Design Analysis.pdf

PDF 5 MB Posted Jul 1, 2026

Attached to: Greenhouse Modernization
Solicitation number: 1232SA26Q0889
Issued by: Department of Agriculture Agricultural Research Service

About this file

Written by GovTribe AI · Jul 1, 2026

This is a Design Analysis document for a 95% design submittal for the renovation of Greenhouse #2 at the USDA PSWMRU facility in University Park, Pennsylvania. The document provides comprehensive design specifications across architectural, structural, mechanical, and electrical systems.

The project involves demolishing Greenhouse #2 down to its steel structure and concrete slab, then performing a complete reconstruction of all greenhouse systems. The facility totals approximately 3,200 square feet divided into three bays (two growth rooms and one entrance bay). Key architectural work includes installing a new aluminum glazing system, creating three separate growth chambers with interior partitions and sliding doors, adding operable ridge vents with mechanical controls, and implementing automatic shade cloths. Structurally, the design specifies a new slab-on-grade sloped to trench drains, supported by eight inches of structural fill, with XPS insulation beneath to mitigate heat loss. An expansion joint will separate the new slab from existing walls. Mechanically, the renovation includes reinstalling existing hydronic unit heaters, replacing the ventilation and evaporative cooling system with four 23-foot by 36-inch cooling pads, and replacing the domestic water system with new plumbing including a stainless-steel work sink, relocated hose bibbs, and additional hose bibbs for cooling system makeup water. Electrically, the design utilizes existing panelboards GDP2-A and GDP2-B with modified breakers, demolishes all interior circuitry, and installs new LED lighting with both manual toggle switches and Tork time clock controls. The design also incorporates wireless access points for telecommunications and protects existing fire alarm and lightning protection systems throughout construction. The document references compliance with 2018 and 2024 International Building Codes, ASHRAE standards, UFC criteria, and includes basis of design cut sheets for KOOL-CEL evaporative cooling pads, exhaust fans, circulation fans, wall hydrants, floor cleanouts, and other mechanical/plumbing components.

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Design Analysis – 95% Design Submittal Renovate Greenhouse #2 USDA PSWMRU, University Park, PA

PART 1 - BASIS OF DESIGN

USDA PSWMRU, University Park, PA

Renovate Greenhouse #2

Greenhouse 2 will be demolished down to the steel structure and slab to allow for full reconstruction of all greenhouse systems. Currently, the greenhouse is accompanied by a newly renovated headhouse and main building with an adjacent greenhouse to be replaced with a new lab in a future project. The greenhouse is approximately 3200 sqft, divided into 3 bays (2 growth rooms with one entrance bay).

USDA PSWMRU, University Park, PA

Architectural Design

Applicable Codes and Standards

• International Building Code (IBC) - 2018

• Unified Facilities Criteria, “DoD Building Code, UFC 1-200-01 with Change 3

• Unified Facilities Criteria, “Architecture”, UFC 1-300-01 with Change 4

Architecture Design Overview

EXISTING CONDITIONS:

Greenhouse 2 is a pre-engineered frame construction with standard greenhouse glazing panels and aluminum frames with a concrete stem wall and interior columns and support mounting throughout the growth rooms. The floors are a mixture of concrete walkways with gravel sections for drainage throughout 2 of the 3 bays.

DEMOLITION:

The greenhouse is to be demolished down to the main structural frame and stem wall.

All aluminum frames and glazing panels must be demolished in their entirety. The concrete walkways and gravel flooring are to be demolished in their entirety. Any attachment to the existing headhouse must be removed carefully to not cause any damage to the headhouse.

NEW WORK:

Greenhouse 2 is to be replaced with a similar layout of the current greenhouse, attaching a new aluminum glazing system to the existing structure. The greenhouse will be separated into three growth chambers with a similar layout to the existing greenhouse divided by interior partitions and sliding doors. The roof will have an operable ridge vent with controls linked into the mechanical/electrical system for each room to have control of its vents. Each growth room with have automatic shade clothes programmed into the mechanical system.

USDA PSWMRU, University Park, PA

Structural Design

• IBC 2024 International Building Code

• ACI 318-25 Building Code Requirements for Reinforced Concrete, American Concrete Institute

• IEBC 2024 International Existing Building Code

• ASCE 7-22 Minimum Desing Loads for Buildings and Other Structures

Structural Design Overview

EXISTING CONDITIONS:

The existing greenhouse consists of a tube steel structure supporting greenhouse glazing. The structural foundation system is for the existing structure is unknown. During the site investigation it was note that the interior tube columns are supported by 10”x10” concrete pedestals. The support for the pedestals in unknown. The exterior walls and interior walls of the greenhouse bear on a concrete stem wall. The existing floor system consists of concrete walkways and equipment support pads and gravel. The existing greenhouse layout consists of three bays divided by interior glazing panels supported by stem walls.

The existing greenhouse steel framing structure and foundation are to remain and be protected during construction.

DEMOLITION:

The structural demolition consists of demolishing the existing slabs, equipment pads and walkways. The demolition will also excavate and remove the interior fill of the greenhouse to accommodate the new construction.

NEW WORK:

The new work will consist of providing a slab on grade sloped to new trench drains. The slab on grade will be supported by 8” of structural fill as directed by the Geotechnical Report performed by the US Army Corps of Engineers – Baltimore District in June of 2022. Constructing the slab on the structural fill material will remove the concerns of frost heave of the slab. An expansion joint will be provided between the existing headhouse masonry wall and new slab as well as between the existing stem walls and the concrete slab. A layer of XPS insulation will be provided beneath the slab to mitigate heat loss through the slab.

USDA PSWMRU, University Park, PA

Mechanical Design

• International Plumbing Code

• International Mechanical Code

• UFC 3-420-01

• UFC 3-410-01

• ASHRAE 90.1

• ASHREA 62.1

Mechanical Design Overview

The existing hydronic unit heaters and associated appurtenances shall be removed and reinstalled to provide a complete and fully functional greenhouse heating system.

Existing heating water piping shall be demolished and reinstalled to match the existing configuration, with reconnection at the existing 2-inch heating water supply and return isolation valves.

The existing greenhouse ventilation and evaporative cooling system shall be replaced to provide the airflow and cooling required to maintain greenhouse environmental conditions. The system shall consist of new exhaust fans installed in the existing locations with a new evaporative cooling system consisting of four 23-foot-long by 36-inch-tall evaporative cooling pads mounted along the interior wall of the greenhouse. Cooling pad sumps shall be located inside of the greenhouse to improve accessibility for operation and maintenance while providing protection from freezing outside conditions. The replacement cooling system shall provide the cooling necessary to maintain greenhouse environmental conditions.

