HomeMy WebLinkAbout212 W 1st St 18-1206 -2 Walk in coolerKA
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SANFORD 1.it ((��
% BUILDING DIV1510N Application No: _.
� � �+ Documented Construction Value: St-
d^� ti job Address: 1. 2=�� I it�l21 �—�— Historic District: Yes NoF
Parcel Ill:_,_ - I9 _ e f �2�J "_�✓�y % Residential ❑ Commercial �C
`Type of Work: New 0 Addition ❑ Alteration ❑ Repair ❑ Demo[] Change of Use Q Mote El
Description of Work: tC� ��� ��� ?�1 ��-����----{}45L*3mm.
Plan Review Contact Person:
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Phone: =��-! . ;lCCt_ �i__� tC i� Fax:4�
Property Owner Information
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Name s u (._LAS_ L—._.. Phone: �)21
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Street: !_ ,- �ti 15 Ti eLET _ __. Resident of property?:
Ott. State Zip:,)+"ti_ty rL• - �'t �,.JL 7 ! ---- —
/ Contractor Information
Name -7,'-C,ti rig V t Ml Si jr-) Phone: "'�'L t— c C t t_.---
Street._ 1 z>C L_�1 t�i ti"LCIt` �\E Fax
Uitt, State Zip: il)CP At"L �i2_ �e. ..-__. State License No
Architect/Engineer Information
Name Phone:----- --- — --
Street: _— -- Fax:—_..---... — —
City, tit, Zip: -----—..... _..---- E-mail: —
Bonding Company: ---v _._ _ _._. Mortgage fender:
Address:-------_.-__._--
'.ti's, RNI NG TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMEN(MMENT MAY RESULT IN YOUR PAYING
;ti It t i.OR IRiPROVE,kIF'4T`S'I'O YOLIR PROPERTY. A NO'1T('.F OF COMMENCEMENT MUST BE IZF(:ORI)EI)ANI)
POSI'Flt ON THE JOB SIFE BEFORE THE FIRST INSPF.CCI'ION. IF YOU INTEND TO OBTAIN FINANCING, CONSUTA
ltl'tl I N oUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENC.EINIFNT
.i a �P., •a.��.. ,,.iIII .Fool Ih, aerkand n6fdla:inu..it, wdicaled. Iii rtih ttialnoanrk,r astalko,n tia.:.„un,1.id pli,r
ill i.:v..i ..,runt and 11,11 all r:m6 -,ill he puSnnncd to me t. tandarl..al all tarv. rcgulat ing! oins,rufl ion m flus m1,11,11 -1. 1 understand
that a .eparale permit must be secured for el"trical work, plumbing. signs, wells, pools, furnaces, loiters, heaters, tanks, and air conditioners,
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I'1311610S.3 shall be inscribed with the date of application and the code in effect an of that date: b'^ Edition 0017) Florida Roilding Code
enlauntcnis nl th;cpernitl there may') additi'i"A rt to n,,. ap II v i +chi, pn,pe9, that nr.,, h. Lam.! m Ih. p hl{,
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\c:ept,u,.r "I porvil i, ,rrlllcaron ilia, I Brill notify titG tmtier of the property of the rvquiremenis of ) londa hell I.1w, IS -,I
t n, of C:no,rd re+purv, payrneto of a ptau re,ic, ice at the time of permit suhminal. A nq,r a; the executed cmoiawl i, nquiml io urticr b
-d + Lor t plot r„ta, ,h i 4..md wifl be conedered thee:umated con>truclt,in valuC of the inh at the lime of ubminal. the '._tkr,j + ,t t nh ns AM..
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i;u,,., iu;urrri ,.ff the cxnuted mniiact cxcmd the ahead ,.on,truction value, credit will be applied to your permit tee, whcu tie permit r,
f>WNF R'ti_,iFl?IDAL l l: T certify that all of the foregoing information is accurate and that all work will be
done in compliance wit applicable laws regulating construction and zoning.
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:OMMISP M NGGM4557
:may, u;F4iES JUL 25, 2020
f 9p,,tn;Nt;-a�n ts: State lswan:
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MY OOMNISSION A GG 096036
iERFIRES: W 19, 2021
7arrenx Blodokl ustdOWNblaryServices
ContractorlAgew ts..A personally Known to Sleor
Produced !I> ----- I'ype of iD---._!_--
BELOW IS FOR OFFICE USE ONLY
Permits Required: Building ❑ Electrical ❑ Mechanical ❑ Plumbing ❑ Gas ❑ Roof ❑
Colist rut: tioIt
I'olal Sq Et of Bldg:__.
tie% Construction: Electric - # of
Occupancy Use:
Min. Occupancy Load:
Fire Sprinkler permit: Yes [I No ❑ # of Heads ___
APPROVALS: L(>NING: .- UT1LHIFS
ENGINEERING
COMMENTS:
FIRE:
Flood Zone:
# of Stories:
Plumbing - # of Fixtures_____
Fire Alarm Permit: Yes ❑ No ❑
WASTE WAFER _-_--
. BUILDIM;:_._---_�` 1 _1
Advantage Restaurant Equipment
a , 500 S. Maple Ave
Sanford, FL 32771
Bill To
The Basin / Henry's Depot
212 W. 1 st Street
Sanford. FL 32771
Ship To
Invoice
Date Invoice #
7/5/2018 2281
P.O. Number
Terms
Rep
Ship
Via
F.O.B.
Project ,
7/5/2018
i
Quantity
Item Code
Description
Price Each
Amount
Walk-in **
6x20 Walk in Cooler
11.200.00
11.200.00T
- 4" Polystyrene Panels
f
- Standard Entry Door
#
- Assemble Box
- 2 Evap. Coils
- Condensing unit
- Copper materials for 100ft run
- Refrigeration installation
- Permit Pulled us
***** Electrical work and Permits must be done by
f
others******
The total on the cooler is $11200 with tax is $11984 this
invoice is for a $7500 Deposit toward that amount. Balance due
will be $4484
I
Sales Tax
7.00%
784.00
i
f
Total $11.984.00 ;
i
aloy
cuit Court &
le
ICn�fst#20180� 2141kBook 9197 Page:1258; (1 Comptroller
2: 2:21 PM
REC FEE $10.00
THIS INSTRUMENT PREPARED BY:
v Name: TA-,JIA MteA-,Zoo
Address: -soo S. iylrrpLs
r1A7J0QRX> FL 0.2-7'1
NOTICE OF COMMENCEMENT
State of Florida
County of Seminole r� rr��11rr�
Permit Number: k?7-MO117 Parcel to Number.
The undersigned hereby gives notice that improvement will be made to certain real property, and In accordance with
Chapter 713, Florida Statutes, the following information is provided In this Notice of Commencement.
GENERAL DESCRIPTION OF IMPROVEMENT:
LOTS
Ti: Fr, 58
Address:
Z
Persons within the State of Florida Designated by Owner upon whom notice or other documents may be served
as provided by Section 713.13(1)(b), Florida Statutes.
Name:
In addition to himself, Owner Designates of
To receive a copy of the Lienors Notice as Provided In
Section 713.13(1)(b), Florida Statutes.
Expiration Date of Notice of Commencement (The expiration date is 1 year from date of recording unless a
different date is specified)
WARNING TO OWNER: ANY PAYMENTS MADE BY THE OWNER AFTER THE EXPIRATION OF THE NOTICE OF
COMMENCEMENT ARE CONSIDERED IMPROPER PAYMENTS UNDER CHAPTER 713, PART 1, SECTION 713.13,
FLORIDA STATUTES, AND CAN RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. A
NOTICE OF COMMENCEMENT MUST BE RECORDED AND POSTED ON THE JOB SITE BEFORE THE FIRST
INSPECTION. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY
BEFORE COMMENCING WORK OR RECORDING YOUR NOTICE OF COMMENCEMENT.
Under penalties of perjury, I fare that I have read the foregoing and that the facts stated in it aT true
to the best of my I tie d b lief.
i
mer SignaWre O M ted Name
Florida 3tstut iXg1:' The owner must sign Ne notice of commencement and no one else may be permuted to sign in his or herstead'
v_
State of �0.e-v County of 2lµ- , [A
The foregoing instrument was acknowledged before me this day off f-4-
Q / S~ C p
by 1 n un �.e �1 Who is personally known to m
�� Nameor peram king statement q t
OR who has produced identification ❑ type of identification produced: .f1
Zf
END MY COMMISSION #GG014557EXPIRES: JUL 24;2020Bonged through let State Insurance rotary signature
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PERMIT# /K-- 1.7-04
CU
S. COOLER
OFFICE
Walk -In Cooler and Freezer Manual
Installation Instructions
Troubleshooting
Warranty
Drawings
U.S. Cooler
401 Delaware St. Quincy, Illinois 62301
Phone: 600.521.2665 I Fax: 217.228.2424
www. uscooler .com
A DIVISION OF
CRAIG INDUSTRIES
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
to door.
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 1/7'. 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).
1
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 b). 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 WI 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 Wl 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 1/2"). Gap on handle side between the door & frame should be the some 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.
2
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. (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:
I . 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
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.
4. Connect power wires to terminal block. If wires tray while installing, it is required to tin (solder) the wire
leads in order to press into terminal block. Do not allow stray wires to exit the terminal block.
5. Connect battery cable and temperature probe(s) on back of unit. Select Temperature Units with black
jumper.
6. Push all wire into junction box. Secure to junction box with screw/washer. Must fully seat screw/washer
and gasket.
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 Cl 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 Cl panel, lift C2 panel into location so male side of Cl 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 '12" 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).
3
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 16)
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 '/4" 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.
21
TROUBLESHOOTING:
Ceilina 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 Baas:
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 engagina (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.
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 on 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.wolkincoolerparts.com
C
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 1 st 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 on 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.wolkincoolerparts.com
C
EXTERIOR GRADE PLYWOOD FRAME
AINLESS STEEL TRACKING
INSULATION
-EXTERIOR GRADE PLYWOOD
MAGNETIC GASKET
DOOR FRAME
7'
F-6'
34
6'
6'
-2'
4'
4'
34'
5j'-{
II 6
50'
STANDARD OVERLAP PLUG DOOl
WITH FACE CASE FRAME
STANDARD DDDR SIZE 34'Vx76'H
ROUGH OPENING
FINISH,
INTERIOR 26GA. STUCCO GALVALUME
EXTERIOR 26GA. STUCCO GALVALUME
INSULATION -
R -32 URETHANE
HINGE DIRECTION,
RIGHT OR LEFT
HEATER VIRE
INCLUDED IN FREEZER APPLICATIONS.
CAMLIFT HINGES
2 PER STANDARD
DOOR
CHROME FINISH
PLUG DOOR HANDLE
W/SAFETY RELEASE
ACCEPTS PADLOCK
CHROME FINISH
4' SILL (TRIPLE VINYL
INCLUDED IN
FLOORLESS
INC APPLICATION)
COMDENTLIL �I
PROPRIETARY I _
r9 _
ADJUSTABLE
SPRING LOADED
78j' 76' 81j'
STANDARD PLUG DOOR
WITH FRAME
DOOR SIZE - 34' X 76'
ROUGH OPENING = 38 3/4' X 78 3/8'
DOOR THICKNESS = 4'
FINISH.
