S02 Appendix C Cut Sheets File 2 - Retro-Commissioning.pdf

A ppendix www.ductsox.com

AHU Controls Variable Air Volume (VAV) Boxes/Controls With an SkeleCore FTS system, a VAV can go from 0 to 100%. For all other fabric systems, do not design under 1/4”w.g. (62.21 Pa). With an emphasis on indoor air quality and the continued development of motor controllers, VAV systems are common. Considering the DuctSox system operates on positive pressure, it is important to match the airfl ow and relative pressure curve to ensure adequate infl ation on the low side.

Typically, DuctSox maintains an acceptable infl ated appearance down to 0.25” w.g. (62.21 Pa).

Frequency Drive/Soft Start Controls In order to reduce the popping that may be experienced upon infl ation, a solution may include the use of a frequency drive or soft start motor controller to ramp up the speed of the fans. This will greatly reduce the initial surge of airfl ow that causes most of the stress on a fabric DuctSox System. Adjustable Flow Devices (AFDs) can also be used to reduce the initial surge of airfl ow upon start up. SkeleCore FTS and Pull-Tight eliminates the need for a frequency drive and soft start controls.

pp en di x

Sound Data This report gives the results of tests conducted on 24 inch (610 mm) diameter Diffusion Type Fabric Duct.

The test results include Static Pressure, Air Volume and Sound Power Level.

Test Method The samples were tested in accordance with the ASHRAE 70-2006 Standard “Method of Testing for Rating the Performance of Air Outlets and Inlets”, which incorporates ADC 1062: GRD-84 Test Code for Grilles, Registers and Diffusers. Acoustical data was obtained employing a Bruel & Kjaer Pulse Digital Frequency Analyzer. The reference sound source used for this test was a calibrated Bruel & Kjaer Type 4204, which conforms to the above standard. The octave band sound power levels were plotted on graph of Noise Criteria Curves which is in the ADC Test Code. Each sample was installed in the reverberation room, at the end of a 24 inch (610 mm) diameter duct system, and supplied with measured volumes of air. The static pressure was measured upstream of the sample section.

Description of Test Specimen Each test specimen consisted of a 24 inch (610 mm) diameter, 15 foot (4572 mm) long, section of DuctSox Diffusion Type Fabric Duct supplied with an end cap.

Summary of Results

Adjustable Nozzle 420 cfm (198 L/sec)

Linear Vent 483 cfm (228 L/sec)

Fixed Nozzles 400 cfm (189 L/sec)

Orifices 445 cfm (210 L/sec)

Porous Fabric 1600 cfm (755 L/sec)

(62 Pa) (124 Pa) (187 Pa) (249 Pa)

Static Pressure

NC

www.ductsox.com

Sound Attenuator The SilencerTM is a Fabric Sound Attenuator that was developed to address one factor for fabric duct—noise from the air handling unit. Textile air dispersion systems can be designed to be quiet, but noise entering the system from air handling units, volume control dampers, or fan-powered boxes can create an uncomfortably noisy environment.

The Silencer can be used in place of a metal silencer or acoustically-lined ducting to absorb or prevent incoming noise from reaching the occupied space.

Many applications leave little, or no, mechanical space to place sound attenuators. The Silencer is installed in the occupied space, offering an aesthetically pleasing appearance that can be customized to match your DuctSox System’s fabric type and color.

Depending on noise absorption required, the Silencer is available with or without an internal bullet and available in diameters 12” to 30”.

Performance

The performance data listed below is for our standard 24” sized Silencer Fabric Sound Attenuator with Bullet.

For data on other sizes (with or without Bullets), go to our Media Library on www.ductsox.com.

Direction: Forward Flow (+)

Dynamic Insertion Loss (dB)

Generated Noise Lw (dB; 10 -12 Watts) with Bullet without Bullet

SkeleCore Internal Ring

SkeleCore Spacer Tubing

1500 0.14 iwg 750 0.03 iwg

Octave Band Center Frequency (Hz)

63 125 250 500 1000 2000 4000 8000

Ve lo ci ty

(F

P M

1500 4 8 13 23 34 36 25 18

750 4 8 13 24 35 36 25 18

0 5 9 14 25 36 36 24 17

Octave Band Center Frequency (Hz)

63 125 250 500 1000 2000 4000 8000

Ve lo ci ty

(F

P M

) 1500 66 56 51 47 44 39 35 30

750 59 44 38 32 28 24 < 20 < 20 en di x

Critical Environments/LabSox Airfl ow in laboratories and other critical environments are a critical design factor as turbulent air can negatively affect research or even cause hood failure resulting in a compliancy issue. LabSox Products are designed specifi cally to disperse large or small airfl ow volumes without creating signifi cant air movement, noise, or temperature inconsistency that may disrupt fume hood or other airfl ow sensitive equipment (scales, laser, microscope, etc). LabSox are also applicable to industrial or commercial kitchen applications.

To accomplish these airfl ow patterns, the highly permeable Rx series fabric offers air permeability ranges from 2 to 165 CFM/ft2 (10.2 to 838.2 (L/s)/m2). The fi lament/fi lament construction ensures low particle shedding for clean environments. DT200 is also an available option offering a silver color choice in a low maintenance, micro-perforated polyester fabric. DT is a stronger and more durable fabric choice for challenging (high wear) or industrial applications. Open outlets minimize fi ltering and extend periods between maintenance.

To best fi t individual applications, these products are available in the traditional DuctSox shapes of Round, D-Shape, or Quarter-Round. They are available in almost any size to accommodate the airfl ow for each space. Inlet airfl ow velocity, locations, operating pressure, and more will factor into our design recommendations. For best results with critical environments, contact our sales support team.