The domestic water system within the greenhouse shall be replaced up to the existing 1-inch isolation valve. The plumbing system shall include a new stainless-steel work sink with dual drainboards, the relocation of the 4 existing hose bibbs to the interior side of the greenhouse exterior wall, and one new exterior hose bibb to provide water within and outside of the greenhouse. Four additional hose bibbs will be located near the evaporative cooling pad sumps to supply make up water to the cooling systems. Upon completion of the project, Greenhouse #2 shall be provided with fully functional mechanical and plumbing systems capable of supporting normal greenhouse operations while maintaining greenhouse environmental conditions.

USDA PSWMRU, University Park, PA

Electrical Design

Applicable Codes and Standards

UFC 1-200-01 DoD Building Code UFC 3-501-01 Electrical Engineering UFC 3-520-01 Interior Electrical Systems UFC 3-530-01 Interior and Exterior Lighting and Controls UFGS Unified Facilities Guide Specifications 2023 NFPA 70 National Electrical Codes 2022 NFPA 72 National Fire Alarms and Signaling Code 2021 NFPA 101 Life Safety Code IESNA Handbook Lighting Handbook Reference 10th Edition

ASHRAE/IESNA 90.1-2007

ARS Manual

Energy Standard for Buildings Agricultural Research Service Facilities Design Guide

ELECTRICAL SYSTEM

The electrical systems shall consist of a distribution system, a power system, and a lighting system.

Distribution System

The existing electrical service at the greenhouses consists of a 2 section panelboard located directly outside the greenhouse #2 labeled GDP2-A and GDP2-B fed from the main distribution switchboard in the headhouse basement electrical room. Panels GDP2-A and GDP2-B shall be existing to remain and breakers modified to accommodate new mechanical equipment and all other greenhouse electrical requirements.

There is also an existing panel labeled EVPD located inside the greenhouse that may be used for additional greenhouse requirements.

All existing circuitry located inside the greenhouse shall be demolished back to the source. All existing electrical devices shall be removed and installed new as indicated on the drawings.

The existing Chemical Storage shop that is connected to the greenhouse shall remain in service throughout the duration of the project. The contractor shall protect the existing conduit, disconnects, and associated load center. The Chemical Storage shop is fed from panel GDP2-B circuit 68,70.

Power System Receptacles shall be furnished and installed where noted on the drawings as required to adequately serve each space.

USDA PSWMRU, University Park, PA

All receptacles in the greenhouse shall be mounted in a weatherproof while-in-use box and be of the GFCI type. All boxes shall be cast metal weatherproof boxes.

All circuitry in the new greenhouse shall be IMC or Galvanized Rigid Steel.

Exposed, exterior circuitry above grade shall be galvanized rigid steel.

All conductors in wet locations shall have XHHW insulation. Conductors in dry locations shall be THHN/THWN copper. Solid conductors shall be used for #10 and #12 AWG, and stranded conductors shall be used for larger sizes.

Each greenhouse shall be provided with a greenhouse controller provided by the mechanical contractor and installed by the electrical contractor. Coordinate the exact requirements with the greenhouse controller manufacturer for a fully functioning system.

Lighting System

Interior Lighting:

• The illumination levels of the interior lighting system will be consistent with the current standards as defined by the Illuminating Engineering Society of North America (IESNA) Lighting Handbook current codes and UFC 3-530-01.

• Lighting fixtures shall be LED.

• Greenhouse fixtures shall be 4’ linear fixtures offering broad and dual spectrum options.

• Exit signs shall be furnished with NiCad batteries.

• Emergency lighting in the greenhouse and vestibule shall be accomplished by providing NiCad battery packs.

• All fixtures mounted in the Greenhouses shall be aluminum or non-metallic construction.

• All Grow Light fixtures and associated ceiling-mounted receptacles shall be secured to tubular mounting structures.

• Grow Light fixtures in the greenhouse shall be suspended from an existing overhead tubular structure.

Lighting controls:

• Greenhouse lighting controls shall be routed through existing Tork time clock contactors.

• General greenhouse lighting shall have local manual controls via toggle switches.

• All lighting controls shall comply with UFC 3-530-01.

LIGHTNING PROTECTION SYSTEM

The existing counterpoise shall be protected throughout the duration of the project.

TELECOMMUNICATION SYSTEM

The contractor shall install ceiling mounted wireless access points (WAP) in the greenhouse. All required CAT6A cable shall be installed from the existing cable secured to the ceiling in the existing lab building.

SPECIAL SYSTEMS

The contractor shall protect the existing speaker/strobe located inside greenhouse and mounted to exterior wall of headhouse building. Protect device and circuitry throughout the duration of the project.

Basis of Design Cut Sheets

PADS

ASK FOR THEM BY NAME

KOOL-CEL® evaporative cooling media is manufactured according to Acme’s rigid standards.

HIGH QUALITY MEANS A LONGER-LASTING PAD

• Greenhouse Space Cooling

• Agriculture Hog, Poultry, Egg Houses, Dairy

Agriculture / Horticulture Specifications

4” Pads 6” Pads 2” Fogger Pads

Model No.

D x W x H

(in.)

Shipping

Wt. (lbs.)

Model No.

D x W x H

(in.)

Shipping

Wt. (lbs.)

Model No.

D x W x H

(in.)

Shipping

Wt. (lbs.)

KU4-24 4 x 12 x 24 1.81 CU6-24 6 x 12 x 24 2.70 FPU2-12-48 2 x 12 x 48 1.81

KU4-36 4 x 12 x 36 2.70 CU6-36 6 x 12 x 36 4.05 FPU2-12-60 2 x 12 x 60 2.24

KU4-48 4 x 12 x 48 3.59 CU6-48 6 x 12 x 48 5.40 FPU2-12-72 2 x 12 x 72 2.70

KU4-60 4 x 12 x 60 4.51 CU6-60 6 x 12 x 60 6.75 FPU2-24-48 2 x 24 x 48 3.59

KU4-72 4 x 12 x 72 5.40 CU6-72 6 x 12 x 72 8.10 FPU2-24-60 2 x 24 x 60 4.48

CU6-60 6 x 24 x 60 13.5 FPU2-24-72 2 x 24 x 72 5.40

CU6-72 6 x 24 x 72 16.2

All sizes available either uncoated, coated 1 side, or coated 2 sides.