INTERIOR- 266A. STUCCO GALVALUME
EXTERIOR. 26GA STUCCO GALVALUME
INSULATION, URETHANE
HINGE, LEFT/RIGHT
FRAME IS OVERLAP
DOOR IS FLUSH MOUNT
HEATER VIRE S THRESHOLD
INCLUDED IN FREEZER APPLICATIONS,
SPRING LOADED DOOR
IFA
HINGE
PLUG DDDR HANDLE
V/SAFETY RELEASE
ACCEPTS PADLOCK
BRUSHED CHROM
FINISH
E
TRIN.3'x3'ANGLE WITH HEMMED EDGES
(2) BO 5/8'L, (1) 42 3/4'L
U.S. COOLER
34'
5j'-{
II 6
50'
STANDARD OVERLAP PLUG DOOl
WITH FACE CASE FRAME
STANDARD DDDR SIZE 34'Vx76'H
ROUGH OPENING
FINISH,
INTERIOR 26GA. STUCCO GALVALUME
EXTERIOR 26GA. STUCCO GALVALUME
INSULATION -
R -32 URETHANE
HINGE DIRECTION,
RIGHT OR LEFT
HEATER VIRE
INCLUDED IN FREEZER APPLICATIONS.
CAMLIFT HINGES
2 PER STANDARD
DOOR
CHROME FINISH
PLUG DOOR HANDLE
W/SAFETY RELEASE
ACCEPTS PADLOCK
CHROME FINISH
4' SILL (TRIPLE VINYL
INCLUDED IN
FLOORLESS
INC APPLICATION)
COMDENTLIL �I
PROPRIETARY I _
r9 _
ADJUSTABLE
SPRING LOADED
78j' 76' 81j'
STANDARD PLUG DOOR
WITH FRAME
DOOR SIZE - 34' X 76'
ROUGH OPENING = 38 3/4' X 78 3/8'
DOOR THICKNESS = 4'
FINISH.
INTERIOR- 266A. STUCCO GALVALUME
EXTERIOR. 26GA STUCCO GALVALUME
INSULATION, URETHANE
HINGE, LEFT/RIGHT
FRAME IS OVERLAP
DOOR IS FLUSH MOUNT
HEATER VIRE S THRESHOLD
INCLUDED IN FREEZER APPLICATIONS,
SPRING LOADED DOOR
IFA
HINGE
PLUG DDDR HANDLE
V/SAFETY RELEASE
ACCEPTS PADLOCK
BRUSHED CHROM
FINISH
E
TRIN.3'x3'ANGLE WITH HEMMED EDGES
(2) BO 5/8'L, (1) 42 3/4'L
U.S. COOLER
STANDARD DOOR- 34'x76'
34' 6 FINISH,
q• INTERIOR, 26GA. STUCCO GALVALUME
vmaMmw mawr�
EXTERIORS 266A STUCCO GALVALUME
wmsm
T INSULATION, URETHANE
mc" wucnc' S' HINGE- LEFT/RIGHT
4'
77�' 61 ' 7.
4'
LE.D. LIGHT
aMrcMOni W R M D
SPRING LOADED DOOR CLOSURE
ADJUSTABLE
SPRING LOADED HINGE
LIGHT SWTCH/THERMOMETER
TOUCH PAD SWITCH
VERT -ERGO DOOR HANDLE
W/SAFETY RELEASE
KEYED/ACCEPTS
PADLOCK
HEATER WIRE AND THRESHOLD
INCLUDED IN FREEZER APPLICATIONS.
TRIPLE VINYL SWEEP
SIDE ELEVATION FRONT ELEVATION U.S. COOLER
EXTERIOR VIEW CONPIDRNTIAL
PROPRDTDARY ..
DOOR THRESHOLD BAR INSTALLATION INSTRUCTIONS
WALK-IN FLOOR
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 M'. 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.
A
1. Remove access cover by depressing point "A' and pulling it
outward.
"A"
PS 'I & 6
2. Loosen 4 mounting screws on each strap, but do not
remove screw.
3. Open door to break seal with magnetic gasket.
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.
5. Tighten 4 mounting screws on each hinge.
6. Reploce cover by inserting point P;' first.
TO AOJUST OOOFI SAG
�OTIGHTEN
SCREWS
0 0
LOOSEN O
SCREWS TOP HINGE
ADIESTMENT
DIRECTION O
TOP HINGE O
3
TURN CLOCKWISE FOR RIGHT-HAND DOOR
TURN COUNTERCLOCKWISE FOR LEFT-HAND DOOR
�OTIGHTEN
SCREWS
0
LOOSEN
SCREWS O
ADJESTMENT
DIRECTION O o
TOP HINGE O
3
BOTTOM Hi1NGE
TURN COUNTERCLOCKWISE FOR RIGHT-HAND DOOR
TURN CLOCKWISE FOR LEFT-HAND DOOR
M
CEILING SUPPORT DETAIL
EXISTING BEAM
6
em. CEILING SUPPORT BRKT.
MALE FEMALE
Ir CEILING PANELS
AFTER BRACKETS ARE RIVETED
TO FEMALE CEILING CAMS AND
CEILING IS LOCK IN PLACE AS
INDICATED BY APPROVAL DRAW-
ING, BRING MALE CEILING INTO
PLACE (PER DRAWING) LINING
THE SLOT OF THE BRACKET UP
WITH THE FEMALE SLOT AND
THE MALE LOCK.
FOOTING DETAIL
(FLDORLESS APPLICA711311)
COOLER/FREEZER WALL PANEL
EXTEND CONCRETE
2 1/2' PAST SCREEDING VINYL SCREEDING
WITH 5• ANGLE OR 2'x2' ALUM, ANGLE
FOR RUN—OFF
CAULKING
PROPER PLACEMENT
OF CEILING HANGERS
DRILL 6 RIVET CEILING SUPPORT
BRACKET TO MALE OR FEMALE
CAM AS SHOWN
FEMALE CAM
U.S. COOLER
2'x6' REDWOOD
(THERMAL—BREAK)
AROUND PERIMETER
AND DIVIDING WALLS)
REINFORCED CONCRETE
WEAR FLOOR
4' EXTRUDED
POLYSTYRENE INSUL.
CONCRETE SUB FLOOR
6 MIL. VAPOR BARRIER 2'0 WASHED AGGREGATE
TAPE ALL JOINTS
\ 4' 0 PERFORATED DRAIN TILE
FOOTING TO MEET / ` ON 6' CENTERS OPEN BOTH ENDS,
LOCAL CODES
12' BELOW INSULATED SLAB.
DesigU.S. COOL
Cl.Ig used for C not .,il purposes Consult tocol design,
T for requirements.
...ple,
Crop LxNs<rks H not responslde for iountlotbn tlesfpn TNs Is on exonple.
■[a]
GENERAL ASSEMBLY FOR SIDE MOUNT SELF-CONTAINED
14�
NOTE -PARTS AND LOCATIONS MAY VARY Iq
SADDLE MOUNT SELF—CONTAINED INSTALL DRAWING
U.S. COOLER
VFRIIGL WI PN
PERSPECTIVE VIEW
NOTE: &' a tlE10.ViiE FPIW F1611N Will 6 REWIND FOR AMM
EIFLIRVL aNnax as wo aaWEsmR fORtPOIt
11
SECTION VIEW
m 1 w4 swag WOanFD s
U.S. COOLER
GENERAL ASSEMBLY FOR TOP MOUNT SELF-CONTAINED COOLER
NOTE, PARTS AND LOCATIONS MAY VARY U.S. COOLER
DEPENDING ON UNIT
INSTALL INSTRUCTIONS FOR EVAPORATOR DRAIN LINE
(INSTRUCTIONS APPLY TO REMOTE AND SELF CONTAIN UNITS)
EVAPORATOR
VAPOR SEALS IJ AI- -'`��W
TRAP -`
EVAPORATOR/UNIT COOLER
DRAIN PAN
DRAIN PIPE
(WRAP WITH HEAT TAPE
IN FREEZER APPLICATIONS)
COVER COPPER PIPE WITH INSULATION
OPEN DRAIN PITCH SHOULD BE 4"/1'
NOTE DRAIN PIPE SIZES VARY U.S.
SEE FACTORY SPECIFICATIONS
12
o LED e
POWER FROM
LED DRIVER
TO LIGHT
WIRE
WIRE COLOR KEY.
RED
_WHITE
BLACK
GREEN
DOOR
HEATER
WIRE
HEATED
PRESSURE
RELIEF
13
LUG
CUSTOMER
SUPPLIED
110V SUPPLY
I oZI CUSTOMER
SUPPLIED
110 V SUPPLY
zl _ GFI REQUIRED
LED
POWER FROM
LED DRIVER
TO LIGHT
WIRE COLOR KEY —
RED _
_ WHITE_ I
BLACK
GREEN
CUSTOMER
SUPPLIED
110 V SUPPLY _ z
GFI REQUIRED
.9
cm
I
�Id ,EI
L J
COOLER WIRING DIAGRAM
U.S. COOLER
ILS TjDVw RE Sr.-QUwa, It 61301
T L. 21]-]]B442 I. 9 UU 52 I.]66i
FAV ]1 . w�.uvminr enn.
LUG
I
i
CUSTOMER
SUPPLIED
I IOV SUPPLY
WWOWE:; Ml k[Ci1710-91L
U.S. COOLER
a014E..11 SI.. OUWCY It 42]111
11'211-1M,1.1 .9M511.]G4S
,.31 7-11tl�111F . w. w., u-1.1-1
DRIP CAP INSTALLATION INSTRUCTIONS
3/8' Diameter Hole Centered
In Slot Of Locking Bar
4 1/2' Below
Centerline Of oor Handle
Drilled After Inge Side Hole
Has Been Positbned
SELF TAPPING SCREWS
.IP CAP
ZeId:7y:7\!ISI
,Ip cap above door frame using self
crews approximately every 18' on
U.S. COOLER
Locking bar Installation,
Drill 3/8' hole on him side of door 4 1/2'
be or centerline f tla handle
1 away from InslcYe ed a of door frame.
Instal[ turnbucI end 9pf locking bar through
hole antl secure with 3/8' nut and washer.
Hcltlln bar level mark locntlon of center
of loc Ing bar slot. Drill 3/8' hole at center
of lock ng pa slot untl se ure threaded
loop sl a of �ocking rd
wlit emergency
release handle from the Inside.
3/8' Diameter Hole
From Edge Of Door Frame
1/2' elo
enter)ne Door Handle
On Hinge Side Of Door
SAFTY RELEASE 4 1/4' LONG
T(P VIEW
3/8' EYE BOLT INSTALLED IN THE
1/2' HOLE, BOLT TO BE 5' LONG,
LOCKING BAR
DROP FORGED EYE NUT 1 5/8' CTO FIT SLOT)
14
FREE STANDING BUILDING INSTALLATION
57 STEP #1:
E— Before installation, check the overall width & length of the membrane
A. 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.
ee with Duro-Last approved caulk. This will prevent any chance of
B. Dock penetrating or wearing a hole in the moembrane roof cap.
STEP #3:
Snap a chalk line approximately 54" from edge of walk-in (figure
"K). 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.
FOLD CORNERS SO MEMBRANE
IS TUCKED UNDER. STEP #4:
C. Unroll roof cap membrane to next tab and fasten. When fastening
remaining tabs, check often to make sure all slack in roof cop 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.
TERMINATION BAR FASTENED
S"ON CENTER. INSTALLATION AGINST A BUILDING
D. STEP #1:
IN. 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.
81, IN. STEP #3:
E. �� J Fasten reverse minimum 8" high on wall using termination bar.
Termination bar is to be secured to the building wall using 1 1 /2"
60..� screws fastened 6" on center.
STEP #4:
Repeat steps #4 and #5 as described above until roof cap is
installed.
