Hussmann GIM Quick guide

January 2006
HUSSMANN - GLOVERSVILLE
INSTALLATION & SERVICE
INSTRUCTIONS
FOR
GIM LOW TEMPERATURE SELF-CONTAINED
FOR
Pre Packaged Ice Cream and Ice Cream Novelties
P/N OII – GIM
January 2006
First Call for help (US and Canada):
1-800-922-1919
Soporte Tècnico y Asistencia (Mèxico):
01-800-522-1900
For a Service Network Locator and other
Information visit us at
www.hussmann.com
select Worldwide Locations

TABLE OF CONTENTS
Page
Introduction 3
Inspection, Location and Clearance 3
Skid, Leveling and Sealing 3
Bottom Louvered Panel Removal 4
Glass Doors and Shelves 4
Air Distribution and Product Loading 5
Electrical Connections 5
Serial Plate Information and Start-up Procedure 5 – 6
Specifications, Dimensions, Electrical, and BTU Capacity 6
General Upkeep, Care and Cleaning 6
Routine Maintenance 6
Operation and Maintenance, Power Switches 7
Temperature Control, Thermometer, and Electrical Box 7 –8
DefrostTimeClock 8
Defrost Heater Thermostat 9
Defrost Heater Replacement 9
Lighting 9
CondensateHeater 9
Expansion Valve Adjustment 10
Refrigeration 10
Leak Testing 10 – 11
Evacuation 11
Operational Data 11
Compressor 11
Condenser Fan Motors 11
Receiver 12
Crankcase Pressure Regulator 12

TABLE OF CONTENTS CONT’D
Page
Trouble Shooting Chart 12 – 13
Electrical Components 14
Troubleshooting Lights 15
Warranty and Parts Information 15
Ordering Replacement Parts 15-16
Warranty Parts Procedure ״
Compressor Replacement Procedure ״
ADDENDUM ******* 06-18-03
Evaporator Fan Blades 17

INTR ODUCTION –
The Gim-6 is a low temperature,
self-contained cabinet designed for pre-
packaged ice cream or ice cream novelties
at below freezing temperatures. Design
features include self-closing glass doors,
efficient foamed in place non-CFC ins ula-
tion, low rail height, from both sides, and
a balanced refrigeration system for en-
ergy saving performance
INSPECTION –
Upon receipt of the cabinet, care-
fully examine the crating for damage. If
crate is damaged, make a note on the de-
livery ticket before signing. Carefully re-
move shipping crate and examine cabinet
for “concealed” damage. If damage is
found, contact the delivery carrier imme-
diately and have his agent prepare an in-
spection report for the purpose of filing a
claim. THIS IS Y OUR RESPONSIBIL-
ITY.
LOCATION –
Avoid locating the case where di-
rect sunlight would shine into the fixture
or where drafts from air conditioning
grills, fans, and open doors could effect its
operation.
CL E A RA N CE –
Because this condensing unit is
located at the bottom of the c abinet, a
three (3) foot clearance should be allowed
in front of the louvered access panel to
provide free air movement to and from
the condenser for maximum operating ef-
ficiency.
INSTALLATION and START-UP –
SKID –
The skid should be left on the unit
until it is near its final location. The skid
provides protection for both cas e and
floor. The skid is removed by removing
the bolts holding the skid clamps to the
case base, then sliding the case off the
skid. A “mule” bracket is built in the end
of the cabinet base frame for this purpose.
LEVELING and SEALING –
Proper drainage of the evaporator
condensate water requires the cabinet to
be properly leveled. This means left to
right as well as front to back.
The case can be leveled using the
leveling screws in the bottom of the case
or by shimming under the cabinet base
frame. The self-closing doors require the
cabinet to be properly leveled. End to end
leveling will make the doors close with
uniform speed and tightness. Once level
the case should be sealed to the floor as
shown in the following drawing, using an
NSF approved material such as General

