Amendment_0002_-_Fire_Pump.pdf

PRODUCT

SUBMITTAL

PACKAGE

JOB # 10436

CUSTOMER

Eastern Fire P.O. Box 1390 Auburn, ME 04211-1390

Portsmouth, NH 03801

PROJECT

NH ANG Pease (2) 2500 hse

PH: 603-319-4171

FAX: 603-319-4173

FOR APPROVAL

DESCRIPTION

2- Patterson model 10x8 M horizontal split case UL listed / FM approved fire pump rated for 2500 GPM @ 140# each to be driven by a 350 HP motor. Pump to have 10" suction x 8" 250# discharge 2- Firetrol model FTA3100 variable frequency drive fire pump controllers with across-the-line start fail safe option. TRANSFER SWITCH NOT INCLUDED 2- 1/2" automatic air release valves 2- Sets of suction and discharge gauges 2- 3/4" casing relief valves, 300# rating 1- 8" grooved end flowmeter 2- 8" x 10" Concentric increasers, 250# 2- 6" Pilot operated main relief valve, 250# inlet x 125# outlet 2- 6" x 10" Enclosed cone with sight glass

NH - A.N.G. - PEASE c/o Eastern Fire Protection 10x8MH 2500 140#/323'

US 449T

350 3 60 460 1775

FIRETROL FT3130 VFD NO TRANSFER SWITCH

PRS 9/21/18

Peter Rectangle

Peter Line

Peter Line

0 500 1000 1500 2000 2500 3000 3500 4000

Patterson Pump Company Job: 312048

GPM:2500

Ft. Head:323 Rated RPM:1780

Test Num:1 Date:Dec-27-2015

Sold To: SUBMITTAL ONLY Test Driver:SIEMENS

HP:350

Eff%:0.924

Test RPM:1775 Test Type:Performance Test

Approved By:__________________ Witnessed By:_________________

Ft . H ea d B

H P

E ff.

N

P S

H

GPM

Eff. % Ft. Head BHP NPSH

Serial No: FOR SUBMITTAL ONLY Pump Type:10X8M Imp Pattern:C-4070 Imp Dia:17.813 Vane Tips:.375 No. Stages:1 Certified By:_________________LJ

10X8MNATIONAL FIRE SUPPRESSION 2500

C-4070FP-C0143569-01 323

312048 178017.813 .375

350 3,750.00, 0.00Positive Pressure Test 1775 209.95, 0.008"

192.78 SIEMENS

201098.00 L J

46010.00 Dec-27-2015

4010.00 1 1.150.00

300PSI 0.924

WaterTemp

PSI kWPSI 1 177.00 16.00 177.60 1,793.00 0.00 0.00 371.91 0.00 238.07 219.98 0.00 0.00 366.54 215.23 2 173.00 15.80 165.40 1,791.00 43.00 1,264.14 363.73 116.11 221.72 204.87 56.68 1,256.38 359.28 201.11 3 166.00 13.60 196.40 1,789.00 106.00 1,984.79 353.52 177.19 263.27 243.26 72.84 1,974.81 349.97 239.61 4 159.00 12.40 220.60 1,786.00 169.00 2,506.14 341.00 215.81 295.71 273.24 78.98 2,497.72 338.71 270.49 5 154.00 10.90 234.60 1,786.00 216.00 2,833.28 333.57 238.66 314.48 290.58 82.13 2,823.76 331.33 287.66 6 148.00 9.20 245.40 1,785.00 263.00 3,126.37 324.29 256.02 328.95 303.95 84.23 3,117.61 322.47 301.41 7 133.00 6.00 267.40 1,783.00 380.00 3,757.97 298.66 283.42 358.45 331.20 85.57 3,751.65 297.66 329.53 8 130.00 5.60 269.60 1,783.00 400.00 3,855.60 292.93 285.21 361.39 333.93 85.41 3,849.11 291.95 332.25

PATTERSON PUMP COMPANY

RATING (Design)PUMP DATAORDER INFORMATION GPM:Pump Size & Type:Customer:

FT HD:Impeller Pattern:Serial No:

RPM (N2):Job: Impeller Diameter:

Vane Tips:

Stages:

TEST DRIVER INFORMATION SECONDARY RATINGSTEST INFORMATION

HP: GPM:

RPM:Venturi Meter: FT HD:

Venturi Constant: Manufacturer:

Data Collected by :Discharge Dia: Serial No.:

Volts: Test Date :Suction Dia:

Amps: Test No.:Discharge Guage Elev.(Zd):

S.F.:Suction Guage Elev. (Zs):

Eff.(.00):Pressure Ga:

Panel No.:

Test Data Calculated Data Calculated Data at Rated Speed whp ehp bhp1 npumpNo bhp2Q2 (GPM) H2 (FT)H1 (FT)Q1 (GPM))Ps (Pd ( ) h (" H2O)N1

Comments:

UL/FM RATING 300HP.

SAMPLE NAMEPLATE FOR SUBMITTAL ONLY - ACTUAL DATA VALUES MAY VARY

EFFECTIVE:

SUPERSEDES:

PRINT:

SHEET:

11-APR-12

07-JUN-13 07-2009-16

DIMENSION PRINT

ODP - WORLD MOTOR

FRAME: 449T, TM, TS

BASIC TYPE: FR

ISSUED BY

APPROVED BYNidec Motor Corporation St. Louis, Missouri

INFORMATION DISCLOSED ON THIS DOCUMENT

IS CONSIDERED PROPRIETARY AND SHALL NOT BE

REPRODUCED OR DISCLOSED WITHOUT WRITTEN

CONSENT OF NIDEC MOTOR CORPORATION

IH

P

_D P

_N M

C A

(M A

R -2

1)

S O

LI

D

ED

G

E

R. KING

K. VOSS

07-2009/B

ALL DIMENSIONS ARE IN INCHES AND MILLIMETERS

FRAME

449T 28.25

B C 48.25

K 3.25

N 8.75

U -.001 3.375

V

MIN

8.25

BS

12.50

ES

MIN

6.88

SQ

KEY

.875

449TM

28.25 44.50 2.875 4.50 3.50 .750

28.25 44.50 3.25 3.00

449TS

2.375 4.50 .625

2E ±.03 18.00

H +.05

.81

D -.06 11.00

2F ±.03 25.00

T

W .25

AB

28.68

AC

21.56

AD

3.00

BA

7.50

A 22.00

E 9.00

G 1.38

J 4.00

O 22.00

P 22.25

T 2.94

BS

2F

C

N

A

W

2E

E

V

BA

ES

B

U

JK

P

G

D

OAF

AC

AB

AA SIZE

CONDUIT

H

4 HOLES

AA SIZE CONDUIT

2 HOLES

457 21279 6 191559 229 35 102 559 565 75

UNITS

IN

MM

UNITS

IN

718 1226 83 222 85.73 210 318 175 22.23

718 1130 73.03 114 89

718 1130 83 7660.33 114

635MM

IN

MM

IN

MM

19.05

15.88

728 548 76

1: ALL ROUGH DIMENSIONS MAY VARY BY .25" DUE TO

CASTING AND/OR FABRICATION VARIATIONS.

