Att 5 Cold Storage Rooms E - Resubmit.pdf

PROJECT TITLE University Park: USDA-ARS PSWMRU

LOCATION University Park, Pennsylvania

DATE

05/08/2024

TRANSMITTAL NO.

13 21 26-1

Item Description Variation QA Code

7 Cold-Storage Rooms No E 8 Cold-Storage Rooms No A 9 Refrigeration Equipment No B

SECTION III - GOVERNMENT REVIEW REMARKS

1. Submitted refrigeration system includes condensing unit that is mounted to bracket on rear of cold room. This will not work on plan as cold room is not located on at exterior wall. Provide unit with mounting bracket to be mounted remotely on the exterior of the building, and can satisfy design loads at expected longer piping equivalent length.

2. Installing contractor shall coordinate electrical connections with electrical contractor.

3. Confirm that submitted EcoNet controller is compatible for connection with building BACnet BAS network. Connection is for general status monitoring only.

4. Confirm heat tape applied to drain piping meets 4 W/ft and/or keeps drain piping to 40 °F at 0 °F per 13 21 26 ¶2.4.

Item 9

1. All capacities are calculated at 65ºF return gas temperature and dew point values" as needed to accommodate condensing unit located in outdoor air ambient temperatures.

CONTRACT NO.

W912DR23C0009

PAGE

TRANSMITTAL OF SHOP DRAWINGS, EQUIPMENT DATA

MATERIAL SAMPLES, OR MANUFACTURER'S

CERTIFICATES OF COMPLIANCE

Attachment to ENG FORM 4025-R

US-0491 - USDA Bldg Reno @

PSU

150 Curtin Rd University Park, Pennsylvania 16801 United States

Leonard S. Fiore, Inc.

5506 6th Avenue

Altoona, Pennsylvania 16602 United States

(814) 946-3686

Title Cold-Storage Rooms

Submittal Manager Nancy Nyman

Spec Section

13 21 26 - COLD-STORAGE ROOMS

(PREFABRICATED PANEL TYPE)

Type Product Information

Number 13 21 26-8

Rev

Description SD-03 Product Data - SD-02 Shop Drawing Data I certify that the above submitted items had been reviewed in detail and are correct and in strict conformance with the contract drawings and specification except as otherwise stated.

Nancy Nyman

Walk-In Cooler and Freezer Manual

Installation Instructions

Troubleshooting

Warranty

Drawings

U.S. Cooler 401 Delaware St. Quincy, Illinois 62301

Phone: 800.521.2665 | Fax: 217.228.2424 www. uscooler .com

A DIVISION OF

Installation Instructions

GENERAL:

• Check bill of lading for correct number of boxes.

• In the event of damage, be sure to notate ‘damaged’ on the freight bill. It is imperative to take pictures of any damage and send to our Customer Service Department.

• Remove packing list attached to the end of the skid and installation pack attached

• Locate the installation pack (clear plastic bag containing the packing list, installation drawing, cam plugs, and cam wrench).

TOOLS REQUIRED:

• Cam-lock wrench (provided)

• Gloves for handling panels

• Caulk gun and NSF silicone caulk

• Power drill with Phillips driver and 1/8” drill bit

• 1/2” metal drill bit (for side mount refrigeration units)

• 4 ft. carpenter level

INTRODUCTION:

Once you have located the clear installation pack attached to the door, pull out the installation drawing for reference. Each panel is labeled with a C (Ceiling), W (Wall), or F (Floor) and a number. Separate the panels by grouping the C panels together, the W panels together, etc. Prior to installation, ensure there is proper clearance where box will be located. There should be a minimum 2” clearance around exterior of panels for airflow. Before setting panels, make sure there is proper clearance for door swing and Heated Pressure Relief.

FLOOR INSTALLATION (FLOORED UNITS):

Locate panels that are labeled letter F. These are floor panels. Using chalk line, measure out and mark floor for location of box. Lay the F1 floor panel in the location designated on the floor plan drawing (see figure 2). Take the F2 floor panel and fit male side of F1 panel into female side of F2 panel. Align both ends until they are even (see figure 3) .

