21 30 00-001.2_R3 Fire Pump House Submittal (Cullum).pdf

Cullum Hall, USMA

REV A

PREMIERflow, LLC 6023 North Yorktown Avenue

Tulsa, OK 74130 918-346-6312 www.premier-flow.com

Date:

Quote Number:

Job Name:

Location:

November 10, 2022

PF-064495

West Point - Cullum Hall West Point, NY

Equipment: 750 GPM Electric HSC Fire Pump House Rep/Customer: TCM / Oliver Fire Protection & Security

6023 N. Yorktown Ave.

Tulsa, OK 74130

O:918.346.6312

SCOPE OF SUPPLY

MEETS THE BUY AMERICAN ACT-51+%

NFPA-20-2022 COMPLIANT

NFPA-13 Compliant NFPA(NEC)-70 Compliant STANDARD PF: Terms, conditions, Warranty, COI, QA/QC Program 6” Piping per NFPA-20 Walls 23 R-value Ceiling 40 R-value

2 YEAR WARRANTY

DOMESTIC: Pipe, steel, weld flanges, gaskets, prefab house, labor, fasteners, fire pump, jockey pump, fire pump controller, jockey controller, backflow preventer, ss nameplates IMPORT: Valves,grooved fittings, couplings

ALL UL/FM, FLANGED OS&Y GATE VALVES WITH TAMPER SWITCHES

ALL UL/FM, FLANGED CHECK VALVES WITH INSPECTION PORTS

DOMESTIC GRADE 7 & 8 FASTENERS, WASHERS-3 THREAD SHOWING

RED RUBBER GASKETS WITH CLOTH INSERTS

RIGID CONDUIT WITH 36” MAX FLEX

SS VALVE TAGS

SPRINKLER HEAD GUARDS

SPRINKLER CABINET-1-SPARE HEAD, 1- WRENCH

GALV SUCTION PIPING

N/C CABLE TAMPER SWITCHES ON ALL N/C VALVES

WATTS, 757 DCDA-OSY, GPM, UL/FM BFP

BFP TEST HEADER ASSEMBLY

AS BUILT DRAWINGS

EXCEPTION: 2.5.4.6 SUCTION CONTROL VALVE, MRV NOT PROVIDED-NA

ALL PF FIRE PUMP SYSTEMS ARE: ETL/C-ETL/CSA,C22.2#108 LISTED/LABELED AS PUMP SYSTEMS FOR FIRE

PROTECTION SERVICE/PRE-PACKAGED FIRE PUMP SYSTEMS; PER NFPA-20 REQUIREMENTS

PREMIERflow Series PF-FIRE, PF-750-E-H-FP, ETL/C-ETL Listed, packaged, Electric driven fire pump system with prefabricated environmental enclosure, consisting of:

FIRE PUMP :

Condition Point :750 GPM @75 PSI 225# max working pressure CITY supply: # min - # max

1- Peerless 5AEF14, UL/FM, HSC Fire pump, UL- 50 HP, 460/3/60, 1760 RPM, ODP Motor, coupling, guard, steel base

CONDITION POINT: 750 GPM @ 75 PSI

1- Tornatech, UL/FM, NEMA 2, GPS+GPU-480/50/3/60, Soft Start Fire Pump Controller with Automatic Transfer Switch 1 set- Suction & Discharge gauges, Oil Filled

1- AARV

1- CRV

1- Tornatech, UL Listed, NEMA 2, Jockey Pump Controller 1- Jockey Pump, 8 GPM @ 85 PSI, Grundfos CR 1-8 1 HP, 3600 RPM, 460/3/60, VMS, TEFC 2- 6” Hose valve Header, Hose Valves, Caps and Chains

NOTE: 1 - For BFP Testing 1- JP Relief Valve

1- 6” Flow Meter

1- 2-1/2” Jockey Pump Piping with: (2) UL/FM, Flanged OS&Y Gate isolation valves With Tamper Switches, (1) UL/FM, Flanged Check Valve with Inspection Port, Schedule 40 Black Steel Piping.

1- 6” UL/FM Suction, Flanged, OS&Y Gate Valve with Tamper Switch

1- 6” UL/FM Discharge Flanged Style Check Valve with Inspection Port

1- 8” UL/FM Discharge Flanged OS&Y Gate Isolation Valve with Tamper Switch

2- 6” Hose Valve Header Connections Each with: Tee, Elbow, Manual Drain Valve, (1) UL/FM, OS&Y Gate Isolation Valve, Hose Valve Header, Hose Valve, Caps & Chains – (HVH, HV, C&C, Supplied for Remote Mounting by Contractor)

1- 6” Flow Meter Loop: 2- “ UL/FM, Flanged OS&Y Gate Valves with Tamper Switches, (1) UL/FM Grooved Flow Meter, Schedule 40, Black Steel Piping Back to Well.

1- 6” City Water Bypass with (2) UL/FM, Flanged Gate Valves, Tamper Switches, (1) UL/FM, Check Valve with Inspection Port, Schedule 40 Black Steel Piping.

1- 6” WATTS, 757-DCDA-OSY-GPM, UL/FM, double check, backflow preventer, tamper switches

- BFP Mounted on System Discharge.

Grade 7&8 Domestic Fasteners, Washers - 3 Thread Minimum Showing

Red Rubber Gaskets with Cloth Inserts

Galvanized Suction Piping

N/C Cable Tamper Switches On All N/C Valves

Stainless Steel Sensing Lines

FIRE PUMP System Hydro Tested per NFPA-20 Requirements - 225 PSI PER SPEC

CERTIFICATIONS AND LISTINGS:

ETL/C-ETL LISTED AS A PUMP SYSTEM FOR FIRE PROTECTION SERVICE, NFPA-20/ CAN/CSA 22.2-108

All pipe welding to be by ASME Section 9 certified welders All structural steel welding to be by AWS D1.1 certified welders

(1) 10’-8” W x 19’ L x 9’-9” H +/-, prefabricated environmental enclosure complete with:

25,000# est. system weight

NY. PE stamp on building Seismic Calcs with NY PE Stamp STATE OF NY LABEL and INSPECTION.