2: LARGEST MOTOR WIDTH.

4: CONDUIT BOX MAY BE LOCATED ON EITHER SIDE

OF MOTOR. CONDUIT OPENINGS MAY BE LOCATED IN

STEPS OF 90 DEGREES REGARDLESS OF LOCATION.

STANDARD AS SHOWN WITH CONDUIT OPENING DOWN.3: TOLERANCES SHOWN ARE IN INCHES ONLY.

UNITS

IN

MM

25.00

25.00

3.25

5.00

5.00

12.50

12.50

AD

AD

BA

7.50

AF

5.94

O/B

STEEL

CAST IRON

UNITS

IN

MM

IN

MM

10.94

TYPE AA

3 NPT

2 1/2 NPT

3 1/2 NPT

4 NPT

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Peter Highlight

Highlight

Peter Highlight

Peter Highlight

Motor Wiring Diagram WYE Start - Delta Run Single Voltage Motors or Dual Voltage Motors on Low Voltage Only

US ELECTRICAL MOTORS 11658

Per NEMA MG1 1998-1.76, "A Wye Start, Delta Run motor is one arranged for starting by connecting to the supply with the primary winding initially connected in wye, then reconnected in delta for running condition." This is accomplished by a special Wye-Delta starter configuration using six leads from the motor and is intended to limit the inrush current required to start the motor.

Motors designed by US Motors for Wye start, Delta Run may also be used for across the line starting using only the Delta connection. Damage will occur if the motor is operated with load for more than 30 seconds on the Wye without transition to Delta.

To reverse direction of rotation, interchange leads L1 & L2.

Each lead may have one or more cables comprising that lead. In such case, each cable will be marked with the appropriate lead number.

Connection Plate: 11658 Connection Decal: 344137(OBS), 416280

Revised: 12/13/99 REP Revised: 10/13/00 REP www.usmotors.com vii

† All marks shown within this document are properties of their respective owners. Revised August 2016

Variable Frequency Drives (VFD) A VFD is a type of controller used to vary the speed of an electric motor.

adjusted in order to get different speeds from the motor. Motor speed can be varied by changing the frequency of the input power waveform.

The equation below shows how the frequency affects the speed of a three phase induction motor.

How does a VFD work?

grid or power station and puts it through a few steps in order to allow the VFD user to vary the frequency and in turn control the motor speed.

term commonly used instead of VFD is inverter. This only describes one a DC voltage the drive sends the power through a set of transistors or switches. These switches can take the DC waveform and by opening and closing at certain speeds and durations can create an output waveform that mimics the sine wave that is required to drive a three phase electric motor. The output wave form is known as a Pulse Width Modulation (PWM) waveform because the waveform is created by multiple pulses of the switches at short intervals.

What variables should be considered when deciding whether to power a motor with a VFD?

VFD compatibility with motors is complex. As a result, many variables must be considered when determining the suitability of a particular motor

• Torque requirements (Constant or Variable)

• Speed Range

• Line / System Voltage

• Cable length between the VFD and the motor

• Drive switching (carrier) frequency

• Motor construction

• VFD dv/dt

• High temperatures or high humidity

• Grouding system

Wider speed ranges, higher voltages, higher switching frequencies, of the application and, therefore, the potential for premature motor failure.

How does a VFD affect the motor?

There are many things to consider when a motor is powered using a VFD or PWM power. When a motor is powered by a PWM waveform the motor windings very often see a large differential voltage, either from phase to phase or turn to turn. When the voltage differential becomes large enough it creates a reaction at the molecular level that converts available oxygen into O3. This phenomenon is called partial discharge or corona. This reaction creates energy in the form of light and heat. This energy has a corrosive effect on the varnish used to protect the motor windings. PWM waveforms can also magnify shaft voltages which lead to arcing across the bearing and causing premature bearing failure.

Corrective action must be taken to mitigate these issues that arise when using an electric motor with a VFD.

How do I protect the motor?

to decrease the harmful affects that a VFD can have on a motor.

NMC’s INVERTER GRADE® defense against corona and phase to phase faults that can be common when a motor is powered using a PWM waveform. The INVERTER GRADE® insulation system is standard on all of NMC’s Inverter Duty products. Along with the INVERTER GRADE® insulation, thermostats are installed as a minimum protection against over heating the motor.

Special consideration must also be given to bearings in motors powered by VFD’s. In order to create a low resistance path to ground for built up shaft voltages a shaft grounding device can be used. On larger horsepower motors an insulated bearing system should be used in conjunction with the shaft grounding device when installed, to force the stray shaft voltages to ground. The bearing failures are more prominent on motors with thrust handling bearings. NMC has created an Inverter Duty vertical motor line that not only uses the INVERTER GRADE® insulation system, but that also comes standard with a shaft grounding device. On motors that are 100 HP and greater the thrust bearing is also insulated for additional protection.

What does "Inverter Duty" mean?

An Inverter Duty motor should describe a motor that helps mitigate potential failure modes of a motor that is powered by a VFD. Inverter duty motor windings should be able to withstand the voltage spikes per NEMA MG1 Part 31.4.4.2 and protect against overheating when the motor is run at slow speeds. On thrust handling bearings it is apparent that the bearings require additional protection. Inverter Duty vertical motors should have a shaft grounding device to protect the motor larger motors (100HP and larger) the shaft should also be electrically isolated from the frame in order to aid the shaft grounding ring in discharging the shaft voltages to ground.

®† & CSA®† listings where indicated.

Figure 1 PWM Waveform

PULSE WIDTH MODULATION WAVEFORM

Speed = 120* Fundamental Input Frequency

Number of Motor Poles

Line to

Neutral Voltage

Line Current

General Information for Integral Horsepower (IHP) Motors on Variable Frequency Drives (VFDs) viii www.usmotors.com

† All marks shown within this document are properties of their respective owners. Revised August 2016

Thermal Overloads and Single Phase Motors Motors with thermal overloads installed may not operate properly on a VFD. The current carrying thermal overload is designed for sine wave power. Operation on a VFD may cause nuisance tripping or potentially not protect the motor as would be expected on line power. Thermostats or thermistors installed in the motor and connected properly to the VFD may provide suitable thermal overload protection when operating on a VFD.