Insert cam wrench into center hole on F1 panel. If hook is showing, back cam counter clockwise until you reach a stop, but do not force cam. Turn cam wrench clockwise until a solid stop is reached (see figure 4). Again, do not force past stop. Check to see if F1 and F2 floor panels are firmly attached together. If not, repeat this step. Otherwise, lock remaining cams and go to next panels until all floor panels are assembled.

U.S. Cooler floors are not designed for the use of forklifts, pallet jacks, or hard wheeled carts. Damage caused by this usage will void the panel warranty.

THRESHOLD BAR INSTALLATION:

The door threshold bar must be installed in the floor panel before the door is set in place where the door is to be located. With the hooks pointing in the same direction as the pins on the cam-locks in the floor, place the hooks of the threshold bar into the slots of the cams. Push the bar in the direction of the pin of the cam-lock until they contact. Gently tap the locking bar until it locks into the cams or quits moving. This movement is about 1 ½”. The locking bar is now installed. When the door is installed, screw the threshold down to the locking bar with the self-tapping screws provided in the install pack (see drawing page 8).

to door.

Installation Instructions (continued)

SCREEDING INSTALLATION (FLOORLESS UNITS):

Using chalk line, mark location of box walls according to enclosed plans (see figure 5). Lay two beads of silicon caulk within the 4” wall location (see figure 6). Gray screeding can optionally be shot down with nails placed directly in the center of screeding (see figure 7). Put one bead of caulk on each inside edge of screeding.

WALL PANELS INSTALLATION:

Start with corner wall consisting of W1 and the adjacent wall panel that forms the corner (see figure 8). On floorless walk-ins, work panels into pre-installed screeding. On floored units, place male bottom of wall panel in female groove of floor panel. Make sure the floor arrow on the wall panel is pointing down. Once panel is inserted correctly, install W2 wall panel with W1 panel, male edge will be inserted into female edge of W2 panel. Special care should be given to ensure that top edges and sides of wall panels are flush (see figure 9). Take cam wrench and insert it into center hole of W1 panel. Be sure cam lock is set by first turning wrench in a counterclockwise direction until stop is felt. Do not force cam. After checking set of cam, turn wrench in a clockwise direction until stop is felt (see figure 10). Again, do not force cam. Check to see if panels are firmly locked together. If not, repeat this step. If they are, finish panel installation by locking all wall cams. Do not lock the panels to the floor until all wall and ceiling panels have been locked together. Continue installing wall panels by alternating from the lowest wall number to the highest wall number. On combination units, install center wall before continuing into cooler section. If the floor is uneven, adjustments must be made to ensure wall panels are flush at the top. When installing door panel, remove door by lifting door in an upward direction on panel and set aside until the frame is installed.

DOOR INSTALLATION:

Doors on standard nominal units can be installed in any of the standard, full size wall panel locations, while custom built order units have fixed door locations. A door threshold hold down bar must be installed in the floor panel where the door is going to be installed. Place the hooks of the door threshold hold down bar, with the hooks going in the same direction of the cams, in to the slots on the cams. The hook on the bar should contact the pins in the cams. Gently tap the hold down bar in the direction of the cams and hooks until it quits moving, locking it in place with the cam hooks (approx.

1 ½”). Gap on handle side between the door & frame should be the same from top to bottom, and the gap across the top of the door, left to right should be equal. Continue installation of wall panels.

CUSTOM UNIT WITH FLOOR:

Check your drawing to locate where the door will be installed. 3 screws are provided to screw threshold to floor.

COOLER WITHOUT FLOOR:

Angle brackets should be installed on exterior door legs using angle brackets and screws provided.

WARNING: Risk of fire or electrical shock. Connect only to a grounded circuit protected by a ground fault circuit interrupter (GFCI). Failure to do so can result in death or serious injury.

HEATER WIRE INSTRUCTIONS

Connect to incoming power source, via junction box, per local wiring codes. Must be hot at all times.