Electric RTV-102 silicone sealer or an
equivalent.
BOTTOM LOUVERED PANEL
REMOVAL –
The louvered panel provides ac-
cess to the condens ing unit and the elec-
trical box. The panel is secured with
screws to prevent injury.
COMPRESSOR –
The compress or is banded for
s h ippi ng . T HE B A N D MU S T B E R E-
MOVED. The mounting bolts on the
compressor are factory pre-set to allow
the compressor to float freel y on the
mounting springs. DO NOT LOOSEN
NUTS.
CABINET DRAIN –
A positive pitched drain tube is
factory-ins talled which runs to a drain
pan in the condensing unit area from
the evaporator section to handle defrost
water. No piping to a floor drain is nec-
essary but the tube should be checked
to make sure the tube has not become
plugged with items such as pricing
stickers, and is over the pan so water
does not run onto the floor.
GLASS DOORS –
The doors are made of tempered,
heat reflective glass. The doors mount in
the aluminum top canopy. The bottom
tr acks are provi ded with wipe outs for
cleaning purposes.
The doors are self-closing and are
supported by rollers that ride on the upper
track. The upper track has cut out areas to
insert the door rollers up into. The door
spring is then slipped over a clip at the end
of the track. Prior to November, 1997 the
upper track also has a ‘bounce back’ spring
mounted to each end to assist the door in
sealing when it closes. There is a thumb-
screw on the end of the spring that allows
for adjustment of the amount of ‘b ounce
back’. Turning the screw ‘in’ will allow
for more ‘bounce back’.
Cas es produced starting November
1997 eliminate the spring back mechanism
and have rubber channels in the end frames
to grab and seal the door upon closing. As
always, proper cleaning of door rollers and
tracks is required for proper door opera-
tion.
Silico ne Sealant
Floor

SHELVES –
The five solid shelves that set
over the evaporator section must be installed
as s hown below otherwise the air will not
flow through the cas e and the novelty bas kets
will not set in the cas e correctly.
Example in the diagram below
AIR DISTRIBUTION AND PRODUCT
If desired an optional kit utilizing
twenty-one baskets in place of the fifteen bas-
kets supplied with the cabinet may be or-
dered. This kit consists of baskets (which are
different size than the fifteen standard ones
supplied with the cabinet) and two shelf cov-
ers . The shelf covers, when properly in-
stalled over the five solid metal shelves, cre-
ate a smooth flat surface allowing the use of
additional baskets. When utilizing this kit,
the five solid s helves must be left properly
installed as shown above, and the opti onal
covers placed over the shelves with the
formed edges down. If all shelves and covers
are not properly installed, interior airflow
and temperature in the cabinet will be af-
fected.
AIR DISTRIBUTION AND P RODUCT
and LOADING
The GIM-6 is a ‘forced-air” cabinet
employing a state-of-the-art honeycomb air
discharge system. Air is dis charged from the
honeycomb, flows over the top of the product,
and is returned through the return air duct.
The interior of the cabinet has load line
markings showing how high product can be
loaded in the cabinet without affecting the air
curtain. White, epoxy-coated, wire baskets are
provided for the product and they are designed
to fit below the load line. DO NOT LOAD
PRODUCT ABOVE THE LOAD LINE AS IT
WILL ADVERSEL Y AFFECT CAB INET
TEMPERATURE.
ELE CTRI CA L CONNE C TION S –
It is very important for safety to you and
your cus tomers to have the cabinet properly
grounded.
The electrical installation should be done
by a qualified electrician in accordance with the
National Electrical Code and/or local codes.
NOTE: Connecting this unit to
any electrical supply other than
specified on the serial plate will
void the warranty and may res ult
in serious damage to the unit. The
cabinet should be supplied with its
own service.
Prior to performing any service or main-
tenance on this cabinet, be sure to disconnect the
power supply to the cabinet. Failure to do so
may res ult in electrical shock and/ or serious in-
ju r y .
SERIAL PLAT E INF ORMATION –
The serial plate is located in the upper
left hand corner of the cas e interior. It has all
the pertinent information needed for proper
electric al ins tallation. The s eri al plate should
not be removed for any reason.
CABINET AREA
COIL & FAN AREA
PAN PAN