100 MPH wind load 40 LB live load 8’ Finished ceiling height

LONESTAR TYPE C BUILDING

FRAMEWORK:

The shelter shall be framed with welded steel tubing for high strength and rigidity. Frame members shall have a wall thickness of .120” and be located on 24” centers or closer. All major penetrations such as doors and windows shall be suitably framed. All steel to be ASTM A-500 Grade B. All welding shall be per AWS and UBC Standard 27-6. Frame to be square and parallel to within .13” or less.

The entire completed welded frame work is epoxy coated.

PANEL CONSTRUCTION:

The walls shall be constructed as a sandwich consisting of an exterior sheathing of factory Pre-finished 24-gauge galvanized steel panels run in single continuous length from base to roof line of the building securely fastened to the structural framework, rigid polystyrene foam panel insulation, and an interior subpanel 5/8” Type X gypsum board with interior finish panel of 24 gauge steel factory pre-finished white. All components shall be adhesive bonded together. Wall panels are smooth with lapped seams and a maximum 48” wide. The wall panel paint finish is factory applied high quality PVDF (Kynar 500 / Hylar 5000). Insulation shall be provided by rigid Celotex foam board having a flame spread rating of 200 or less, providing an R-23 value for the shelter walls.

METAL COMMERCIAL DOORS:

The shelter shall be provided with an outward opening access door fabricated of a welded aluminum 2” tube frame with all voids filled with 2” foam board insulation and solid lock preps. The ext. and int. sides are skinned with steel or aluminum panels to match the bldg. finish. The door shall be installed in a proprietary stainless-steel flange. The door shall be equipped with:

● (1 sets) 8x7 Double metal commercial door

● Mortise knob-style exit latch system

● Keyed alike deadbolt

● Stainless-steel hinges having non-removable pins.

● Wind restraint that will hold the door open at approximately 100 degrees.

● Panic touch-bar exit device

● Drip cap over the door opening.

ROOF SYSTEM:

The roof shall be framed with steel tubing consistent with the shelter framework. On designs greater than 6 feet in width, roof joists shall be arched 1/4” per foot to provide positive drainage of the roof. The shelter's roof shall be designed for limited personnel traffic. The underlayment of the roof shall be 5/8” Type fiber cement securely fastened to the framework. The roofing finish will be factory Pre-finished 24- gauge galvanized steel standing seam panels.

U.L. LISTED:

● Classified insulated panels by Underwriters Laboratories, standard testing for surface burning characteristics of building materials (UL-790).

● Insulation within the panels is a listed urethane with a rating of no more than 25 for flame spread and 450 for smoke developed per ASTM E84. This urethane will also meet the requirements of ASTM D-1929.

MATERIAL / COLOR

● Exterior - Dove Grey embossed, 24 gauge, galvanized steel

● Interior - White embossed, 24 gauge, galvanized steel

ACCESSORIES:

● (1) 8 x 7 Double Door

● Drip edge

● SS Valve Tags

● (1) UL/C-UL Listed, NEMA 4, Single Point Lug Panel-480/3/60

● (1) NEMA 3R, UL Listed, 7 1/2 KVA,480/1-240/120/1/60, MPC, with Circuit Breakers

● (2) 71/2 KW Unit Heaters with Thermostats

● (1) Exhaust Fan with Damper and Thermostat

● (1) Powered Louver

● (4) GFCI Convenience Outlets, 120/1/60

● (1) Light Switch

● (4) LED Light Fixtures and Bulbs

● (1) Exterior Light with Photocell

● (1) Combination Exterior Alarm Light/Horn and Reset

● (1) Battery Operated Emergency Light with Exit Sign

● (2) 4” Diameter Floor Drain to Skid Edge

● (1) Air Gap Piping

● (2) Rain Hoods (Shipped Loose for Contractor Install)

● Gland Pockets Piped

● Sprinkler Test Valve to Drain

● Pump House Sprinkler System Per NFPA-20, 2019 and NFPA-13

● Fire Sprinkler Head Covers

● Sprinkler Cabinet: (1) Spare Head, (1) Wrench

● Wall Penetrations Sleeves as Required

(1) 10” Steel Perimeter Skid Base with all Necessary Stainless Steel Sensing Lines, Pipe Supports and Wiring for Complete Package System.

(•) Anchor Clips

(2) Grounding Pads (•) All Structural Welders Certified to AWS D1.1 (•) All Welding to be Done by ASME Code Section 9 Certified Welders.

(•) Seismic Calculations with PE Stamp (•) Rigid Conduit, 36” Max Flex (•) Power/Electric Meter and Box by Others (•) Unit to be, Factory Primed and Painted with a Red Finish Coat

System to be Completely, Electrically and Hydrostatically Tested Before Shipment.

Each PREMIERflow package FIRE PUMP system is ETL/C-ETL/ CSA, C22.2#108 Listed as a system, so meeting OSHA and Federal Regulations 29CFR1910.303 and .399, as well as, NFPA Pamphlet #70 (National Electric Code) Article 90-7.NFPA-20, 4.30.

Errors & Omissions: This document is for the items listed or stated above. No other items should be assumed or implied as being provided.

Respectfully submitted, PREMIERflow, LLC

Marvin F. Yoder, Jr.

CEO/President

PREMIERflow Warranty

● The following warranty applies to PREMIERflow systems and controls

● PREMIERflow systems and controls are warrantied for a period of 24 months from the date of INVOICE or 18 months from the date of startup, whichever occurs first.

● PREMIERflow units are warranted against failure due to defects in materials, design and or workmanship.

● PREMIERflow accepts no responsibility or liability for equipment that has been improperly installed, operated, and or maintained for other than its intended use.

● Mechanical seals, gauges, transducers are not covered under warranty for wear, or damage due to the liquid or particulate being pumped.

● PREMIERflow is limited to, at its option, to repair or replace the defective item. All items that are repaired or replaced will require a RMA issued by the company and will be shipped no charge, F.O.B.

factory, plus all freight and handling charges.

● PREMIERflow reserves the right to provide replacement items similar in design and functionality without prior notice.

● PREMIERflow shall not be responsible or liable for any and all labor charges, rigging charges and or transportation charges.

● PREMIERflow shall not be liable for any and all: damages, loss of time, incidental, liquidated, damages to life or property, loss of income, consequential damages or any cost for removing or removing defective items.

● PREMIERflow maximum liability shall not exceed the cost for the defective items.

● PREMIERflow warranty is in lieu of any and all other expressed warranties. No other warranties are considered valid.