(See drawing on page 13)

HEATED PRESSURE RELIEF INSTRUCTIONS

Connect to incoming power source, via junction box, per local wiring codes. (See drawing on page 13)

LIGHT SWITCH INSTALLATION:

1. Read all labels on unit and understand all risks.

2. Disconnect power at breaker.

3. Route all high voltage power (Line, Switched, Neutral, Indicator, and Three Way) through separate

4.

Connect power wires to terminal block. If wires fray while installing, it is required to tin (solder) the wire

5.

Connect battery cable and temperature probe(s) on back of unit. Select Temperature Units during startup.

6.

Temperature Units (Default °F) To Change Units: Turn power OFF/ON and wait until display reads “SEL”.

Touch twice to change the units between°F and °C

SPECIAL NOTE: Seal all conduit wire openings with a silicone sealant. This will keep moisture out of junction boxes. (See Electrical Drawing Diagram on page 13)

CEILING PANELS INSTALLATION:

Once wall panels are installed, proceed with C1 ceiling panel by placing it in location according to drawing (see figure 11). Align it so it is even on all edges. Many times uneven floors may cause ceiling to either be slightly bigger or smaller than wall panels. If this is the case, split the difference. All panels are made to allow adjustments due to varying installation conditions. Lock all cams according to previous instruction. After locking C1 panel, lift C2 panel into location so male side of C1 fits into female side of C2. Line up both ends and lock all cams (see figure 12). Continue installing ceiling panels from smallest number to largest number.

CEILING SUPPORT INSTALLATION:

Drill and rivet ceiling support bracket to male or female cam (see drawing page 10). After brackets are riveted to female ceiling cams and ceiling is locked into place, bring male ceiling into place by lining the slot of the bracket up with the female slot and male lock. Wire cable must be hung straight up from the attached bracket to support beam. Bolts, washers, clamps and wire cable are supplied by others.

DRIP CAP INSTALLATION:

Stainless steel drip caps are supplied with outdoor walk-ins to reduce the amount of precipitation that would otherwise collect across the top and down the edges of the door. The drip cap is installed just above the door closer hook on the door frame. The 90 degree fold will be against the walk-in facing up. To install the drip cap, drill (3) 1/8” holes across the 90 degree fold and using the ½” long, pan head screws provided, attach the drip cap to the walk-in. To insure the drip cap is sealed tight against the walk-in, place a bead of silicone caulk either behind the fold when attached to the walk-in, or a bead of caulk along the top of the drip cap after attached (see drawing page 15).

conduit than the temperature probe(s) and battery cable conduit. NOTE: Junction boxes must be rated for “Wet/Outdoor Location” if used in outdoor application Used Teflon/PTFE tape to wrap all thread conduit connections.

leads in order to press into terminal block. Do not allow stray wires to exit the terminal block.

DOOR ADJUSTMENTS:

After all panels have been installed, close walk-in door. If the door does not shut correctly, verify that the reveal between the door and frame is even around the perimeter of the door (see figure 13). A reveal that increases or decreases across the top of the door, indicates one leg of the door frame is lower than the other and will need to be shimmed to correct the condition. The door and frame should be flush around the perimeter. If one corner of the door protrudes from the frame, it indicates that the bottom of one door leg is not aligned with the other leg and the frame has a slight twist. Unlock the cams around the perimeter of the frame and move the door leg in or out to correct the condition, then relock the cams. Once box is completely installed and door alignment is verified, screw the threshold down to the threshold bar on floored boxes and to the floor on floorless boxes with the stainless steel screws provided. On floorless units, attach L-shaped hold-down bracket to door legs and floor. Locate bracket on edge of door frame, small hole against the door leg, large hole to the floor.

Install included Phillips self-tapping screw through small hole of bracket and into door leg. Install included concrete anchor through bracket and into floor. (see figure 14).

ADJUSTABLE HINGE ADJUSTMENT INSTRUCTIONS:

(See drawing on page 9)

CAULKING INSTRUCTIONS:

It is advisable, but not absolutely necessary, to caulk all joints inside walk-in. This will provide for an even better sealed unit. Use NSF approved silicone caulking.