STAR
T UP
P
ROCEDURE
–
• After the wiring has been completed, set
the defrost timer for the correct time of
day, making sure the defrost pins are se-
cure in the face of the clock. The GIM-6 is
factory set for 2defrost periods in a
24 hour span. (6 a.m. and 6 p.m.)
• Cut the band holding the compressor in
place during shipping.
• Check the cabinet thoroughly for loose
nuts andbolts and electrical connections.
Inspect the refrigeration lines for any
visible damage or chafing.
• Replace the electrical box cover.
• Start the cabinet and allow to pull down to
operating temperature before loading.
DIMENSIONS –
CU
FT EXTERIOR
MODEL CAP. L W H
GIM-6 8.8 72” 40” 48 3/4”
ELECTRICAL –
UNIT
MODEL H.P. HZ/PH VOLTS
GIM-6 3/4 60/1 115*
RUN FUSE SHIP
AMPS SIZE WT
12.0 20 AMP 800
* 115V/20 AMP GROUNDED POWER CORD IN-
CLUDED
BTU CAP
ACITY
–
Cases us
e
R-502 refrigerant prior
to
6/8/9
5.
After this date they were changed to R-404a.
Check the serial plate for specific refrigerant
used.
CARE AND CLEANING –
To insure good sanitation, appearance,
and minimum maintenance, the cabinet should
be cleaned and washed regularly as use de-
mands. Clean with a mild detergent and warm
water. DO NOT USE ANABRASIVE
CLEANER OR STEEL WOOLAS THEY
WILL MAR THE FINISH.
ROUTINE MAINTENANCE –
Undernormal conditions, aft er the cabi-
net is installed and running, very little mainte-
nance should be required. However, the fol-
lowing list of housekeeping practices will as-
sure trouble-free operation.
1. Check operation of condenser fan motors.
Fan blades must turn freely.
2. Check drain pan to prevent accidental
overflow. Check alignment of drain stub
going into pan.
3. Make sure doors are closing properly and
that the doors s eal.
4. Make sure all evaporator fan motors are
running.
5. Keep the honeycomb and return grill free
of ice. The honeycomb is removable for
cleaning. Acondensate heater is installed
above the discharge honeycomb, effective
Nov. 1997 to prevent ice build-up.
RATING TEMPS Fº
MODEL BTU/HR EVAP COND AMB
GIM-6
4600 -25 110
90

OPERATION AND MAINTENANCE –
POWER SWITCHES –
The power switch is located at the elec-
trical box behind the bottom louvered panel.
The switch will shut off all power to the cabi-
net.
TEMPERATURE CONTROL –
The temperature control is located in
the electrical box behind the bottom louvered
panel. The temperature control does not have
an ‘OFF’ position. Adjustments may be made
by the us e of a s crewdriver in the slot pro-
vided in the face of the control. Turning it
clockwise will give warmer temperatures
while counter-clockwis e will give colder tem-
peratures. There is also an adjus table tem-
perature differential (the difference between
the cut-in temperature and the cut-out tem-
perature) located next to the dial face.
The control has a range of –10ºF to
+50ºF with a differential of 5º to 20º. It is fac-
tory set for approximately –10ºF with a
5ºdifferential. The temperature should be
checked with a thermometer other than the
case thermometer after it is running to insure
that the cas e is running at the proper tem-
perature for the product.
THERMOMETER –
The thermometer is located in one of
the interior corners of the cabinet. The ther-
mometer will probably need resetting to re-
flect the proper case temperature. Using a
separate thermometer located on a shelf in the
case, compare this temperature to that on the
case thermometer. If the case thermometer
needs to be adjus ted, remove the clear protec-
tive cover by popping it off with a small
screwdriver and turning the small adjustment
s cr ew on the face of t he therm ometer .
Penn A19-AHA-2D
The thermometer will also warm up
rather rapidly when the case door is held
open for a time such as when the case is being
restocked or a shopper is making a decision
on a product. After the door is closed it will
take some time for the t hermometer to pull
back down to the case temperature.