Specify when ordering.

US G L O B A L R E S O U R C E S

86 YEARS OF SERVICE TO A GROWING WORLD

TOLL-FREE: +1 (888) 334-1440 | +1 (830) 755-4768

EMAIL: USGR@USGR.COM | WWW.USGR.COM

STATIC PRESSURE VS FACE VELOCITY

0.18

0.16

0.14

0.12

0.1 4 in PAD

0.08 6 in PAD

0.06

0.04

0.02

200 300 400 500 600

FT PER

MINUTE

EFFICIENCY VS FACE VELOCITY

6 in PAD

4 in PAD

200 300 400 500 600

FT PER

MINUTE

H W

KOOL-CEL® Pads are the best choice for evaporative cooling systems because:

Strongest, heaviest pad available.

Made with the heaviest (90 lb.), highest quality virgin kraft paper High percentage of resin content Out-performs the competition in tests:

High tensile strength, psi High dry crush strength, psi High wet crush strength, psi

Produced using the most advanced curing process.

• Cure is consistent and completely established at all contact points throughout the pad

• Pad Cure is designed to give the longest usable life

Available in custom sizes and flute angles Pads for agriculture/horticulture applications Acme Engineering ships custom orders promptly

Advanced resin technology Improves strength, longevity, absorption and cooling efficiency

Edge coating available Available with or without edge coating

Unique coral color Distinguishes KOOL-CEL® from all others

KOOL-CEL® is a registered trademark of Acme Engineering & Manufacturing Corporation

US G L O B A L R E S O U R C E S

86 YEARS OF SERVICE TO A GROWING WORLD

TOLL-FREE: +1 (888) 334-1440 | +1 (830) 755-4768

EMAIL: USGR@USGR.COM | WWW.USGR.COM

Job	Name:	AER-24-03-0625	Cut	Sheet
Tag:	MK-1

Quantity:	1
Printed	Date:	June	18,	2026

Model:

AER-24-03-0625

Sidewall

Direct

Drive

Exhaust

Fan

Standard

Construction

Features:

Galvanized

steel

panel

with

fabricated

galvanized

steel

drive

frame

(optional

wall

housing

wall

collar).

Propeller,

fabricated

steel

(02)

cast

aluminum

(03).

Direct

driven

motor

the

airstream.

Certifications/special

requirements:

Selected

with

VFD

Fan	Configuration
Drive	type Direct

Performance Requested Volume (CFM) 6,900

Actual	Volume	(CFM) 6,900
Total	External	SP	(in.	wg) 0.49
Operating	frequency	(Hz) 49

Fan	RPM 1,425
Operating	Power	(bhp) 1.3

Startup Power (bhp) 2.5

FEI 1.26

FEP	Input	Power	(kw) 1.21
Air	Stream	Temp	(F) 80

Start-up	Temp	(F) 70
Air	Density	(lbs/ft^3) 0.071

Elevation	(ft) 1151
Static	Efficiency	(%) 41

Outlet Velocity (ft/min) 2,129

Motor Size (hp) 3

V/C/P 208/60/3 NEC FLA (Amps) 10.6

Min	Circuit	Ampacity	(MCA) 13.2
Max	Overload	Production	(MOP) 20

Motor	Speed	(RPM) 1750
Motor	Efficiency	(%) 87.8

Fan	curve
Brake	horsepower	curve
Operating	Point	SP
Operating	Bhp	point
Max	system	curve
System	curve

1,425 FRPM

Do	n
ot	o

pe rat

e	i
n	s

ha de d a re a

System

Volume (CFM) x 1000 0 1 2 3 4 5 6 7 8 9 10

St at ic P re ss ur e (in

. w g)

0.4

0.8

1.2

1.6

Br ak e Ho rs ep ow er (B

0.4

0.8

1.2

1.6

External	SP 0.1	in.	wg
Backdraft	Damper 0.09	in.	wg
Wall	Housing 0.14	in.	wg
Weatherhood 0.16	in.	wg
Total	External	SP 0.49	in.	wg

Static Pressure Calculations

Sound Octave Bands (hz) LwA dBA Sones

62.5 125 250 500 1000 2000 4000 8000

Inlet 80 86 89 86 81 78 74 68 88 76 25

Greenheck

Fan

Corporation

certifies

that

the

model

shown

herein

licensed

bear

the

AMCA

Seal.

The

ratings

shown

are

based

tests

and

procedures

performed

accordance

with

AMCA

Publication

211

and

AMCA

Publication

311

and

comply

with

the

requirements

the

AMCA

Certified

Ratings

Program.The

AMCA

certified

ratings

seal

applies

sound

and

air

performance

and

FEI

ratings

only.Performance

certified

for

installation

type

Free

inlet,

free

outlet.FEI

calculation

based

the

selected

Motor

Size,

Motor

Speed,

and

Motor

Efficiency

stated

(see

corresponding

parameters).Power

rating

does

not

include

transmission

losses.Performance

ratings

not

include

the

effects

appurtenances.The

AMCA

licensed

air

and/or

sound

performance

data

has

been

modified

for

installation,

appurtenances,

etc.

not

included

the

certified

data.

The

modified

performance

not

AMCA

licensed

but

provided

aid

selection

and

applications

the

product.The

sound

ratings

shown

are

loudness

values

hemispherical

sones

1.5

ft)

hemispherical

free

field

calculated

per

ANSI/AMCA

Standard

301.

The

A-weighted

sound

ratings

shown

have

been

calculated

per

AMCA

International

Standard

301.Values

shown

are

for

Installation

Type

free

inlet

hemispherical

sone

levels.dBA

levels

are

not

licensed

AMCA

International.

The

AMCA

Certified

Ratings

Seal

applies

LwiA

and

inlet

sone

ratings

only.

FLA

based

tables

150

148

National

Electric

Code

2002.

Actual

motor

FLA

may

vary,

for

sizing

thermal

overload,

consult

factory.

MCA

and

MOP

values

shown

only

account

for

the

motor,

not

accessories

(damper

actuator,

field

supplied

VFD,

etc.).