Modulear D-Fuser options are available in Metal Pan or All-Fabric models

MetalPan: 24”x24” (610 x 610mm) units tested to 500 CFM (236 L/s) /24”x48” (610 x1219mm) units tested up to 1,000 CFM (472 L/s) per unit (standard confi guration)

All-Fabric: 24”x 48” (610 x 1219mm) units tested to 1000 CFM (472 L/s) / 24”x 96” (610 x 2438mm) units tested up to 2,000 CFM (944 L/s) per unit (standard confi guration)

Surround Flow Surround Flow is the most common air dispersion type, as 100% of the airfl ow dispersed by the LabSox passes through the fabric. The radial shape of the fabric face produces a uniform and radially diverging air pattern.

Select Flow Select Flow combines customized vent patterns to include directional airfl ow control.

Quarter-RoundD-ShapeRound

Airfl ow volume, pressure, and throw testing was performed at an independent testing laboratory.

Detailed information available at www.ductsox.com.

www.ductsox.com

Critical Environments/DataSox DuctSox has developed the first directionally adjustable air displacement system for the data center industry. The air displacement portion of the DataSox places large volumes of air within the cold aisle with low velocity while the adjustability allows for higher wattage server targeting. Minimal hot air entrainment is achieved, eliminating or reducing the need for physical containment structures, while lowering construction costs and getting better PUE (Power Usage Effectiveness) ratings.

Targeted Air Dispersion 100% Customizable - DataSox are designed to fi t the specifi c need of each space allowing for data centers to get the exact airfl ow where it is needed.

Specially Designed Fabric - A unique combination of anti-static and porous materials helps prevent any static charge that could build up while dispersing large volumes of air at low velocities.

Adjustable Nozzles - Provide targeted, consistent velocities along the entire length of the cold aisles to allow for maximum effi ciency of equipment in the aisles.

Temperature Consistency Temperature control is crucial in ensuring that all hardware equipment is working effi ciently at all times. Unlike conventional methods of air delivery that entrain warm air into the supply stream, DataSox uses targeted air dispersion to place the air into the cold aisle. The results are lower temperatures in the air delivery area of 3°F - 5°F.

Consistent Inlet Temperatures - Are achieved along entire aisles putting less burden on hardware and reducing the workload on Computer Room Air Conditioner (CRAC) units.

Air Containment Lower air velocities are crucial in allowing hardware to accurately draw in the necessary airflow without having to overwork the equipment.

Eliminate Physical Containment - By lowering air velocities, DataSox can reduce or eliminate the need for physical containment structures, while lowering construction costs and getting better PUE (Power Usage Effectiveness) ratings.

Large Air Volume - DataSox allows for large volumes of cooled air to be introduced into the cold aisles without the presence of higher air velocities that are associated with traditional air dispersion methods.

Lower Air Velocities - Reduces the entrainment of hot air into the cold aisle while also reducing spillage outside of the cold aisle where cold air is not required.

To best fi t individual applications, DataSox are only available in the traditional DuctSox round shape. Available in diameters 14”(355.6mm) to 48”(1219.2mm). Inlet airfl ow velocity, locations, operating pressure, and more will factor into our design recommendations. For best results with critical environments, contact our sales support team.

1A

1B

Metal vs DataSox

1A Metal Air Distribution 1B DataSox Air Distribution

Temperature [F]

70 76 8272 78 8474 80 86 88 90 en di x

UnderFloorSox UFSox are a specialty line of DuctSox products designed to distribute and disperse air within the plenum for Underfl oor Air Distribution (UFAD) Systems. To install properly within the pedestals supporting the raised access fl oor, sectional lengths, elbows, and cable supports are all carefully designed to ensure a proper fi t and fl exibility for future changes.

With installation, the UFSox simply rests on the fl oor. To minimize movement of fabric during defl ation or future wiring or other modifi cations within the plenum, retention cables tension the fabric near the endcaps and elbows.

The fabric can be attached to the supply by ducting it straight to the supply, or by connecting it to a sub plenum using a plenum baffl e with taps. The dispersion methods within zones and routing from the supply involve careful consideration for many external factors, such as locations of boxes, plumbing, electrical, and more. For best results, consult our sales support team.

By design, sections of unvented UFSox route airfl ow to zones, where airfl ow is dispersed evenly through linear vents and an operable endcap.

www.ductsox.com

Warranty and Code Compliance

Design & Performance Warranty DuctSox Systems that are designed within our performance criteria, based on DuctSox submittal documents, are covered by a 1 year Design & Performance Warranty. We want to ensure the product performs consistently through the entire heating and cooling cycle for the fi rst year of operation. To ensure a DuctSox System is designed correctly, our Inside Sales and Engineering group are available to provide design assistance.

Product Warranty Our Product Warranty is for replacement or repair credit based on the amount of the warranty period remaining. The warranty is not available in the form of a cash payment, only as credit towards repair or replacement. The DuctSox Warranty covers materials, fabrication, and performance of the fabric portion of the DuctSox System only. Warranty coverage begins at the time of shipment.

Both the Design & Performance Warranty and the Product Warranty exclude damage to the fabric from improper installation, poor maintenance, abuse, abrasion, caustic chemicals, exposure to high temperature (over 180 degrees Fahrenheit, 82 degrees Celsius), fabric discoloration and shrinkage, or any unauthorized modifi cations to the DuctSox System. It also does not cover labor, equipment rental, or freight charges incurred as a result of executing the warranty.

The DuctSox warranty is not transferable.

Code Compliance Underwriters Laboratories (UL) 2518 is the most comprehensive compliance requirement assembled for the fabric duct industry. It ensures that our products meet a higher level of safety, quality, and performance. Additional information is available at www.ductsox.com.

File R18856

*Application Requirements: Airfl ow and static pressure per original DuctSox design in accordance with published requirements. Warranty is based on inlet velocities up to 1600 FPM (8.12m/s). For SkeleCore FTS, a 10 year warranty is available for inlet velocities up to 2000 FPM (10.16m/s). Some exceptions may apply.