Replacing or cleaning of the ther-
mometer is accomplished by removing the
three screws securing the thermometer to
its bracket. Remove the screws holding
the lower edge of the return air grill. Re-
move the product and product trays. Lift
up and remove the panel that grill was se-
cured to. The RTV caulking in the corner
may have to be removed first.
Loosen the screw to the clamp
holding thermometer s ensing element.
Remove the element. Assemble in reverse
order making sure to thread the sensing
lead of the new thermometer through
mounting bracket first.
ELECTRICAL BOX –
The electrical box contains the de-
frost time clock, temperature control,
power switch, and terminal board. The
box is capable of sliding out of the con-
densing unit compartment for servicing
convenience.
Access is gained by removing the
bottom louvered panel and the electrical
box cover. The cabinet supply breakers
should be disconnected before removing
the cover.
DEFROST TIME CLOCK –
The timer is factory pre-set for two
defros t cycles per 24 hours at 6:00 a.m.
and 6:00 p.m. with a 40 minute failsafe.
This means there are 4 pins in the time
face.
The timer must be adjusted to the
proper time of day when the cabinet is
s t art ed. The ti mer is adjus ted by turning
the knurled adjustment know in the center
of the dial face counter-clockwise until the
timer indicator corresponds with the cor-
rect time of day.
The defrost pins should be checked
for tightness. The timer will require re-
adjusting after a power failure or the cabi-
net supply is turned off for extended peri-
ods of tim e. If an additional defr os t is re -
quired due to ambient or cabinet usage
conditions, DO NOT PUT A DEFROST
DURING THE MIDDLE OF THE DAY.
Put any additional defrost during the
night.
Defrost is time initiated and temperature
te rminate d.
If the thermostat should fail, the

timer is equipped with a failsafe set at 40
minutes that will allow defrost to termi-
nate on time.
DEFROST HEATER THERMOSTAT –
The defrost heater thermostat is
clampe d to the evaporator outlet tube. It
is bi-metal thermostat that is tied in series
with the evaporator fans for a delay and
with defrost time clock solenoid to end de-
frost when the temperature has been sat-
isfied. The evaporator fans will not come
on until the thermos tat senses 32ºF and
defrost will terminate when the stat senses
58ºF.
The fans DO NOT operate during
defrost.
DEFROST HEATER REPLACEMENT -
The defrost heaters are held in
place on the underside of the evaporator
with spring clips. To remove the heater ,
remove all the spring clips.
The new heater should have all the
spring retaining clips in place to assure
heater retention.
LIGHTING –
Interior lighting is provided by
cool white fluorescent bulbs located on
the underside of the upper canopy. The
tubes are sleeved to maintain proper heat
around the bulb for maximum light inten-
s ity and to protect the product in case of
breakage. The tubes can be replaced
without removing the doors. To replace,
twis t the bulb and s lide the prongs clear
of the lampholder. When reinstalling this
type of bulb be sure the prongs on the bulb
twist and lock into place.
There is a convenient ON/OFF
switch so lights may be turned off to con-
serve energy during hours when the store
is close d. The sw itch i s located ins ide the
cabinet on the light fixture. This switch
only controls the lights. 115 volt power
mus t be s hut off at the main power supply
source located within the store prior to
starting any service or maintenance wor k.
CONDENSATE HEATERS –
There is a condens ate heater lo-
cated on the underside of the base frame of
the top canopy. The heater is on continu-
ally.
To replace this heater the screws in
each corner of the canopy base that hold it
down to the main cabinet body need to be
removed and the canopy raised.
Anti-Condensate
He at er Loc at i on

Additionally, effective November 1997
there is a condensate heater above the dis-
c harg e air honeyc omb. To access heat er,
remove the screws supporting the honey-
comb and remove this sub assembly.
This heater is also “on” continuously.
EXPANSION VALVE ADJUSTMENT –
Expansion valve must be adjusted
to fully feed the evaporator. Before at-
tempting toadjust the valvemake sure
the evaporator is either clean or only
lightly covered with frost, and that the
cabinet is within 10º of its expected opera-
tion temperature. Adjust the expansion
valve as follows:
Attach two sensing probes to the
evaporator, one under the clamp holding
the expansion valve s ensing bulb and the
other s ecurely taped to one of the return
bends two thirds of the way through the
evaporator circuit.
Some “hunting” of the expansion
valve is normal. The valve should be ad-
justed so that during the hunting the
greatest difference between the two
probes is 3º to 5ºF. Remove valve stem
cover and turn valve stem counter-
clockwise to decrease temperature differ-
ence between the probes.
To increase temperature difference
of probes, turn the valve stem clockwise.
With this adjustment, during a portion of
the hunting the temperature differences
between the two probes may be less than
3ºF , or at times as low as 0ºF. Make ad-
justments of no more than one half turn
of the valve stem at a time and w ait for
at least fifteen ad jus tments. Replace and
tighten cover of the valve stem.
REFRIGERATION –
As stated previously, the GIM-6 is
self-contained featuring a semi-hermetic
compressor and thermostatic expansion
valve. The condenser is fin-and tube con-
st ruction and S HOU LD B E PE RIODI -
CALLY CLEANED TO MAINTAIN EF-
FICIENT OPERATION.
If it should become necessary to
leak test the system, please adhere to the
foll owing notic e:
NOTICE: Because of the
CF C atmospheric cons id-
eration being taken today,
we as k t hat leak tes ting be
done with refrigerant 22
mixed with nitrogen. If
the condensing unit name-
plate des ignates a refriger-
ant other than R-22 re-
move all R-22 from the im-
mediate area to avoid con-
fusion after leak testing
and evacuating the unit.
Recharge the unit with
proper refrigerant.
LEAK TESTING –
** ** ** ** ** * CAUTION *** ********
The test gas cylinder must be equipped
with a pressure gauge and regulator so
that system test pressures do not exceed
maximum allowable limits. Do not ever
use anything other than an R-22/