(consult codes for installation requirements) Single phase motors and other fractional horsepower ratings are not designed to be operated on a VFD. Within Nidec Motor Corporation standard products, all motors NEMA®† 48 frame (5.5” diameter) and smaller are not suitable for VFD applications. Three phase 56 and 143/145 frame applications should be noted on the catalog price page;

or if in doubt ask an Nidec Motor Corporation technical representative for recommendations on compatibility with a VFD.

Slow Speed Motors Motors with a base design of slower than six poles require special consideration regarding VFD sizing and minimizing harmonic distortion created at the motor terminals due to cable installation characteristics.

designed for PWM power may be required to provide acceptable motor life.

Harmonic distortion on the output waveform should be kept to a minimum level (less than 10%) mismatch impedence.

690V Applications Motors that are rated for 690VAC and that will be powered by 690VAC spikes and the use of an INVERTER GRADE® motor. Where available, system.

Low Voltage TITAN® Motors When using 449 frame and larger motors on PWM type VFDs consider power to minimize harmonic distortion and peak voltages at the motor terminals. Harmonic distortion on the output waveform should be kept to a minimum level (less than 10%).

Bearing Currents Related to PWM Waveforms the motor bearings from shaft currents caused by common mode voltages is not a standard feature on sine wave or Inverter Duty motor products, unless explicitly noted. Some installations may be prone to a voltage discharge condition through the motor bearings called Electrical Discharge

EDM damage is related to characteristics of the PWM waveform, and the VFD programming, and installation factors.

Bearing EDM as a result of VFD waveform characteristics may be prevented by the installation of a shaft grounding device such as a brush or ring and/or correction of the installation characteristics causing the shaft

Bearing Protection on Inverter Duty Vertical Motors All U.S. MOTORS® brand “Inverter Duty” vertical products have a shaft grounding system that allows damaging shaft currents a low resistance path to ground. Bearings on vertical motors fed by VFD power without this bearing protection are not covered under any warranty. All other bearing failure is covered per NMC’s standard warranty. An electric motor repair shop approved to service U.S. MOTORS® brand motors must verify that the cause of the bearing failure was not due to EDM damage.

Multiple Motors on a Single VFD Special considerations are required when multiple motors are powered from a single VFD unit. Most VFD manufacturers can provide guidelines for proper motor thermal considerations and starting/stopping of motors.

Cable runs from the VFD and each motor can create conditions that will cause extra stress on the motor winding. Filters may be required at the motor to provide maximum motor life.

Grounding and Cable Installation Guidelines Proper output winding and grounding practices can be instrumental in minimizing motor related failures caused by PWM waveform characteristics and installation factors. VFD manufacturers typically provide detailed guidelines on the proper grounding of the motor to the VFD and output cable routing. Cabling manufacturers provide recommended cable types for PWM installations and critical information concerning output wiring impedance and capacitance to ground.

Vertical Motors on VFDs Vertical motors operated on VFD power present unique conditions that

• • Locked rotor and drive tripping caused by non-reversing-ratchet operation at low motor speeds. It is not recommended to operate motors at less than 1/4 of synchronous speed. If slow speeds are required contact NMC engineering.

• • Unexpected / unacceptable system vibration and or noise levels caused by the torque pulsation characteristics of the PWM waveform, a system critical frequency falling inside the variable speed range of the process or the added harmonic content of the PWM waveform exciting a system component

• • Application related problems related to the controlled acceleration/ deceleration and torque of the motor on VFD power and the building of system pressure/ load.

• • The impact the reduction of pump speed has on the down thrust the motor bearings

• Water hammer during shutdown damaging the non-reversing ratchet

Humidity and Non-operational Conditions The possible build-up of condensation inside the motor due to storage in an uncontrolled environment or non-operational periods in an installation, can lead to an increased rate of premature winding or bearing failures when combined with the stresses associated with PWM waveform characteristics. Moisture and condensation in and on the motor winding over time can provide tracking paths to ground, lower the resistance of the motor winding to ground, and lower the Corona Inception Voltage (CIV) level of the winding.

Proper storage and maintenance guidelines are important to minimize the potential of premature failures. Space heaters or trickle voltage heating methods are the common methods for drying out a winding that has low resistance readings. Damage caused by these factors are not covered by the limited warranty provided for the motor unless appropriate heating methods are properly utilized during non-operational periods and prior to motor start-up.

NEMA®† Application Guide for AC Adjustable Speed Drive Systems:

http://www.nema.org/stds/acadjustable.cfm#download

Motor / Inverter Compatibility www.usmotors.com ix

† All marks shown within this document are properties of their respective owners. Revised August 2016

Cable distances are for reference only and can be further limited by manufacturers cable limits. Refer to the Motor/ Inverter Compatibility page for special consideration of vertical motor bearings.

motors will not be covered under warranty.

Vertical Motor Windings ® insulation that are installed using the criteria described in this document and applied in the correct applications shall have a warranty while powered by a VFD for 12 months from date of installation or 18 months from date of manufacturing warranty periods.

Bearing Exclusion for Thrust Handling Bearings bearings, that are powered by VFDs without shaft grounding devices or insulated bearings (when required) will not be covered under any warranty for damages caused from being powered by a VFD. All other bearing failure is covered per NMC’s standard warranty. An electric motor repair shop approved to service U.S. MOTORS® brand motors must verify that the cause of the bearing failure was not due to Electrical Discharge Machining.

Medium Voltage and Slow Speed Considerations Motors that are rated above 700 VAC or that are eight pole and slower require special consideration and installation and are not covered under the warranty guidelines in this document. Motors that are rated above 700VAC to the VFD type and manufacture. The motor construction and cost may vary dramatically depending on the VFD topology and construction. Contact your NMC representative with VFD manufacturer name and model type for application and motor construction considerations. Motors that are designed manufacturer.

Warranty Guidelines for Integral Horsepower (IHP)* Motors on Variable Frequency Drives

Warranty Guidelines The information in the following section refers to the motor and drive application guidelines and limitations for warranty.

Hazardous Location Motors Use of a variable frequency drive with the motors in this catalog, intended for use in hazardous locations, is only approved for Division1, Class I, Group D hazardous location motors with a T2B temperature code, with

No other stock hazardous location motors are inherently suitable for operation with a variable frequency drive. If other requirements are needed, including non-listed Division 2, please contact your Nidec Motor Corporation territory manager to conduct an engineering inquiry.

575 Volt Motors requirements.

Applying INVERTER GRADE® Insulated Motors on Variable Frequency Drives (2, 4, 6 pole)

The products within this catalog labeled “Inverter Duty” or “Vector Duty” are considered INVERTER GRADE® insulated motors. INVERTER GRADE® motors exceed the NEMA®† MG-1 Part 31 standard.