Respectfully submitted;

PREMIERflow, LLC

Tulsa, OK

PREMIERflow, LLC. (D.B.A. PF for PREMIERflow) Standard Terms and Conditions of Sale

All sales by PREMIERflow, LLC are subject to the following terms and conditions. No changes or additional or different terms will be part of this contract unless approved by us in writing.

PRICES Prices do not include freight, duties or any sales, use, excise, value-added or similar taxes and where applicable, such charges will be billed as separate items and paid by you, unless otherwise stated in our written quotation. Prices are subject to change without notice, unless otherwise stated in our written quotation. There will be a minimum charge of $50 on all sales.

QUOTATIONS Unless otherwise stated, all quotations expire (30) thirty days from the date of issuance and may be withdrawn prior to your written acceptance, subject to the minimum lawful period. All quotations are subject to change by Seller at any time upon verbal or written notice to Buyer. All quotations are deemed to incorporate Seller’s Standard Terms and Conditions of Sale and warranty.

ERRORS & OMISSIONS This quotation is for the items listed or stated. No other items should be assumed or implied as being provided.

PAYMENT TERMS Payment Terms shall be net 30 days upon notice of ready to ship or shipment, whichever occurs first and subject to credit approval. However, orders of $100,000 or more are subject to progress billing to be determined by Seller. Invoicing will occur upon “notice of ready to ship”, unless other terms are set forth in Seller’s quotation.

TAXES Any and all sales, use, personal property or other excise taxes which the Seller may be required to pay or collect including first destination taxes, will be added to each invoice and shall be payable by Buyer on the same terms as the purchase price unless the Buyer has furnished the Seller a tax exemption certificate acceptable to the taxing authority.

FREIGHT TERMS All sales are FOB factory plus freight, unless other terms are set forth in Seller’s quotation. Title transfers at factory, at the time of notice of time to ship, thereafter Buyer takes responsibility for risk of loss or damage. Goods shall be promptly inspected upon delivery. Buyer shall examine and inspect all deliverables, and will notify Seller of any defect in material or workmanship, or of any missing items. Failure to inspect and inform Seller of defects or missing items, shall be conclusive evidence that Seller has satisfactorily tendered delivery and that the Buyer has inspected and accepted the deliverables.

LIMITATION OF LIABILITY Seller shall not be liable for any liquidated, incidental, consequential, or other damage.

STORAGE If the products are not shipped within (15) fifteen days after notification to Buyer that they are ready for shipping, for any reason beyond Seller’s reasonable control including Buyer’s failure to give shipping instructions, Seller may store such products at Buyers risk in a warehouse and Buyer shall pay all handling, transportation, and storage costs. Title transfer occurs upon notice of ready to ship or invoice whichever occurs first.

Storage and insurance fees will be assessed as required.

DELAYS OR DEFAULT IN DELIVERY Seller shall have no liability to Buyer, and Buyer shall not be entitled to cancel any purchase order for Seller’s delay or default in delivery due to strikes, secondary boycotts, riots, wars pandemics, accidents, fires, floods, explosions, vandalism, government embargoes, priorities or regulations, Force-majure,shortages of labor, fuel, materials, supplies, power or transportation facilities, or other similar or dissimilar causes beyond Seller’s reasonable control. Under no circumstances shall Seller have any liability for penalties or consequential damages of any kind resulting in whole or in part from Seller’s delay in delivering, or failure to deliver any products ordered by buyer.

CHANGES TO ORDERS IN PROGRESS There shall be a charge for any and all changes in specification after an order is in process, based on the status of the order at the time the change is made. The additional charge shall be a minimum of $100 net per item when engineering has not been started or is not required and a minimum of $500 net per item when re-engineering is required. The additional charge shall be in addition to any Vendor charges in the price of the product resulting from the change. The order “Issue Date” will be moved forward to the date of the change and shipment will be rescheduled in accordance with the then current lead times. Buyer shall pay escalation charges based on the new “Issue Date” and scheduled shipping date as defined in Seller’s acknowledgment.

CANCELLATIONS After Seller accepts buyer’s purchase order by emailing Seller’s written acknowledgement, , Buyer’s cancellation of any order or portion thereof may be accomplished only upon (1) Seller’s receipt of written cancellation notice at Seller’s location and (2) buyer’s payment of the following cancellation charges: Seller is due cancellation charges for all labor and materials used for that project. Seller will determine the amount at the time of cancellation.

WARRANTY Seller disclaims any and all liability for damages to property, loss of time, loss of income, loss of profits. Seller disclaims any liability for incidental, liquidated or consequential damages. PREMIERflow warranties are for material only and do not include labor required to install or repair said warranty equipment. Mechanical Seals are not warrantied. Labor warranties may be quoted upon request.

INSTALLATION FIELD SERVICE Prices stated do not include installation labor or materials or field service unless specifically stated in Sellers quotation. Sellers will provide prices for installation labor or materials or field service upon request.

RETURN POLICY All items are subject to inspection and must have approval for credit.

Systems are custom built for each project and therefore have a 100% restocking fee, plus freight.

Parts: stock items may be returned within 30 days from invoice date and are subject to a minimum 30% restocking fee, plus freight.

Non-stock items are not returnable.Revision Date September 7, 2016

INSTALLATION & STORAGE

UPON ARRIVAL:

System should be inspected upon arrival – any freight damage or missing equipment should be noted on the freight bill of lading at this time. Spare parts, miscellaneous equipment should be stored in a protected location. Remove the door shipping bar and replace the bolts into the holes in the enclosure panel.

STORAGE:

The system must be covered to protect from: damage, contamination, etc. Do not remove crating or plastic covering (unless for inspection of possible freight damage). System must be stored in a dry environmentally controlled location (40º F min - 104º f max.).

EXTENDED STORAGE:

All rotating equipment should be turned by hand (if possible) at least once every 30 days. Care should be taken to ensure condensation and dirt are removed.

LOCATION:

System should be stored for ease of access, rigging, maintenance and visual inspection.

FOUNDATION:

SLAB ON GRADE:

System should be mounted on slab on grade sufficient to absorb 5 times the weight vibration.

ALL FLOORS OTHER THAN “SLAB ON GRADE”:

In addition, the system should be mounted on a concrete welded pouring form inertia base with a minimum of 1-1/2” deflection springs. Install flex-connectors on system suction, discharge, and tank feed connection (if applicable).