RAIN ROOF INSTALLATION:

Install evaporator coil prior to rain roof installation and silicone caulking around the carriage bolt heads to avoid perforating the rain roof. (See drawing on page 15)

SLOPED FOAM INSTALLATION:

Install evaporator coil prior to rain roof installation and silicone caulking around the carriage bolt heads to avoid perforating the rain roof. (See drawing on page 16)

TYPICAL SLOPE FOAM INSTALLATION:

Slope foam installation for a walk-in consists of the tapered foam and the vapor barrier material. The slope foam taper typically starts at ¼” and goes up to about 4”. The foam is typically marked A,B,C,D, etc. depending how many rows of foam are needed to cover the walk-in. Starting at a corner of the roof panel, place a row of panels down, depending on which direction the taper is made to run across the top of the walk-in. After each row is placed down, it’s always best to run a strip of furnace tape across the foam panel, just to keep them temporarily in place until the rain roof membrane has been installed. After installing all the tapered foam panels, we have provided a roll of 4 mil vapor barrier, that needs to be placed over the tapered foam panels. This protects the membrane from any gasses that may escape from the foam, which will reduce the life span of the membrane.

With the foam and vapor barrier now in place, the roof membrane can now be installed.

REFRIGERATION INSTALLATION:

For saddle mount and side mount units, set refrigeration system over notched wall panel with compressor mounted on outside of walkin. Drill through wall with 1/2’ drill bit and bolt unit on with provided bolts. If unit has top mount self-contained refrigeration system to be installed, place unit in prefabricated hole in top of walk-in with air flow marker pointing away from wall. Caulk around perimeter of refrigeration unit. All wall penetrations are required to have an airtight seal. All refrigeration components must be installed by a certified refrigeration contractor, who must be present at startup. Failure to do so may affect your warranty.

TROUBLESHOOTING:

Ceiling overhangs walls:

If walls are racked at the top, loosen wall cams and adjust walls so the tops of the walls line up. If walls are level at the top, loosen corner wall panel and bump out wall panel to line up with outer edge of ceiling. Lock ceiling to wall and re-lock corner seam.

Door doesn’t shut:

Check to make sure door closer is working properly and it is catching the hook. Check to make sure walls aren’t racked. See installation instructions for further door alignment information.

Door sags:

Check to make sure the floor is level. If not, shim as needed under correct door leg.

Ceiling panels won’t pull down to lock into walls:

If walls have been locked to walk-in floor, unlock walls from the floor, lock ceiling panels down to walls and re-lock walls to floor.

Cam wrench is binding in cam hole:

Only insert the wrench far enough to catch the mechanism. Make sure you are inserting the tapered end of the wrench in the hole.

Cam lock not engaging (locking):

Make sure adjoining wall panels are flush on sides and top, so cams are lined up properly. Before locking, be sure to reset cam by turning it counterclockwise until it resets. Do not over-reset cam. Then relock cam.

Door thermometer reads incorrect temperature:

Door thermometer doesn’t register proper temperature.

Make sure that the temperature probe is toward the center of the walk-in.

Warranty

U.S. COOLER TEN YEAR LIMITED WARRANTY

U. S. Cooler Company, Inc. warrants to the original purchaser that the walk-in panels manufactured by the company are free from any defect in material or workmanship under conditions of normal use and service. The obligation of the manufacturer under this warranty shall be limited to repairing or replacing at their option FOB factory, panels of said walk-in which proves defective within ten years from the date of purchase. All hardware carries a standard one year warranty.

Refrigeration equipment carries a standard one-year factory warranty for compressor and accessories. The obligation of the manufacturer under this warranty shall be limited to repairing or replacing at their option FOB factory, any part of said refrigeration system which proves defective within one year from the date of purchase. An extended four-year compressor warranty and a 1st day through 5th year labor warranty are also available as an option.

This warranty is in lieu of all other warranties expressed or implied and does not apply to equipment, which has been subject to any accident, alteration, abuse, misuse or improper installation. U.S. Cooler Company, Inc. expressly disclaims all other warranties expressed or implied. The standard warranty does not include any labor charges for replacement or repair of defective parts. In no event shall U.S. Cooler Company, Inc. be liable for any special, direct or indirect, incidental or consequential damages or for any lost product, lost profits or revenues or other losses or damages caused by lost product or lost profits or revenues, whether for breach of warranty or otherwise.