Page 1 of 2 Version 3.14.0, June 2026

Job	Name:	AER-24-03-0625	Cut	Sheet
Tag:	MK-1

Quantity:	1
Printed	Date:	June	18,	2026

Dimensions and Weights Label Value Description

- 24.125 Impeller	Diameter	(in)
- 220 Weight	w/o	accessories	(lbs)
A 38 Overall	Height	(in)
B 38 Overall	Width	(in)
C 38 Overall	Length	(in)
D 31 WTHD	Length	(in)
- 33.5 Wall	Opening	Width	(in)
- 33.5 Wall	Opening	Height	(in)

*All	dimensions	are	in	inches.
Page	2	of	2 Version	3.14.0,	June	2026

VK12

Product Description

Reduce heat stress and improve air quality with Schaefer’s uniquely designed circulation fans. Unrivaled in the market, these fans are engineered to produce greater air movement and superior cooling no matter the application. You don’t hear them. You don’t see them. You only feel them!

Also known as Horizontal Air Flow (HAF) fans, these fans move air in a coherent horizontal pattern creating a gentle ‘racetrack’ air flow pattern needed in greenhouses to maximize heat distribution and humidity control by mixing the air, from ceiling to floor.

Features

Deep guard design for unmatched performance, low noise levels and safety without sacrificing airflow

Matched high quality motors and blades for maximum efficiency

Powder coated steel guards for increased durability and corrosion resistance

Hot dipped galvanized guards on VK12-GA and VK20-GA models for even greater rust protection

Powder coated steel mounting bracket and power cord included

Wide variety of mounting options available for flexible and easy installation

Variable speed controls available

Misting kits available for even greater cooling

Two year warranty

Made in the USA

Specifications

Air Velocity (@

10')

TBD

Blade Color Metallic

Brand Schaefer

Cfm (free Air) 1470

Drive Direct

Mount Included VS12FMT

Phase 1

Speeds 1

Vfd Compatible No

Cfm/watt (free 14

Mount Type

Included

Ceiling

Nameplate

Amps

1.3/.65

Number Of

Wings

Bess Lab

Performance

Test #

12370

Power (hp) 1/10

Product Net

Weight (lbs)

Switch Not included

Product

Shipping

Dimensions (in)

15 x 15 x 17

Speed Control

Compatible?

Yes

Able To Ship

Small Parcel

Yes

Cfm Range (free

Air)

1001 - 2500

Cord Length

(feet)

Fixed Or

Portable

Fixed https://schaeferventilation.com/ https://schaeferventilation.com/ https://schaeferventilation.com/wp-content/uploads/2026/06/VK12-200.png

Air)

Cord Included -

Not Wired

Diameter

(inches)

Frequency (hz) 60

Guard Color White

Voltage 115/230

Maximum Rpm 1725

Air Velocity (@ 5

Times Diameter)

Blade Material Aluminum

Cfm Calculation

Standard

ANSI/AMCA

Standard

230-99

Pallet Quantity 45

Product Color White

Guard Material Powder

Coated Steel

Oscillating No

Country Of

Origin

Guard Spacing

(inches)

1/2 - 1 UL507

Housing Color White

Cfm/watt

(@0.10")

TBD

Cfm/watt

(@0.05")

TBD

KOOL-CEL OSBG/CSBG

Open Stainless Steel Top with Bell Joint Gutter Closed Stainless Steel Top with Bell Joint Gutter

ACME EVAPORATIVE COOLING SYSTEM FOR 6-INCH PADS

Acme’s OSEG or CSEG provides a rugged stainless steel top and a water tight extruded gutter for evaporative cooling pads. The gutter has UV protection for use in full sunlight.

APPLICATION

BENEFITS

UV PROTECTED GUTTER

ALL METAL PARTS ARE STAINLESS STEEL

WATER TIGHT GUTTER SERVES AS STORAGE TANK

PREFORMED GUTTER - READY TO INSTALL

STRINGER OR FLOOR GUTTER MOUNT

THE OSBG HAS 10 FEET TO 120 FEET AVAILABLE IN 5 FEET INCREMENTS

THE CSEG HAS 10 FEET TO 120 FEET IS AVAILABLE IN 1 FOOT INCREMENTS

NO IN-GROUND TANK REQUIRED

USES STANDARD PVC CEMENT

HEAVY DUTY STAINLESS STEEL GUTTER MOUNTING BRACKETS

OPEN TOP FOR EASY MAINTENANCE OR CLOSED TOP FOR PROTECTION FROM DEBRIS

PADS ARE CONTINUOUS THROUGH SPLIT SYSTEM

SEALS TO BUILDING WITHOUT ADDITIONAL FLASHING OR FURRING STRIPS

The Acme OSBG or CSBG evaporative cooling system offers the optimum in installation ease and upkeep. The gutter’s UV protection and the stainless steel top offers many years of trouble free operation. Just glue the sections together and snap in the pad tray. The gutter may be either mounted on the wall stringer or set on the cement pad. Wall mount uses heavy stainless steel brackets.

ACME offers two unique top systems with the extruded gutter. The special open top design allows for easy monitoring of water flow while the closed top offers superior protection from debris.

The sump pump (70S and smaller) is located in an extension of the gutter located at one end or in the center. Recirculated water is supplied from a submerged pump through an in-line filter and water flow control. A sediment trap is included to reduce trash in the recirculating water. In addition a bleed-off tube allows for continual refreshment of the recirculated water. Fresh water is supplied by way of a Topaz water valve. A plumbing completer kit is included in the In-Line tank.

NEW Bell Joint Gutter makes installation

33% faster and saves on system cost.

US GLOBAL RESOURCES

85 YEARS OF SERVICE TO A GROWING WORLD

TOLL-FREE: +1 (888) 334-1440 | +1 (830) 755-4768

EMAIL: USGR@USGR.COM | WWW.USGR.COM

DESCRIPTION

FEATURES

Made in the U.S.A

NEW

LOWER

COST!

RUGGED LONG LIFE

EASY TO INSTALL

EASY TO MAINTAIN

6” HIGH-EFFICIENCY KOOL-CEL® PADS

LIVESTOCK AND GREENHOUSE COOLING

Est. 1940

US GLOBAL RESOURCES

85 YEARS OF SERVICE TO A GROWING WORLD

TOLL-FREE: +1 (888) 334-1440 | +1 (830) 755-4768

EMAIL: USGR@USGR.COM | WWW.USGR.COM

Est. 1940

The tank offers space for the pump and float valve and has a stainless steel top designed for easy access to both.

Approximately 30” length space is needed for the pump tank kit. It can be mounted at either end or in the center of the system. The kit includes all plumbing parts necessary to complete the system.