LEVELING:

Systems should be level, so that skid surface is above and parallel with concrete. Shim anchors and system unit until it is correct and level.

ANCHOR BOLTS:

System must be anchored to foundation and/or inertia base with proper size anchor bolts per anchor bolt manufacturer’s or engineer’s recommendation.

GROUTING:

After anchor bolts and leveling processes have been completed, the system skid must be poured with a good grade of non-ferrous and non-shrink grout.

PIPING:

System suction, discharge and tank feed connection (if applicable) should have flex connectors installed. Pumping system must not support any of the building piping. No strain of any kind may be imposed on the pumping system. All piping should be level.

DRAIN:

Over-temperature purge line, packing gland lines (if applicable), etc., must be run to floor drain.

CONTRACTOR RESPONSIBILITIES – NOT VENDOR PROVIDED

The project General Contractor shall be at minimum (but not limited to) the following responsibilities and coordination efforts.

1. Unloading and rigging of:

a. the prefabricated pump house.

b. Removal of door shipping bar and replacing the bolts into the enclosure.

2. Pouring of concrete footer and foundation for prefabricated pump house sufficient to absorb the vibration equal to (5) times the weight of the pump house.

3. Setting, leveling, and securing the system to the foundation with proper size anchor bolts per anchor bolt manufacturers or engineer’s recommendation.

4. Installation of rebar.

5. Filling of frame with 10” of concrete and sloping to the floor drain

6. Fill pump/engine base with Non-Ferrous, Non-Shrink Grout.

7. Fabricate and install all piping:

a. for and between the pump house and incoming water supply.

b. for and between the pump house and discharge to the building fire suppression system.

c. Waste cone outlet away from the enclosure.

8. Fabricate and install piping connection from floor drain discharge to the appropriate location per local code.

9. Install all applicable items supplied shipped loose including, but not limited to:

a. Test header, hose valves, caps & chains

b. Muffler and engine exhaust flue piping

c. Weather hoods

d. Diesel fuel tank vent & fill piping

e. Roof hatch & pump shaft for vertical turbine pumps

10. Test Header, including hose valves, caps, and chains.

11. Install supplied muffler and exhaust flue piping.

12. Install supplied rain hoods.

13. Install supplied fuel tank vent extension piping.

14. Install Electrical service.

15. Install Fire Alarm monitoring

16. Supply and/or refill all equipment with required fluids, including but not limited to, diesel fuel, engine coolant, and engine oil.

17. Clean, flush, and hydro test piping per NFPA.

18. Schedule and coordinate startup and final inspection

L 1--l

,- 1-1

I I

NOTES:

1. FACTORY LIFTING LOCATIONS PROVIDED ON MAIN OUTLINE DRAWING

REV DESCRJPTION OWN CHK DATE

SUBM!J1Al. DRAWING

·ALL DIMENSIONS ARE

REFERENCE ONLY

-00 NOT SCALE DRAWING

THIRD ANGLE PROJECTION SCALE

1:20

TYPICAL SMALL HOUSE UNIT

RIGGING ARRANGEMENT

lkEY

DRAWING

NUMBER:

CUSTOMER:

APPROVED BY: DRAWN BY:

PROJECT:

SCALE: SHEET:

N.T.S.

CUSTOMER P.O. NO.:

CUSTOMER P.O. NO.:

DRAWN BY:

NAME DATE

DESCRIPTION:

REVISIONS

NO DATE DESCRIPTION BY

THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION

AND IT SHALL NOT BE USED OR REPRODUCED OR ITS

CONTENTS DISCLOSED, IN WHOLE OR IN PART, WITHOUT

THE PRIOR CONSENT OF PREMIER FLOW.

NOTICE:

NOT FOR CONSTRUCTION

SKID FOUNDATION

(Typical)

SF-1

B.BOLTE

18.00 Minimum

Per Local Code

10" x 6" Rectangular Tubing

Concrete Footing Per Local Code

Per PREMIERflow installation instructions, after the skid base is set and anchored, the base should be filled with concrete - sloping to the floor drain. After the concrete has set, fill the pump base with non-shrinkable grout.

Bolt Down Clips

Peerless Express 22.4.1

THOMAS C MCCARTHY ASSOC., INC · 29 Berkeley Rd · Devon, PA 19333

Pump Performance Curve Performance based on test acceptance - Hyd Inst 14.6 Unilateral (1U)

The rated point is the only guaranteed point (within the specified HI grade) on the performance curve.

The published closed valve head has a +6% tolerance.

Other specified duty points, including their tolerances, shall be per separate agreement between Peerless Pump Co. and buyer.

Po w er hp Power

0 200 400 600 800 1,000 1,200 1,400 1,600 1,800 2,000 2,200

H ea d

- p si

Flow - USgpm

12.98 in

14.00 in

11.00 in

Customer :

Customer ref. / PO :

Tag Number : 001

Service :

Quantity : 1

Quote Number / ID : 1577974

Date last saved : 08 Dec 2022 8:28 PM

Flow, rated : 750 USgpm

Differential head / pressure, rated

: 75.00 psi

Fluid density, rated / max : 1.000 / 1.000 SG

Peerless Model : 5AEF14

Stages : 1

Speed, rated : 1760 rpm

Based on curve number : 5AEF14-1760 Rev Apr 2020

Efficiency : 77.49 %

Rated power (based on duty point) : 42.3 hp

Max power (non-overloading) : 55.1 hp

NPSH required : -

Viscosity : 1.00 cP

Cq/Ch/Ce/Cn [ANSI/HI 9.6.7-2010] : 1.00 / 1.00 / 1.00 / 1.00

Flow Head Efficiency Power NPSHr Thrust, total (USgpm) (psi) (%) (hp) (ft) (lbf)

0 78.60 0.00 19.4 - -

184 79.48 35.25 24.2 - -

369 79.71 57.28 29.9 - -

553 78.54 70.31 36.0 - -

737 75.32 77.19 42.0 - -

921 69.54 79.40 47.1 - -

1,106 60.77 77.03 50.9 - -

1,290 48.73 68.81 53.3 - -

1,474 33.24 52.09 54.9 - -

1,659 14.22 25.14 54.7 - -

THOMAS C MCCARTHY ASSOC., INC · 29 Berkeley Rd · Devon, PA 19333

General ArrangementGeneral Arrangement

HE 13.00 in HF 0.00 in MN 15.00 in HM 25.50 in SF 6.00 in HP 6.00 in HC 61.00 in HT 0.25 in HG 0.25 in Z 8.50 in HF1 24.00 in CP 30.75 in HX 6.50 in DF 5.00 in S 7.00 in HB 60.00 in C 30.00 in HR 7.00 in X 14.00 in HD 17.00 in HA 23.00 in W 17.25 in DM 8.00 in YY 13.00 in HO 26.75 in

NOTES:

1. UNIT INSTALLATION & FINAL

COUPLING ALIGNMENT MUST BE

IN ACCORDANCE TO BULLETIN

2880549.