For warranty work on your U. S. Cooler walk-in cooler or freezer, call our Customer Service Department immediately. You will then be advised of the proper procedure to follow. NO warranty work is to be performed without an authorization number, which will be provided by the Customer Service Manager. U.S.

Cooler assumes no responsibility for work performed without an authorization number.

CUSTOMER SERVICE CONTACT INFORMATION:

U.S. Cooler Company 401 Delaware St.

Quincy, IL 62301

Toll Free: 800.521.2665 Phone: 217.228.2421 Fax: 217.228.2424

Email: customerservice@uscooler.com Company Website: www.uscooler.com Parts Website: www.walkincoolerparts.com

Door Drawings

Door Drawings

Adjustable Hinge Adjustment Instructions

TIGHTEN

SCREWS

LOOSEN

SCREWS

ADJESTMENT

DIRECTION

TOP HINGE

TURN CLOCKWISE FOR RIGHT-HAND DOOR

TURN COUNTERCLOCKWISE FOR LEFT-HAND DOOR

TOP HINGE

TIGHTEN

SCREWS

LOOSEN

SCREWS

ADJESTMENT

DIRECTION

TOP HINGE

TURN COUNTERCLOCKWISE FOR RIGHT-HAND DOOR

TURN CLOCKWISE FOR LEFT-HAND DOOR

BOTTOM HINGE

TO ADJUST DOOR SAG

“A”

STEPS 1 & 6

1. Remove access cover by depressing point “A” and pulling it outward.

2. Loosen 4 mounting screws on each strap, but do not remove screw.

3. Open door to break seal with magnetic gasket.

5. Tighten 4 mounting screws on each hinge.

6. Replace cover by inserting point “A” first.

4. Adjust tip of door up by turning top hinge adjustment screw clockwise (opposite for left hand door) and the bottom hinge adjustment screw counter-clockwise (opposite for left hand door) so door spacing is even.

Adjustable Hinge Adjustment Instructions

Ceiling and Footing Drawings

Refrigeration Drawings

Electrical Drawings

Locking Bar & Drip Cap Drawings

PING SCREWS

Rain Roof Installation

57”

Dock

FOLD CORNERS SO MEMBRANE

IS TUCKED UNDER.

TERMINATION BAR FASTENED

6” ON CENTER.

6” MIN.

60”

8” MIN.

A.

B.

C.

D.

E.

FREE STANDING BUILDING INSTALLATION

STEP #1:

Before installation, check the overall width & length of the membrane roof cap. It should be approximately one foot wider and longer than the walk-in. Ensure tabs are down when unrolling vinyl membrane.

STEP #2:

Check the rooftop of the walk-in and remove any foreign matter.

Seal all protruding rough edges such as screw heads, rivets, etc.

with Duro-Last approved caulk. This will prevent any chance of penetrating or wearing a hole in the maembrane roof cap.

STEP #3:

Snap a chalk line approximately 54” from edge of walk-in (figure “A”). Fasten 3” tab using a 1 1/2” screw and a Duro-Last Poly Plate (figure “B”). Start securement 6” from edge and contuine fastening 12” on center until the 3” tab is secured along entire tab.

STEP #4:

Unroll roof cap membrane to next tab and fasten. When fastening remaining tabs, check often to make sure all slack in roof cap is pulled taught.

STEP #5:

On completion of roof cap tabs, fold corners as shown (figure “C”) and install flashing trim around perimeter of walk-in (figure “D”). Use 1 1/2” screws 6” spaced on centeer. Seal top edge of termination bar with Duro-Last approved caulk.

INSTALLATION AGINST A BUILDING

STEP #1:

Repeat steps #1 and #2 as described above.

STEP #2:

Snap chalk line approximately 60” from building wall (figure “E”).

Fasten tab as described (figure “B”). upon completion of fastening the first tab, secure the reverse tab along base of wall checking often to make sure all slack in roof cap is pulled taught.