15
16
17
km
Ceiling Panel
Wall Panel
Door Closer
Door Hinge
Floor Panel
U.S. Cooler
401 Delaware St. Quincy, Illinois E2301
Phone:800.521.2BE5 I Fax: 217.228.2424
www. uscooler .com
A DIVISION OF
CRAIG INDUSTRIES
Corner Panel
Light Switch /
Temperature
Gauge
Door Handle
Door Panel
PERMIT # a- /ZD 6
OFFICE
Logy,.) froo & Unif e oo&rs
Technical Guide
Models ADT I LET/LLE I HGT
BN-LOPTBI JULY 2016
Replaces BN-LOPTB I JULY 2015
Worldwide Refrigeration
me
Table of Contents
Nomenclature.................................................................................................................................................................................
2
Features& Benefits.................................................................:.....................................................................................................3
Performance Data & Specifications
AirDefrost........................................................................
....................................... ..........................................................
4-5
ElectricDefrost.................................................................
:................................................. ...............................
.................6-7
HotGas Defrost ................................................... ............. :..........................
............................... .........................................
8-9
PhysicalData ............................... ............................................
................... ........ ......... .................................................
..... .... 10-11
DimensionalData............................................................................................................................................................................
12
HotGas Reverse Cycle Kits .................
...................................:.............................................................................................
t 3-1»
3 -Pipe Hot Gas Defrost .......................
�.....I........... I .............. I...
... ............... ........... .......... ....,........... ........
..... ...........
.....................15
ReplacementParts by InterLinkTM'....... :........... .........................
.................................. ....................................................................
Standard Nozzle Selection ...................
V
®
CULUS
Choose the most energy-efficient motor available for evaporators.
Nomenclature
The EC motor is an energy sufficient option on Bohn Low Profile
evaporato,s. Available on all new equipment or as an easy -to -install,
drop-in replacement aftermarket part from InterLinkiM Commercial
Refrigeration Parts. Because they are a drop-in replacement for existing
shaded pblr= and PSC motors, installation is quick and easy. It's a high
impact, quiek payback solution for reducing costs and achieving green
initiativeswithout replacing the entire system.
EC motors by InterUnk are up to 75% energy efficient - that's a
51-59% in,-rease over shaded pole motors and a 30-35% increase
over perma ient-split capacitor (PSC) motors. With all of this added
efficiency, /: u can count on more energy savings and lower operational
costs while taking a step in the right direction toward conserving our
planet's resources.
LET = Electric defrosL 6 FPI B = 208-23011160 (PSC)
LLE = Electric defrost, 4 FPI C = 208-230/3/60 (PSC)
HGT = Hot gas defrost M = 460/1/60
AE = 115/1/60 (EC)
BE 208-230/l/60 (EG)
CE = 208-23013/60 (EC)
s
■ Cabinet design features front access panels on each side for
easy access to electrical and refrigeration components
• Sweat connections to reduce potential for leaks
• Internal panels are isolated for quiet operation
• Liquid line solenoid wire harness is factory -installed for quick
Installation
• Fre-drilled holes on the back of the unit for room thermostat
• Internally enhanced tubing and fin design for higher efficiency
■ Coil heater slots have been enlarged for easier installation
and replacement
• Reduced heater wattages
• Hot gas loop on bottom of coil for easier access is standard
for hot gas defrost models
• Fixed defrost termination for electric, adjustable defrost
termination for hot gas
Controls Options
■ Quick Response Controller units come factory mounted
with an electronic expansion valve, pressure transducer,
temperature sensors and control board.
■ Beacon IFF units come factory mounted with an electronic
expansion valve, pressure transducer, temperature
sensors and control board
■ Split System Controller replaces defrost time clock, room
thermostat, and defrost termination switch
• Split System Controller installed in factory must be ordered
in conjunction with mounted components (TXV and liquid
line solenoid valve) on the coil. Also available as a retrofit
option for existing unit coolers
• Motors plug into wiling harness for easier servicing
• EC motors available factory -installed or as a drop-in
replacement through InterLink m, Commernlal Refngeration
Parts in 115/1 /60, 208-230/l/60 and '208-230/3/60 unit
voltages
■ PSC and PSC (totally Enclosed) motors for 11 5/l/60, 208-
230/1/60 and 460/l/60 unit voltages
• PSC motors or EC motors are suitable for 50 Hz operation
■ Large diameter drain hole (3/4" ID) is located towards the
back of the unit
• Extended drain pan heaters for more uniform defrost
throughout the drain pan and additional heat in end
compartments
■ On 4-6 fan models, drain pan has a lanyard for easy and
safe access
■ Units available with factory installed mounted components:
Spodan R404A Expansion Valve. Mechanical Room
Thermostat, Emerson Solenoid Valve with Dual Voltage Coil
• Units available with mounted TXV and mounted TXV with
solenoid valve
• Pre -assembled units come with mounted TXV, liquid line
solenoid valve and room thermostat.
• Available in a master liquid line configuration
• Pre -charged units come with mounted TXV, liquid line
solenoid valve, room thermostat and quick connect
fittings
• Various room thermostat variations including rear mount
and front access versions
■ Most models available with glycol circuiting (see glycol
product brochure BN-GUCTB)
• Units available with stainless steel housing and drain pan
• Units available with copper fins. Air defrost units also
available with polyester coated fins or various coil coatings
options
• Units available with insulated drain pan
K
It
Model AUT Air Defrost 160 Hz
ADT040
4,000
1.170
1
1
730
1.240
4.940
ADT052
5200
_. 1,520,
1,07 a
1
", 700
_1,189
4'
AD -063
6s0o�.
1.900
6,650
1
2
1,315
2.234
ADT070 ,
7000,
_ 2,050 ���
-
7
�.' 1,460
2,461
9,8°0 ' ...
A9T090
9 000
2.640
2,1'2
2
1400
2.7,79
2
ADT104 'A0,400:
1.983
`3,050
2
r 1,400
2,379
587
ADT120
12,000
3,500
3
2
1,300
2.209
14,820
4,336
3..
1,691
3,213' ., ,
ADT180
17.100
5.003
3
ADT140
14,000
4,100
19,760
3
2,100
3.569
4.284 �7
...
...
7,226
0
2927
ADTS'T2
29,940`
AOT180
18,000
5,270
5957
3
11950
3,313
6
3.512
5.557
ADT260
26,000
7,620
5
3,250
5.522
g
ADT370
37,000
10,840
6
3,900
6,627
Model ADT Air Defrost 150 Hz
ADT040
3.800
1.112
1
670
1,117
ADT652
4.940
1,445
.. 630
1,07 a
A''i1 Ul.':
J.I/�)
1,307
1
JZI;
'195
ADT070
6,650
1,946
2
1,315
2.234
AJAP
£ E0
2.502
2
' ADT164
9,8°0 ' ...
2:891
2..
1.260
2,1'2
ADT120
11,400
3,335
2
'1.170
1.983
we
3,F33
2
1,176
587
ADT140
13,300
3,891
3
1.691
3.213
ADT156
14,820
4,336
3..
1,691
3,213' ., ,
ADT180
17.100
5.003
3
1,756
2,9P-1
ADT208
-
19,760
5,781
4
2.521
4.284 �7
ADT260
24700
7,226
0
2927
ADTS'T2
29,940`
- 8,672
6
- 3,512
5957
ADT370
35,150
10.284
6
3.512
5.557
4 rForEc Wtors, use SC lhcapacityan0airllow values ynits wffiEC motors operatMget bg kz W711rrol area
rerlXhImin PNIN aearUue to the elecbavc miml at the motor)
Model ADT Air Defrost 160 Hz
ADT040
1/15
I'a
82
0.5
91
3.4
117
0.9
57
0.5
59
ADT052
V15
LC
82
0.5
91
0.4
+.17
0.0`
57
0.5
59
ADT065
1/111
1.0
02
0.5
91
0.4
117
0.9
57
0.5
59
ADT070
-IA5
2.0
164
1.0
182
0.8
234
1,8
114
LO
..61
ADTil9
11,15
�.0
164
1.0
182
0.E
234
1.E
ll4
1.0
11?
ADTW4
`'.1115
2.0
164.
1.0
...1.0
182
0.8
234
1.4.
'I 14
1.0
118
ADT1�.I
„i,
2,0
i64
1.0. s:,
Ifl2
.,
254
1 6
IIi
10
115
ow
1'15
2.0
136
1,0 d
182 "
0.8
264.
1.8.
- 114
1.0
118
A'iT 1G0
'"15
_.�
246
1.8
273'
12
351
27
'71
._.,
��-
ADT156
1/15
3.0
246.
1.5
273
1,2
351
2.7'
171
1.5
117 -.t1
AOT' SO
1/15
3.ii
246
_;,
273
1.2
35=
_.-
71
i.-:.
177
ADT208
1/15
4.0
323
2.0
364
11 b
466
3.6
228
2,0
236
ADT260
V1;;
5.0
410
2.5
455
2.0
555
4.5
285
2.5
295
ADT312
1115
6.0
492
3.0
546
2.4
M
5.4
342
3.0
354
ADT370
1/15
6,0
492
3,0
546
2.4
702
5A
342
3.0
354
Model ADT Air Defrost 150 Hz
ADT040
1/15
1.0
68
0.5
65
0.4
82
0.9
57
0.5
59
� TZ,- rant,"
,_a..,4 ;T
='�`.
- ..:-,m
•.
�� ,.,,. „ ., ..r,.,.._
,$
ADTD52
1115-
1.0
$H
R&w'=
65
0.4
2
0:5
57
0.5-.:
AD'I160
7115
1.0
68
011
65
0.4
02
0.9
57
0.5
fig
ADT070
1;15.
2.0
136
1.0 r. .
130
0.8
_ 164
18
114
1.0
118
MT000
1/'15
29
136
1,0
130
� �
164
L8
'114
1 0
II
ADT 102,
1/15.
2.0
135.
1.0. s:,
130,
08
164
i.8
A
10
118
ADT120
1'15
2.0
136
1.0
130
0.8
164
1.6
I'4
1:1
''-18
ADi130
1115
2,0
1-36
1.0
130
- 0,8
164
1.8
'I 14
1.0
118
AOTi40
115
3.6
204
1,5
196
1.2
246
2.7
171
15
:77
ADT156
i115
3.0
204
1.5,
195
1.2
246
2.7
171
1.5
177
ADT180
1115
30
204
1.5
195
1.2
246
2.7
17i
1.6
R7
ADT208
1/15
4.0
272
2.0
260
..6
328
3.5
228
2.0
2336
ADT260
1/11.
5.0
340
2.5
325
2.0
410
4.5
265
25
395
ADT312
V1 5
6.0
408
3.0
390
2.4
492
5.4
342
3.0
354
ADT370
1115
6.0
408
3,0
390
2.4
492
5.4
342
3.0
954
11
Model LET/LLE Electric Defrost 160 Hz
LE"035
3,500
1.025
1
700
-.189
LET040
4.000
1,170
1
700
'1189
LET047
4.700
1,380
1
650
1A
LET065
6,500
'1.900
2
1,4:{1
2,379
LE.075
7500
2.200
2
1,300
'._209
LE 090
9.000
2,640
2
t;30r
2209
1 ET120
12.000
3,520
3
210(
:.568
LET140
14;000
4.100
3
1,951-
3.313
I
1r,,990
4.690
4
260'
4416
LET180
.18.000
5,280
4
260' �
4.418
LE F290
20.000
5 861
5
3.250
5 522
LET240
24,000
7,030
6
3,900
6,627
LET280
28.000
8 20^_
6
3.90',,
0 627
LLE041
4.100
1,200
1
.690
:1.372
LLE"66
6600
2.000
2
'.380
2 345
LLE080 ,. ..
61000.