Nidec Motor Corporation provides a three-year limited warranty on all NEMA®† frame INVERTER GRADE® insulated motors and allows long cable runs between the motor and the VFD (limited to 400 feet without environments and VFD manufacturers cable limits. These motors may be appropriate for certain severe inverter applications or when the factors

Nidec Motor Corporation’s U.S. Motors® brand is available in the following

INVERTER GRADE®

• Inverter Duty NEMA®†

• ACCU-Torq® and Vector Duty Motors with full torque to 0 Speed

• 841 Plus® NEMA®† Frame Motors

GRADE® insulation) on Variable Frequency Drives (2, 4, 6 pole) minimum NEMA®† MG-1, Section IV, Part 31.4.4.2. These motors can be used with Variable Frequency Drives (with a reduced warranty period)

• On NEMA®†

• On TITAN®

• On TITAN® frame motors, inquiry required for suitability on constant torque loads.

Table 1 - Cable Distances

Maximum Cable Distance VFD to Motor

Switching Frequency 460 Volt 230 Volt 380 Volt

3 Khz 127 ft 400 ft 218 ft

6 Khz 90 ft 307 ft 154 ft

9 Khz 73 ft 251 ft 126 ft

12 Khz 64 ft 217 ft 109 ft

15 Khz 57 ft 194 ft 98 ft

20 Khz 49 ft 168 ft 85 ft

Mark IIxg Variable Speed Electric Fire Pump Controllers

Controls the speed of a centrifugal pump to limit the system pressure in a fire sprinkler system.

Firetrol® variable speed electric fire pump control-lers provide a variable frequency drive (VFD) in a PID process control loop to control the speed of a centrifugal pump for the purpose of limiting the system pressure in a fire sprinkler system. The Mark IIXG monitors the VFD, and if a problem is detected, switches the controller to bypass mode. The con-trollers are available in the following configurations:

FTA3100 - VFD with Across-The-Line Bypass FTA3110 - VFD with Autotransformer Bypass FTA3130 - VFD with Digital Soft Start Bypass

The controllers include pilot lights for indication of Drive Ready and Bypass Active and also a selector switch for manual bypass operation.

These Controllers are available assembled with power transfer switches for use with an emergency generator set or second utility power source.

Operator Interface The fire pump controllers feature an operator interface with user keypad. The interface mon-itors and displays motor operating conditions, including all alarms, events, and pressure conditions. All alarms, events, and pressure conditions are displayed with a time and date stamp. The display is a 128x64 Backlit LCD capable of customized graphics and Cyrillic type character display. The display and inter-face are NEMA rated for Type 2, 3R, 4, 4X, and 12 protection and is fully accessible without opening the controller door. The user interface utilizes multiple levels of password protection for system security. A minimum of 3 password levels are provided.

Approvals Firetrol fire pump controllers are listed by Un-derwriters’ Laboratories, Inc., in accordance with UL218, Standard for Fire Pump Controllers, CSA, Standard for Industrial Control Equipment.

They are built to meet or exceed the require-ments of the approving authorities as well as NEMA, the latest editions of NFPA 20, Installa-tion of Centrifugal Fire Pumps, NFPA 70, National Electrical Code and are approved by Factory Mutual.

Side-by-side disconnect/ circuit breaker provides single handle sequencing

Digital Status/Alarm Messages The digital display indicates text messages for the status and alarm conditions of:

• Motor On • Sequential Start Time

• Minimum Run Time • Local Start / Off Delay Time • Remote Start

• Fail to Start • System Battery Low

• Under Voltage • Over Voltage

• Locked Rotor Trip • Over Frequency

• Emergency Start • Motor Over 320%

• Drive Not Installed • Motor Overload

• Disk Error • Disk Near Full

• Pressure Error

The Sequential Start Timer and Minimum Run Timer/Off Delay Times are displayed as numeric values reflecting the value of the remaining time.

LED Visual Indicators LED indicators, visible with the door closed, indicate:

• Power Available • Alarm

• Pump Running • System Pressure Low

• Remote Start • Transfer Switch Normal

• Deluge Open • Transfer Switch Emergency

• Phase Failure • Phase Reversal

• Interlock On • Fail To Start

• Motor Overload • Emerg. Iso. Switch Off

• Automatic Shutdown Disabled

• Overvoltage • Undervoltage

Mark IIxg Variable Speed Electric Fire Pump Controllers

� Voltage surge protector � Main Disconnect Switch sized for connected motor horsepower and voltage � Fire pump Circuit Breaker � Single handle Isolating Disconnect Switch/Circuit Break-er mechanism � Motor contactor � Emergency Manual Run Mechanism to mechanically close motor contactor contacts in an emergency con-dition

� Built-in Start and Stop push-buttons to bypass automat-ic start circuits

� Minimum Run Timer / Off Delay Timer � Daylight Savings Time Option � Weekly Test Timer � Elapsed Time Meter � Door mounted display/interface panel featuring a 128 x 64 pixel backlit LCD Graphical Display, Membrane Type User Control Push-buttons and easy to read LED Indicators for:

� POWER AVAILABLE

� ALARM

� TRANSFER SWITCH NORMAL (If unit ordered with

Automatic Power Transfer Switch) � TRANSFER SWITCH EMERGENCY (If unit ordered with

Automatic Power Transfer Switch)

� SYSTEM PRESSURE LOW

� PUMP RUNNING

� DELUGE OPEN

� REMOTE START

� INTERLOCK ON

� FAIL TO START

� MOTOR OVERLOAD

� EMERGENCY ISO SWITCH OFF (If unit ordered with

Automatic Power Transfer Switch)

� PHASE FAILURE

� PHASE REVERSAL

� AUTOMATIC SHUTDOWN DISABLED

� OVERVOLTAGE

� UNDERVOLTAGE

� Digital Pressure Display � USB Host Controller and Port � Solid State Pressure Transducer � Data Log � Event Log (3000 Events) � True RMS Metering with simultaneous 3 Phase Display of

Amps, Volts, Frequency, Pressure and Alarm Messages � Disk Error message � Disk Near Full message � Pressure Error message � Motor Over 320% message � Local Start message � Remote Start message � Emergency Start message � Fail To Start message � Undervoltage message � Overvoltage message � NEMA Type 12 (IEC IP54) enclosure � Suitable for use as Service Equipment � Each standard controller comes with user configurable options for:

� Interlock Alarm � Low Pressure Audible �Low Suction � Pump Run � User Defined Input � Weekly Test

Standard features include:Data Logging The user interface monitors the system and logs the following data:

•Motor Calls/Starts •Pump Total Run Time •Pump Last Run Time •Total Controller Pwr On Time •Last Pump Start •Min/Max System Pressure •Last Phase Fail/Reversal •Last Locked Rotor Trip •Last Locked Rotor Current •Min/Max Frequency •Max Starting Currents •Max Run Currents •Min/Max Voltage per Phase while idle (not running)

• Min Voltage per Phase during Start

• Min/Max Voltage per Phase during Run

Event Recording Memory - The controller records all opera-tional and alarm events to system memory. All events are time and date stamped and include an index number. The system memory has the capability of storing 3000 events and allows the user access to the event log via the user in-terface. The user can scroll through the stored messages in groups of 1 or 10.