Warranty Period (in years)*

SkeleCore

FTS

SkeleCore Pull-Tight

Hoops (IHS) Hangers 1, 2, or 3 Row Surface Mount

TufTex 20 15

10 10 10 10

Verona, 15 10 10 10

10 10

KitchenSox, ChemSox

OvalSox

(1 year for Food Processing) www.ductsox.com

Products may be covered by one or more of the following patents: 6565430, 6558250, 5769708, 6425417, 6626754, 6280320, 6960130, 6958011, 6953396, 8434526, 8676545, 8808075, 9039503, 9303892, 8844578. Other patents pending.

Fan Configuration

Arrangement 10 Discharge position TH

Drive type Belt

Performance

Outlet Velocity (ft/min) 1,739

Motor

Enclosure ODP Size (hp) 2

V/C/P 208/60/3 NEC FLA (Amps) 7.5

1,285 FRPM

Do n ot o pe ra te

ha de d ar ea Sy ste m

Volume (CFM) x 1000 0 1 2 3 4 5 6 7

St at ic P re ss ur e

(in . w g)

0.4

0.8

1.2

1.6

2.4

2.8

Br ak e Ho rs ep ow er

(B

HP

0.3

0.6

0.9

1.2

1.5

1.8

2.1

Sound Octave Bands (hz) LwA dBA Sones

62.5 125 250 500 1000 2000 4000 8000

Inlet 90 87 86 82 77 73 68 63 84 72 22

motor FLA may vary, for sizing thermal overload, consult factory.

Page 1 of 2 Version 2.2.0, January 2019

Hly Textbox B-24

RF-1

Dimensions and Weights

Label Value Description

Wheel rotation is defined as being viewed from the drive side.

Variable Frequency Drives

TR200 Series • Drive your motor for energy savings jweeks Textbox

BUILDING 24

Trane TR200 Series drives play an important role in a system to reduce energy usage, extend motor life, optimize AC motor speed control, maximize occupant comfort and reduce costs. They are available factory-mounted and commissioned on Trane IntelliPak™, Voyager III™ and Performance Climate™ Changer. In addition, TR200 Series drives support of open standard protocols make them compatible with virtually all HVAC equipment and building automation systems. They can also be ordered specifically for a project and easily installed on-site for new and retrofit applications. With a complete range available from 1½ to 1350 HP, the features and flexibility of TR200 Series drives make them ideal for stand-alone control of cooling towers, exhaust fans, pumps and a variety of air handlers.

Energy efficiency and reliability

Energy savings

Automatic Energy Optimization (AEO)— continually monitors the motor’s speed and load to maximize energy savings.

Sleep mode— stops the drive automatically whenever speed is outside set levels, providing energy savings.

Cost savings

Intelligent HVAC controller— four auto-tuning PID loops reduce costs by eliminating external controllers.

Built-in HVAC protocols— TR200 drives become an intelligent part of the building management system.

Trouble-free operation

Dual DC-link reactors— non-saturating to provide better harmonic performance than 5% AC line reactors.

Automatic high ambient derate— the drive can warn of overtemperature conditions while continuing to run, controlling its temperature by reducing the output carrier frequency and current.

Easy to install

Compact size— reduced footprint of most popular sizes.

Run-permissive circuit—assures that dampers or other auxiliary equipment are in the proper state for drive operation.

Real-time clock— adds sophisticated performance to basic control schemes for increased comfort and energy savings.

Plenum rated— all drives and options are UL listed for installation in air handling compartments.

Easy to use

Simple, flexible menu—pre-set default common parameters allow easy set-up and quick confirmation.

Trane Drive Utility software—allows easy PC access for commissioning and troubleshooting via the drive’s built-in USB port.

Advanced firefighter’s override—provides options for emergency operation that increase the safety of building inhabitants.

At Trane, our philosophy is grounded in a commitment to offering solutions that support energy efficiency and take a sustainable approach to the environment. We believe in creating high performance buildings.

The following are trademarks or registered trademarks of their respective companies: IntelliPak, Voyager III are from Trane; BACNet from ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers); LonWorks from Echelon Corp; Modbus from Groupe Schneider

HVAC integration expertise

Integrated Comfort™ systems are a single-source offering incorporating high-quality HVAC products and controls, backed by a trusted and experienced sales force and extensive service network. They can also encompass fire safety and security systems from a single source.

Trane builds upon 30 years of experience in the controls industry and our firm commitment to new technology in practical, day-to-day applications. Our variable frequency drive, the

TR200 Series, is an example of this commitment.

Network communication While offering single-source solutions, Trane stands committed to open-standard protocols to meet the needs of building professionals. The

TR200 Series demonstrates this with “plug-and-play” communication capabilities that reduce or eliminate the need for integration gateways.

The TR200 support of major building communication protocols allows seamless communication with open standard protocols such as BACnet™, LonWorks™ and Modbus™ as well as other popular building automation system protocols. Whether factory-installed on

Trane HVAC equipment, field-installed on new equipment, or retrofit on existing equipment, the result is an easily programmable drive in an easy-to-manage package that simplifies installation and results in a lower total cost of ownership.

Stand-alone capabilities The TR200 VFD’s on-board control capabilities simplify system architecture by reducing or eliminating the need for an additional application controller. The TR200 Smart Logic

Controller provides the power and flexibility to custom-program the drive to address a wide range of control requirements. Use the Trane

Drive Utility software to graphically set up the 20-step state controller to perform simple application control.

The main closed-loop controller PID circuit allows three feedback signals for advanced control of stand-alone applications. The TR200 has three additional independent PID closed-loop controllers that allow the drive to directly monitor and control other equipment in the system, reducing costs.

Bypass options A higher level of system reliability is achieved by selecting either of the two available bypass options. Both bypass options feature a 24

VDC switch mode power supply that eliminates contactor dropout on voltage conditions as low as 70% of nominal voltage.

The electro-mechanical bypass option provides reliable bypass operation with advanced features such as a common run/stop in bypass mode, run permission, auto-bypass operation and a selectable bypass fire mode.