2,340
2
1,380
2,345
18102
10.200
2,990
.,
2'70
3587
LLE135
-13,600
3,990
4
2,760 -
4,690
1 _x170
17.000
4.980
5
3450
5.362
LLE204
?20,400
5.980
6
4;'140
7.535
LLE235
23,500
6,880
h
4,140
7 35
Model LET/LLE Electric Defrost 150 Hz
Capacity Correction Factors for
Electric and Hot Gas Defrost Units
Saturated Suction 20 10 20 30
Temperature °F
Saturated Suction 23 29 34
Temperature °C
Multiply Capacity By 1.15 1.04 1.00 0.90
LET035 3,325
974
1
LET040 $800
1,113
1
[r;,474465
1.308
1
1E1065 6,175.
1.809
2
1 ETn75 7.125
2.087
_
.{7090 8,550
2,504
2
.. 1L400
4,339
F140 -13,300
3.896
3
_E"r60 15200
4.452
LET180 17.100
5,009
4
Lc 200 19,000
5555
LET240 22.800
6.618
6
LET280 26.600
7.791
5
LLE04', 3.895
1,141
,
LLE068 6,460
1,892
2
ss LLE080 7,600
2,226
2
LLE102 9.690
2,838
3
LLE136 12.920
3784
4
LLE170 16,150
4,731
5
LLE204 19.380
5,677
6
LLE235 22,325
6,539
6
For EC motors, use 60 Hz capacity and aglow values Pas with EC motors operating at 50& alll not!
e1- a reducden in
perfonnaxe due to Me eledwic control of Me MOW
630
630
586
1,260
1 1 70
1.170
1.891
1.756
2.34'1
2.341
2.927
3.512
3,512
621
1.243
1,243
1,954
2.485
3,107
3.729
3.728
1,070
2,142
1 ,-89
213 ,
3.976
3.97$ 14.
4973
5,957
5,967
1.05E
2,111
2,1 11
3,320
4.223
5,279
6.334
6.334
Model LETAIE Electric Defrost 160 Hz
LETO35
1115
0.5
91
0.4
117
0,5
59
900
3.9
23
2.0
1ET040T
1:1 15
0.5
' "91 " �
�� 0.4
117
O:F
59
900
'2'6.9
sL$f
2,0r.
Lt q47
-.1
0.5
eel
0A
82
0.5
sc1
823
3.7.
2.2
1,6
LETUOS
1'15
'LO
182
0.8
234
1.0
11F
1.800
7.Ei
4.5
3.9�
L 73
li!5
..0
130
;1.8
l64
1'0
1.19
1617
7.5
4.3
3.2
1ET09G
1'15
1.0
182
0.8
234
1.0
Y43
1.800
7.8
4.5
3.3'
LE T i 2
1--�
1.5
273
1.2
351
1.5
:-
.,
11.7
,..
e,
LET140
1'15
1.5
273
12
351
1.5
177
21 700
11.7
6.8
5.9
!ET 60
':Id
20
364
tii
,�..
2.0
e",,
60G
Ii5]
9.G
7.8
LETT80
lei
2.0
`364
1.6
468
20
236
3:600
15.7
9.0
7.8
LET200
:. i-
_.:.
-055
20
585
25
295
4
19.66
_,
9.8
LET240
i11.5
3.0
546.
2a
702
3.0
354
5.400
•.23.5
`3,6
11.7
LET230
1/15
3.0
546
24
702
311
e5':
5400
21.5
i-
r,.7
LLE041
VI
0.5
91
... 0.4
117
0.5
59
90"u
3.9
2.3
2.0
LLE068
V15
1 0
182
0.8
234
1.0
118
I BOO
7.8
4.5
3.9
LLEON
1'15
1.0
182'..
0,8
234
1,0
118
'1,900
7.8
4.5
39
LLE 102
1/19
1.5
273
1.2
'351
1.5
177
2.,700
11.7
6.8
5.9
LLE 136
1:1520
2.0
364
1.6
468
2.0
236
3.600
15.7
9.0
7.3
LLE 170
1/16
2,5
455
20
585
25
295
4,500
19.6
1L3
9.8
1 LLE204
V15
3.0 .
546
2.4
702
3.0
354
5,400
235
1.3.6
11.7
LLE235
1/15
3.0
546
2.4
702
3.0
354
5,400
23.5
136
11.7
Model ET/'LLE Electric L!trest j : Hz
LET035
1/15
0.5
65
0.4
82
0.5
59
623
3.7
2.2
1.6
LUNG
li15
0.5.
65
0.4
82
0.5
59
823
3.7
2.2_
1.6
Lc -347
-_
D.5
65
0A
82
0.5
sc1
823
3.7.
2.2
1,6
t.: LET 065
1115
1.0 _
'130
0.8
164
1.0
118
1,647
7.5
4.3
a2
L 73
li!5
..0
130
;1.8
l64
1'0
1.19
1617
7.5
4.3
3.2
'090
1.`i5
7.0
130
0.8
164
1.0
113
1,647
7.5
4.3
32
LET120
1i15
1.5
195
1.2
246
1.5
177
2470
'11.2
6,5
4.9
LET140
VI
1.5.
195
1.2
.246
1.5
177
2A70
11.2
.15.0
55
4.9
LE T'i3O
':Id
2.0
260
1.6
328
20
236
3. 94
8.6
6.5
-'dLET ':80
1:1; 5
2.0
260.
1.6
3328
2.0
236
3.294
159
8.6
6.5
LET=
1/i@.
25
325
29
410
2.5
295
4.117
18.7
10.8
8.1
LEl'240
ih5
3.0
:;9G.
2.4
492
3.0
.354
4,941
22.5
43.0
9.7
LET280
i.0
390
....
d92
39
354
4,941
22.5
13.0
9.7
5ev"ILE041
1/15
0.5
65 -.
0.4
82
0.5
59
823
3.7
22
1.6
LLE068
1115
1.0
137
0.8
164
1.0
118
1,647
7S
+.5
32
LLE030
�LLF
Vis
1,0
130:
0.0
- 164
1_()
118
1,6647
7.5
4.3
o._
2
1=15
"71
195
1A
2•:a
1.5
;77
2.470
11.2
6"
.3
_LLE '130
1/15
2.0
260.
1.fi
3,116
2.0
236
3,294
_ 15.0.
.3.6
6.5
LLE 17C
-
325
20
410
2.5
_.,
4,11'
18.7
10.8
8,1
LLE204
1/15
3.0
390-
2.4
492
3.0
354
4.941
22,5
13.0
9.7
3.0
390
2.4
492
3.0
_54
:.941
223
13.0
9.7
Model HGT Het Gas Defmst 160 H7
i'i;Ti40
4,OW
1,170
1
700
JB0"
_..
3T1`l
.v:i5
1.880
650
II T066
6,500
1,900
2
1,400
2,379
.._.
...0
2200
2
'1.300
BGT!7:L'.
9 NO
2;040
2
1.300
z.109
3.520
-
2700
.�
flG174�1
14.!)00
4,100
3
1.950
3-'713
HGTI;
16Fi0
r
2.600
,180
18.000
5,280
4
2.600
4.418.
HGT2i
`}?
> 160
5
?""
5,522
;240
24000
7030
6
3900`
H72L,
-.---n
8,200
5
3.900
6127
HGTO41
1. OG'
1,200
1
800
'I 172 �1
H',7968
8.3"0
2,000
2
i 38
2:45
HGT030
8..000
2,340
2
...1.380
2`45:
H6T102
10200
2.990
3
2170
;:87
HGT136
13.608
3,990
4
2,760 -
4 fg.",-
HGT) 70
17900
4,980
5
3,450
5.662
HGT204
20.490
5,980
6
4,140
7, 035
H J235
23,500
6.880
6
4,140
7.G 35
Model HGT I- lot Gas Defrost 1 50 1-Iz
Capacity Correction Factors For Electric and
Hot Gas Defrost Units
Saturated Suction +20 -70 -20 -30
(emperature °F
Saturated Suction 7 -23 -29 -34
Temperature "C
Multiply Capacity By 1.15 1.04 1.00 0.90
N0 T E'. v/hen using the hot Bas units with a nor gas tpop main pan on OF
applications and below an insulated drain pan is reduced.
8 `ForECmotors, use 60 Hz capacity and actow values(Units wtth ECmotma operating at 50 Hz will no; sera
reduction in performance due to the electronic contrel of the motor)
Model HGT Hot Gas Defrost 160 Hz
' s, z�a�� d, ';uTa��®:�'ls' F.1i'if��"�.NTd�dMaB'd.C®�T®'sD'2YBiTs'i3%�'.d'.IXl's`.r��'•r8'� Ddp,P✓d3.tdb'sN. �,�1®';,�t4 �'".�'.&'A"� .9'd%�i'`aF.N:,+'B�6m .... .d,ZSF
14TOo5
1'15
1.0
82
0.5
91
0.4
117
1.1
57
0.6
59
300
2.6
1.3
37
11G 640
[.15
1.0
32
0.5
94
0.4
tilpE"'
Y7„- 57
-�
0.6
59
300`:,
26
+';_,{?13
03
0.6
LO
82
OS
91
0.4
117
1.1
57
5'F
59
30C
L6
1 3
0.7
HfiT065
1115
2.0
i64
:0
182
0.8
234
20
114
.
118
600.
5.2
2.6
1.3
H6TI475
1'15
20
164
i.0
162
0.8
234
2.0
11n,
1J
118
600
5.2
2.6
1.3
HGT090
1/15
2.0
164
1.0
182
0.8
234
2.0
114
._
118
600
5.2
2.0
1.3
HG' : rl
1:15
3.0
246
1.S
273
1.2
,:, 1
246
2.9
171
77
900
7.1,
3-9
_.
IIG I40
1.115
3.0
"--246
1.5'
273.
1.2- .
351
2.9
171
'.c
'177
900-`
78
3.9.
2.0
t, ;i 1 __
I'11i
._.,
338
')i1
3c4
1,6
iiia
3
iA
228
F136
1205
10.4
.._
2.6
HGT180
1/15
4.0
328
2.0
364.
1.6
469
319
228
__
236
1,200
10.4
5.2
2.6
HG1200
1115
5.0
410
2.5
455
2.0
585
4.7
285
2.15
295
1,500
13.0
6.5
3.3
HGT240
1/15
6.0
492
3.0
546
2.11
702
5.6
342
3.1
354
1,600
15.7'
9.9
;;9
HGT280
1!15
6.0
492
3.0
546
2.4
702
5.6
342
342
1
1 11
157
7._
3.9
HGTO41,
1/15 1
1.0
".82
13:5.
91
0.4;:
117
': Lt
:,.57
-0116
.59
300:-..
2.6,
j,3 -.
0.?..
HG7068
1h5
2-0
164
1.0
182
0.6
234
20
114
'.1
118
600
5.2
2.6
1.3
hiGT080
1175
2.0
764
7.0
1E2
0.8
1_34
20
114
114
118
600
52
2.6
1.3
1107102
1/15
3.0
2461
1.5
273
1.2
351
2.9
171
' ,
177
900
7.8
3.9
2.0
1 16T36
1115
4.0
S28
2.0
364
1.6
468
3.8
.228
2.1
236
1,200
104"
- 52
26
.,,.1170
1115
5.0
410
2.5
455
2.0595
2.0
.-
_K,
25
295
1.500
13-0
6.=,
_..
H GT204
1%15
6.11
492
3.0
546
2.4
702
5.5
342
5;1
354
1.500
15.7-
Z8-
3.9
HG 12
:1{GT235
L';
492
3.0
;46
2.4
702
Sa
342
3.1
354
...800
1:649
15.0
7.6
Model HGT Hot Gas Defrost 150 Hz
HGT035
1/15
1.0
68
0.5
65
0.4
82
1.1
57
0.6
59
275
2.5
1.3
0.6
HGT040
1/15
1.0
68
0.5
65
0.4
62
1.1
57
0.6
59
275
2.5
1.3
0.6
.fiH
-0.5
65
0.4`:
82.
