Page 1
RM2351
RM2510
DM2662
INSTALLATION
INSTRUCTIONS
DM2862
RM2354
RM2410
RM2451
RM2454
RM2551
RM2554
RM2620
DM2652
DM2663
RM3762
RM2820
DM2852
RM3962
NDM1062
RM1350
NDA1402
FOR YOUR SAFETY
If you smell gas:
1. Open windows.
2. Don’t touch electrical switches.
3. Extinguish any open ame.
4. Immediately call your gas supplier.
FOR YOUR SAFETY
Do not store or use gasoline or other ammable vapors and liquids in the vicinity of
this or any other appliance.
PAR MESURE DE SÉCURITÉ
Si on détecte une odeur de gaz :
1. Ouvrir les fenêtres.
2. Ne pas toucher les commutateurs
électriques.
3. Éteindre toute amme nue.
4. Contacter immédiatement le fournisseur
de gaz.
PAR MESURE DE SÉCURITÉ
Ne pas entreposer ou utiliser de l’essence
ou autre vapeur ou liquide inammable au
voisinage de cet appareil ou de tout autre
appareil ménager.
Im p r o p er in s t a l la tio n , a dj us tme n t ,
alteration, service or maintenance can cause
injury or property damage. Refer to this manual. For assistance or additional information
consult a qualied installer, service agency
or the gas supplier.
If the refrigerator stops cooling - or - if
it emits an ammonia smell, immediately
turn the refrigerator off and contact a
Service Center.
!
AVERTISSEMENT
Une installation, un réglage, une modication,
un dépannage ou un entretien effectués
incorrectement, peuvent provoquer des
blessures ou des dommages matériels.
Se reporter à ce manuel. Pour obtenir une
aide ou des informations complémentaires,
consulter un installateur qualié, une
entreprise de dépannage ou le fournisseur
de gaz.
!
AVERTISSEMENT
Si le réfrigérateur cesse de refroidir - ou - s’il
s’en dégage une odeur d’ammoniac, arrêter
immédiatement le réfrigérateur et contacter
un centre de service après-vente.
REVISION
Form No. 3313238.036 7/11
(Replaces 3313238.028)
(French 3313239.034)
©2011 Dometic, LLC
LaGrange, IN 46761
USA
Dometic, LLC
Service Ofce
2320 Industrial Pkwy.
Elkhart, IN 46516
Phone: 574-294-2511
CANADA
Dometic, LLC
48 Zatonski, Unit 3
Brantford, ON N3T 5L8
CANADA
Phone: 519-720-9578
Corporate Ofce
2320 Industrial Parkway
Elkhart, IN 46516
For Service Center
Assistance
Call: 800-544-4881
Page 2
NOTES
- 2 -
Page 3
CONTENTS
CERTIFICATION AND CODE REQUIREMENTS ................................................................................ 4
INSTALLATION PREPARATION ......................................................................................................... 5
VENT APPLICATION TYPES ............................................................................................................ 8
INSTALLATION PROCEDURE ......................................................................................................... 13
REFRIGERATOR REMOVAL ............................................................................................................ 27
APPENDIX A - OVERALL & ROUGH IN DIMENSIONS FOR ENCLOSURE .................................... 28
APPENDIX B - MINIMUM VENTILATION HEIGHTS ........................................................................ 29
APPENDIX C - APPROVED VENTS ................................................................................................. 30
APPENDIX D - VENT INSTALLATION PROCEDURES .................................................................... 34
APPENDIX E - REARVIEW EQUIPMENT ......................................................................................... 35
APPENDIX F - WIRING DIAGRAMS ................................................................................................ 42
SYMBOLS
The following symbols are used throughout this manual:
This is the safety alert symbol. It is used to alert you to personal injury hazards. Obey all safety
messages that follow this symbol to avoid possible injury or death.
WARNING indicates a hazardous situation which, if not avoided, could result in death or serious injury.