2. CUSTOMER MUST FILL

BASE WITH GROUTALLOWING

0.75 TO 1.50 INCH OF GROUT

BETWEEN FOUNDATION AND

BOTTOM OF BASE. *MAXIMUM

DIMENSIONS, MAY BE LESS

WITH DIFFERENT MAKE MOTORS

OR ENCLOSURES. INSTALLING

CONTRACTOR(S)TO INSTALL

EQUIPMENT IN ACCORDANCE WITH

LATEST EDITIONS OF NATIONAL

ELECTRIC CODE, LOCAL CODES

AND NFPA PAMPGLET NO. 20

APPLICABLE.

3. DRIP RIM BASE IS DISPLAYED

ABOVE WITH PHANTOM LINES. DRIP

RIM BASE CONFIGURATION WILL

ONLY BE PROVIDED IF SPECIFIED

IN QUOTATION/SCOPE OF SUPPLY.

GENERAL

Pump Model 5AEF14 Listing / Approval UL Listed Rated Flow 750 USgpm Liquid Cold Water Rated Pressure 75.00 psi Specific Gravity 0.99824 Rated Speed 1760 rpm

MOTOR

Manufacturer WEG Enclosure ODP Hp 50.0 hp Frame 326TS Volt/Ph/Hz 460V / 3Ph / 60Hz Service Factor 1.15

Customer Quote No. 1577974 Item No. 001 Project Cullum Hall Date 08 Dec 2022

THOMAS C MCCARTHY ASSOC., INC · 29 Berkeley Rd · Devon, PA 19333

General ArrangementGeneral Arrangement

A 18.75 in S 7.00 in GS 1.00 in ZZ 14.25 in AW 13.50 in B 15.00 in SS 12.75 in GD 1.38 in O 22.62 in W 17.25 in R 6.50 in SF 6.00 in YX 27.00 in D 13.00 in V 3.38 in J 3.38 in YY 13.00 in Z 8.50 in G 1.00 in KL 2.00 in E 8.25 in X 14.00 in DF 5.00 in CP 30.75 in U 1.38 in

GENERAL

Pump Model 5AEF14 Listing / Approval

UL Listed

Rated Flow 750 USgpm Liquid Cold Water Rated Pressure

75.00 psi

Specific Gravity

0.99824

Rated Speed 1760 rpm

Customer Quote No. 1577974 Item No. 001 Project Cullum Hall Date 08 Dec 2022

Fire Protection System Air Release Valve

Series 34

• Ductile Iron Body

• Stainless Steel Trim and Float

• Easily serviced without removal from pipeline

• Available Pressure Ratings: 175 and 300

• Engineered for drip tight seal at low pressures

Cla-Val Series 34 Fire Protection System Air Release Valves are designed to vent entrained air that collects at high points in a pipeline.

This valve continuously eliminates air from a system by releasing small quantities of air before large air pockets can occur. In many installations, continuing accumulations of air in the pipeline (lacking air release valves); cause flow capacity to slowly decrease; power consumption slowly increases; un-noticeable at first, until flow drops dramatically, even stopping due to air blocks in the piping.

Another problem resulting from excessive air accumulation is unexplained pipeline rupture. These ruptures are passed off as the result of ground settling or defective pipe, Where as in reality its large air pockets that greatly increase pressure surges (normally occurring) when flow stops and starts causing the rupture. During normal pipeline operation, air accumulation at the high point will displace the liquid within the air valve and lower the water level in relation to the float. As level of the liquid lowers, where the float is no longer buoyant, the float drops and opens the valve orifice seat and permitting accumulated air to be exhausted to atmosphere. After air is released, the liquid level in the air valve rises and closes the valve orifice seat. This cycle automatically repeats as air accumulates inside the air release valve, thereby preventing the formation of air pockets.

Installation Series 34 Fire Protection System Air Release Valves are typically installed at high-points in pipelines and at regular intervals, of approximate 1/2 mile, along uniform grade line pipe.

Mount the unit in the vertical position on top of the pipeline with an isolation valve installed below each valve in the event servicing is required. A vault with adequate air venting and drainage is recommended.

Purchase Specifications The fire protection system air release valve shall be of the float operated, simple lever or compound lever design, and capable of automatically releasing accumulated air from a fluid system while the system is pressurized and operating.

An adjustable designed orifice button shall be used to seal the valve discharge port with drip-tight shut-off. The orifice diameter must be sized for use within a given operating pressure range to insure maximum air venting capacity.

The float shall be of all stainless steel construction and guaranteed to withstand the designed system surge pressure without failure. The body and the cover shall be ductile iron and valve internal parts shall be stainless steel and VitonTM or Buna-N® (standard)for water tight shut-off.

The air release valve shall be manufactured per ANSI/AWWA C512-04 Series 34 from Cla-Val in Newport Beach, CA, USA.

Product Specifications Sizes 1/2", 3/4", 1"

Pressure Ratings (see note)

175 UL/FM

300 UL/FM

Temperature Range Water to 180°F

Note: Specify when operating pressure below 10 PSI

Materials Body and Cover:

Ductile Iron ASTM 536 65-45-12

Float:

Stainless Steel

Internal Parts:

Stainless Steel

Seal:

VitonTM or Buna-N® (Standard)

Note:

Vacuum check valves can be supplied on the discharge of all size air release valves to prevent air re-entering the system; during negative pressure conditions visit www.cla-val.com to see our complete line of air and check valves.

Figure A

Series 34

Air Release Valve Sizing Air release valve sizing requires determining the volume of air that must be released from pipeline high points during normal operation and the diameter of the pipeline. Series 34 Fire Protection System Air Release Valves are primarily used to continuously release pockets of air (as they develop) from high point, hence it is not critical to determine exact volume of air to be released.