1.1
5'F
0,6
' . 59
2751
2.5
HG -065
1115
2.0
13B
1.0
..,u
O.8
164
2A
114
1.1
118
549
5.0
2.5
1.1
HGT075
11:15
2.0
.136
1.0
130
0.8
164
2.0
114
1.1
i18
549
5.0
2.5
1.1
HGTO90
1/15
2.0
136
1.0
130
0.8
164
2.0
114
1.1
118
549
5.0
2.5
1.1
'NGT120
1/15
3.0
204
1.5
195
1.2
246
2.9
171
1.6
91-7
823
'7.5
3.7
1$
HGT440
1115
3.0
204
i.,,
195
1.2
^46
2.0
171
1 6
177
823
7.5
0.,-
1 i9
HU 160
11,15
4,0
272
2.0
-2€0.
1.6'
328
3.3
228
2.1
236
1.098
'10.0
5.0
2.2
hIGT180
1/15
4.0
272
2.0
260
1.6
328
3.8
298
2.1
236
1098
100
HGT200
1;'15
5.0
340
2:5
3255
2.0
410
47
205
2.6
295
1372
12.5
n2
2.7
HGT240
015
6.0
408
3.0
990
2.A
492
5.6
342
3.1
354
1.649
15.0
i5
3.2
HGT280
1;15
Cl.
408
3.0
390
2.4
492
50
342
1
354
1,649
15.0
7.5
3.2
HGTE41
1115
1,0
68
C._
-10!
92
1.1
57
O'n
59
275
2.6
1.3
0.6
3WGT468.
1/15
2.0
136
1.0
130
0.8..
164
2,0
114
1.1
lib
549
5.0
2.5
7.1.
HGT080
1!15
20
136
1.0
130
0.8
16:
2-0
114
1.1
n8
549
5,0
2.5
1.1
HGT16'2
11115
3.0
204
1.5
795
1
246
29
171
1.6
,;;
823
,.,-
37
Al
HGT136
1115
4,0
272
20
260
i,6
328
38
228
2.1
236
1A99
10.0
5.0
2.2
'IMT770
1/15�
5.0
340
2,5
325
2.0
410"
4.7
285
2.6
295
1,372
12:5
6.2
2.7
HGT204
1'15
6.0
1108
3.0
390
2.4
492
5-6
342
31
354
1.649
15.0
..._
3.2
:1{GT235
1115.
6.0
- 408
3.0
390
2.4
492.
5.6
342
3.1
354
1:649
15.0
7.6
3.2
Optomt rsth elecbR amin pan
Model ADT Air Defrost
Model LET/LLE Electric Defrost
LET035
AUT0401
1/2
V2
5/8
114
3/4
2H
13
..712
52
1
1/2
5/8
114
3/4
31
15
3/4
29
14
1/2
7c
ti<
o,
� 3/4
16
x
-t,,75
2
112
7/3
i74
314 -
4^
11
2
V2
7/8
7 E
...
..
43
22
AO- 1IN,
2
112
7'8
1/4
3/4
49
23.Es-
62
AOT`, 30
LET160
34i
7,8
s-1.8
314
53
�7
L 180
4
V2.
..1-I/8 z ,.
.. 3/4
84
39
LE -200
5
1/2
A;
3/4
._.
7'.
LEI 240
6
1/2
1-u3 1
_ -"` -
ADT156
3
1/2
T8
114
3/4
r,7
31
1i7
ADTIHC
3
1'Z
7
i '�-314
28
'3
LLE066
2
ADT208
4
1/2
1-'/8
V4
3/4<,
....
82
38
7 S
ADT260
..
112
1-'/B
1!4
3/4
103
.;
-'
-
AD -312
6
;i2
i-'/8
1i4 _
3/4
. -
124
57
LLE170
ADT370
b
1/2
1148
1/4
3/4
127
sl°
Model LET/LLE Electric Defrost
LET035
1
1/2
5/8 114
3/4
24
11
LET040
1
..712
�' d/i 3
314
2E
12
LT047
1,2
:.l "d
3/4
29
14
LET065
2
112
5/8 1: e
� 3/4
- 43
20
-t,,75
2
1;2
5/�
3'4
45
21
LET090
2
V2
7/8
48
22:
-ET121
_
1
314
60
25
LU140
V2
7/F Va
`8/4 �...
62
29
LET160
4
1'2
s-1.8
3 4
...
�7
L 180
4
V2.
..1-I/8 z ,.
.. 3/4
84
39
LE -200
5
1/2
3/4
._.
46
LEI 240
6
1/2
1-u3 1
_ -"` -
121
ss
LET280
6
12
1-I/;
3/4
1.2.1
1i7
LLE041
1
1/2
58 1: ;�.
i '�-314
28
'3
LLE066
2
1/2
7'8 la
3/4
44
21
LLED80
2
112
7 S
�.>�' 3/4
47
22
LLE102
a
1/2
78
3/4
59
27
LLE136
4
112
1-'M
SO
37
LLE170
5
1/2
'1-78
3
100
46
LLE204
6
112
1= /ts -.
3/4
120
55
LLE235
6
1/2
1.1/8-
3/4
123
56
10
Model NGT Hot Gas Defrost
H'IT 035
1
5/8
5/8
1/4
314
318
5/B
26
12
- 118040
I
'SIB'
5/8 :.
1'4 •.
3/4
3/8
- 5/8
28"
13`
HGT465
2
5V8
318
4.11
21
5",0
HGT000
2
718 _
i
.. ,
.__
a8
so
23
T'!7i.
9G, 1140
3
713
i4:
..
314.
3!S
Sib
64-
30..
HGTI 60
A8
-...
4
314
3l3
Sia
83
38
HGT180
4
1-115
318
53
88
40
HGT200
5
I-1 /8
I-1;3
-
.,
.3/8
5;8
103
--
HGT240
5.
7-I18
1-11S
lr7
3/A
3t8
;v8
123
52a
HGT2110
c
1-118
I-7/8
I
a4
318
518
126
57
HGT041
,.
5/8
5;8
1;'4
314
3's
518
30
1
HGT068
2
Sib
718
174
;14
3/8
5!8
d5
_i
HGT08o
2.,
518
T,8
1/A
4
3.8
"a/8
49
ZS
H6T102
3
7/8
7/8
1/4
3/4
318
518
(i1
28
HGT136
4
7!8
1-1/8
114
•4
18 .
5'8
82
38
HGT170
5
718
1-1/8
f/4
3/4
318
518
1022
47
HGT204
6
7119
1-V8
114
314
SSS
yS
122
56
HGT235
6
1-1/8
1-1/8
1/4
3/4
3/8
5/8
125
57
The standard design for the Bohn Low Profile Evaporator incorporates a hot gas loop in the drain pan. Utilizing a hot gas loop
is ideal for hot gas defrost applications where high temperature gas can be maintained to defrost both the evaporator drain
pan and coil.
For applications where cooler (lower) temperature hot gas is used for. defrosting, Bohn offers optional electric heater elements
in the drain pan to ensure quick and efficient defrost of the drain pan allowing condensate to drain quickly, saving the hot gas
for efficient evaporator coil defrost.
It the optional electric heating element drain pan is preferred, please specify when ordering. There is no additional charge
11
211-
'7—
L
12 1'4"'7-
o d
Enm
Eon.— End
J/f MPi pn im"Ff
tBmn,
Dimensional Data For All Models
Wu
]M' ENetlnal
Knxtauls
1115:1E'
)Wrtm•. 1
i�mn'v J. 23m
u-'2
I\Ff b� 4 ^. .\�« SZN 1`\\f I ^ 1 � ✓14 \"1\\ f � /i
-
065
J/f MPi pn im"Ff
tBmn,
Dimensional Data For All Models
Wu
]M' ENetlnal
Knxtauls
1115:1E'
)Wrtm•. 1
i�mn'v J. 23m
u-'2
040
-
065
047
041
-
-
-
090
065
-
1i14
433.1
-
120
075
068.
I:dn
oS0
080
140
120
102
56
180
140
-
208
160
-
180
136
260
200
170
312
240
204
370
280
235
1
20.50
7,9.3
.c:
438.1
-
-
-
-
1
29,50
749.3
17.25
433.1
-
-
-
-
2
45.50
1,195"
'15
845-
2
4550
2
46.50
1.155.;'
'53:25
845
_
455D
1,15n.�
°F 28
845
3
61.50
1.562,1
,n 2_'
1.251
3
61.50
1,562.1
25
1,251
-
-
-
-
3
61.50
1,552.1
10 25
1,251
-
-
-
-
4
77,50
1,968.E
iFS25
1.657
-
-
-
-
4
77.50
146£.5
6;.25
1.657
_
_
_
_
5
93.50
2,374.9
11125
2,064
46.63
1,235.1
32.63
828.7
6
109.50
2.781.3
9'.25
2,470
48.63
1.235.1
4'c..63
1,235.1
6
109.50
2,781.3
57.25
2.470
48.63
1.235.1
48.63
1135.1
NOTE,H&WbraaWts w9avwO 318"19.5 m bmwrods.
12
035-075
50169210
50:69213
50169216
,'7 _S7IA
52733794
i .7
'
50169211
50169214
5016921752735707
52733705
5 2.3.'7£
180-280
60160212
50169215
50169218
52733705
52733706
52733769
III I-098
50169210
50169213
.50169216
52733701
.52733704
52733707
102-204
50169211
50169214"
50169217
'52733702
52733705
52733708.
2:35
50169212
.50169215
.50169218
52733703
52733706
52733709
035-065 50169304 50169304 52733601 52733801
160-280 50169306 50169306 52733603 52733802
41
50169304
50169304
52733801
52733801
136-235
50169306
50169306
52733802
52733802
Recommendation is that both check valve kits are ordered (For hot gas models with the hot gas loop drain pan ONLY):
NOTE: The drain pan check valve kit can be ordered as an independent item. But the suction line check valve kit must be ordered with
the drain pan check valve kit in order to complete the piping.
NOTE: When using the hot gas units with a hot gas loop drain pan on O'F applications and below, an insulated drain pan is required.
The hot gas unit coolers can be used in reverse cycle hot gas defrost systems using multiple evaporators connected to one
condensing unit. Generally, not more than one-third of the system defrosts at one time.
During the reverse cycle defrost, the reversing valve,
located in the compressor discharge line, diverts hot gas
through the suction line to the evaporator. See piping
view in Figure 1. The suction line check valve directs
the hot gas through the drain pan loop which prevents
condensate in the pan from freezing. The hot gas exits
the loop at the pan loop outlet header and enters the
evaporator through the check valve assembly. As the hot
gas defrosts the coil, heat is removed from the hot gas
and eventually it condenses into a liquid and exits the coil
at the distributor sideport. The liquid then flows through
the check valve of the thermostatic expansion valve
bypass assembly. around the thermostatic expansion
valve, and into the system liquid line. The liquid refrigerant
then feeds other evaporators on the cooling cycle,
evaporates, and returns to Vie compressor through their
suction lines.
Figure 1. Reverse Cycle Piping
13
In the refrigeration cycle, the thermostatic expansion valve bypass, assembly check valve only allows refrigerant flow through the
thermostatic expansion valve and into the evaporator coil. As the refrigerant vapor exits the coil at the suction line, the check valve of the
drain pan loop check valve assembly prevents the refrigerant vapor flow through the drain pan loop.