To mount the tank in the center of the system you need the optional wrap around kit shown below:

TANK

PAD

Water Inlet Float Valves are used for the automatic replacement of the water evaporated off from the Kool-Cel® system.

Topaz float valves are commonly used for flows up to 50 gal/min at 50 PSI and are designed with a small pilot valve, which in turn operates the main float valve.

IN-LINE TANK

WATER INLET VALVES

PUMPS

Many other tank mounting options are available.

The optional wrap around kit allows the tank to be mounted in front of the system rather than inline and does not include the tank.

Pump Features:

• Corrosion-resistant construction

• Stainless steel motor casing, motor shaft, and fasteners

• Upper and lower heavy duty ball bearing construction

• Motor is permanently lubricated for extended service life and is powered for continuous duty

• Built-in thermal overload protection with automatic reset

• Maximum liquid temperature: 104°F (40°C)

20S Pump:

• 1/3 HP, 115 V (2.9 amps)

• Maximum capacity: 36 GPM

• Maximum head: 20 ft

• Power cord length: 10 feet

70S Specifications:

• 3/4 HP, 115 V (7.1 amps) or 230 V (3.5 amps)

• Maximum capacity: 57 GPM

• Maximum head: 34 feet TDH

• Power cord length: 20 feet

B225C January 2025

C-634 Heavy Commercial Wall Hydrant

With Integral P-004 Vacuum Breaker

•	Anti-Siphon
•	Freezeless
•	Commercial / Industrial
•	Double Backflow Check Valve

C-634-U

PRIER C-634 provides a year round source of water to areas that are subject to freezing temperatures. The hydrant valve is connected to the supply piping in the heated portion of the structure, eliminating the possibility of freezing. To assure freeze protection, the hydrant will drain even with the hose attached and under pressure.

The integral vacuum breaker/backflow preventer provides protection against cross-connection with the potable water system, utilizing 2 check valves to prevent back pressure and a vacuum breaker to vent in the case of siphonage. This commercial wall hydrant is key oper-ated, code approved, and flows up to 16 GPM. A removable operating key is provided to prevent unauthorized usage of the hydrant. No special installation tools are required.

ORDERINGFEATURES

4515 E. 139th Street Grandview, MO 64030 | (800) 362-9055 | PRIER.com

BX1

BX2

BX3

RB1

• Field testable as required by ASSE 1052, pressure rated to 125 PSI, temperature to 140°

• Satin nickel plated body rmaintains an attractive finish

• Multiple vent holes ensure proper draining and reduce problems associated with insect nesting

• Patented PRIER “triple seal” positive shutoff system offers triple redundancy to assure shutoff

• High flow rate, 16 gallons per minute at 25 PSI differential

•	Same key operates box lock and hydrant
•	Tested to 250,000 cycles; designed to last the life of

the plumbing system

• Heavy pattern cast brass hydrant for use with or without brass box or aluminum box

• Heavy duty brass piping, significantly stronger than copper, with threaded and sealed joints

• Simple, solderless design and solid non-ferrous operating rod for long wear life

• Design enables valve to be easily secured to any type of inner wall, utilizing the provided clamping ring

• Integral 3/8”-16 mounting lugs on box provide easy and secure installation.

• Round Box (RB1) installs through 6” hole or 6”

Schedule 40 PVC sleeve

• Patented PRIER quick opening and modulating design requires less force and fewer turns to operate

• Gasket prevents water and air intrusion into the building

C-634BX1

BX1- Satin Nickel Plated BX2- Rough Brass BX3- Aluminum RB1- Round Box (Satin Nickel Plated)

Box Finish

N- 1” MPT x ¾” FPT P- 1” Male SWT x ¾” Female SWT V- ¾” Copper-Press Fitting Ready

4- ¾” Garden Hose 6- 1” Hose

C-634N10 Length 04- 4" Insertion 06- 6" Insertion 08- 8" Insertion 10- 10" Insertion 12- 12" Insertion 14- 14" Insertion 16- 16" Insertion 18- 18" Insertion 20- 20" Insertion 22- 22" Insertion 24- 24" Insertion XX- Special Size

InletHose Thread Outlet

Wall Hydrant Only

Optional Hydrant Box

Included with C-634 hydrant boxes

C-634 Gasket

C-634-U

ROUGH-IN DIMENSIONS

SPECS

4515 E. 139th Street Grandview, MO 64030 | (800) 362-9055 | PRIER.com

C-634 REPLACEMENT PARTS AND STEMS

ID Part No. Description ID Part No. Description 1 See Below Stem Assembly, Contains: 5, 6, 10, 11, 13 5 336-0001 O-Ring Worm Sleeve

P-231-0604 Stem for 4” C-634 Hydrant, 4 11/16” OAL 6 336-6001 O-Ring Worm Drive

P-231-0606 Stem for 6 “ C-634 Hydrant, 6 11/16” OAL 7 337-6001 Check Spider-Vacuum Breaker

P-231-0608 Stem for 8” C-634 Hydrant, 8 11/16” OAL 8 346-6001 Diaphragm-Vacuum Breaker

P-231-0610 Stem for 10” C-634 Hydrant, 10 11/16” OAL 9 C-108KT-808 Loose Key on Lanyard

P-231-0612 Stem for 12” C-634 Hydrant, 12 11/16” OAL 10 C-634KT-802 Stopper Kit, Includes Stopper and Pin, Contains: 5, 10

P-231-0614 Stem for 14” C-634 Hydrant, 14 11/16” OAL 11 324-0004 Pin Only

P-231-0616 Stem for 16” C-634 Hydrant, 16 11/16” OAL 12 C-634KT-806 Vacuum Breaker Assembly

P-231-0618 Stem for 18” C-634 Hydrant, 18 11/16” OAL 13 C-634KT-808 Worm Sleeve with O-Ring, Pin and Tool

P-231-0620 Stem for 20” C-634 Hydrant, 20 11/16” OAL 14 C-634KT-809 Worm Drive Assembly with O-Ring

P-231-0622 Stem for 22” C-634 Hydrant, 22 11/16” OAL 15 C-634WCR Wall Clamping Ring

P-231-0624 Stem for 24” C-634 Hydrant, 24 11/16” OAL 16 399-0001 Secondary Check for ASSE 1052

2 300-6003 Valve Stem Cap (NP Brass) 17 346-0004 C-634 Gasket

3 300-6004 3/4” Hose Piece (NP Brass) C-634KT-807 C-634 Overhaul Kit, Contains: 9, 10, 11, 12, 13, 14