nitrogen mixture for leak testing.
Attach a refrigerant test gas cylinder to
your service manifold and connect the mani-
fold to the charging port on the liquid line
valve. Charge an R-22/Nitrogen mixture into
the system, raising the pressure to the remote
unit’s nameplate for the low side and high side
pressures. Using an electronic detector, care-
fully check the entire system for leaks. Take
special care to inspect all brazed and flare con-
nections.
EVACUATION –
After the system is proven leak tight,
thoroughly evacuate the system according to
the follow procedure:
1. Discharge the refrigerant-nitrogen mixture,
allowing it to blow from the system as rap-
idly as possible, into an empty cylinder. Be
sure that all service valves and solenoid
valves are open to allow all of the mixture
to be discharged.
2. Connect a deep-drain vacuum pump to
both the high and low side of the system.
Pull a vacuum on the system to at least
1500 microns.
3. Break the vacuum by adding refrigerant
into the system until the pressure is above 0
PSIG. Always charge the refrigerant line
into the system through a new drier in the
charging manifold line. A 16 cubic inch
drier is sufficient for this purpose.
4. Repeat steps 2 and 3 two more times, the
third time evacuating the system to 500 mi-
crons.
OPERATIONAL DATA –
The following is typical data for GIM-6
based on lab tests, and may vary under field
operating conditions.
R502 R404A
AM BIEN T TEMP 75 ºf 75 ºf
HEAD PRESSURE 225 PSI 235 PSI
SUCTION PRESS 3.5 PSI 7-8 PSI
DISCHARGE AIR -25ºF -25ºF
RETUR N A IR -10ºF -10ºF
COMPRESSOR –
The compressor is mounted on springs
and banded for shipping purposes and this
band needs to be cut upon installation. Do not
loosen the compress or mounting bolts as these
are factory pre-set for proper riding on the
springs.
CONDENSER FAN MOTORS –
There are two condenser fan motors on
the GIM-6, one cycles with the compressor
during its off cycle while the other runs con-
tinuously. This is to allow the compressor and
condenser to cool even further during the off
cycle, thus reducing the head pressure while
the cabinet is running and reducing the am-
perage draw of the c ompressor.

RECEIVER –
The receiver is located behind the
condenser.
CRANKCASE PRESSURE
REGULATOR –
The GIM-6 employs a crankcase
press ure reg ulator in the s uction line. The
CPR is set for 10 psi. The purpose of the
valve is to maintain a low suction pressure
on start-up so that the compressor will
start properly. On start-up, the valve will
hold the suction pres sure at the desired
setting until the suction pressure has
dropped below the s etting, then the valve
will open.
If it becomes necessary to check or
reset the setting, the case must be warm
such as after a defrost cycle or from an
init ial warm cas e c ondition . P ut a suction
compound gauge on the compressor suc-
tion valve, start the compress or. If the
press ure needs to be reduced turn the ad-
justment screw clockwise or, counter-
clockwise to raise the press ure. DO NOT
SET THE VALVE BASED ON THE
NAMEPLATE AMPERAGE RATING
AS THE PRESSURE SETTING WILL
BE TOO HIGH AND THE COMPRES-
SOR WILL NOT START PROPERLY.
TROUBLE SHOOT CHARTS
TROUBLE PROBABLE CAUSE SOLUTION
Compressor runs
continuously. Product too
warm
1. Short of refrigerant 1. Leak check, change drier,
evacuate and recharge
2. Inefficient compressor 2. Replace
3. Dirty condenser 3. Clean
High head pressure 1. Cabinet location too
warm
1. Relocate cabinet
2. Restricted condenser air
flow
2. Clean condenser to
remove air flow restriction
3. Defective condenser fan
motor
3. Replace