Factory -engineered assemblies (kits) are available for both shipped -loose and factory -installed at an additional cost to complete the
reverse cycle piping and components. The suction line check valve assembly includes the suction line check valve and the piping for
both the suction line and the connection to the drain pan loop inlet header. In order for the suction line check valve assembly to be
mounted, the drain pan loop check valve assembly must be used. The drain pan loop check valve assembly includes the check valve,
suction line tee and a bent pipe. The thermostatic expansion valva bypass assembly option includes the check valve, tee and necessary
piping. In order for the thermostatic expansion valve bypass assembly option to be complete, a. thermostatic expansion valve must
be selected by the sales engineer. The thermostatic expansion valve bypass assembly option is dependent on the body style of the
thermostatic, expansion valves which includes the Sporlan� SCE, SBF, EG and the Flow Controls HFESC body styles. The factory -
installed thermostatic expansion valve bypass assembly option must have the thermostatic expansion valve selection included on the
order for the hot gas unit cooler.
To increase the efficiency, higher performance and greater system protection, a heat exchanger may be beneficial to the system. In order
to use a heat exchanger, the thermostatic expansion valve bypass assembly option must be modified. See the piping view in Figure
2. The modification includes rerouting the pipe from the thermostatic expansion valve bypass check valve to the inlet connection of
the liquid line to the heat exchanger. A pipe needs to be routed from the liquid line outlet connection of the heat exchanger to the inlet
connection of the thermostatic expansion valve.
The electrical control option includes an
adjustable defrost termination and fan delay
control (DTFD) which is standard. For an
additional cost, an optional (2) control electrical
system Is available with one adjustable control
for defrost termination (DT) and one fixed control
for the fan delay (FD). For both the DTFD and
DT adjustable controls, the remote bulb position
is with the bulb strapped to the piping of the
thermostatic expansion valve bypass assembly
option between the distributor sideport and the
check valve. When the thermostatic expansion
valve bypass assembly is shipped -loose, the
installer will need to position the remote bulb.
When the thermostatic expansion valve bypass
assembly is factory -installed, the remote bulb
should already be properly installed.
14
DISTRIBUTOR
CHECK VALVE
EXPANSION
LIE UID TEE
LLINE FROUTIM
COIL
SUCTION LINE
Figure 2. Typical Liquid Line Bypass Kit
(Shown assembled and modified for heat exchanger)
The hot gas defrost unit coolers conform to the standard
.3 -pipe hot gas system using a check valve assembly. an
electrical control to terminate the defrost, and a hot gas
solenoid valve. The check valve assembly transports the hot
gas between the drain pan loop and the sideport distributor of
the coil. The check valve assembly kit is available for shipped -
loose or factory -installed for an additional cost.
The electrical control option includes an adjustable defrost
termination and fan delay control (DTFD) which is standard.
An optional (2) control electrical system is available with one
adjustable control for defrost termination (DT) and one fixed
control for the fan delay (FD) for an additional cost. For both the
DTFD and DT adjustable controls, the remote bulb position is
with the bulb strapped to the suction line to insure a complete
defrost. The remote bulb is positioned by the installer. The
hot gas solenoid valve must be ordered separately and will
L, a shipped -loose. The thermostatic expansion valve could
be ordered separately and shipped -loose or the thermostatic
expansion valve could be factory -installed with a liquid line for an additional cost.
The liquid line is designed for the body styles of the Sporlan SQE SBP EG and the Flow Controls HFESC thermostatic expansion
valves. The thermostatic expansion valve needs to be selected by the sales engineer, In a typical 3 -pipe, multiple evaporator system.
the compressor discharge defrosts the evaporator. The liquid/vapor mixture of refrigerant after defrost, however, returns to the common
suction line of the system. In order to provide sufficient re -evaporation of the liquid vapor mixture and sufficient heat for defrost. no
more than one-third of the system should be defrosted at one time. Some means of control in the 3 -pipe hot gas system should be
supplied to regulate the large amount of liquid returning to the compressor, refrigerant slugging can otherwise damage the compressor.
035-075
50169410
50169413
50169416
52733901
52733904
52733907
180-280
50169412
50169415
50169418
52733903
52733906
52733909
041-080
50169410
50169413
5001`69416
52733901
52733904
52733907
1" t02'1J4
PS
50169412
50169415
50169419
52733903
52733906
52733909
For hot gas models with the
hot gas loop drain pan only
When using the hot gas units with a hotgas
loop drain pan on 0`F applications and below.
an insulated drain pan is required...
035-075 .50169504 52739601
090-760 �atx.' - 5�_sro,.�:,.."- .'" 52�%39602.�':+1�
180-2B0 5069506 52739603
041-080 50169504 '32739601'
102-204 50169505 _ 52739602 -
235 50169506 52739603
z '_` r�...-4m%;'l1u' :^s - ., ,it�ra:r' 'P'h*.1">, �'" ul•
<r., �. . t .. ,.._
15
}
Right source. Right parts. Right now.
Interl-inki 4 is your link to a complete line of dependable and certified
commercial refrigeration parts, accessories and innovative electronic
controls for all Bohn equipment. At Interl-ink, we provide our
wholesalers with a comprehensive selection of product solutions and
innovative technologies for the installed customer base. And every
product is bu0t to ensure the same high performance standards wHh
which all Heatcraft Refrigeration Products (HRP) brands are built —
backed by n dedicated team to serve every customer need, deliverir:l
at the best lead times in the industry.
Dependable. Versatile, Courteous.
Finally, one simple source for all your replacement needs from ,:1 na::-e
you can trust.
For parts, please contact (800) 686-7278 or visit www.heatcraftipd. (.
W
Hot Gas Defrost - Electric Drain Pan
Option Drain Pard Heater (1 per unit)
24752101
300W
1^.5/1/60
1
24752102
600W
- 040-065
-y
035-047
04
2 070-130
065-090
063-13)
140-180
120-146
:...
'4 202..
160-180
13c.
5 250
200
17
6 312370
240-280
200 F3'i
W
Hot Gas Defrost - Electric Drain Pan
Option Drain Pard Heater (1 per unit)
24752101
300W
1^.5/1/60
1
24752102
600W
25309501
Motor 115/1/60/50 Totally Enclosed PSC/PSC
1-6
25309601
Motor 203-230/1 /60150 Totally Enclosed PSC
1 -6
25309701
Motor 460/1/60/50 Totally Enclosec PSC
1-6
25309801
:Motor 2-08-230/1760150 PSC
1 6
2 870'
1 40 I/b1.j01'S.,
1 -h
25317701
_ , Motor 208-230/1/60 EC _
1 -6 „
25317801
Motor 115/1/67 EC
0
5140C
Fan Blaee
1 - 6 it
37000701
Fan Guard - Molded
- 6
37000601
Fan Guard - Wife
t - 6
23104901
More, Moont used with 115 & 20V motors
1 - 6
23103801
Motor Mount used with 4BOV motors
1 6
kUll lot UU
1mol lonts
24752206
18004
209-23011/6+0
G
47523(11
r :. r, iidla:71
4W/I/6D
404IIU10f
Drain Pan Air& Hot Gas Defrost
tolW
40480201
Drain Pan 7ur & Hot Gas Defrost
2
404BD301
Drain Pan Air & Hot Gas Defrost
3
40480401
Drain Pan Air & Hot Gas Defrost
4
40480501
Drain Pan Air & Hot Cas Defrost
5
404811801.
Drain Pan Air & Hot Gas Defrost
6
40480103
Drain Pan HOLIre Dclrost
1
40480205
Drain Pan Electric Defrost
2
4048031/5
Drain Pan Hecre Defrost
.,
40480403
Drain Pan Jectric Defrost
4 -
40480503
Drain Pan Electric Defrost
5
40480603
brain Pan Electric Defrost
6
40890801
Access Fi nel - Elect.
40880701 -
Access Panel Refn9.
" i - 6
40680901
Back Panel - Pefrio,
'. - 6
40861001.
Back Pmol - Elect
1 -6
40831201
End Panel - Hot Gas Going.
f - 6
W
Hot Gas Defrost - Electric Drain Pan
Option Drain Pard Heater (1 per unit)
24752101
300W
1^.5/1/60
1
24752102
600W
115/1/60 _
2
24752103
9004
115/1/60
.11
24752104
1200W
775/1/66
4
24752105
11004
115/1/60
5
24752106
1800 W
11511/60
6
2.1752201
300 VJ
1 SJ
'
24752202
66049
206-230/7/60
2
21752203
90D1V
209-"2'2{]1'60
1
24752204
12004
208-230;1/60
4
21752205
1500 W
205-2 01'rhe
.�
24752206
18004
209-23011/6+0
G
47523(11
3004
4W/I/6D
1
247--2'K2
tolW
4FOW60
r
1,2303
O;%
24752501
2.4752304
1200 W
46O/t/60
4
2.r z 2375
1500�%
460/1/60
5
24767306
180D.W
460/1/80 ,:.
6
Electric Defrost
Electrical Coolpoherits
_
22512601
Part #
Description
5709L ,Detrost-eemonatwn/Fan Delay —given
7 6
24752001
300W
208-230/1/60
1
24752002
6WW
208-230/1160.
2
24752003
9DOW
208-230/1160
.,
24752004
12004
208-23011:'69
Drain Fittings
24752005
1500 NJ
7-08-231/%I'60
..
'1: 24752008
M 1Bog W
206-230/1/60
6
24752401
150W
208-230/l/60
1
24752403
450W
208-230/1/60
3
3 i...-.. .=.
—4,
24752405
750 W
208-23011160
5
r
24752501
150W
208-230/1/60
1
' 24752502
306W
_' 208-230/1/80
2
24752503
459'A'
205-2+111 66
24752504
600W
208-230/1/60
24752505
750 W
208-230/1/60
..
24752506
900W
208-230/1/90
6
Electrical Coolpoherits
22512601
Terminal Strip
5709L ,Detrost-eemonatwn/Fan Delay —given
7 6
ty0o
42674
Defrost Termination/Fan Delay—
C
Adjustable type
2891046
Form Thermostat
1 - 6
5708L
Heater Safety— Klixon type
1 - 6
Drain Fittings
r
r
269251.01
Drain Fitting Kit
1 -6
Model ADT Air Defrost
1
3/16
4;
1 0 1WM=�
2
L-1/2
L-1/3
L-1/3
L-1/4
LET040
ADT040 1
3/16
15 1 - -
ADT052 ;.�.�. 1
3/16
15 - -
ADT065 1
3116
15 2 L-112 L -I/3
ADT070 2
3110
15 2 L-112 - L-1 i3
A1MMO -
3116
15 L-314 L- i,
ADT 104 "'. 2 .,
3116 ""
13 ->.3 L-3/4 : L-314
r,nT; 30 2
3/16
15 L
tom
to
"M
AUT I40 i
3!IB
15 4 1.-1 L-314
ADT156 3
3/16.
15.. [5 _ L -1-W2 L-1
_5 -
ADli80 3
3,16.
15 L -I -t12 [-1
ADT208
3/16
15 - L-1-1/2 L 1-1.2
AW?60
3/16
15 L-2 I --I-112
ADT312 6
3716
15 '0 i:�.. L 2
AiT370 ti
5176
i5 l0 L-3 L-2
Mode; LEI %Li -E Electric Defrost
LET035
1
3/16
15
2
L-1/2
L-1/3
L-1/3
L-1/4
LET040
1
ill 6
_ 15
2
L -am -1
--
L-113
L-1/3 �
L-1/4
f.T041
3!16
15
2
L-$14
L-112
L -I12
rl/4
0 L190
2
31.!16
..15
r
L-1-02
L-1
L-314
L-112
LET1K'
..
3h6
15.,
L2
L-1
L-'
n.