310-6009 1” Hose Piece for C-636 (NP Brass)

**For the old style C-634 Series wall hydrant stems, see C-634 Series retired style spec sheet at PRIER.com.

7 8 3 16

1513 14

10 11

2.125” (57 mm)

0.75” (19 mm) Hydrant Length*2”

(51 mm)

0.25” (6 mm)

6.50” (165 mm)

6.0” (152 mm)

5.75” rough-in

5.5” rough-in

Diameter 6.94” (6 15/16”)

4.5” (114.3mm)

2.125”

5.94” (fits 6” hole)

Furnish and install Model C-634 Heavy Commercial Wall Hydrant manufactured by PRIER Products, Inc. Hydrant shall be surface mount and installed through 1 3/8” round opening. Hydrant shall have automatic draining capabilities with integral vacuum breaker/double backflow preventor. Hydrant shall flow 16 gallons per minute minimum at 25 PSI Differential and be at full flow in 2 handle rotations. Hydrant shaft shall be brass with connections.

Hydrant shall have 3/4” or 1” (choose one) hose connection with freezeless water flow and self-draining functions, one piece valve plunger, satin nickel finish, brass operating rod with positive triple seal shutoff mechanism. Hydrant shall be approved under ASSE 1052 standard. Operating key & wall clamping ring to be furnished with each hydrant. Hydrant insertion length to be x inches. (Length minimum of 4” to choice length in 2” increments.)

Optional: Furnish and install flush-mount hydrant box for each valve. Hydrant box shall be manufactured of solid cast brass or aluminum with a rough brass, satin nickel plated brass or aluminum (choose one) finish. Box shape may be round or square and round box only comes with satin nickel finish.

Box may be installed separately and hydrant be insertable and removable from front of the box. Access to the hydrant box shall be provided by the same operating key as the valve. A gasket shall be installed between the box and hydrant to prevent water intrusion into the structure.

4.5” (114 mm)

2.25” (55 mm)

2.50” (63 mm)

1.125” (28 mm)

SPECIFICATION SHEET

TAG ________

Zurn Industries, LLC | Specification Drainage Operation 1801 Pittsburgh Avenue, Erie, PA 16502, Ph. 855.663.9876

In Canada | Zurn Industries Limited 7900 Goreway Drive, Unit 10, Brampton, Ontario L6T 5W6, Ph. 877.892.5216 www.zurn.com

Design and Dimensional Data (inches and [ mm ]) are Subject to Manufacturing Tolerances and Change Without Notice

WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov ADVERTENCIA: Cáncer y daño reproductivo - www.P65Warnings.ca.gov AVERTISSEMENT: Cancer et effets néfastes sur la reproduction - www.P65Warnings.ca.gov

3 [76] X 4 [102] ADJUSTABLE FINISHED AREA CLEANOUT

ENGINEERING SPECIFICATION:

Zurn CO adjustable floor cleanout, PVC 3 [76] x 4 [102] solvent weld body with bottom outlet, cleanout plug, and square or round light duty strainer in nickel bronze or stainless steel.

SUFFIXES

-CM	Carpet Marker
-VP	Vandal Proof

Rev.	B
Date:	05/09/25
C.N. No.	146859

Prod. | Dwg. No. CO

Dimensions in Inches [mm] Approx.

Wt. Lbs

[kg] Strainer TypeProduct

Number A B

PVC Body Pipe Size Strainer Size CO-PV3 3-4 [76-102] 5-3/16 [132] 5 [2] Nickel Bronze Round

CO-PV3-R6 3-4 [76-102] 6 [152] 6 [3] Nickel Bronze Round

CO-PV3-ST 3-4 [76-102] 5-3/16 [132] 5 [2] Nickel Bronze Square

CO-PV3-S6 3-4 [76-102] 6 [152] 6 [3] Nickel Bronze Square

CO-PV3-SS 3-4 [76-102] 5-3/16 [132] 5 [2] Stainless Steel Round

CO-PV3-R6-SS 3-4 [76-102] 6 [152] 6 [3] Stainless Steel Round

CO-PV3-ST-SS 3-4 [76-102] 5-3/16 [132] 5 [2] Stainless Steel Square

CO-PV3-S6-SS 3-4 [76-102] 6 [152] 6 [3] Stainless Steel Square

CO-PV3-DI 3-4 [76-102] 5-3/16 [132] 5 [2] Ductile Iron Round

C-144/244 Series Freezeless Wall Hydrant

With Anti-Siphon Vacuum Breaker

• Residential

• Freezeless

• Anti-Siphon

• Backflow Check Valve

C-144-S

PRIER C-144 provides a year round source of water in areas that are subject to freezing temperatures.

The hydrant valve is connected to the supply piping in the heated portion of the structure, eliminating the possibility of freezing. Ordering the C-244 gives you the same style hydrant but with a vandal proof extended lockshield and operating key.

The PRIER C-144 has all the characteristics of the historically proven C-134 with the added protection of an anti-siphon vacuum breaker and backflow check valve. It is available from stock in lengths from close coupled to 24”, longer sizes are available on request.

• Anti-siphon aluminum vacuum breaker with EPDM backflow preventer and backflow check valve

• Wide and enclosed screw holes easily secure mounting screws

• Integral cast flange with built-in drainage pitch

• Solid brass body, valve stem cap, seat and stem ends

• Satin nickel plated body maintains attractive finish

• Stainless steel screws

• Powder coated cast aluminum handle

• Lock shield cap

• AFG teflon with graphite packing for easy maintenance

• Standard “OO” size seat washer

• Each valve air-tested at factory for leak-free quality

• Spout aligning mark with manufacturer’s date code

INLET STYLES

FEATURES ORDERING

C-244 Loose Key Design

D- ½” MPT x ½” SWT T- ¾” MPT x ½” FPT C-1/2” CPVC Glue-In

F- ¾” SWT

G-1/2” SharkBite Push-Fit X- ½” Crimp PEX W- ½” Wirsbo® PEX FX- ¾” Crimp PEX FW- ¾” Wirsbo® PEX Y- 1/2” Press-Fit

1- Handle Operated 2- Vandal Proof Lockshield

C-144D10 Length XC- Super Close Coupled CC- Close Coupled 04- 4" Insertion

06- 6" Insertion

08- 8" Insertion

10- 10" Insertion

12- 12" Insertion

14- 14" Insertion

16- 16" Insertion

18- 18" Insertion

20- 20" Insertion

22- 22" Insertion

24- 24" Insertion

XX- Special Size

InletOperator

4515 E. 139th Street Grandview, MO 64030 | (800) 362-9055 | PRIER.com

*Per ASSE 1019 Code, do not leave on for more than 12 continuous hours.