The electronically controlled bypass option allows single-button keypad access to drive and bypass operations. This option also allows for all drive communication and control capabilities to be available during bypass operation to maintain indoor environmental quality.

TR200 keypad with one-touch access to bypass operation

And behind every Trane Variable Frequency Drive you will fi nd a world leader in HVAC equipment, controls and services. Whether pre-installed on Trane equipment, fi eld applied or retrofi t, the Trane TR Series VFD comes with the most important feature of all—our proven capabilities throughout the life of your facilities:

We have a dedicated team of professionals located at over 150 local offi ces in the U.S. and

Canada and a network of over 200 parts centers to get you what you want, when you need it. To learn more about our drives and what’s behind them, visit www.trane.com/vfd.

Just as important as what’s in your VFD...

...is what’s behind it

Ingersoll Rand (NYSE:IR) is a world leader in creating and sustaining safe, comfortable and effi cient environments in commercial, residential and industrial markets. Our people and our family of brands—including Club Car®, Hussmann®, Ingersoll Rand®, Schlage®, Thermo King® and Trane®— work together to enhance the quality and comfort of air in homes and buildings, transport and protect food and perishables, secure homes and commercial properties, and increase industrial productivity and effi ciency. We are a $13 billion global business committed to sustainable business practices within our company and for our customers.

© 2011 Trane All rights reserved trane.com BAS-SLB026-EN April 29, 2011 ingersollrand.com

Produced on post-consumer recycled paper, using environmentally friendly print practices that reduce waste.

lapcj Blank Stamp

Cold plate cooling technology:

For efficient heat dissipation

Balanced DC-link reactors:

For reduced harmonics

Advanced controller options: Address the needs of complex applications

Surface mount components:

For compactness and reliability

USB interface: For easy connection to PC software suite

Removable terminal strips:

Angled for easy access

Option cards: Provide additional functionality

Hot-pluggable keypad:

Features on-board memory with user-friendly ergonomic design

Removable, temperature-controlled fan: For easy servicing

TR200 Series

Drive input power Input voltage, 3-phase .........200–240, or 380–460, or 525–600 VAC

Input voltage range for full output ...............................Nominal ±10%

Undervoltage trip point ............................. 164, 313 VAC, or 394 VAC

Overvoltage trip point ............................................... 299, 538, or 690

(792 for 100 HP and above) VAC

Input frequency .....................................................50 or 60 Hz, ± 2 Hz

Displacement power factor .......0.98 or greater at all speeds and loads

Total power factor .......................................0.90 or greater at full load and nominal motor speed

Drive output power Output frequency ............................................. Selectable 0 to 120 Hz

Motor voltages .................................... 200, 208, 220, 230; 380, 400, 415, 440, 460; 550 or 575 VAC

Continuous output current .....................................100% rated current

Output current limit setting .......... Adjustable to 110% of drive rating

Current limit timer .......................................0 to 60 seconds or infinite

Adjustable max. speed ................... From min. speed setting to 120 Hz

Adjustable min. speed .......................From max. speed setting to 0 Hz

Acceleration time ............................... To 3,600 seconds to base speed

Deceleration time .......................... To 3,600 seconds from base speed

Breakaway torque time ............................................ 0.0 to 0.5 seconds

(1.6 times motor nameplate current)

Start voltage ...........................................................................0 to 10%

DC braking time ............................................................0 to 60 seconds

DC braking start ............................................ 0 to maximum frequency

DC braking current ............................0 to 50% of rated motor current

Protections Low frequency and high frequency warnings ....................0 to 120 Hz

Low current and high current warnings .............0 to maximum current

Low reference and high reference warnings ......−999,999 to 999,999

Low feedback and high feedback warnings .......−999,999 to 999,999

Ground fault ...........................................................................Protected

Motor stall ..............................................................................Protected

Motor overtemperature ................. Protected (predictive motor temp.)

Motor condensation ......................... Protected (motor preheat circuit)

Motor overload ................................. Protected (programmable action)

Vibration protection ................... Protected (programming automated)

Environmental limits Efficiency .......... 97% or greater at full load and nominal motor speed

Ambient operating temp. ..... 14°F to 113°F (−10°C to 45°C) frames

A2–C2; 14°F to 104°F; (−10°C to 40°C) frames D1–E1

Humidity ......................................................... < 95%, non-condensing

Altitude: maximum without derating ......................3,300 ft. (1,000 m)

Drive/options enclosure(s) .......NEMA/UL Types 1 or 12; 3R optional

Control connections Follower signal, analog input...............2; selectable voltage or current, direct and inverse acting

Programmable digital inputs ........ 6 (2 can be used as digital outputs)

Programmable analog outputs ................................... 1; 0/4 to 20 mA

Programmable relay outputs .......... 2 standard Form C 240 V AC, 2 A;

1 or 3 additional optional

Auxiliary voltage ..................................... +24 V DC, maximum 200 mA

Control optional MCB 101 General Purpose I/O ....................3 DI, 2 DO, 2 AI (voltage) and 1 AO (current)

MCB 105 Relay Card ........................ 3 standard Form C 240 VAC, 2 A

MCB 107 24V DC Supply ........... Allows external 24 V DC power to be connected to the TR200 Drive

MCB 115 Programmable I/O .................................... 3 universal inputs and 3 universal outputs

Software

Lost speed reference action ...........Selectable to go to a preset speed, max. speed, last speed, stop, turn off, or stop and trip

Time delay for lost speed reference action ..................1 to 99 seconds

Adjustable auto restart time delay ............................ 0 to 600 seconds

Automatic restart attempts .......................................0 to 20 or infinite

Automatic restart time delay ..............0 to 600 sec. between attempts

Relay ON delay and relay OFF delay ......................... 0 to 600 seconds

Maximum number of preset speeds

Maximum number of frequency stepovers

Maximum stepover width .......................................................... 100 Hz

Maximum number of accel rates

Maximum number of decel rates

Delayed start ............................................................. 0 to 120 seconds

Specifications

© 2011 Trane All rights reserved BAS-SLB026-EN April 29, 2011

Vari-Green® Drive – 100+ 200-240 VAC, 380-480 VAC, 3ø Factory Mounted, Pre-Programmed, Variable Speed Control R3 Filtering Technology

The Vari-Green Drive 100+ is factory mounted, wired and programmed to match the fan and motor characteristics. The

Vari-Green Drive can be configured with an on-board potentiometer dial; a 0-10VDC or 4-20mA signal for fan speed control. 24VDC power is available for powering Vari-Green

Controls as well as a motorized backdraft damper.