USB Host Controller The controller is equipped with a built-in USB Host Controller. A USB port capable of accept-ing a USB Flash Memory Disk is provided. The controller saves all operational and alarm events to the flash memory on a daily basis. Each saved event is time and date stamped. The total amount of historical data saved depends on the size of the flash disk utilized. The operator can save settings and values to the flash disk on demand via the user interface.

USB Host Port and Flash Disk

Controller VFD Compartment

Variable Frequency Drive

Protective Fuses

Power Isolation Contactor

Spare Fuse Storage Compartment

Line Reactor (provides clean signal to VFD and prevents backfeed disturbances on power line)

111 Corning Road Suite 120 Cary, North Carolina 27518 P +1 919 460 5200 F +1 919 460 5250 www.firetrol.com While every precaution has been taken to ensure accuracy and completeness herein, ASCO Power Technologies assumes no responsibility, and disclaims all liability, for damages resulting from use of this information or for any errors or omissions. Specifications and drawings are subject to change without notice. The ASCO, ASCO Power Services, and ASCO Power Technologies marks are owned by Emerson Electric Co. or its affiliates and utilized herein under license. ©2017. Printed in USA.

Publication CB3100-50 Rev. F

Description – Firetrol® Variable Speed Electric Fire Pump Controllers provide a variable frequency drive (VFD) in a PID process control loop to control the speed of a cen-trifugal pump for the purpose of limiting system pressure in a fire sprinkler system. These controllers are available in the following configurations:

FTA3100 - VFD with Across-the-Line Bypass FTA3110 - VFD with Autotransformer Bypass FTA3130 - VFD with Digital Soft Start Bypass Approvals – Firetrol fire pump controllers are listed by Underwriters’ Laboratories, Inc., in accordance with UL218, Standard for Fire Pump Controllers, CSA, Standard for Industrial Control Equipment. They are built to meet or exceed the requirements of the approving authorities as well as NEMA, the latest editions of NFPA 20, Installation of Centrifugal Fire Pumps, NFPA 70, National Electrical Code and are approved by Factory Mutual.

Standard Features—The following are included as stan-dard with each controller:

� Voltage surge protector � Main Disconnect Switch sized for connected motor horsepower and voltage � Fire pump Circuit Breaker � Single handle Isolating Disconnect Switch/Circuit

Breaker mechanism � Motor contactor � Emergency Manual Run Mechanism to mechanically close motor contactor contacts in an emergency con-dition

� Built-in Start and Stop push-buttons to bypass auto-matic start circuits

� Minimum Run Timer / Off Delay Timer � Daylight Savings Time Option � Weekly Test Timer � Elapsed Time Meter

� Door mounted display/interface panel featuring a 128 x 64 pixel backlit LCD Graphical Display, Membrane Type User Control Push-buttons and easy to read LED Indicators for:

� POWER AVAILABLE

� ALARM

� TRANSFER SWITCH NORMAL (If unit ordered with

Automatic Power Transfer Switch) � TRANSFER SWITCH EMERGENCY (If unit ordered with

Automatic Power Transfer Switch)

� SYSTEM PRESSURE LOW

� PUMP RUNNING

� DELUGE OPEN

� REMOTE START

� INTERLOCK ON

� FAIL TO START

� MOTOR OVERLOAD

� EMERGENCY ISO SWITCH OFF (If unit ordered with

Automatic Power Transfer Switch)

� PHASE FAILURE

� PHASE REVERSAL

� AUTOMATIC SHUTDOWN DISABLED

� OVERVOLTAGE

� UNDERVOLTAGE

� Digital Pressure Display � USB Host Controller and Port � Solid State Pressure Transducer � Data Log � Event Log (3000 Events) � True RMS Metering with simultaneous 3 Phase Display of Amps, Volts, Frequency, Pressure and Alarm Mes-sages

� Disk Error message � Disk Near Full message � Pressure Error message � Motor Over 320% message � Local Start message � Remote Start message � Emergency Start message � Fail To Start message � Undervoltage message � Overvoltage message � NEMA Type 12 enclosure (IEC IP54) � Suitable for use as Service Equipment � Each standard controller comes with user configurable options for:

� Interlock Alarm � Low Pressure Audible �Low Suction � Pump Run � User Defined Input � Weekly Test

� Drive Ready pilot light � Bypass Active pilot light � Normal / Bypass selector switch

Mark IIxg Electric Fire Pump Controller

FTA3100 Series Variable Speed Starting

Product Description

SPECIAL ENCLOSURES

Consult factory for enclosure options.

CIRCUIT BREAKER OPTION

-N Intermediate withstand rating

150,000 Amps RMS Sym.

-P High withstand rating

200,000 Amps RMS Sym Note: Intermediate and High withstand ratings may not be available for all horsepowers and voltages. Consult factory for avail-ability.

ANTI-CONDENSATION SPACE HEATERS

-H 120 Volt Space Heater -J 120 Volt Space Heater With Thermostat -K 120 Volt Space Heater With Humidistat -L 240 Volt Space Heater -M 240 Volt Space Heater With Thermostat -N 240 Volt Space Heater With Humidistat

PRESSURE TRANSDUCERS

-B 0-600 psi (0-42.25 bar) Pressure Transducer for

Fresh Water Service -C 0-300 psi (0-21.1 bar) Pressure Transducer for

Copper Corrosive Service -D 0-600 psi (0-42.25 bar) Pressure Transducer for

Corrosive Service

COMBINED AUTOMATIC POWER TRANSFER SWITCHES

FTA950 - Generator/Utility emergency source FTA951 - Bypass Isolation for Generator/Utility emergency source

ALARMS

-AC Extra contacts (normally open & normally closed) for remote indication, pump operating -AF Audible and Visible low pump room temperature alarm -AG Audible and Visible reservoir low alarm -AH Audible and Visible low suction pressure alarm -AM Contacts for remote indication, pump fail to start -AV Contacts for remote indication, low pump room temperature (Requires option -AF) -AW Contacts for remote indication, reservoir low (Requires option -AG) -AY Contacts for remote indication, low suction pressure (Re-quires option -AH) -AZ Low pump room temperature switch, mounted and wired -BW Extra contacts for remote indication, phase failure/phase reversal -BY Contacts for remote indication, pump overload -COM Low Suction Pressure Alarm, (Includes selectable auto/ manual reset, audible, visible and remote alarms, initiating pressure switch NOT included)