D Style

1/2” MPT x 1/2” SWT T Style

3/4” MPT x 1/2” FPT F Style

3/4” SWT

Y Style

1/2” Press-Fit FX Style

3/4” Crimp PEX X Style

1/2” Crimp PEX W Style

1/2” Wirsbo® PEX FW Style

3/4” Wirsbo® PEX

C Style 1/2” CPVC Glue-In

G Style

1/2” SharkBite Push-Fit

C-144-S

REPLACEMENT STEMS

C-144/244 REPLACEMENT PARTS

ID Part No. Description

See Replacement Stem Section

Stem Assembly, Contains: 1, 4, 10

2 300-1008 Valve Stem Cap

3 C-134KT-805 Handle and Screw Kit

4 C-134KT-802 Seat Washer Replacement Kit (00 Beveled)

5 C-134KT-803 Stem Packing Replacement Kit

6 310-1015 Valve Stem Cap for Loose Key

7 390-1001 Stem Packing Only

8 C-108KT-808 Oval Style Key on Lanyard

9 C-144KT-806 Universal Vacuum Breaker Replacement Kit

10 336-0002 Backflow Check Valve for C-144

C-134KT-804 Handle to Loose Key Conversion Kit Contains: 5,6,8

C-234KT-804 Loose Key to Handle Conversion Kit Contains: 2, 3, 5

C-144KT-807 C-144 Overhaul Kit Contains: 3, 4, 5, 9, 10

Hydrant Length

*The C-144KT-806 Universal Vacuum Breaker Kit fits all current and past PRIER and Mansfield style residential hydrants.

Stem Overall Length (OAL) G Style Manufactured April 2013 - Present

Part No. Style Stem Length Description

310-0063 G 31/4” OAL Super Close Coupled Stem for C-144 Hydrant

P-231-12CC G 43/8” OAL Close Coupled Stem for C-144 Hydrant

P-231-1204 G 6 7/ " OAL Stem for C-144 Hydrant

P-231-1206 G 8 7/ " OAL Stem for C-144 Hydrant

P-231-1208 G 10 7/ " OAL Stem for C-144 Hydrant

P-231-1210 G 12 7/ " OAL Stem for C-144 Hydrant

P-231-1212 G 14 7/ " OAL Stem for C-144 Hydrant

P-231-1214 G 16 7/ " OAL Stem for C-144 Hydrant

P-231-1216 G 18 7/ " OAL Stem for C-144 Hydrant

P-231-1218 G 20 7/ " OAL Stem for C-144 Hydrant

P-231-1220 G 22 7/ " OAL Stem for C-144 Hydrant

P-231-1222 G 24 7/ " OAL Stem for C-144 Hydrant

P-231-1224 G 26 7/ " OAL Stem for C-144 Hydrant

P-231-12US G Up to 16 7/ " OAL *Universal Replacement Stem for C-144 Hydrant

**For stems manufactured before 2013, see C-144 Series retired style spec sheet at PRIER.com. PRIER universal stems are replacement stems for any size from 4” to 14.” The P-231-12US Universal Stem requires cutting the rod to proper length and soldering the brass stem end to the rod as directed in instructions.

~ 3/

4515 E. 139th Street Grandview, MO 64030 | (800) 362-9055 | PRIER.com

*Per ASSE 1019 Code, do not leave on for more than 12 continuous hours.

POU ELECTRIC TANKLESS WATER HEATERS

COMMERCIAL/RESIDENTIAL

www.hotwater.com | 800-527-1953 Toll-Free USA | A. O. Smith Corporation | 500 Tennessee Waltz Parkway | Ashland City, TN 37015

ABESS00124

EASY INSTALLATION

• Compact size perfect for point-of-use applications close to fixtures

• Mounts easily to the wall

• No venting required

• ½” NPT water connection

• No T&P valve required (check local codes)

WIDE ARRAY OF MODELS AND MODES

OF OPERATION

• 1.75kW – 3.5kW, 120V

• 3.5kW – 11kW, 240V (208V)

• 4kW – 11kW, 277V

• Single Phase, 50/60 Hz

• Two mode options, easy switching

• Lavatory mode, default 105°F; temp range 80°F – 149°F

• Emergency Eye Wash mode, 85°F

ONBOARD SELF-DIAGNOSTICS &

TROUBLESHOOTING

• Onboard self-diagnostics to monitor performance and protect the unit

• Bright LED display for status updates and making system selections and adjustments

• Error codes for troubleshooting and faster resolution

HIGHLY EFFICIENT & RELIABLE

THERMOSTATIC DESIGN

• On-demand water heater capable of supplying endless hot water when appropriately sized

• Ultra-low activation of 0.17 GPM min.

• Energy efficiency 0.91 UEF or higher

• Dry-Fire protection to prevent premature element failures

• Secondary temperature regulation to limit hot water output appropriate for use with hand or eye washing applications

• Scale detection (Patent Pending) and easy maintenance for extended service life of the heater

CONSTRUCTION

• Housing – Bayblend® FR3010 plastic, dark gray

• Chamber Material – Entec Nylon, glass-filled

• Sheathed copper elements for longer life

WARRANTY

• 5-Year limited warranty on chambers

• 1-Year limited warranty on all parts

• For complete information, consult the written warranty or go to hotwater.com

POINT-OF-USE ELECTRIC TANKLESS

ABESS00124

POU ELECTRIC TANKLESS WATER HEATERS

COMMERCIAL/RESIDENTIAL

Copper conductors only. All wiring/conductors must be rated for 90°C or greater.

+ This model may be connected to a 208 VAC supply with reduced power output. Connection to 208 VAC may require different breaker and/or wire size than shown in the table.

NOTICE: Incoming line voltage variations may result in nuisance breaker trips. Contact Technical Support if there are multiple breaker trips when the recommended breaker size is in use.

Model Number Total Input Wattage (kW) Voltage (V) Total Current

Draw (Amps)

Recommended U.S.