See chart on page 3 for sizing based on venting capacity.

Air Release Valve Sizing Chart For Water Pipelines

Figure A

Fire Protection System Air Release Valve

Figure A Model No. Inlet Size Outlet Size Orifice Size GPM MWP Height Width Wt. (lbs.)

UL Listed • FM Approved

3450-AR332

3475-AR332

3410-AR332

1/2", 3/4", 1" 1/2" 3/32" 200 - 2200 175 5-7/8" 3-3/4" 6

UL Listed FM Approved

3450-AR116.3

3475-AR116.3

3410-AR116.3

1/2", 3/4", 1" 1/2" 1/16" 200 - 2200 300 5-7/8" 3-3/4" 6

Venting Capacity Graph for Air Release Valves

Venting Capacity in Cubic Feet of Free Air Per Minute

Pr es su re

D iff er en tia l A cr os s Va lv e is P

SI

Series 34 Fire Protection System

Air Release Valve

Valve Selection Based on Venting Capacity Follow these steps to select and size an air release valves when a specific venting capacity is required:

A) Enter graph with required system pressure and venting capacity

B) Read off nearest orifice diameter to intersection of pressure and capacity lines on graph C) Enter table above with orifice diameter and select valve that can use this orifice diameter with the corresponding pressure

CLA-VAL Copyright Cla-Val 2019 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

Series 34 Fire Protection System Air Release Valve Technical Data

E-34 Series Fire Protection System (R-10/2019)

When Ordering, Please Specify:

1. Model Number

2. Inlet Size (NPT)

3. Inlet Pressure Rating

4. Orifice Size

Installation Tips

1. The effectiveness of Series 34 Fire Protection System Air Release Valve is dependent upon it being located at appropriate high points in a pipeline and at uniform intervals of approximately 2500 feet on horizontal pipelines.

2. There are four variables that can cause an air pocket to form slightly downstream of the true high point in a piping system:

1. Severity of the slope adjacent to the high point or change of gradient

2. Velocity of the liquid

3. Texture of the inside surface of the pipe being used

4. Viscosity of the fluid

It is recommended where an air pocket can form slightly downstream of the high point, to install additional Series 34 Fire Protection System Air Release Valves at this point.

3. Cla-Val has available, upon request, a Slide Rule Air Valve Calculator. It will greatly reduce the amount of time to size valves for pipeline service.

Other typical applications include:

1. Centrifugal pumps

2. Hydropneumatic tanks

3. Enclosed systems

4. Sewage lines

Combination Air Valve at peaks and sharp change in gradient due to possibility of column separation and vacuum

OR

Hydraulically Controlled Air/Vacuum Valve where secondary surges due to rejoining of previously separated water could occur

Air Release Valve on long, ascending stretches at 1/4 to 1/2 mile intervals

Hydraulically Controlled Air/Vacuum Valve where secondary surges due to rejoining of previously separated water could occur

OR

Combination Air Valve at peaks and sharp change in gradient due to possibility of column separation and vacuum

Air Release Valve on long, ascending stretches at 1/4 to 1/2 mile intervals

Air/Vacuum Valve at peaks and sharp change in gradient due to possibility of column separation and vacuum

Air/Vacuum Valve

Air Release Valve

Combination Air Valve

Hydraulically Controlled Air/Vacuum Valve

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-4KG-1 Fire Pump Relief Valve for such applications.

Typical Application for Fresh Water or Seawater Service

Pump Casing Relief Valve55L-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. 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

Fire Pump Casing Relief Valve

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

Materials

Body & Cover: Cast Bronze ASTM B62 Low Lead 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 and FM Approved

0 to 75 psi 20 to 200 psi

100 to 300 psi

Pressure Drop Chart (Full Open Valve)

Dimensions: 0 to 75 and 20 to175 psi design

When Ordering, Please Specify

1. Catalog No. 55L-60 3. Adjustment Range Required

2. Valve Size 4. Optional Materials

E-55L-60 (R2-01/2014)

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 - 300 psi design

INLET

Specifications

(applies to both configurations)

1/8” NPT

Pressure

Gauge Port

1/8” NPT

Pressure

Gauge Port

Part Number Size Spring Range

1 20881501D 1/2" 0-75

2 20881502C 1/2" 20-200

3 20885301G 1/2" 100-300

4 20881503B 3/4" 0-75

5 20881504A 3/4" 20-200

6 20885302F 3/4" 100-300

* Part #s listed are for Bronze Valves only.

For Stainless Steel Valve Part #s, please consult factory.

Note :- Please refer to the Dolphin item price sheets for size information

January 2022

Technical Data Submittal Document

GPx Series Full Service

Electric Fire Pump Controller with Automatic Power Transfer Switch

Contents:

Data Sheets

Dimensional Data Wiring Schematics Field Connections

Project:

Customer:

Engineer:

Pump Manufacturer:

The drawings included in this package are for controllers covered under our standard offering. Actual AS BUILT drawings may differ from what is shown in this package.

Note:

MEMBER

2019 -2020

MEMBER

2019 -2020 MEMBER

2019 -2020

MEMBER

2019 -2020

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice January 2022

* MT2

T1

T3 1M

1M

CR4

3L1 3L2

3L1

3L2

3L3

M

T2

T1

T3 1M

T4

T6

T5 2M

1S

2S

RES

RES

RES

1M

CR4

2M

CR5

1S

2M(LB)

1S

3L1

3L2

3L3

2S

2S(LB)

CR3A

CR3A

2M(LB)

3L1

3L2

T2

T1

T31M

T4

T6

T52M

1S

3L2

1M

CR4

2M

CR5

1S

CR5 2M

1S

3L1

3L2

3L3

3L1

M

M

T2

T1

T3 1M

T8

T7

T92M1M

CR4

3L1

3L2

3L1

3L2

3L3

2M

CR5

MT2

T1

T3 1M

1S

2S

ATR0%

65%

100%

3L2

1M

CR4

2S

CR5

1S

CR51M

2S

3L1

3L2

3L3

3L1

MT2

T1

Soft Starter

3L1

3L2

3L3

1M

CR5

3L1

3L2

T3 1M

Model GPA Across the line

Model GPP Partwinding

Select starting method

Model GPS Soft Start Soft Stop

Model GPR Autotransformer

Model GPY Wye-Delta Open

Model GPW Wye-Delta Closed

*From Automatic Power Transfer Switch

MEMBER

2019 -2020

MEMBER

2019 -2020 MEMBER

2019 -2020

MEMBER

2019 -2020

January 2022 3

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice

Standard, Listings, Approvals and Certifications

Built to NFPA 20 (latest edition) Underwriters Laboratory

(UL)