CAUTION, used with the safety alert symbol, indicates a hazardous situation which, if not avoided,
could result in minor or moderate injury.
NOTICE is used to address practices not related to personal injury.
Information
Step-by-step instructions
- 3 -
Page 4
INTRODUCTION
The installation should be performed by qualied personnel only and must conform to all relevant local authorities. Be aware of possible safety hazards when seeing alert symbols on the refrigerator as well as in this manual.
To ensure safe and efcient operation, the refrigerator and vents must be installed as identied in this manual
without modication. The installer must afx the refrigerator model’s user manual to the refrigerator.
Any modications or deviations:
• Can lead to carbon monoxide leaking into the
living area.
• Can reduce cooling performance and/or result in
Any deviation from the prescribed installation
instructions in this manual must have prior written
approval and safety certication verication from
Dometic, LLC.
damage to the refrigerator.
• Will void agency certications.
• Will void refrigerator warranty.
CERTIFICATION AND CODE REQUIREMENTS
This appliance is certied under the latest edition of ANSI Z21.19•CSA 1.4 Refrigerators using gas fuel. The installation must
conform with local codes, or in absence of local codes, the following standards as applicable.
In the U.S. the installation must conform with:
• National Fuel Gas Code, ANSI Z223.1/NFPA 54
(latest edition).
• Recreational Vehicles Code, ANSI A119.2 (latest edition).
• Manufactured Home Construction and Safety Standard,
Title 24 CFR, Part 3280.
If an external electrical source is utilized, the refrigerator,
when installed, must be electrically grounded in accordance
with local codes or, in the absence of local codes, the National
Electrical Code, ANSI/NFPA 70 - (latest edition).
In CANADA, the installation must conform with:
• Natural Gas and Propane Installation Code, CSA B149.1
• CSA Z240 RV Series, Recreational Vehicles.
• Current CSA Z240.4, Gas-equipped Recreational Vehicles
and Mobile Housing.
If an external electrical service is utilized, the refrigerator,
when installed, must be electrically grounded in accordance
with local codes or, in the absence of local codes, the Canadian Electrical Code CSA C22.1, Parts Ι and ΙΙ - (latest edition).
- 4 -
Page 5
INSTALLATION PREPARATION
ASSEMBLING THE
REFRIGERATOR ENCLOSURE
The ventilation compartment is part of the product
safety certication and must not be used for any other
purpose than securing air for combustion and ventilation of ue gases and warm air.
FIG 1 - ENCLOSURE
Ventilation
Compartment
Enclosure
Refrigerator
- OEM installed components inside of the refrigerator
enclosure are contained outside of the ventiliation compartment by means of permanently securing them (e.g.
behind paneling, behind batt-type insulation, inside of
paneled storage space above refrigerator) in such a manner that OEM installed components will not come into
contact with the refrigerator.
- Applications for which there are no alternatives except
to have these OEM installed components pass through
the ventilation compartment the following requirements
must be met: 1) current carrying conductors (120V and
12V) and conductor routing - except for those required
to supply the refrigerator - must be protected by conduit,
raceway, covering boards or equilvalent and in all cases
must meet or exceed the requirements of the current
publication of NFPA70 and article 551 of the NEC, 2)
all OEM installed components shall maintain a minimum clearance of 1/2" clearance from the cooling unit
to ensure that they will not come into contact with the
heated boiler or tubing, 3) the routing of OEM installed
components shall not impede the ventilation path for
proper operation or combustion, 4) OEM installed components must not come into contact with the refrigerator
mounting rails or frame and the refrigerator should not
be modied in any way to accommodate the location or
routing of OEM installed components.
Read and follow these points:
• The refrigerator must be level and installed in a substantial
enclosure, see “APPENDIX A”.
• The oor must be solid and level and able to support the
weight of the refrigerator and its contents.
• Ensure that any adjacent heat sources, (e.g. furnace exhaust
vent) do not affect the ventilation of the refrigerator.