-CTS Built-in Low Suction Pressure Alarm Panel (Includes selectable auto/manual reset, audible, vis-ible and remote alarms and wired and mounted pressure switch)

-EG Audible and Visible relief valve discharge alarm -EH Contacts for remote indication, relief valve discharge (Re-quires option -EG) -EJ Audible and Visible flow meter on alarm -EK Contacts for remote indication, flow meter on (Requires option -EJ) -KH Contacts for remote indication, common output for any alarm -JR Visible jockey pump running indication -JT Audible and Visible jockey pump trouble indication -P Built-in alarm system (Includes visible supervisory voltage normal indication and audible pump operating, phase failure and phase reversal indication)

-PE Contacts for remote indication, low system pressure (pump on demand)

-PT Built-in alarm system, 220 VAC supervisory power (Includes visible supervisory voltage normal indication and audible pump operating, phase failure and phase reversal indication)

MISCELLANEOUS

-ED Load shed circuits (Selectable power source and adjustable time delay to remove non-critical loads before starting) -EL Series pumping, high zone controller -EM Series pumping, mid zone controller(s) -EN Series pumping, low zone controller -FZX 400 VAC Operation (Controller labeled for operation at 380-

400 VAC - Use with voltage code FZ) -IEC CE Marking with Externally Mounted Wet Parts -IECI CE Marking with Internally Mounted Wet Parts -OSP OSHPD Seismic Certification (State of California) (Requires

Option -SEI) -PY Motor space heater output contacts -S Tropicalization -SEI Seismic Certification (in accordance with IBC)

(Note: Not available on model FTA1500) -USBX External USB Port -ZPA Customized, annual service display message (when factory programmed or programmed by Firetrol representative during start-up)

-ZPN Serial Modbus RTU over Ethernet TCP/IP using 5150 Con-nectivity Module

-ZPM Serial Modbus RTU over 2-wire or 4-wire RS485

Export packaging (Wooden crating to conform to IPPC Standards)

Product Description - Options & Modifications

111 Corning Road Suite 120 Cary, North Carolina 27518 P +1 919 460 5200 F +1 919 460 5250 www.firetrol.com While every precaution has been taken to ensure accuracy and completeness herein, ASCO Power Technologies assumes no responsibility, and disclaims all liability, for damages resulting from use of this information or for any errors or omissions. Specifications and drawings are subject to change without notice. The ASCO, ASCO Power Services, and ASCO Power Technologies marks are owned by Emerson Electric Co. or its affiliates and utilized herein under license. ©2017. Printed in USA.

Publication PD3100-50 Rev. I

Mark IIXG Electric Fire Pump Controllers

FTA3100

Variable Speed Starting with

Full Voltage Bypass

Standard Drawing Package

Publication IM3100 Rev. A

(DRAWINGS INCLUDED IN THIS PACKAGE ARE FOR STANDARD

CONTROLLERS. ACTUAL “AS BUILT” DRAWINGS MAY DIFFER

FROM THOSE SEEN HERE).

Mark IIXG Electric Fire Pump Controller

Variable Speed Starting with Full Voltage Bypass Dimensional Drawing Lookup Table

Peter Line

Peter Rectangle

Rectangle

Mark IIXG Electric Fire Pump Controller

Variable Speed Starting with Full Voltage Bypass Dimensional Drawing

Fire Protection Pressure Relief Valve

50B-4KG1 Globe 2050B-4KG1 Angle

• U.L. Listed / U.L.C. Listed

• Factory Mutual Approved

• Fast Opening to Maintain Steady Line Pressure

• Accommodates Wide Range of Flow Rates

• Closes Gradually for Surge-Free Operation

• Adjustable Pressure Settings, Not Affected by

Pressure At Valve Discharge

The Cla-Val Model 50B-4KG1 Globe / 2050B-4KG1 Angle Pressure Relief Valve is designed specifically to automati-cally relieve excess pressure in fire protection pumping sys-tems. Pilot controlled, it maintains constant system pres-sure at the pump discharge within very close limits as demands change. The 50B-4KG1 and 2050B-4KG1 can be supplied with optional internal and external epoxy coating of the main valve wetted surfaces.

At pump start, Cla-Val Relief Valve modulates to relieve excess pump capacity, maintaining positive system pres-sure at the pump discharge.

When fire demand slows or ceases, Cla-Val Model 50B-4KG1 opens, diverting entire pump output to dis-charge, allowing fire pump to be stopped without causing surging in the lines.

(Please note that if the Model 50B-4KG1 is to be used on a continuous duty basis to maintain fire-system pressure, suitable back pressure must be provided on the valve to prevent cavitation damage. Consult the factory for details.)

Operation SequenceTypical Application KOModel 2050B-4KG1 Pressure Relief Valve

(Angle Pattern)

Fire Pump

Check Valve

"Fluid Control at It's Best"

2050B-4KG1 (Angle)

To Fire Protection System

U.L. Listed...............Sizes 3" thru 10"

F.M. Approved.........Sizes 3" thru 10"

U.L.C. Listed............Sizes 2” thru 10”

LABLLED BY

U N

D E

R W

RITERS LABORATORIES O

F

C

AN

A D

AULC

MODEL

PO Box 1325 Newport Beach CA 92659-0325 Phone: 949-722-4800 Fax: 949-548-5441 Web Site: cla-val.com E-mail: claval@cla-val.com

CLA-VAL

CLA-VAL CANADA CLA-VAL EUROPE

4687 Christie Drive Beamsville, Ontario Canada L0R 1B4 Phone: 905-563-4963 Fax: 905-563-4040 E-Mail: sales@cla-val.ca

Chemin des Mésanges 1 CH-1032 Romanel/ Lausanne, Switzerland Phone: 41-21-643-15-55 Fax: 41-21-643-15-50 E-Mail: cla-val@cla-val.ch

Copyright CLA-VAL 2012 Printed in USA Specifications subject to change without notice.

CLA-VAL UK

Dainton House, Goods Station Road GB - Tunbridge Wells Kent TN1 2 DH England Phone: 44-1892-514-400 Fax: 44-1892-543-423 E-Mail: info@cla-val.co.uk

Represented By:

Specifications Seawater Service Option Sizes Globe: 2" - 10" flanged

Angle: 2" - 10" flanged Consult factory for materials and flange ratings.

E-50B-4KG1/2050B-4KGLl (R-5/2012)

Model 2050B-4KG1 AngleModel 50B-4KG1 Globe

We recommend providing adequate space around valve for maintenance work.