STEP #3:

Fasten reverse minimum 8” high on wall using termination bar.

Termination bar is to be secured to the building wall using 1 1/2” screws fastened 6” on center.

STEP #4:

Repeat steps #4 and #5 as described above until roof cap is installed.

Walk-in Cooler / Freezer Exploded View

U.S. Cooler 401 Delaware St. Quincy, Illinois 62301

Phone: 800.521.2665 | Fax: 217.228.2424 www. uscooler .com

A DIVISION OF

Corner Panel

Light Switch / Temperature Gauge

Door Handle

Door Hinge

Door Closer

Wall Panel

Ceiling Panel

Floor Panel

Door Panel

EXTRUDED POLYSTYRENE

SPECIFICATIONS

GENERAL

Walk-ins shall be constructed of prefab, precision-formed, modular panels designed for accurate, rapid field assembly.

Walk-ins shall be test assembled at the factory.

DRAWINGS AND INSTRUCTIONS

Each walk-in shall have a set of installation instructions and lay-out drawing. All panels shall have panel identification corresponding with the lay-out drawing to facilitate rapid and accurate field erection.

PANEL CONSTRUCTION

Each panel shall consist of inner and outer metal skins, a 4" insulation core, and be equipped with cam-action locking devices.

The locking devices shall be operable from inside the walk-in and a hex-shaped wrench shall be supplied. Press-fit plug buttons shall be provided to seal wrench holes after assembly is complete. Construction shall be as approved by the National Sanitation Foundation International and shall bear the NSF® Seal of Approval.

All panels shall be connected to one another by placing the tongue of the insulation core of one panel into the groove of the core insulation of the adjacent panel. The resultant tongue and groove joint shall be sealed at both sides by double barreled NSF® approved gaskets. In order to avoid future swelling and mold formation, no wood shall be permitted in the manufacture of the tongue and groove panel profile.

PARTITIONS

When specified, walk-ins shall be divided into compartments by the use of panels that are constructed in accordance with the specifications for all panels.

FLOOR SCREEDS

Floor screeds shall be provided for all floorless walk-ins. The screeds shall be vinyl, and have NSF® approved cove both inside and out.

PANEL FINISH

Metal finish of the panels shall be as follows.

(Specify finish desired, combinations may be used)

Interior or exterior walls, ceilings, and exterior floors

• 26 gauge stucco embossed galvalume

• 26 gauge bright stucco embossed galvanized steel

• 26 gauge white stucco embossed galvanized steel

• 26 gauge tan stucco embossed galvanized steel

• 24 gauge smooth stainless steel

• 24 gauge smooth white galvanized steel

Interior floors (When specified)

• 22 gauge smooth stainless steel

• 20 gauge smooth galvanized steel (used for use with quarry tile application)

INSULATION

Panel insulation shall be Extruded Polystyrene, manufactured in an HFC and CFC free process, made from 60% recycled materials and 100% recyclable.

Door insulation may be Polyurethane.

3/21/11

Coolers Extruded Polystyrene: All wall and ceiling insulation shall be 4” thick, high quality, rigid extruded polystyrene, 1.6 lb density. K factor of not more than .139 and an R-factor of not less than 7.2 per inch, initial fresh R-28.8 minimum total wall R factor. Vapor transmission shall be less than 1 perm and foam core material must meet UL 5 flame spread rating with average smoke rating less than 165. (UL 723)

Freezers All wall and ceiling insulation shall be 4" thick, high quality, rigid Extruded Polystyrene, 1.6 lb. density. K factor of not more than .125 and an R factor of no less than 8 per inch, initial fresh R-32 minimum total walls R factor. Vapor transmission shall be less than 1 perm and foam core material must meet UL 5 flame spread rating with average smoke rating less than 165. (UL 723)

PASSAGE DOORS

(Standard door is 34"x76"; alternate sizes are available upon request).