• All joints in the enclosure must be sealed to prevent gas
leakage into the living area.
• The enclosure must be free of exposed materials that may
potentially damage the refrigerator, e.g. screw tips, staples,
etc.
• A wood strip must be in place across the upper opening
of the enclosure. The top frame of the refrigerator will be
anchored to the wood strip with screws, see FIG 2.
• The refrigerator must not be installed directly on
carpeting:
- Carpeting must be removed or protected by a metal or
wood panel beneath the appliance, which extends at least
full width and depth of the appliance.
- If the refrigerator is sitting on a wood oor, the exposed
portion behind the refrigerator will need to be painted
with an anti-wicking paint to protect against water or
moisture that comes in through the side or roof vent.
• It is required that OEM installed components such as
current-carrying conductors (i.e. wiring), plumbing, etc. except for those required to supply the refrigerator - shall
not pass through the refrigerator enclosure except where:
Failure to adhere to the above installation criteria could create a combustion hazard.
CLEARANCES
CSA International certication allows the refrigerator to have
zero (0) inch minimum clearance at the sides, rear, top, and
bottom. While there are no maximum clearances specied for
certication, the maximum clearances specied are necessary
for correct refrigerator performance.
CLEARANCES (FIG 2)
Top (G) 0” Min to 1/4” Max
Side (K) 0” Min to 1/4” Max
Bottom (L) 0” Min to 0” Max
Rear (M1) 0” Min to 1” Max
1
The distance between the refrigerator cooling unit and the wall or
bafe behind it.
FIG 2 - CLEARANCES
K K
- 5 -
G
M
L
Wood
Strip
Page 6
INSTALLATION PREPARATION
TOP AND SIDES
See “APPENDIX A” for rough in dimensions. Dimensions will
vary by model. If there is more than 1/4” between either side
or the top of the refrigerator and the inside of the refrigerator
box, then ll the space with insulation, bafes, or non-ammable fabricated seals to avoid trapping heat and sacricing
the performance of the unit. See Insulation note below for
additional details.
INSULATION NOTE!
- Any insulation used must be securely attached to the
enclosure walls and ceiling in order to prevent it from
shifting when the refrigerator is installed in enclosure.
- If there is a void space above the refrigerator, insulation
should be secured with spray adhesive to the top of the
refrigerator to ll the space.
- Trim insulation. Cut it 2-3” shorter than the depth of the
refrigerator box, see FIG 3 below.
- Insulation must not come in contact with the cooling unit!
Loose insulation can obstruct air ow creating cooling
issues and possible damage to the refrigerator.
FIG 3 - INSULATION
2” - 3”
VENTILATION REQUIREMENTS
Ventilation is one of the requirements for proper cooling unit
operation. Clearances and the use of vents ensure a natural
draft which is necessary for good refrigeration.
Make sure to read and follow these points:
• Certied installation requires one lower fresh air intake
vent and one upper exhaust vent.
• Vents should be centered to the back of the refrigerator. If it
is not possible to center the vent, refer to the offset installation, see “OFFSET VENTS”, page 8.
• Safety certication requires specied Dometic vents, see
“APPENDIX C”.
• Any obstruction of either of the vent openings is not permissible, e.g. roof rafters, roong materials, etc.
• Lower vent: Make sure the opening is even with - or - below the oor level to allow any raw LP gas to escape to the
outside. NOTE! Floor must not interfere with or block vent
openings.
FIG 4 - LOWER VENT
2” - 3”
Place insulation lling in the space between refrigerator
compartment and sides and top of refrigerator.
Weep
Floor
hole
Side
wall
COMBUSTION HAZARD. Unburned “Raw” LP
gas is heavier-than-air and can collect at oor level
creating a combustion hazard.
• For vents installed above oor level, additional holes are
required to vent these gases to the out-of-doors. Use FIG 5
for details.
FIG 5 - VENT ABOVE FLOOR LEVEL
When lower vent frame is positioned
higher than the refrigerator compartment oor, the following is required:
• 2 holes with a diameter of 1-3/4”
1 in2 / hole free area.)