Specifications

Globe: 2" - 10” flanged Angle: 2" - 10" flanged 150 and 300 ANSI B16.42 class - 175 psi Max.

class - 300 psi Max Water, to 180°F Max.

Main Valve Body & Cover

Ductile Iron ASTM A-536 Naval Bronze ASTM B61 Other Material Available

Standard Main Valve Trim:

Bronze Seat, Teflon Coated Stainless Steel Stem, Dura-Kleen Stem

Standard Pilot Control System:

Cast Bronze with Stainless Steel trim

Available in the following relief pressure ranges:

20-200 psi (150 Class) 100-300 psi (300 Class)

Protective epoxy resin coating of wetted surfaces of main valve cast iron components (UL listed HNFX EX2855)

Dimensions

B

G

C

F

H E

C

D

A

The Fire Pump Pressure Relief Valve shall modulate to relieve excess pressure in a fire protection system. It shall maintain constant pressure in the system regardless of demand changes. It shall be pilot controlled and back pressure shall not affect its set point. It shall be actuated by line pressure through a pilot control system and open fast in order to maintain steady system pressure as system demand decreases. It shall close gradually to control surges and shall re-seat drip-tight within 5% of its pressure setting. The main valve shall be of the hydraulically-operat-ed, pilot-controlled, diaphragm-type, globe or angle valve. It shall have a single, removable, teflon-coated seat, a grooved stem guided at both ends, and a resilient disc with a rectangular cross section, being con-tained on 3 1/2 sides. No external packing glands shall be permitted and the diaphragm shall not be used as a seating surface. The pilot control shall be a direct-acting, adjustable, spring-loaded, diaphragm-type valve designed for modulating service to permit flow when controlling pressure exceeds spring setting. This valve shall be UL Listed and Factory Mutual approved. It shall be the Model 50B-4KG1 (globe) or Model 2050B- 4KG1 (angle) Pressure Relief Valve as manufactured by Cla-Val Newport Beach, California.

*Special Note:

The Model 50B-4KG1 Pressure Relief Valve is available with 300# ANSI inlet flange and 150# ANSI outlet flange. This valve is used on higher pressure systems where 300# flange connections are required, and allows for adapting of a discharge cone (generally supplied with 150# flange) to accommodate "atmospheric break" at relief valve discharge.

This relief valve, with 300# / 150# flanges is available on special order, and is UNDERWRITERS LABORATORIES LISTED AND FACTORY

MUTUAL APPROVED.

Purchase Specifications

Sizes

End Details

Pressure Ratings

Materials

Adjustment Range

Optional

Valve Capacity

Valve Sizes in Inches: 2" 2 1/2" 3" 4" 6" 8" 10" NFPA 20 Maximum

Recommended GPM 208 300 500 1000 2500 5000 11000

= U.L., F.M. sizes

Valve Size (inches) 2” 2-1/2” 3” 4” 6” 8” 10”

Threaded Ends 9.38 11.00 12.50 - - - - - - - - - - - - A 150 Flanged 9.38 11.00 12.00 15.00 20.00 25.38 29.75

300 Flaanged 10.00 11.62 13.25 15.62 21.00 26.38 31.12 300 X 150 12.88 15.31 20.56 25.88 30.44

B 3.31 4.00 4.56 5.75 7.88 10.00 11.81 C 12.00 12.25 12.50 13.00 14.31 16.31 18.00 D 1.50 1.69 2.66 3.19 4.31 5.31 9.25 Threaded Ends 4.75 5.50 6.25 - - - - - - - - - - - - E 150 Flanged 4.75 5.50 6.00 7.50 10.00 12.75 14.88

300 Flanged 5.00 5.88 6.38 7.88 10.50 13.25 15.56 Threaded Ends 3.25 4.00 4.50 - - - - - - - - - - - - F 150 Flanged 3.25 4.00 4.00 5.00 6.00 8.00 8.62

300 Flanged 3.50 4.31 4.38 5.31 6.50 8.50 9.31 G & H 6.00 6.69 7.75 7.88 8.50 9.75 13.25

Valve Size ((mm) 50 65 80 100 150 200 250

Threaded Ends 238 279 318 - - - - - - - - - - - - A 150 Flanged 234 279 305 381 508 645 756

300 Flaanged 254 295 337 397 533 670 790 300 X 150 - - - - - - 327 389 522 657 773

B 84 102 116 146 200 254 300 C 305 311 1318 330 363 414 457 D 38 43 65 81 109 135 235 Threaded Ends 121 140 159 - - - - - - - - - - - - E 150 Flanged 121 140 152 191 254 324 378

300 Flanged 127 149 162 200 267 337 395 Threaded Ends 83 102 114 - - - - - - - - - - - - F 150 Flanged 83 102 102 127 152 203 219

300 Flanged 89 109 111 135 165 216 236 G & H 152 170 197 200 216 248 337

Peter Highlight

Peter Highlight

Waste Cone

WC-1MODEL

Flanges

• 150# Class (FF Standard)

• 300# Class (RF Standard)

• Raised Face and Flat Faced Options

Standards:

• Fusion Bonded Red Epoxy Coated

• Ductile Iron - ASTM A536-65

• (2) 2’’ 316 SS Sight Glasses per WC-1

• Single Body Casting (No Welding)

CLA-VAL Copyright Cla-Val 2016 Printed in USA Specifications subject to change without notice.

1701 Placentia Avenue • Costa Mesa CA 92627 • Phone: 949-722-4800 • Fax: 949-548-5441 • E-mail: info@cla-val.com • Website cla-val.com

• Available for Onshore and Offshore Applications

• Manufactured in Accordance with NFPA 20 Requirements

• Designed for use with UL/FM Approved Fire Pump

Pressure Relief Valves

Typical Application:

Fire Pump Relief

Optional Materials for Seawater and Severe Service Applications:

• Nickel Aluminum Bronze (NAB) - ASTM B148 Alloy C95800

• Monel - QQ-N-288 Comp B - ASTM A494 Grade M30H

• Cast Steel - ASTM A216 Grade WCB

• 316 Stainless Steel - ASTM A743 Grades CF3M and CFM8

• Super Austenitic Stainless Steel - ASTM A351 Grade

CK3MCuN (SMO 254)

• Super Duplex Stainless Steel - ASTM A890 Grade 5A

(CE3MN)

CLA-VAL EUROPE

Chemin des Mésanges 1 CH-1032 Romanel/ Lausanne, Switzerland Phone: 41-21-643-15-55 Fax: 41-21-643-15-50 E-mail: cla-val@cla-val.ch

CLA-VAL FRANCE

Porte du Grand Lyon 1 ZAC du Champ du Périer France - 01700 Neyron Phone: 33-4-72-25-92-93 Fax: 33-4-72-25-04-17 E-mail: cla-val@cla-val.fr

CLA-VAL

1701 Placentia Avenue • Costa Mesa CA 92627

800-942-6326 Fax: 949-548-5441 Web Site: cla-val.com E-mail: info@cla-val.com

©COPYRIGHT CLA-VAL 2016 Printed in USA Specifications subject to change without notice.