Included in price of fan with the Vari-Green Drive:

- Mounting

- Wiring

- Programming

Competitive bids with standalone variable frequency drives should account for these items.

SPECIFICATIONS Part #

385819

Part #

385820

Part #

386422

Part #

386423

O u tp u t

R a ti n g s

Voltage 0 - 240VAC 0 – 480 VAC 0 – 240 VAC 0 – 480 VAC

Max motor FLA 8.0A 6.0A 16.0A 14.0A

Frequency*: 15 – 240 Hz Yes Yes Yes Yes

Phase 3ø 3ø 3ø 3ø

In p u t

R a ti n g s

Voltage (+15%/-10%) 200–240VAC 380–480VAC 200–240VAC 380–480VAC

Frequency: 50/60Hz

(±5%)

Yes Yes Yes Yes

Phase 3ø 3ø 3ø 3ø

Efficiency, full load ≥ 96% ≥ 98% ≥ 96% ≥ 98%

Power Factor ≥ 0.9 ≥ 0.85 ≥ 0.9 ≥ 0.85

% THD (Meets IEEE 519) 32.0 32.0 32.0 32.0

On Board Fuses Yes Yes Yes Yes

E n v ir o n m e n t Max Ambient Temp 40oC (104oF) 40oC (104oF) 40oC (104oF) 40oC (104oF)

Storage Temperature -30 to 65oC

(-22oF–149oF)

-30 to 65oC

(-22oF–149oF)

-30 to 65oC

(-22oF–149oF)

-30 to 65oC

(-22oF–149oF)

Relative Humidity

(Non-condensing) Up to 95% RH Up to 95% RH Up to 95% RH Up to 95% RH

C e rt if ic a ti o n s Agency Approvals: UL

Listed

E223975 to 61800-5-1 Yes Yes Yes Yes

Enclosure Rating Type 4/IP66 Type 4/IP66 Type 4/IP66 Type 4/IP66

*Actual frequency range will vary.

jweeks

BUILDING 24

Operational Features VGD 100 VGD 100+

Analog Input

0-10V, 0-24V, 4-20mA

(selectable via DIP switch) Yes Yes

Damper Actuator Output

24VDC, 0.5A Max Yes Yes

Control Voltage Output

24VDC, 50mA Max Yes Yes

LEDs (3): Power, Run, Fault Yes Yes

Relay Output (2) No Yes

Digital Input – Dry (2) No Yes

Digital Input – Voltage (2) No Yes

RS-485 (Modbus/BACnet) No Yes

Bluetooth/Smart Phone

Interface No Yes

On-Board PID Control No Yes

Optional Pressure Transducer No Yes

WIRING SIZES AND TERMINAL LUGS

VFD rating Terminals Screw Size

Metric

Screw Torque Conductor Size kgf.

cm lbf.in Nm AWG/kcmil mm2

200 – 240VAC

380 – 480VAC

All Control

Terminals M2.6 4.55 3.98 0.4 14 - 26 0.2 – 2.5

CONTROL WIRING

Terminal Description Rating Notes

A+ Damper Output 24VDC / 0.5A Max Programmable activation modes

A-

24 24VDC Output 24VDC / 50mA Max Voltage or current input configurable via analog dip switches 1 & 2

AI

Analog Input 0-24V / 0-10V / 4-20mA

SG

O1 Relay Output

125VAC-0.5A / 250VAC-

0.25A / 30VDC-2.0A /

125VDC-0.24A / 220VDC-

0.24A

Can be configured to “N.O.” (default) or “N.C.”

Functions: run, fault, …

O

Relay Output O2

V1 Voltage Input 1 12-250V AC/DC / 8mA

Max draw on at 10V min, Off at 3V Max 52kOhm input impedance

Can be configured to “Active High”

(default) or “Active Low”

Functions: enable, limit switch, fireman’s override, speed A, speed B, shutdown

V2

V3 Voltage Input 2

V4

D1 Dry Input 1

24VDC when open /

Short to SG to activate

Can be configured to “Active High”

(default) or “Active Low”

Functions: enable, limit switch, firemen’s override, speed A, speed B, shutdown

D2 Dry Input 2

SG Input Common

RS-485

Communications N/a Modbus, BACnet -

SG

Fan Configuration

Arrangement 10

Performance

Nameplate Model USF-20-1-B2-0

Motor

Enclosure ODP Size (hp) 3 V/C/P 208/60/3

NEC FLA (Amps) 10.6

1,254 FRPM

Do

pe ra te

ha de d ar ea

Sy ste m

Volume (CFM) x 1000 0 1 2 3 4 5 6 7

St at ic P re ss ur e (in . w g)

0.5

1.5

2.5

Br ak e Ho rs ep ow er (B

HP

0.4

0.8

1.2

1.6

2.4

Sound Octave Bands (hz) LwA dBA Sones

62.5 125 250 500 1000 2000 4000 8000

Inlet 91 85 88 80 74 72 70 65 83 72 22

motor FLA may vary, for sizing thermal overload, consult factory.

Page 1 of 2 Version 2.4.0, November 2019 jweeks Textbox

RF-1-24

jweeks Highlight jweeks Highlight jweeks Highlight jweeks Highlight

Dimensions and Weights

Label Value Description

Wheel rotation is defined as being viewed from the drive side.