4. Air or non-condensable
gasses in system
4. Leak check, change drier,
evacuate, and recharge.
Warm storage temperatures 1. Temperature control not
set properly
1. Reset control
2. Short of refrigerant 2. Leak check, change drier,
evacuate, and recharge
3. Cabinet location too
warm
3. Relocate
4. Too much refrigerant 4. Change drier evacuate,
and recharge
5. Low voltage compressor
cycling on overload
5. Check power
6. Condenser dirty 6. Clean
7. Honeycomb iced up 7. Clean
Compressor runs
continuously product too
cold
1. Defective control 1. Replace
2. Control feeler tube not in
positive contact
2. Assure proper contact
3. Short on refrigerant 3. Leak check, change drier,
evacuate, and recharge
Compressor will not start no
noise
1. Blown fuse or breaker 1. Replace fuse or reset
breaker
2. Defective or broken
wiring
2. Repair or replace
3. Defective overload 3. Replace
4. Defective temp control 4. Replace
5. Power disconnected 5. Check service cord or
wiring connections.

Compressor will not start,
cuts out on overload
1. Low voltage 1. Contact electrician
2. Defective compressor 2. Replace
3. Defective relay 3. Replace
4. Restriction or moisture 4. Leak check, replace drier,
evacuate and recharge
5. Inadequate air over
condenser
5. Clean plugged condenser
6. Defective condenser 6. Replace
7. CRO not set properly 7. Reset to 12 psi
Icing condition in drain pan
under evaporator
1. Low voltage 1. Check voltage at
compressor
2. Cabinet not level 2. Check front to rear
leveling, adjust legs
accordingly
3. Defective defrost heater 3. Replace
ELECTRICAL COMPONENTS
Compressor KAA2-0075-IAA R-502 KAAB-007E-CAA R-404a
Condenser Fan Motor EMS ESPL25EM1
Evaporator Fan Motor Morrill SPB5M1
Light Ballast 6G1042 or 89G482
Fluorescent lamp F25T12CW33
Lamp Starter FS 25

TROUBLE SHOOTING FOR LIGHTING SYSTEM
PROBLEM SOLUTION
Lights won’t start 1. Check light switch
2. Check continuity to ballast
3. Check to see if bulbs inserted properly in sockets
4. Check voltage
Lights flicker 1. Allow lamps to warm up
2. Check lamp sleeve for crack
3. Check sockets for moisture and proper contact
4. Bulb replacement may be necessary
5. Check voltage
6. New bulbs tend to flicker until used
Ballast hums 1. Check voltage
2. Replace ballast
WARRANTY AND PARTS INFORMATION –
PLEASE READ CAREFULLY TO ASSURE PROMPT AND
ACCURATE SERVICE.
ORDERING REPLACEMENT PARTS –
1. Contact your nearest Hussmann Distributor.
2. Always specify model and serial number of cabinet.
3. If correct part number is not known, give a clear description of part itself and its
function in the cabinet or remote unit.

WARRANTY PARTS PROCEDURE –
Same as Items 1, 2, and 3 from previous page
Give original installation date of cabinet and, if possible, forward a copy of the original
invoice or delivery receipt.
All shipments of in-warranty replacement parts will be invoiced from the factory until such
time as the defective part is returned and proved to be defective by our Quality Control
Department.
Contact your Hussmann Distributor of instructions on returning in-warranty parts.
In case of a compressor failure, see instructions below.
Warranty parts must be returned to the factory within 30 days of date of failure to assure
proper disposition.
Lack of any of the above information may result in the shipment of the wrong part, or a
delay in shipment.
COMPRESSOR REPLACEMENT PROCEDURE –
Replacement compressors will not be shipped from the Hussmann factory. They may be
obtained from you nearest Copeland Wholesaler.
Your wholesaler will replace, free of charge, any compressor found to be defective within
twelve months of installation, not to exceed twenty months from the date of
manufacture – as determined by the compressor serial number on the compressor serial
plate.
For any defective compressor beyond the twelve or twenty month time period, a salvage
value credit will be given to partially offset the invoice for the replacement.
To obtain reimbursement forward to: Hussmann Corporation
140 East State Street
Gloversville, NY
12078
the following information:
1. The cabinet model and serial number
2. A copy of the wholesaler’s invoice, along with a copy of the salvage value credit.