I40
3
3116
l6. -
6
L-2
., L -1 -tit
L-1.112
_ L-3/4
LETT 60
d
3h6
1.,
8
L-2-112
L 2
L LP1
L
RiLE1180
4.
3!16
15
10
L-2-1/2
L-2
L-1-1/2
Li
LET200
,.
3!16
15
9
L-3
L-2
L-2
L-1-1/2
k, ET240
6
3116
15
9
L-3
G2
L-2
L -?-1!2
LET250
6
3116
15
10
L-4
L-2-112
L -2-U2
L-2
g+,
g-LLE041
3'16
15
2
-3/4
Lida
L-1!3
G1/4
LLE5F"n
2
Wif,
i5
4
-1
L-3!4
= V2
L-112
�,LLE080
2
3116
15
4
L-1-112-
L-3111
L-3/4
- L-1.1'2
LLEI-I
3!16
15
L-I-I1Z
L -I
L-3!4
k�fLLE136
4.
316
_ 15
8 ,..
L-2
L-1.-1!2
L- 1-1.''2
L -31d
LLE170
5
3/16
15
8
L -2-V2
L-1-112
L-1-112
L-1
J1LE20a
6
3116
15
3
L3
L-2
L-2
L-1-112
LLE235
5
3116
15
10
L-4
L-2
L-2
L-1-112
Also suitable for R-507, R-502, R- 134a, R-40 IA, R -402A, R -448A & R -449A
"Also suitable for R-22.
Atte., Nozzles sized for 90-100Y liquid temperature at expansiml valve.
ContactAppliration Engineering for guidance it
• liquid temperature is not 90-100`F
• Evaporator TO is not 10°-15°Fttoom temperature — saturated
awtiontemperahue)
Caution: Refrigeration system will not perform property without correct rwzzlef
17
Model HGT Hot Gas Defrost
HGT035
1
114
15
2
J-3/4
J-1/3
J-1/3-1
114
HGT040
1
114
15
2
J-3/4
J-112
J-1/3
J-114
9G1b47
1
11
15
2
1 3/4
J-1/2
J-112
J-114
HGTO65
2
114
15
4
..-,
J-314
J-314
J-1/3
HGT076
2
1/4
-'.5
4
---1/2
J-3/4
J-3/4
J-1/2
' HGTO90
2
1/4
':5
5
G-1-112
G-1
G1
G-1/2
4
6
(-2
G-1-1/2
G-1
G-3/4
HG1140
3
1/4
15
6
G-2-1112
G-1-'1/2
G-1-1/2
6-1
HGT1cG
i
1/.
:i
G-2
G-1-ll2
G-1
;.HGTI80
4
114
i5
10
E-3
E-2
E-2
E-3
E-2
HGT24G
6
1/4 .
15
9
E-4 -.
E-2-1/2::
E-2
&1-1/2
HUM
(3
1/4
15
IJ
F-1
E -J
E-2-1/2
E-2
p..HGT041
..
1
1/4
15
2
1-3/4
J-112
J-1 i3
,-114
HG1OR
2
114
15
1
J I
11,GTO80.
2
1/4
15
4
J-1-1/2
J-3/4
J-314
J•1/2
HGT102
3
1/4
15
5
G2
G-1
G-1
G-3/4
HGT136
4
1/4
15
8
G-3
G--1-1/2
G-1-1/2
G-314
H GT 170
5
/4
15
H
G-3
G-2
6-1-1/2
HGT204
6
1114
15
8
G3
G-2
G-2
G•1-112
HGT235
6
1/4
15
10
E-4
E-2-1/2
E-2-1/2
E-1-1/2
Also suitable for R-507. R-502, R -134a, R -401A, R-4024, R -448A & R -449A
"Also suitable for R-22.
Note: Nozzles sized for 90-100"Fliquid temperature at expansion valve.
ContactApplication Engineering forguidance if:
• Liquid temperature is not 90-100°F
• Evaporator TD is not 10°-15-Flronm temperature - saturated
suction temperature)
Caution: Refrigeration system will not perform property without correct nozzle!
18
19
r�
1 I1' a
•
2175 WestE rx Place Blvd. Stone Mountain, GA 30087
Phone: 800 . 37.7775 Fax: 770.465.5900
Since product imvement is a continuing effort, we reserve the right to make
changes in:Ilersion
tions without notice.
BN-LOPTB-0716001
®2016 Heatcraft Refrigeration Products LLC
,
PERMIT
a
HTPG, a division of Carrier
Commercial Refrigeration
OFFICE
Proline Air -Cooled Condensing Units -1 /2 to 6-112 HP
Features & Options ........................... 2
Nomenclature ............................... 2
List Prices
Hermetic Units (1/2 to 5 HP) ................ 3
Scroll Units (2 to 6-1/2 HP) ................. 3
Semi -Hermetic Units (1/2 to 5 HP)............ 4
Discus Units (3 to 6 HP) .................... 4
Optional Features and Accessories ........... 5
WD -Series Air -Cooled Condensing Units
Nomenclature ............................... 6
List Prices
Discus Units (3 to 22 HP) ................... 7
Optional Features and Accessories ........... 8
WRN-Series Remote Compressor Units
Nomenclature .............................. 11
List Prices—Units and Optional Accessories ....... 14
Schedule G
List Prices
January 2007
Condensing Units
1/2 through 80* HP
C @US MEA
WRW-Series Water -Cooled Condensing Units
Nomenclature ..............................
11
List Prices—Units and Optional Accessories .......
13
WPW -Series Water -Cooled Condensing Units
Nomenclature ..............................
11
List Prices—Units and Optional Accessories .......
12
Electric Defrost Options—All Units ...............
9-10
Freight Surcharges .............................15
GIN -Series Water -Cooled Condensing Units - Scroll Comp.
List Prices...................................15
GW -Series -Remote Compressor Units - Scroll Comp.
List Prices...................................15
WV Series Air Cooled Condensing Units (contact factory)
Terms and Conditions of Sale ............. Back Cover
{Hitt 201 Thomas French Drive. • Scottsboro AL 35769 • (256) 259-7420 • FAX (256) 259-7478 • htto://www.witthto.com
HTPG, a division of Carrier Commercial Refrigeration
PROLINE G -SERIES AIR COOLED CONDENSING UNITS
1/2 thru 6 HP Units
STANDARD FEATURES
Features — GE Indoor / Outdoor Models
• Low profile, compact design on a sturdy base.
• Hermetic, Semi -hermetic or Discus semi -hermetic compressors
• Heavy gauge weather-proof housing on a raised base.
• High -low pressure control and oil pressure control (when required).
• Compressor contactor (three phase) or start kit (single phase).
• Main power block and control circuit fuses.
• 460V to 230V control circuit transformer for 460 volt units.
• Liquid receiver with shut-off valve and pressure relief plug.
• UL rid cUL luted.
%ote: Optional Crakcase heater is recommended for outdoor use
Features — Packaged Models
• Identical features as GE models, plus:
• Low ambient head pressure valve.
• Crankcase heater.
• Liquid line filter/drier, sight glass & pre-bent piping
• Suction line piping added to GL models. (filter is optional for GL only)
• Air defrost timer on 2-1/2 to 6 H.P. Medium & High Temp models.
• Electric defrost timer with contactor/relay on Low Temp models.
(ED10-230/1 on 1/2 thru 3 H.P. and ED11-230/3 on 4 thru 6 H. R)
Options
• Factory installed air defrost timer
• Factory installed electric defrost timer with contactor
• Winter low ambient flooded control (STD on GL models)
• Mild ambient fan cycle control (for 2 fan units only)
• Wire fan guard/motor mounts) for indoor models
• Suction line piping to exterior of cabinet
• Suction line kit with piping and filter
• Liquid line piping to exterior of cabinet
• Liquid line kit with piping, filter/drier and sight glass
• Oil separator
ORDERING INSTRUCTIONS
1. Complete condensing unit model number
2. Electrical Power — Volts/Hertz/Phase
3. List of Optional Features and Accessories
4. Defrost Option (if required)
Specify WITT unit cooler model number
If WITT unit cooler is not specified:
a. Specify defrost option number
b. Specify evaporator heater and
fan amps, volts and phase.
1/2 to 3 HP Models
• PSC Fan Motors
• Crankcase heater
• Suction accumulator
• Copper fins, or coated condenser coil
• Tiered stacking
• Liquid line solenoid
• Pressure relief valve
• Fused disconnect
• High ambient oversized condenser coil
• Extended legs
NOMENCLATURE
_G E
G = 1/2 to 6 HP F--�
Outdoor Flooded Model
Indoor / Outdoor 1/2 to 6 HP
Compressor Type
S = Semi-Heooatic
H = Hermetic
D = Discus
O = Scroll
4 to 6 HP Models
H 22-E
LVoltage
D = 200-230/1
E = 208-230/3
G = 460/3
Refrigerant Type
22= R-22
44= R -404A / 507
Temperature Range
H = High / Medium (0" to 55-S.T.)
M= Medium (-10° to 45` S.T.)
L = Low (-40° to 0' S.T.)
Horsepower
050=1/2 HP
215=2 HP
075 = 3/4 HP
250/251 = 3 HP
100 = 1 HP
300/301 = 3 HP
101=1 HP
315=3 HP
150 = 1-1/2 HP
400/401 = 4 HP
165 = 1-1/2 HP
500 = 5 HP
200=2 HP
600=6 HP
201=2 HP
650=6-1/2 HP
202 = 2 HP
PROLINE G -SERIES AIR COOLED CONDENSING UNITS
a ffi ms now mW ims P SC morns fnranwalc-h uni=coo hm and condensing anis .
List Rice
List Pdce
4 Year
Appmx
Approx
Nom.
Witt
Ref
Flooded Pkg.
Indoor/Outdoor Unit
Compr
PSG
Ship Weight
HP
Unit
0
GLH
GEH
Limited
Motor
Lbs
Warranty Adder
Number'
Warranty
Adder
GL
GE
GL
GE
230/1
I
460/3
I
230/3
=13
23WI
46W3
230/3
230/1
46Q/3
4
Models
Models
G'0200M44
$6,638
MODELS
MODELS
$5,339
G'HO50M44
404A
N/A
$5,129
N/A
N/A
$3,872
N/A
$132 Net
.$151
152
152
1/2
G*H05OL44
404A
N/A
5,123
N/A
N/A
3,102
N/A
132 Net
151
.152
152
230
230
G'HO51H22
22
N/A
4,465
N/A
N/A
3,210
N/A
132 Net
151
170
170
240
305
G*H075M44
404A
$5,704
5,775
N/A
$4,447
4,518
N/A
143 Net
151
167
167
3/4
G*H075L44
404A
5,273
5,268
N/A
3,243
3,248
N/A
143 Net
151
157
157
G'030OL44
G`H075H22
22
N/A
1 4,500
N/A
N/A
3,242
1 N/A
143 Net
151
175
175
9,932
G'H101M44
404A
6,055
6,055
N/A
4,799
4,799
N/A
150 Net
302
195
195
1
G'H100L44
404A
5,447
5,357
N/A
3,425
3,336
N/A
150 Net
151
180
180
8,161
G'H100H22
22
4,908
4,908
N/A
3,651
3,651
N/A
150 Net
151
180
180
G*H150M44
404A
6,572
6,444
N/A
5,316
5,187
N/A
162 Net
302
228
228
1 1/2
G'H165L44
404A
5,895
5,807
N/A
3,876
3,788
N/A
162 Net
302
195
195
12529
G'H151H22
22
5,686
5,557
N/A
4,428
4,300
N/A
162 Net
302
210
210
8,712
G'H2O1 M44
404A
7,638
7,788
N/A
5,600
5,759
N/A
175 Net
302
253
253
2
G'H215L44
404A
6,506
6,210
N/A
4,484
4,190
N/A
175 Net
302
243
243
G'H2O1H22
22
6,0001
5,8641
t
4,744 1
4,6061
t
175 Net.
302
223
223
G'H30OM44
404A
7,894
8,034
N/A
5,800
5,940
N/A
199 Net
302
273
273
3
G'H315L44
404A
8,655
8,547
$9,044
6,222
6,112
$6,609
329 Net
302
255
255
G'H251H22
22
6,932
6,978
7,718
5,186
4,884
5,688
188 Net
302
245
245
G'H301H22
22
7,725
7,314
8,000
5,630
5,219
5,907
199 Net
302
260
260
G'H40OM44
404A
9,497
9,914
N/A
6,526
6,942
N/A288
Net
-
390
390
4
G'H401H22
22
9,316
9,712
10,136
6,348
6,738
7,163
288 Net
-
348
348
G'H50OM44
404A
10,328
10,525
11,255
7,357
7,555
8,281
329 Net
-
405
405
5
G'H50OH22
22
10,189
10,372
10,983
7,218
7,401
8,010
329 Net
- :
380
380
a ffi ms now mW ims P SC morns fnranwalc-h uni=coo hm and condensing anis .