Circuit Breaker Size

(Amps) Conductor Size (AWG) Activation GPM

UPVA-18K 1.75 120 14.58 15 14 0.17

UPVA-24K 2.40 120 20.00 20 12 0.17

UPVA-30K 3.00 120 25.00 25 10 0.17

UPVA-35K 3.50 120 29.17 30 10 0.17

UPVA-35E 3.50 240+ 14.58 15 14 0.17

UPVA-45E 4.50 240+ 18.75 20 12 0.17

UPVA-55E 5.50 240+ 22.92 25 10 0.17

UPVA-70E 7.00 240+ 29.17 30 10 0.17

UPVA-90E 9.00 240+ 37.50 40 8 0.17

UPVA-110E 11.00 240+ 45.83 50 8 0.17

UPVA-40Y 4.00 277 14.44 15 14 0.17

UPVA-55Y 5.00 277 19.86 20 12 0.17

UPVA-80Y 8.00 277 28.88 30 10 0.17

UPVA-110Y 11.00 277 39.71 40 8 0.17

Volts kW

GPM AT TEMPERATURE RISE

25°F 30°F 35°F 40°F 45°F 50°F 55°F 60°F 65°F 70°F 75°F 80°F 85°F

120V

1.75kW 0.47 0.39 0.33 0.29 0.26 0.23 0.21 0.20 0.18 0.17 - - - 2.4kW 0.64 0.54 0.46 0.40 0.36 0.32 0.29 0.27 0.25 0.23 0.21 0.20 0.19 3kW 0.80 0.67 0.57 0.50 0.45 0.40 0.36 0.33 0.31 0.29 0.27 0.25 0.24

3.5kW 0.94 0.78 0.67 0.59 0.52 0.47 0.43 0.39 0.36 0.33 0.31 0.29 0.28

240V (208V)

3.5kW 0.94 0.78 0.67 0.59 0.52 0.47 0.43 0.39 0.36 0.33 0.31 0.29 0.28 4.5kW 1.20 1.00 0.86 0.75 0.67 0.60 0.55 0.50 0.46 0.43 0.40 0.38 0.35 5.5kW 1.47 1.23 1.05 0.92 0.82 0.74 0.67 0.61 0.57 0.53 0.49 0.46 0.43 7kW 1.87 1.56 1.34 1.17 1.04 0.94 0.85 0.78 0.72 0.67 0.62 0.59 0.55 9kW 2.41 2.01 1.72 1.50 1.34 1.20 1.09 1.00 0.93 0.86 0.80 0.75 0.71 11kW 2.94 2.45 2.10 1.84 1.63 1.47 1.34 1.23 1.13 1.05 0.98 0.92 0.87

277V

4kW 1.07 0.89 0.76 0.67 0.59 0.54 0.49 0.45 0.41 0.38 0.36 0.33 0.31 5.5kW 1.47 1.23 1.05 0.92 0.82 0.74 0.67 0.61 0.57 0.53 0.49 0.46 0.43 8kW 2.14 1.78 1.53 1.34 1.19 1.07 0.97 0.89 0.82 0.76 0.71 0.67 0.63 11kW 2.94 2.45 2.10 1.84 1.63 1.47 1.34 1.23 1.13 1.05 0.98 0.92 0.87

PRODUCT SPECIFICATIONS

Cold water inlet temperatures raised to 105°F setpoint.

ABESS00124

POU ELECTRIC TANKLESS WATER HEATERS

COMMERCIAL/RESIDENTIAL

Models

DIMENSIONS – SHIPPING

Width Height Depth Weight

1.75kW - 5.5kW 11.25 15.5 8 6.0 7.0kW - 11kW 11.25 15.5 8 8.0

DIMENSIONS

Front View Side View

Top View

°F

°C

ENTER

7.65” (19.43 cm)

11.25” (28.58 cm)

12.22” (31.04 cm)

1.03” (2.62 cm)

12.22” (31.04 cm)

4.77” (12.12 cm)

1.24” (3.15 cm)

2.29” (5.82 cm)

7.65” (19.43 cm)

5.11” (12.98 cm)

2.29” (5.82 cm)

2.45” (6.22 cm)

2.20” (5.59 cm)

5.11” (12.98 cm)

POU ELECTRIC TANKLESS WATER HEATERS

www.hotwater.com | 800-527-1953 Toll-Free USA | A. O. Smith Corporation | 500 Tennessee Waltz Parkway | Ashland City, TN 37015

ABESS00124

For technical information, call 800-527-1953. A. O. Smith Corporation reserves the right to make product changes or improvements without prior notice.

INSTALLATION

°F

°C

ENTER

12” (30.5 cm)

12”+ (30.5 cm +)

8” (20.3 cm)

Drain Pan

Wall Wall or adjacent object

Front Clearance:

15” + (38.1 cm +)

Drain Pan

12”+ (30.5 cm +)

Floor

ORIENTATION & CLEARANCE

•	All models must be oriented with the inlet and outlet facing upward.
•	Top clearance – a minimum of 12 inches (30.5 cm) to provide access for plumbing

connections.

• Side clearance – a minimum of 8 inches (20.3 cm) to remove the screws and protective cover and to provide access for electrical wires to enter through the side of the unit.

• Bottom clearance – a minimum of 12 inches (30.5 cm) for access to and maintenance of heating elements. Do not store any items beneath the water heater.

• Front clearance – a minimum of 8 inches (20.3 cm). In the absence of a door or removable access panel in front of the heater, allow a minimum of 15 inches (38.1

cm) for cover removal and ease of service.

Hot Cold

°F

°C

ENTER

Side View

MINIMUM CLEARANCES

Front View

Zurn Industries, LLC | Specification Drainage Operation 1801 Pittsburgh Avenue, Erie, PA 16502, Ph. 855.663.9876

In Canada | Zurn Industries Limited 7900 Goreway Drive, Unit 10, Brampton, Ontario L6T 5W6, Ph. 877.892.5216 www.zurn.com

Design and Dimensional Data (inches and [ mm ]) are Subject to Manufacturing Tolerances and Change Without Notice

3 [76] X 4 [102] ADJUSTABLE FINISHED AREA CLEANOUT

ENGINEERING SPECIFICATION:

Zurn CO adjustable floor cleanout, PVC 3 [76] x 4 [102] solvent weld body with bottom outlet, cleanout plug, and square or round light duty strainer in nickel bronze or stainless steel.

SUFFIXES

-CM	Carpet Marker
-VP	Vandal Proof

Rev.	B
Date:	05/09/25
C.N. No.	146859