• UL218 - Fire Pump Controllers

• UL 1008 - Automatic power transfer switches for fire pump controllers

FM Global Class 1321/1323

New York City Accepted for use in the City of New York by the Department of Buildings

Seismic Certification See page 8 for details CE Mark Various EN, IEC & CEE directives and standards

Built in Canada or U.A.E Built in Europe

CE Mark Option Supplied as Standard

Enclosure

Protection Rating

Built in Canada or U.A.E Built in Europe

Standard: NEMA 2 Standard: IP55

Optional

NEMA 12 NEMA 4X-304 sst painted IP54

NEMA 3 NEMA 4X-304 sst brushed finish IP55

NEMA 3R NEMA 4X-316 sst painted IP65

NEMA 4 NEMA 4X-316 sst brushed finish IP66

Accessories

• Bottom entry gland plate

• Lifting Lugs

• Keylock handle

Paint Specifications

• Red RAL3002

• Powder coating

• Glossy textured finish

*Please see Disconnecting Means details on page 4

Shortcircuit Withstand

Rating

200V to 208V 60Hz

220V to 240V 60Hz

380V to 415V 50 Hz / 60Hz

440V to 480V 60Hz

575V to 600V 60Hz

HP (kw)

Standard 100kA 5 - 150 (3.7 - 110) 5 - 200 (3.7 - 149) 5 - 300 (3.7 - 223) 5 - 400 (3.7 - 298) N/A

Optional 150kA

Standard 50kA 200 (149) 250 (186) 350 - 450 (261 - 335) 450 - 500 (335 - 373) 5 - 500 (3.7- 373)

Optional 100kA N/A N/A 350 - 500 (261 - 373) 450 - 500 (335 - 373)

Optional 200kA 5 - 150 (3.7 - 110) 5 - 200 (3.7 - 149) 5 - 300 (3.7 - 223) 5 - 400 (3.7 - 298) N/A

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice January 2022

Ambient Temperature

Rating

Standard:

4°C to 40°C / 39°F to 104°F

Surge Suppression Surge arrestor rated to suppress surges above line voltage

Disconnecting Means

• Isolating switch and circuit breaker assembly:

- Door interlocked in the ON position

- Isolating switch rated not less than 115% of motor full load current

- Circuit breaker continuous rating not less than 115% of motor full load current

- Overcurrent sensing non-thermal type, magnetic only

- Instantaneous trip setting of not more than 20 times the motor full load current

• Common flange mounted operating handle Service Entrance

Rating Suitable as service entrance equipment

Emergency Start Handle

• Flange mounted • Integrated limit switch

• Pull and latch activation • Across the line start (direct on line)

Locked Rotor Protector

• Operate shunt trip to open circuit breaker • Trip between 8 and 20 seconds

• Factory set at 600% of motor full load current

Electrical Readings

• Voltage phase to phase (normal power)

• Amperage of each phase when motor is running

Pressure Readings

• Continuous system pressure display

• Cut-in and Cut-out pressure settings

Pressure and Event recorder

• Pressure readings with date stamp

• Event recording with date stamp

• Under regular maintained operation, events are stored in memory for the life of the controller.

• Data viewable on operator interface display screen

• Downloadable by USB port to external memory device

Pressure Sensing

• Pressure transducer and run test solenoid valve assembly for fresh water application

• Pressure sensing line connection 1/2” Female NPT

• Drain connection 3/8”

• Rated for 0-500PSI working pressure (standard display at 0-300PSI)

• Externally mounted with protective cover

Optional:

4°C to 55°C / 39°F to 131°F

Controllers built in Dubai, UAE (Tornatech FZE) are supplied standard with 55°C rating.

January 2022 5

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice

Audible Alarm 6” alarm bell - 85 dB at 10ft. (3m)

Visual Indications

• Power available

• Motor run

• Periodic test

• Manual start

Visual & Audible Alarms

Visual only

• Alternate lock rotor current

• Alternate power phase reversal

• Automatic transfer switch trouble

• Control voltage not healthy

• Invalid cut-in

• Lock rotor current

• Loss of power

• Low ambient temperature

Visual and Audible

• ACB in OFF or tripped

• Alternate IS tripped/open

• Fail to start

Remote Alarm Contacts

DPDT-8A-250V.AC

• Power available

• Phase reversal

• Motor run

• Common pump room alarm (field re-assignable)**

• Overvoltage

• Undervoltage

• Phase unbalance

• Low pump room temperature

• High Pump room temperature

• Common motor trouble (field re-assignable)**

• Overcurrent

• Fail to start

• Undercurrent

• Ground fault

• Free (field programmable)**

• Pressure transducer fault detected

• Pump on demand

• Pump room alarm

• Service required

• Undercurrent

• Undervoltage

• Check weekly test solenoid

• Weekly test cut-in reached

• Low water level

• Motor trouble

• Normal power phase reversal

• Overcurrent

• Overvoltage

• Phase loss L1

• Phase loss L2

• Phase loss L3

• Phase unbalanced

**Tornatech reserves the right to use any of these three alarm points for special specific application requirements.

• Deluge valve start

• Remote automatic start

• Remote manual start

• Emergency start

• Pump on demand/Automatic start

• Pump room temperature (ºF or ºC)

• Lockout

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice January 2022

ViZiTouch V2 Operator Interface

• Embedded microcomputer with software PLC logic

• 7.0” color touch screen (HMI technology)

• Upgradable software

• Multi-language

Communication Protocol

Capability

• Protocol: Modbus

• Connection type: Shielded female connector RJ45

• Frame Format: TCP/IP

• Addresses: See bulletin MOD-GPx

Operation

Automatic Start

• Start on pressure drop

• Remote start signal from automatic device

• Deluge valve start

Manual Start

• Start pushbutton

• Run test pushbutton

• Remote start from manual device

Stopping • Manual with Stop pushbutton

• Automatic after expiration of minimum run timer ***

Timers Field Adjustable & Visual Countdown

• Minimum run timer ***(off delay)

• Sequential start timer (on delay)