ADDENDUM
To ensure proper air flow in the display area, and to maintain p[roper suction pressure, it
is important that the evaporator fan blades are mounted as shown in the illustration below.
When properly mounted, the embossed rib should be facing out as you look at the blade.
The words Face To You in red ink should also be visible as you look at the blade.
Embossed rib

1 Ph
N
BLU
2
WIRING DIAGRAM
1
SHEET
X
BLK
4
SIZE
3
WHT
MATERIAL:
115 V
SWITCH
B
POWER
BLK
EVAPORATOR FANS
4957
O
3
+
JLS
10/97
"
USE:
0.031
-
+
1/32"
-
+
E.C.N.
BY
DATE
REV.
FINISH:
A
40
BLK
30
HEATER
29
T-6
WHT
28
27
39
25
RED
14
16
RED
22
13
18
21
19
17
WHT
WHT
YEL
TIMER RELEASE
SOLENOID
R
60 Hz
T
CONDENSER FANS
COMPRESSOR
HEATER
HONEYCOMB ANGLE
HEATERS
BLK
EVAPORATOR DEFROST
BLK
DEFROST STAT
POWER CORD
GRN
TEMPERATURE CONTROL
T-3
32
24
23
T-4
20
26
BLK
BLK
2
BRN
DRAIN
CANOPY
BLU
15
BLK
1 1
1
T-1
5
2
3
T-2
10
7
4
9
8
31
6
BASE HEATER
12
Gloversville,N.Y. 12078
1/64"
-
+
& SPACING
TITLE
HOLE LOCATION
-
ANGULAR
DECIMAL
FRACTIONAL
OTHERWISE SPECIFIED.
TOLERANCES UNLESS
M100-2100
REV.
10/97
DWG. NUMBER
R
CHECKED
DRAWN JLS
10/97
GIM-6
JLS
DESIGN
NONE
SCALE:
A
GIM-6 WITHOUT LIGHTED CANOPY

1 Ph
N
BLU
2
WIRING DIAGRAM
1
SHEET
X
BLK
4
SIZE
3
WHT
MATERIAL:
115 V
SWITCH
B
POWER
BLK
EVAPORATOR FANS
4957
O
3
+
JLS
10/97
"
USE:
0.031
-
+
1/32"
-
+
E.C.N.
BY
DATE
REV.
FINISH:
E
40
BLK
30
HEATER
29
T-6
WHT
28
27
39
25
RED
14
16
RED
22
13
18
21
19
17
WHT
WHT
YEL
TIMER RELEASE
SOLENOID
R
60 Hz
T
CONDENSER FANS
COMPRESSOR
HEATER
HONEYCOMB ANGLE
HEATERS
BLK
EVAPORATOR DEFROST
BLK
DEFROST STAT
POWER CORD
GRN
TEMPERATURE CONTROL
T-3
32
24 23
T-4
20
26
BLK
BLK
2
BRN
DRAIN
CANOPY
BLU
15
BLK
1 1
1
T-1
5
2
3
T-2
10
7
4
9
8
31
6
BASE HEATER
12
Gloversville, N.Y. 12078
1/64"
-
+
& SPACING
TITLE
HOLE LOCATION
-
ANGULAR
DECIMAL
FRACTIONAL
OTHERWISESPECIFIED.
TOLERANCES UNLESS
M100-1543-1
REV.
10/97
DWG. NUMBER
R
CHECKED
DRAWN JLS
10/97
GIM-6
JLS
DESIGN
NONE
SCALE:
E
FLUORESCENT LAMP
S
BALLAST
BLK
SWITCH BLK
BLK
WHT
WHT
BLK
BLK