70 66 65 72 66 59 54 44 36

890 420 80 78 74 74 70 69 76 70 62 57 48 40

440 208 62 59 58 55 49 48 62 55 48 41 30 23

700 330 65 62 61 58 52 51 65 59 52 46 35 27

900 425 67 64 63 61 55 54 67 62 55 50 39 30

1100 519 69 67 66 64 58 58 70 66 58 54 42 33

1300 614 72 70 68 67 62 62 73 69 61 57 46 36

1500 708 75 73 70 70 65 65 75 71 63 59 49 40

236 73 65 67 63 60 60 64 62 59 54 45 38

(a)

378 77 70 69 67 62 61 68 64 58 52 42 32

(a)

661 72 71 68 68 62 61 72 68 61 56 46 35

-12

Watts

Outlet

Octave Bands Octave Bands

100 VAV-PRC012-EN