• Periodic test timer

Actuation Visual Indication

• Pressure

• Non-pressure

Mode • Automatic

• Non-automatic

***Can only be used if approved by the AHJ

January 2022 7

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice

Automatic Power Transfer Switch

Surge Suppression Surge arrestor rated to suppress surges above line voltage

Disconnecting Means

• Isolating switch and circuit breaker assembly:

- Door interlocked in the ON position

- Isolating switch rated not less than 115% of motor full load current

- Circuit breaker continuous rating not less than 115% of motor full load current

- Overcurrent sensing non-thermal type, magnetic only

- Instantaneous trip setting of not more than 20 times the motor full load current

• Common flange mounted operating handle

Locked Rotor Protector

• Operate shunt trip to open circuit breaker

• Factory set at 600% of motor full load current

• Trip between 8 and 20 seconds

Visual Indications

• Alternate (emergency) isolating switch in the OFF position

• Alternate (emergency) voltage phase to phase

• Transfer switch in normal position

• Transition timers

Visual Alarms

• Transfer switch trouble

• Alternate power phase reversal

• Alternate isolating switch open/tripped

• Alternate circuit breaker open/tripped

• Alternate side locked rotor current

Transfer switch test pushbutton Bypass for re-transfer and generator shutdown Electrically operated and mechanically held in the normal or alternate position Provision for manual operation

Remote Alarm Contacts

SPDT-8A-250VAC

• Isolating switch in the OFF position

• Transfer switch in normal position

• Transfer switch in alternate (emergency) position

Time Delays

• Momentary normal power outage override (factory set at 3 sec - field adjustable 1 to 3 sec)

• Alternate (emergency) power available delay (factory set at 3 sec - field adjustable 1 to 3 sec)

• Transfer trouble delay (factory set at 20 sec - field adjustable 1 to 60 sec)

• Retransfer to normal (factory set at 5 min - field adjustable 1 to 20 min)

• Generator cooldown (factory set at 5 min - field adjustable 1 to 20 min)

Voltage Sensing

• Transfer to alternate (normal power dropout) 85% of nominal - field adjustable 0 to 100%

• Phase reversal transfer to alternate

• Retransfer to normal (normal power pickup) 90% of nominal - field adjustable 0 to 100%

Audible Alarm (AIS Open) 6” alarm bell - 85 dB at 10ft. (3m)

Generator Start Connection

SPDT-8A-250V.AC

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice January 2022

Notes:

• Components are tested in accordance with ICC-ES AC156, IBC 2018 & CBC 2019.

• OSHPD (OSP) Seismic Certification Preapproval.

Seismic Certification

Seismic Certification Company

TRU Compliance, LLC A Tobalski Watkins Affiliate TWEI Project No.: 2100139 - CR - 001

Mounting details Rigid base and wall mounting

Seismic Information

Building Code

Test Criteria

Seismic Parameters SDS z/h IP AFLX-H ARIG-H AFLX-V ARIG-V

IBC 2018,

CBC 2019

ICC-

ES

AC156

ASCE

Standard

7 - Section 13.2

2.0 1.0 1.5

3.20 2.40 2.13 0.85

3.2 0.0 1.5

January 2022 9

GPx Series Full Service Electric Fire Pump Controller with Automatic Power Transfer Switch

This is a Marketing document. Please consult factory for more information.

Manufacturer reserves the right to modify this information without notice

A4 Flow switch provision

A8 Foam pump application w/o pressure transducer and run test solenoid valve.

A9 Low zone pump control function

A10 Middle zone pump control function

A11 High zone pump control function

A13 Non-pressure actuated controller w/o pressure transducer and run test solenoid valve

A16 Lockout/interlock circuit from equipment installed inside the pump room

B11

Built in alarm panel (120V.AC supervisory power) providing indication for:

• Audible alarm & silence pushbutton for motor run, phase reversal, loss of phase.

• Pilot lights for loss of phase & supervisory power available

B11B Built in alarm panel same as B11 but 220- 240VAC supervisory power

B19A High motor temperature c/w thermoster relay and alarm contacts (DPDT)

B19B High motor temperature c/w PT100 relay and alarm contacts (DPDT)

B21 Ground fault alarm detection c/w visual indication and alarm contact (DPDT)

C1 Extra motor run alarm contact (DPDT)

C4 Periodic test alarm contact (DPDT)

C6 Low discharge pressure alarm contact (DPDT)

C7 Low pump room temperature alarm contact

(DPDT)

C10 Low water reservoir level alarm contact

(DPDT)

C11 High electric motor temperature alarm contact

(DPDT)

C12 High electric motor vibration c/w visual indication and alarm contact (DPDT)

C14 Pump on demand / automatic start alarm contact (DPDT)

C15 Pump fail to start alarm contact (DPDT)

C16 Control voltage healthy alarm contact (DPDT)

C17 Flow meter valve loop open c/w visual indication and alarm contact (DPDT)

C18 High water reservoir level c/w visual indication and alarm contact (DPDT)

Note: Options chosen from this page are not electrically represented on the wiring schematics in this submittal package.

C19 Emergency start alarm contact (DPDT)

C20 Manual start alarm contact (DPDT)

C21 Deluge valve start alarm contact (DPDT)

C22 Remote automatic start alarm contact (DPDT)

C23 Remote manual start alarm contact (DPDT)

C24 High pump room temperature alarm contact

(DPDT)

C25 Second set of standard alarm contacts (DPDT) (Typical for city of Los Angeles and Denver)

Cx Additional visual and alarm contact (Specify function) (DPDT)

D1 Low suction pressure transducer for fresh water rated at 0-300PSI with visual indication and alarm contact

D1A Low suction pressure transducer for sea water rated at 0-300PSI with visual indication and alarm contact

D5 Pressure transducer and run test solenoid valve for fresh water rated for 0-500PSI (for factory calibration purposes only)

D5D Pressure transducer and run test solenoid valve for sea water rated for 0-500PSI

D10 Omit mounting feet (when applicable)

D13

High withstand rating for:

• 200V to 208V @ 150HP max. = 150kA*

• 200V to 208V @ 200HP = 100kA*

• 220V to 240V @ 200HP max. = 150kA*

• 220V to 240V @ 250HP = 100kA*

• 380V to 415V @ 300HP max. = 150kA*

• 380V to 415V @ 350HP to 450HP = 100kA*

• 440V…