CLA-VAL CANADA

4687 Christie Drive Beamsville, Ontario Canada L0R 1B4 Phone: 905-563-4963 Fax: 905-563-4040 E-mail sales@cla-val.ca

CLA-VAL UK

Dainton House, Goods Station Road Tunbridge Wells Kent TN1 2 DH England Phone: 44-1892-514-400 Fax: 44-1892-543-423 E-mail: info@cla-val.co.uk

CLA-VAL PACIFIC

45 Kennaway Road Woolston, Christchurch, 8023 New Zealand Phone: 64-39644860 www.cla-valpacific.com E-mail: info@cla-valpacific.com

E-WC-1 (R-02-2016)

AA CC

BB

A

B

C

F (B.C.D.)

G

EQUALLY SPACED

E

EQUALLY SPACED

D (B.C.D.)

INLET FLANGE OUTLET FLANGE

6" X 8" SIZE SHOWN

Technical Data & Dimensions

Visit www.cla-val.com to learn more about Cla-Val Fire

Protection Products

WC-1

Fire Protection System Service The Model 55L-60 is typically used in a fire protection system to tr im water pressure, thus preventing pressure build-up whenever line pressure exceeds the setting of the spring.

The 55L-60 will relieve excess pressure to atmosphere to prevent damage to the distribution network.

NOTE: Model 55L-60 is not suitable for discharging the full-rated pump capacity of a fire pump. See Model 50B-4KG1 Fire Pump Relief Valve for such applications.

Typical Application for Fresh Water or Seawater Service

Pressure Relief Valve/

Pump Casing Relief Valve

55L-60

• UL Listed

• Factory Mutual Approved

• UL Listed/FM Approved for use as a fire pump casing relief valve

• Direct Acting - Precise Pressure Control

• Positive Dependable Opening

• Drip Tight Closure

• No Packing Glands or Stuffing Boxes

• Sensitive to Small Pressure Variations

The Cla-Val Model 55L-60 (UL Listed, FM approved) Pressure Relief Valve is a direct-acting, spring loaded, diaphragm type relief valve. The valve may be installed in any position and will open and close within very close pressure limits. The bottom plug may be removed and installed in the inlet to convert it to an angle pattern flow path.

The Model 55L-60 is normally held closed by the force of the compression spring above the diaphragm. When the controlling pressure applied under the diaphragm exceeds the spring setting, the disc is lifted off its seat, permitting flow through the control. When control pressure drops below the spring setting, the spring forces the control back to its normally closed position. The controlling pressure is applied to the chamber beneath the diaphragm through an internal passage. A gauge port is provided for accurate pressure setting.

Pressure adjustment is done by turning the adjusting screw to vary the spring load on the diaphragm. The 55L-60 is available in pressure ranges suited to agency approval tests. To prevent tampering, the adjustment cap can be wire sealed by using the lock wire holes provided in the cap and cover.

Available in a wide range of materials including nickel aluminum bronze and stainless steel.

Certified to meet low lead requirements

MODEL

Fire Pump Casing

Relief Valve

User1 Typewritten Text Quantity 1 for fire pump as casing relief valve and Quantity 1 for Jockey pump as relief valve

User1 Typewritten Text

Size 1/2" & 3/4" Threaded NPT Temperature Range Water, Air: to 180°F Max.

Materials

Body & Cover: Cast Bronze UNS C87850 Stainless Steel ASTM A743-CF-16Fa

Trim: 303 Stainless Steel Rubber: Buna-N® Synthetic Rubber

3.50

3.12

A A

9.24

1.31

2.00

2.00

6.75

1.31

Pressure Ratings Cast Bronze 400 psi Max.

Stainless Steel 400 psi Max.

Other Materials Available on special order

Adjustment Ranges

UL Listed & 0 to 75 psi FM Approved 20 to 200 psi

100 to 300 psi

Pressure Drop Chart (Full Open Valve)

Dimensions: 0 to 75 and 20 to 200 psi design

When Ordering, Please Specify

1. Catalog No. 55L-60

2. Valve Size

3. Adjustment Range Desired

4. Optional Materials

CLA-VAL EUROPE

Chemin des Mésanges 1 CH-1032 Romanel/ Lausanne, Switzerland Phone: 41-21-643-15-55 Fax: 41-21-643-15-50 E-mail: cla-val@cla-val.ch

CLA-VAL FRANCE

Porte du Grand Lyon 1 ZAC du Champ du Périer France - 01700 Neyron Phone: 33-4-72-25-92-93 Fax: 33-4-72-25-04-17 E-mail: cla-val@cla-val.fr

CLA-VAL

PO Box 1325 Newport Beach CA 92659-0325

800-942-6326 Fax: 949-548-5441 Web Site: cla-val.com E-mail: claval@cla-val.com

©COPYRIGHT CLA-VAL 2014 Printed in USA Specifications subject to change without notice.

CLA-VAL CANADA

4687 Christie Drive Beamsville, Ontario Canada L0R 1B4 Phone: 905-563-4963 Fax: 905-563-4040 E-mail sales@cla-val.ca

CLA-VAL UK

Dainton House, Goods Station Road Tunbridge Wells Kent TN1 2 DH England Phone: 44-1892-514-400 Fax: 44-1892-543-423 E-mail: info@cla-val.co.uk

CLA-VAL PACIFIC

45 Kennaway Road Woolston, Christchurch, 8023 New Zealand Phone: 64-39644860 Fax: 64-39644786 E-mail: gnuthall@cla-val.com

E-55L-60 (R-05/2014)

UL Listed/FM Approved

55L-60 Range psi

Approximate Increase for Each Clockwise Turn of Adjusting Screw

0 to 75 8.5 psi

20 to 200 28.0 psi

100 to 300 18.0 psi

Valve Size

Cv Factor

Flow of Water - Gallons Per Minute

5 10 16 20 30

1/2" 6 0.7 2.7 6 11 --

3/4" 8.5 0.3 1.4 3.1 5.5 12.2

Dimensions: 100 to 300 psi design

INLET

Specifications

(applies to both configurations)

1/8” NPT

Pressure

Gauge Port

1/8” NPT

Pressure

Gauge Port

250# x 250# flanges

Rectangle

Text Box