SUBMITTAL

A-545D

JOB: REPRESENTATIVE:

UNIT TAG: ORDER NO. DATE:

ENGINEER: SUBMITTED BY: DATE:

CONTRACTOR: APPROVED BY: DATE:

Circuit Setter Calibrated Balance Valves with Flanged Connections

DESCRIPTION

The Bell & Gossett Circuit Setter calibrated balance valve is a precision machined triple purpose balancing instrument. It is precisely calibrated for use as a presettable balance valve, variable orifice flow meter and positive shut-off service valve.

Valves are furnished with a calibrated nameplate and memory stop indicator which permits the value to be preset to a fixed open position and then closed for service without disturbing valve setting.

Valves are equipped with capped readout valves fitted with internal check valves. Sizes 2-1/2"-4" (brass ball) include a 1/4" NPT tapped and plugged drain port as standard.

MAXIMUM OPERATING TEMPERATURE

250°F (121°C)

MAXIMUM WORKING PRESSURE

175 PSIG (1207 kPa)

CONSTRUCTION

Sizes 2-1/2"-4" Body: Cast Iron Ball: Brass Seat Rings: Glass and carbon filled TFE Readout Valves: Brass with EPT check valve Stem "O" Ring: EPDM

Sizes 4"-12" Body & Bonnet - Flanged: Cast Iron Disc: 4" - 8" Brass with EPDM insert 10" - 12" Stainless Steel with EPDM Insert Stern: Stainless Steel Packing: Teflon-Graphite (Asbestos-Free) Gasket: Synthetic Fiber - Nitrile Binder (Asbestos-Free) Seal Ring: EPDM Bushing: Nickel Plated Steel

TYPICAL SPECIFICATION

Furnish and install as shown on plans and with manufacturer's recommendations Model CB calibrated balance valves.

PRE-SET BALANCE FEATURE

Valves to be designed to allow installing contractor to pre-set balance points for proportional system balance prior to system start-up in accordance with pre-set balance schedule.

VALVE DESIGN AND CONSTRUCTION

Valves shall be of heavy-duty cast iron {flanged} construction with 125 psi ANSI flange _____ connections suitable up to 175 psi working pressure. Valves 2-1/2" - 4" pipe shall have a brass ball with glass and carbon filled TFE seat rings. valves 4" - 12" shall be fitted with a bronze seat, replaceable bronze disc with EPDM seal insert, and stainless steel stem.

DESIGN PRESSURE/TEMPERATURE

175 psig at 250°F

All balance valves to be Xylem Bell & Gossett Model No. CB- __________ (note sizes)

IMPORTANT

When monitoring system flow care must be exercised to avoid direct skin or eye contact with liquids that may escape. Liquids with temperatures in excess of 120°F (49°C) may cause burns.

Bell & Gossett Circuit Setter Balance Valves are not recommended for use with meter connections pointing downward.

To retain calibrated accuracy, a minimum length of unrestricted straight pipe adjacent to the valve should be maintained as follows:

SIZE

INCHES (mm)

UPSTREAM "A"

(In Pipe Diameters)

DOWNSTREAM "B"

(In Pipe Diameters)

2-1/2"-4" (63.5-101.6)

3 1

4"-12" (63.5-304.8)

5 2

Best use results maximize straight pipe length entering and leaving valve. Obstructions or changes in planar flow profiles entering valve may affect accuracy if too close to valve.

jweeks

CHILLED WATER SYSTEM

CIRCUIT SETTER CALIBRATED BALANCE VALVES A-545D

All Dimensions +/- 0.125" (3.2 mm) tolerance. Dimensions are subjected to change. Not to be used in construction purposes unless certified.

SCHEDULE

DIMENSIONS AND WEIGHTS* DIMENSIONS IN INCHES (MM)

MODEL

NO.

PIPE

SIZE CONNS.

A B C

D E F

MAX. WIDTH

OF VALVE

WEIGHT IN

LBS. (Kg)OPEN CLOSED OPEN CLOSED

CB−2-1/2F

2-1/2 (63.5)

FLGD. − −

6-9/16 (166.7)

(177.8)

(10.4)

CB−3F

(76.2)

FLGD. − −

6-13/16 (173.0)

7-1/2

(190.5)

(13.2)

CB−4

(101.6)

FLGD. − −

(203.2)

(228.6)

(18.5)

CB−4F

(101.6)

FLGD.

16-7/8 (428.6)

15-7/8 (403.2)

14-1/2 (368.3)

4-1/2 (114.3)

15-11/16 (398.5)

13-15/16 (354.0)

6-1/4 (158.8)

(228.6)

(43)

CB−5F

(127)

FLGD.

18-1/2 (470.0)

17-1/4 (438.2)

(406.4)

(127.0)

16-27/32 (427.8)

15-1/16 (382.6)

6-7/8 (174.6)

(254.0) (52)

CB−6F

(152.4)

FLGD.

20-3/4 (527.1)

19-1/4 (489.0)

(457.2)

5-1/2 (139.7)

19-1/8 (485.8)

(431.8)

8-1/4 (209.6)

(279.4) (85)

CB−8F

(203.2)

FLGD.

24-3/4 (628.7)

23-1/4 (590.6)

21-1/2 (546.1)

6-3/4 (171.5)

22-3/8 (568.3)

20-5/16 (516.0)

10-3/8 (263.5)

14-1/4 (362.0)

(144)

CB−10F

(254)

FLGD.

28-7/8 (733.4)

26-1/2 (673.1)

25-1/2 (647.7)

(203.2)

(660.4)

23-3/16 (589.0)

12-1/4 (311.2)

(431.8)

(208)

CB−12F

(304.8)

FLGD.

33-1/2 (851.0)

31-1/8 (790.6)

(762.0)

9-1/2 (241.3)

29-11/16 (754.1)

26-9/16 (674.7)

14-1/2 (368.3)

(508)

(301)

MODEL NO. PART NO. TAGGING INFORMATION QUANTITY

CB−2-1/2F 117116

CB−3F 117117

CB−4 117035

CB−4F 117470

CB−5F 117471

CB−6F 117472

CB−8F 117473

CB−10F 117639

CB−12F 117640

Xylem Inc.