Cooler Doors Door shall be flush mounted, positioned and hinged per drawings. Doors shall be provided with suitable sweep and magnetic gaskets. Door shall be provided with door closer, one pre-wired vapor proof light fixture, light switch with pilot light, dial thermometer, manual internal lock override, chrome plated can lift hinges, and chrome plated door latches with strike. Doors on outdoor walk-ins shall have weather protected light switch and door drip cap.

Freezer Doors Freezer doors shall be identical to coolers doors, but with the addition of UL approved heater wire on all four sides. Freezer doors shall include a heated pressure relief port in the adjacent panel.

Door Options Customer shall specify requirements for 3 hinges, view windows, locking bars, internal ramps, external ramps, and diamond tread plate.

Optional Doors Optional sliding and overhead doors are available; customer to specify.

GLASS DOORS

(When specified) Glass door openings shall be provided as necessary for the doors being installed. Sill height shall be per customer specification.

Wood framing of the opening shall be required to assist with the installation of the glass doors.

RAIN ROOF PACKAGE

(When specified) (For use on walk-ins installed outside) (Specify whether walk-in is free standing or which wall is butted)

A single-ply membrane roof shall be supplied to provide a water resistant covering of the ceiling panels. Membrane material shall be provided in one complete roll designed for the size of the walk-in. No welding of seams shall be required for installation.

SLOPED ROOF PACKAGE

(When specified) (For use on walk-ins installed outside) (May be required at certain snow loads; consult U.S. Cooler)

In order to form a sloped roof profile, suitable quantities of sloped foam shall be provided.

The foam shall be cut in a manner that upon installation, a ¼":1' slope is obtained. The membrane roof shall be increased in size appropriately, in order to provide the additional material required to properly cover the resultant profile.

W

W

W D

W12 WS2 WS2 WS2 W16

W

W S

W

S

W4WS2WS2WS2W8

C1 CS2 CS2 CS2 C5

TEL 217-228-2421 * 800-521-2665 * FAX 217-228-2424

401 DELAWARE ST. * QUINCY, IL 62301

U.S. COOLER

DWG. REF

DATE

JOB#

CUSTOMER

APV.

DRAWN

P.O.# / Job Ref.

Joseph T Berrena Mechanical

02/15/2024

617935-1

/ PSU - USDA

C.G.S. 3.1

To aid in packing, please indicate with an X the corner where installation will be starting.

Refrigeration Specifications Qty Manufacturer Model HP Electrical MCA CmpRLA CmpLRA Dimensions DxWxH

Pre-assembled Remote Med Temp R448A Air Cooled Outdoor Condensing Unit 1 Russell RFO150E4SDANT 1.5 208-230/1Phase/60Hz 11.3 55 28.25"x39.875"x18.75" 1 Russell RL6A094ADARE 115/1Phase/60Hz 1.6 15.5"x43.625"x18.125"

Scale: 1/4"= 1' Cooler: 16'-2" x 10'-5" x 9'-0"

Materials:

ExtMetal:Galvalume IntMetal:Galvalume Foam:Extruded 4in.

QUOTE DRAWING

Sign below for acceptance X____________________________ By signing here, you agree to our terms and conditions as outlined on www.uscooler.com/terms. Panel configuration subject to U.S. Cooler final approval. A facsimile or emailed approval of this drawing 617935-1 shall have the same force and effect as a signed original and shall, upon receipt by U.S. Cooler, be binding on both parties.

Order Number:

Brand Refr.

Russell 448A

**clear all fields when starting over**

Ambient

Temp ºF 45 40 35 30 25 20 15 10 5 0 ‐5 ‐10 ‐20

90 19740 17705 15670 13960 12580 11350 10368 9385 8403 7420 6600 5800 0

95 18960 16990 15020 13480 12140 10950 10015 9080 8145 7210 6440 5690 0

100 ‐ ‐ 14320 12970 11680 10530 9640 8750 7860 6970 6250 5570 0

110 ‐ ‐ 12180 11850 10630 9560 8768 7975 7183 6390 ‐ ‐ 0

Qnty HP RLA LRA FLA Qty.