T Gontact factory for 46013V availabrOty antl pncing.
R-507 Pricing same as R -404A
1 Can be used with R22. contact factory for capacity information.
List Pn'ce
List Pdce
4 Year
Appmx
Nom.
Witt
Ref
Flooded Pkg.
Indoor Unit
Compr PSC
Ship Weight
HP
Unit
GLO
GEO
Limited Motor
Lbs.
Number
Warranty Adder
GL
GE
28(U3
230/1
I
460/3
I
230/3
230/1
460/3
4
Models
Models
G'0200M44
$6,638
$6,588
$7,000
$5,339
$5,291
$5,703
$194 Net 215
215
2
G'020OL44
8,459
7,165
8,316
7,070
8,842
7,533
6,374
5,519
6,229
5,423
6,757
5,885
194 Net 230
212 Net 230
230
230
21/2
G*0250M44
G*0250L44
1
8,591
8,160
8,457
8,026
9,326
8,466
1 6,506
6,066
6,372
5,932
6,893
6,372
212 Net 240
255 Net 305
240
305
G*0300M44
G'0301M44
9,037
8,900
9,341
6,827
6,691
7,133
271 Net 325
325
3
G'030OL44
9,163
9,013
9,548
6,729
6,580
7,114
255 Net 245
245
G'0301 L44
404A
9,932
9,795
10,319
7,498
7,360
7,885
271 Net 255
255
4
G0400M44
9,860
9,724
10,167
7,089
6,951
7,393
286 Net 352
352
G'040OL44
11,268
11,133
11,571
7,858
7,723
8,161
288 Net 352
352
5
G'050OL44
11,571
11,439
11,877
8,161
81029
81467
3294Net367
367
G -0600M44
10,402
10,266
10,705
7,333
7,196
7,638
366383
383
G'O60OL44
12,223
N/A
12529
8,814
N/A
9,119
366383
383
G -0650M44
11,478
N/A
12,319
8,411
N/A
8,712
398405
405
T Gontact factory for 46013V availabrOty antl pncing.
R-507 Pricing same as R -404A
1 Can be used with R22. contact factory for capacity information.
HTPG, a division of Carrier Commercial Refrigeration
PROLINE G -SERIES AIR COOLED CONDENSING UNITS
SEMI -HERMETIC COMPRESSOR MODELS
' - California now requires PSC motors for all walk-in coolers and condensing units.
Note: Models shown in shaded blocks are only available as 230.'1V Contact factory for 20871 V application using a buck -boost transformer.
t Contact factory for 46013V availability and pricing.
List Pdee
List Price
4
Approx.
None,
Witt
Rel.
Flooded Mg.
Indoor Unit
Year
PSC
Ship Weight
HP
Unit
0
Model GLS
Model GES
Cempr
Motor
Lbs.
0
Number'
Model GED
Limited
Adder
Lbs
GED
Warranty
AdderGL
GL
GE
460/3
23013
23017
23013
23WI
460/3
13013
23WI
460
$14,390
$15,037
S14,712
$11,086
$11,003
$11,410
$486 Net
-
575
575
3
30OL22
22
Wiff"
16,974
Models
Models
13,471
G'S050M44
404A
N/A
$5,638
N/A
N/A
$4,379
WA
$182 Net
-'$151
189
189
N/A
G'S050L44
404A
$6,340
6,263
N/A
$4,321
4,243
WA
182 Net
151
189
189
1/2
15,276
542 Net
-
600
600
500M44
404A
16,110
N/A
16,805
13,137
N/A
G'S050H22
22
5,472
5,472
N/A
4,214
4,214
N/A
183 Net
151
189
189
N/A
G'S0501_22
22
WA
6,226
N/A
WA
4,206
N/A
183 Net
151
192
192
$
G*S075L44
404A
6,380
6,580
N/A
4,359
4,560
WA
194 Net
151
205
205
3/4
G*S075H22
22
5,840
5,840
N/A
4,582
4,582
N/A
197 Net
151
215
215
N/A
G'S075L22
22
6,610
1 6,610
1 N/A
4,590
4,590
N/A
197 Net
151
197
197
G-S100M44
404A
6,347
6,472
N/A
5,088
5,215
N/A
206 Net
151
205
205
G'S100L44
404A
7,206
6,950
N/A
5,185
4,928
WA
207 Net
151
220
220
1
G'S100H22
22
6,387
6,472
N/A
5,130
5,215
N/A
207 Net
151
220
220
G'S1001_22
22
6,977
6,977
N/A
4,956
4,956
N/A
207 Net
.151
205
205
G'S1501_44
404A
8,169
8,313
t
6,148
6,292
t
236 Net
302
248
248
1 1/2
3'S150H22
22
7,664
7,518
t
6,407
6,260
t
236 Net
302
247
247
G'S2001_22
22
8,201
8,345
t
6,179
6,324
t
236 Net
302
290
290
G'S200M44
404A
8,246
8,480
N/A
6,988
7,222
N/A
325 Net
302 "
270
270
G'S200L44
404A
9,692
9,860
t
7,671
7,840
t
325 Net
302
290
290
2
G'S200H22
22
8,296
8,347
t
7,039
7,092
t
325 Net
302
260
260
GS2011_22
22
9,401
9,291
t
7,380
7,270
t
325 Net
;.302
320
320
G'S2021_22
22
9,443
1 9.745
t
7,422
1 7,725
t
337 Net
302
330
330
G'S300M44
404A
11,326
N/A
51,800
9,231
N/A
$9,706
374 Net
1 .302
415
415
G'S2501_44
404A
11,536
12,053
t
9,102
9,619
t
337 Net
i 302
385
385
3
G'S3001_44
404A
11,680
12,240
12,540
9,245
8,805:..
10,104
374 Net
' 302.'
383
383
G'S300H22
22
11,126
11,597
12,130
9,033
10,037
374 Net
302
420
420
'G S300L22,.
22
11,692
.121248
12,547
9,257
N/A
10,111
374 Net
302-
412
412
G'S400M44
404A
13,743
N/A
N/A
10,772
N/A
438 Net
430
430
4
G'S400H22
22
13,588
N/A
14,455
10,614
N/A
11,483
438 Net
510
510
G'S400M22
22
12,337
12,885
13,541
9,366
9,914
10,568
438 Net
`:;
490
490
22
14,570
N/A
15,427
11,597
N/A
12,455
512 Net
;:
515
515
rG'S500H22
5
G'S500M22
22
15,310
N/A
16,334
12,339
N/A
13,362
512 Net
-
505
505
' - California now requires PSC motors for all walk-in coolers and condensing units.
Note: Models shown in shaded blocks are only available as 230.'1V Contact factory for 20871 V application using a buck -boost transformer.
t Contact factory for 46013V availability and pricing.
t Contact factory for / phase application of model 50OH22 using a 2DC3-0500-CFB compressor.
Unit Performance must be corrected using a 0.76 correction factor.
0 R507 pricing same as R -404A
DISCUS COMPRESSOR
MODELS
Und
List Price
List Price
4 Year
Approx.
Nom.
Number
Ref.
Flooded Pkg.
Indoor Unit
Compr
PSC
Ship Weight
HP
GLD
0
MedeIGLD
Model GED
Limited
Motor
Lbs
GED
Warranty
AdderGL
2343
230/1
460/3
23013
23017
460/3
GE
30OL44
404A
$14,390
$15,037
S14,712
$11,086
$11,003
$11,410
$486 Net
-
575
575
3
30OL22
22
16,324
16,974
17,081
13,022
13,471
13,777
486 Net
-
575
575
40OL44
404A
15,686
N/A
16,171
12,382
N/A
12,869
542 Net
-
600
600
4
40OL22
22
17,760
N/A
18,579
14,457
N/A
15,276
542 Net
-
600
600
500M44
404A
16,110
N/A
16,805
13,137
N/A
13,836
592 Net
-
630
630
5
SOOL44
404A
16,347
N/A
16,990
13,045
N/A
13,687
592 Net
-
620
620
50OH22
22
16,110
$
16,805
13,137
$
13,836
592 Net
-
630
630
SOOL22
22
18,596
N/A
19,382
15,293
N/A
16,079
592 Net
-
620
620
6
60OM44
404A
20,001
N/A
20,825
16,790
N/A
17,856
596 Net
-
630
630
t Contact factory for / phase application of model 50OH22 using a 2DC3-0500-CFB compressor.
Unit Performance must be corrected using a 0.76 correction factor.
0 R507 pricing same as R -404A
INSPECTION SEQUENCE
BP# 1&1206
ADDRESS: 212 W. 1" Street
BUILDING PERMIT
Min Max Inspection Description
Footer / Setback
Stemwall
Slab / Mono Slab
Lintel / Tie Beam / Fill / Down Cell
Sheathing — Walls
Sheathing — Roof
Roof Dry In
Frame
Insulation Rough
Firewall Screw Pattern
Drywall / Sheetrock
Lath Inspection
Building Ceiling Air Barrier
Insulation Roof (Com'l)
Building Ceiling Grid
Final Roof
Final Stucco / Siding
Final Insulation
Final Firewall
Final Door
Final Window
Final Utility Building
Final Screen Structure
Final Pool Screen Enclosure
Pre -Demo
Final Demo
Final Single Family Residence
Final Commercial —
Final Commercial — Addition / Alteration
Final Commercial — Change of Use
Final Building (Other)
REVISED: June 2014
ELECTRICAL PERMIT
Min Max
Inspection Description
10
Electric Underground
Footer / Slab Steel Bond
Electric Ceiling Rough
Electric Wall Rough
10
Electric Rough
Pre -Power Final
Temporary Pole
1000
Electric Final
PLUMBING PERMIT
Min Max Inspection Description
Rough Plumb
Plumbing Underground
Plumbing 2nd Rough
Plumbing Tubset
Plumbing Sewer
Plumbing Grease Trap Rough
Plumbing Steam / Chill Water Rough
Plumbing Final
MECHANICAL PERMIT
Min Max
Inspection Description
10
Mechanical Rough
Mechanical Fire Damper Framing
Mechanical Ceiling Rough
Mechanical Fire Damper Annular Space
Mechanical Insulation Wrap
Mechanical Fire Damper Angle
Light / Water Test Ck Welds
Mechanical Grease Duct Wrap
1000
Mechanical Final
�,
L
.�
z
•'�•
w �
�. w ..
p