8200 N. Austin Avenue Morton Grove, IL 60053 Phone: (847)966-3700 Fax: (847)965-8379 www.xyleminc.com/brands/bellgossett

Bell & Gossett is a trademark of Xylem Inc. or one of its subsidiaries.

© 2018 Xylem Inc.

DIFFERENTIAL PRESSURE TRANSMITTER

Selectable Ranges of Uni-Directional or Bi-Directional, Selectable Outputs

The Series WWDP Differential Pressure Transmitter offers everything in one package by having 30 field selectable variations in just 3 models. The WWDP provides field selectable unidirectional and bidirectional pressure ranges, configurable 0-5, 1-5, 0-10 VDC, and 4 to 20 mA output. It also provides an auto-zero capability. The field selectable port swap feature eliminates costly re-plumbing if the unit is improperly installed or if the transmitter is simply replaced. An optional LCD display is available for on-sight indication of line and differential pressure. The all cast aluminum housing is rated NEMA 4 (IP66). These features make the WWDP transmitter an ideal instrument for measuring the flow of various liquids and gases, pressure drop across filters, measurement of liquid level or pressurized vessels, and for use in energy management and process control systems.

FEATURES/BENEFITS

• Versatile device for liquid or gas supports designs requiring more precise measurements in support of application

• Field selectable port swap eliminates costly re-plumbing if unit is re-installed or replaced

• Uni-directional and bi-directional pressure selection with configurable output provides a single device that can meet broad application needs without having to specify multiple devices

• Optional LCD display provides local status to identify operational conditions

• NEMA 4 rated enclosure provides protection in harsh environments permitting outdoor monitoring or in areas where dust and particulate matter exists

APPLICATIONS

• Chiller monitoring • Filter monitoring • Liquid level

• Pressure vessels • Process control • Energy management

SPECIFICATIONS

Service: Gases or liquids compatible with 17-4 PH stainless steel.

Accuracy: All pressure ranges have ±1% full-scale accuracy except the lowest selectable range of each unit is ±2% full-scale.

Stability: ±0.5% per year.

Temperature Limits: Compensated temperature range: 32 to 130°F (0 to 54°C); Operating temperature range: -4 to 185°F (-20 to 85°C).

Pressure Limits: Max working pressure:

WWDP-1: 50 psi; WWDP-2: 100 psi;

WWDP-3: 250 psi; Proof pressure: 2.2X of full-scale; Burst pressure: 40X of full-scale.

Thermal Effect: 2% FS/100°F (50°C) includes zero and span.

Power Requirements: 12 to 30 VDC/18 to 28 VAC (reverse excitation protected).

Note: 4-20 mA output cannot be powered with AC voltage.

Output Signal: Selectable 0 to 5, 0 to 10 and 1 to 5 VDC; 4 to 20 mA.

Zero & Span: Digital “re” zero button (should be used when changing ranges).

Span can be adjusted by changing between field selectable ranges.

Response Time: 1 to 5 s (selectable).

Loop Resistance: 1000 Ω.

Current Consumption: VDC power: 0 to 5, 1 to 5 VDC output 4 mA (typ);

0 to 10 VDC output 5 mA (typ); 4 to 20 mA output 20 mA max. Current consumption will equal the transmitter output in current mode. VAC power: 0 to 5, 1 to 5, 0 to 10 VDC output 40 mA (typ).

Electrical Connections: 1/2˝ conduit.

Process Connections: 1/8˝ female NPT internal.

Enclosure Rating: Designed to meet

NEMA 4 (IP56).

Mounting Orientation: Vertical; mount the pressure ports down (keeps debris from building up inside the pressure port).

Weight: 1.5 lb (680.4 g).

Agency Approvals: CE.

[127.00]

4-45/64 [119.46]

3-13/32 [86.52]

13/32

[10.32] TYP 3/16

[4.76] 1/4 FEMALE NPT LOW

PRESSURE CONNECTION [LIQUID]

[4] #6-32 X 3/8 [9.53] DP

HOLE ON A 4-11/32 [110.33]

BOLT CIRCLE

1/4 FEMALE NPT HIGH

PRESSURE CONNECTION [LIQUID]

1/4 FEMALE NPT LOW PRESSURE

CONNECTION [AIR OR GAS]1/4 FEMALE NPT HIGH

PRESSURECONNECTION

[AIR OR GAS]

3/4 [19.05]

35° TYP

6 [152.4] 5-9/16 [141.29]

R7/64 [R2.78]

11/32 [8.73]

[50.8]

1-15/64 [31.35]

1-43/64 [42.47]

1-9/16 [39.69]

5-11/64 [131.37]

61/64 [24.21]

1/8˝ NPT

1/2˝ CONDUIT

OPENING

[50.5]

4-39/64 [117.08]

4-53/64 [122.63]

[101.6]

CAPSUHELIC® WET/WET DIFFERENTIAL PRESSURE TRANSMITTER

Ranges Down to 0.5 in w.c. with 500 psi Static Pressure Rating

The Dwyer Series 631B Capsuhelic® Wet/Wet Differential Pressure Transmitter monitors differential pressure of air and compatible gases and liquids with accuracy.

The design employs converting pressure changes into a standard 4-20 mA output signal for two wire circuits. Digital push-button, zero and span adjustments are easily accessed on the front cover. The Series 631 Differential Pressure Transmitter is designed to meet NEMA 4X (IP66) construction. Robust housing offers 500 psi static pressure rating on ranges down to 0.5 in w.c.

FEATURES/BENEFITS

• Gage capsule permits high-pressure usage with small differentials

• Versatile device for liquid or gas supports designs requiring more precise measurements in support of application

• Zero and range adjustments outside of gage means no disassembly in normal service

• NEMA 4X rated enclosure provides protection in harsh environments permitting outdoor monitoring or in areas where dust and particulate matter exists

APPLICATIONS

• Refrigeration equipment

• Energy and water management

• Liquid level in water storage tanks

SPECIFICATIONS

Service: Compatible gases & liquids.