• Cover holes with a screen
(min. 14 x 14 per inch)
• Holes must be clear of any
obstruction.
1-3/4”
Covered by a screen
- 6 -
Page 7
INSTALLATION PREPARATION
• The ow of combustion and ventilating air must not be
obstructed, e.g. by an open RV door.
• Do not install an awning too close to the upper side vent.
Allow a distance of approx. 6-12”.
• The minimum vent height requirements, listed in “AP-
PENDIX B”, are part of the safety certication and must be
complied with.
RECESS DEPTH
Spaces of more than 1”, see FIG 6, from rear wall to the refrigerator may create performance problems. Fresh air will not
pass through the cooling unit which will reduce the efciency.
It is important to check the recess depth and add bafe(s) to
increase the movement of air across the coil.
FIG 6 - RECESS DEPTH
If there is more than 1” between the inside of the ventilation compartment and cooling unit, it is required to add box
bafe(s) starting above the lower access vent and running perpendicular to the side wall. The bafe should extend up to the
ceiling (in board roof vent vent applications) or up to within
1/2” lower than the condenser ns (roof vent applications). For
upper and lower side wall vent applications the bafe should
come within 1/2" lower than the condenser ns. This will
ensure more efcient operation in warm temperatures. Make
sure the bafe is of the same width as the ventilation compartment, see FIG 7.
FIG 7 - BOX BAFFLE
Inboard Roof Vent
Applications
1/2" Below
Fins
Roof Vent Applications
Max 1”
(without
bafe)
BOX BAFFLE
WATER SUPPLY CONNECTION
REFRIGERATOR MODELS EQUIPPED WITH ICE MAKER, ICE
AND WATER DISPENSERS
The water supply system must have a minimum pressure of
15 pounds per square inch gauge (psig). A 1/4” diameter water
line to the water valve should be used at the rear of the refrigerator. The water line must have a manual shutoff valve placed
where it is easily accessible.
BOX BAFFLE
- 7 -
Page 8
INSTALLATION PREPARATION
OFFSET VENTS
If vents must be offset due to interference of building
materials the vent must always be offset towards the ue side
of the cooling unit. The vent should be centered over the cooling unit so that the air can ow up and out of the compartment
creating a chimney effect. For offset vent applications, prior
written approval and safety certication must be obtained from
Dometic, LLC.
FIG 8 - OFFSET VENT
UPPER AND LOWER SIDE VENT
CENTER OF
REFRIGERATOR
FIG 9 - OFFSET VENT
SIDE AND ROOF VENT
CENTER OF
REFRIGERATOR
VENT APPLICATION TYPES
CHOOSING TYPE OF VENT APPLICATION
There are four types of applications:
• ROOF VENT APPLICATION
Recommended for typical installations. Check the enclosure depth, see “INSTALLATION PREPARATION > ENCLO-
SURE DEPTH” and add a bafe if required. Roof vent in-
stallations can also be used when vents are inboard or offset
due to radius roof or interference with building materials.
• UPPER AND LOWER SIDE VENT APPLICATION
Choose this type of installation when a roof vent installation is not possible. Bafe should be added. The refrigerator must be equipped with fan(s).
Please refer to page 30, some fans are optional and not
required.
• ISLAND APPLICATION
Intended for refrigerators installed on an inside wall and
must be vented through the oor to the ceiling.
• CORNER APPLICATION
Intended for refrigerators installed in the rear corner of the
vehicle or in an angled cabinet. The refrigerator must be
equipped with fan(s).
- 8 -
Page 9
VENT APPLICATION TYPES
ROOF VENT APPLICATION
INSTALL LOWER SIDE VENT AND ROOF VENT
Step Action
1 CHECK VENTILATION HEIGHT.
See “APPENDIX B”.
Minimum
Ventilation
Height
4 INSTALL ROOF VENT
•OptiOn1-typical
See “APPENDIX D”.