1 1.5 11.3 55 1 2

Comp. Height Width Length Weight

ZS11KAE 11.6 28‐1/4 39‐7/8 18‐3/4 205 7.60

MCA MOPD

16.1 25

Refrigeration/Mechanical Options

Options (Select catalog options from drop down menu.)

Refrigeration/Mechanical Options

Condenser Fan Data

Unit Model Number: RFO150E4SDA

12/31/2020

Scroll

Temp Range

Extended Medium

Compr.

MAX DEFROST

AMPS†

Compressor Data

Notes:

All capacities are calculated at 65ºF return gas temperature and dew point values.

Electrical Data for RFO150E4SDA (208‐230/1/60)

Model

† Note: Maximum Evap. fan amps and maximum defrost amps are shown to provide raƟngs when electric defrost is required and is an opƟonal feature. Maximum Amp value used to determine MOPD.

Exceeding these values invalidates the listed MOPD and requires a revised calculation. Contact Application Engineering when amp draw requirements deviate from the chart values.

Date:Unit Quantity:

RFO150E4SDA

Compressor & Cond. Data Receiver

@ 90%

HP

150 ‐ 1‐1/4HP

Voltage

208‐230/1/60

Model Style

Flooded

Capacity Data by Outdoor Ambient and Dew Point Saturated Suction Temperatrue (ºF) for 448A

Select unit attributes from the drop down menus below to build required model number

Architect / Engineer:

SUBMITTAL DATA SHEET

Next-Gen Mini-Con

Air Cooled Condensing Unit

For Record Only

For Approval

HEAT TRANSFER PRODUCTS GROUP, LLC

3885 Crestwood Parkway / Suite 500

Duluth, GA 30096

(P) 800-288-9488 / (F) 256-259-7478 https://www.htpg.com/

Job Name:

Customer Name:

Job Location:

Prepared By:

Tagging Info:

1/2 7/8

Defrost Option

AWEF

RFO150E4SDA

STANDARD ED KIT

Electrical Data ‐ EcoNet

Approximate Dimensions & Weight

Model Liquid Connection Suction Connection

Defrost Type ‐ Input

MAX EVAP FAN

AMPS †

Additional Requirements

EcoNet

Order Number:

For Record Only

For Approval

Prepared By:

SUBMITTAL DATA SHEET

Notes

Unit Quantity: Date: 12/31/2020

Customer Name:

Job Name: Job Location:

Unit Model Number: RFO150E4SDA Tagging Info:

Architect / Engineer:

Fins/In SST Refrig.

6 25 448A

Liquid Suction 6 3/8 5/8 - 55 2 25' 1570 12" 9.00

1.6 15 20 - -

25°F 20°F 0°F -10°F -20°F -30°F -40°F

1.16875 1.15 1.075 1.0375 1 0.9625 0.925

S.S.T. (Dew)

**clear all fields when starting over **

OPTIONS

115/1/60

Motor Voltage Heater Amps

EcoNet

MOPD

Heater Watts

Total Motor Amp

EcoNet

MCA

Heater Voltage

Fan Diameter

L6A094

Physical Data

Multiply Capacity by:

Air Throw

CFM

Electrical Data

EcoNet

Capacity Correction for Electric & Hot Gas Defrost Evaporators

Unit Model Number:

Unit Quantity:

Motor Type

Dual Speed ECM

Select unit attributes from the drop down menus below to build required model number

Brand Unit Voltage

115/1/60Russell

RL6A094ADA

10/14/2020Date:

Tagging Info:

Air

Architect / Engineer:

Rev.

Job Location:

Order Number:

Prepared By:

Job Name:

Customer Name:

https://www.htpg.com/ For Approval

HEAT TRANSFER PRODUCTS GROUP, LLC SUBMITTAL DATA SHEET

3885 Crestwood Parkway / Suite 500 LOW PROFILE

Duluth, GA 30096 UNIT COOLER

(P) 800-288-9488 / (F) 256-259-7478 For Record Only

Defrost Type

Base Model Number of Fans

Ship Weight

Net Weight

Fins/Inch Refrig. Conn (ODS)

AWEF

Cooler

R-448A AdjustedCapacity

(BTUH) @ 10TD

10900