Wetted Materials: Brass, silicone, 300

SS.

Accuracy: Transmitter output: ±2% FS (includes linearity, hysteresis and repeatability). Gage: ±3% of full-scale at 70°F (21.1°C).

Stability: ±1% FS/yr.

Temperature Limits: 20 to 120°F (-6.67 to 48.9°C).

Pressure Limits: -20˝ Hg to 500 psig (-0.677 bar to 34.4 bar).

Thermal Effect: 0.025%/°F (0.045%/°C) includes zero & span.

Power Requirements: 10 to 35 VDC.

Output Signal: 4 to 20 mA.

Response Time: 50 ms.

Loop Resistance: 0 to 1250 Ω max.

Electrical Connections: M-12 circular 4 pin connector.

Process Connections: 1/4˝ female NPT high and low pressure taps, duplicated -one pair top for air and gas, and one pair bottom for liquids.

Enclosure Rating: Designed to meet

NEMA 4X (IP66).

Mounting Orientation: Diaphragm in vertical position. Consult factory for other position orientations.

Weight: 8 lb 4 oz (3.74 kg).

Agency Approvals: CE.

D iff er en tia l P re ss ur e

Tr an sm itt er s

PR

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DWYER INSTRUMENTS, INC. | dwyer-inst.com

SERIES 631B

SERIES WWDP

USA: California Proposition 65 WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov

MODEL CHART

Model Description (psid) Max. Working Pressure (psi)

WWDP-1

WWDP-2

WWDP-3

WWDP-1-LCD

WWDP-2-LCD

WWDP-3-LCD

Selectable 5, 10, 25, 50 Selectable 10, 20, 50,100 Selectable 25, 50,125, 250 Selectable 5, 10, 25, 50 Selectable 10, 20, 50,100 Selectable 25, 50,125, 250

OPTIONS

To order add suffix: Description -NIST NIST traceable calibration certificate Example: 631B-2-NIST

OPTIONS

Use order code: Description NISTCAL-PT1 NIST traceable calibration certificate

MODEL CHART

Model Range 631B-0 631B-1 631B-2 631B-3 631B-5

0 to 0.5 in w.c.

0 to 1 in w.c.

0 to 2 in w.c.

0 to 5 in w.c.

0 to 25 in w.c.

ACCESSORIES

Model Description A-164 16.4´ (5 m) cable with M-12 4-pin female connector swhooley

Building 1, 18, 19, 101

ONICON Insertion Turbine Flow Meters

STREAMLINED SENSOR

HEAD AND SLENDER

STEM allow for hand insertion of the meter while under pressure.

PATENTED TURBINE

ROTATION SENSING

SYSTEM translates turbine rotation into electronic impulses without the need for magnets that impede rotation and attract rust.

PRECISION SHAFT & BEARING SYSTEM incorporates sapphire thrust and axial bearings installed on highly polished tungsten carbide shafts. When coupled with the low mass turbines, this system virtually eliminates shaft and bearing wear even after many years of continuous service.

LOW MASS TURBINES

require very little energy to rotate. This makes them responsive to small changes in flow and significantly enhances their low flow performance.

INTEGRAL HOT-TAP DESIGN

is standard for all insertion flow meters and allows insertion and removal without interrupting flow. Meters are hand-insertable.

No special installation tools are required.

Provide an accurate, cost effective option for flow measurement of relatively clean liquids such as those found in closed loop HVAC systems. Each meter is built to order and individually wet-calibrated.

And yet, the innovative insertion style design makes it affordable to fully instrument the entire plant providing the real-time flow data critical to improving performance and efficiency. In addition, these meters can be installed with no interruption to existing services during installation.

F-1100 Series Single Turbine Meters Suitable for pipe sizes 1 ¼” and larger.

Hot Tap Adapter

Provide all the features of the F-1100 series single turbine meters, plus significantly improved accuracy in limited straight pipe runs. By averaging the speed of rotation of two turbines with opposite helixes, the F-1200 minimizes the effect of swirl, the most common flow distortion caused by pipe bends and elbows. This makes the F-1200 more forgiving when installed in cramped central plant piping systems.

FOUR STANDARD MODELS TO MEET YOUR NEEDS

F-1100 and F-1200 series flow meters are available in four different models, each specifically designed to interface with your building control system. Each is also provided with a dedicated output signal suitable for use with ONICON display modules or BTU meters.

F-1100 / F-1200: FREQUENCY OUTPUT

Frequency output versions of the meter provide a single linear 0-15 VDC square wave signal that is proportional to flow. This high resolution output signal (up to 300 Hz) is specifically designed to interface with ONICON peripheral devices such as BTU meters and displays.

F-1110 / F-1210: ANALOG OUTPUT

These models provide two factory calibrated analog signals for reporting flow rate data; an active 4-20 mA output and a 0-10 VDC output. This meter also has a frequency output.

F-1111 / F-1211: ISOLATED ANALOG OUTPUT

These models provide the same output signals as the F-1110 / F-1210 models, except that the analog signals are electrically isolated from input power and earth. This meter also has a frequency output.

F-1130 / F-1230: SCALED OUTPUT

The F-1130 and F-1230 provide a precision scaled pulse output for totalizing flow. The output is scaled to one pulse per a specific unit volume; i.e. one pulse per 10 gallons, or one pulse per 100 liters, etc.

The output is an electrically isolated solid state dry contact switch. This meter also has a frequency output.

Suitable for pipe sizes 2 ½” and larger.

F-1200 Series Dual Turbine Meters

APPLICATIONS

• Chilled water, hot water and closed loop condenser water for HVAC

• Pumped steam condensate

• Domestic / municipal water

• Process water and water mixtures

OPERATING RANGE FOR COMMON

PIPE…