BOX BAFFLE
RECESS DEPTH
2 CHECK RECESS DEPTH.
See “INSTALLATION PREPARATION > RECESS
DEPTH”. If required, install a box bafe above the
lower access vent.
BOX BAFFLE
•OptiOn2-inbOard
Inboard installs due to radius roof or
interference with building material.
BOX BAFFLE
RECESS DEPTH
RECESS
DEPTH
3 INSTALL LOWER SIDE VENT
See “APPENDIX D”.
- 9 -
Page 10
VENT APPLICATION TYPES
UPPER AND LOWER SIDE VENT
APPLICATION
INSTALL UPPER AND LOWER SIDE VENTS
Step Action
1 CHECK VENTILATION HEIGHT.
See “APPENDIX B”.
Minimum
Ventilation
Height
* Fan(s) position may vary by model.
2 CHECK RECESS DEPTH.
See “INSTALLATION PREPARATION >
RECESS DEPTH”. If required, install a box bafe above the lower access vent extending within
1/2” lower than the condenser ns as shown in the
picture below.
Fan(s)*
ISLAND APPLICATION
ACCESS PANEL
• A sealed access panel is required when using this
system in conjunction with below oor ventilation.
Access is necessary to complete gas connections, gas leak
tests, and periodic service requirements at the rear of the
refrigerator.
Access panel dimensions
14”
22”
• If the refrigerator is located within the vehicle interior it
must be completely sealed to prevent products of combustion or raw gas leakage within the living space! If it
is placed alongside the sidewall and oor ventilation is
provided, rear access is still required.
• The door or panel should prevent water entry.
DUCT
An air duct extends downwardly from the refrigerator through
a oor of the vehicle. If the refrigerator is not equipped with
a fan, a fan must be installed in the duct to aid air circulation.
Air for cooling the condenser and absorber is drawn up the
duct from outside the vehicle and exhausted outside the vehicle through an upper duct and vent in a roof of the vehicle.
The duct must be centered horizontally on the back of the
refrigerator and should have the following dimensions:
BOX BAFFLE
RECESS
DEPTH
3 INSTALL LOWER SIDE VENT.
See “APPENDIX D”.
4 INSTALL UPPER SIDE VENT.
See “APPENDIX D”.
Length (L): 11-34” min - max values
Width (W): 6.5”
Depth (D): 4-54” min - max values
FIG 10 - DUCT DIMENSIONS
Center Fan
Horizontally
1/4” x 0.025 metal mesh
- 10 -
L
Min 3”
Max 8”
D
W
Page 11
VENT APPLICATION TYPES
ISLAND APPLICATION CONT'D
INSTALL DUCT AND ROOF VENT
Step Action
1 CHECK VENTILATION HEIGHT.
See “APPENDIX B”.
Minimum
Ventilation
Height
ACCESS
PANEL
{
3 INSTALL ACCESS PANEL
4 INSTALL DUCT
5 INSTALL ROOF VENT
See “APPENDIX D”.
CORNER APPLICATION
OPTION 1 - INSTALL LOWER SIDE VENT AND
ROOF VENT
Step Action
1 CHECK VENTILATION HEIGHT.
See “APPENDIX B”.
Minimum
Ventilation
Height
DUCT AND FAN
2 CHECK RECESS DEPTH.
See “INSTALLATION PREPARATION > RECESS
DEPTH”. If required, install a box bafe above the
lower access vent. Box bafe must be positioned no
lower than access panel.
ACCESS
PANEL
2 CHECK RECESS DEPTH.
See “INSTALLATION PREPARATION > RECESS
DEPTH”. A box bafe is required above the
lower access vent.
DUCT
AND
FAN
RECESS DEPTH
- 11 -
RECESS
DEPTH
Page 12
VENT APPLICATION TYPES
3 INSTALL LOWER SIDE VENT.
See “APPENDIX D”.
4 INSTALL ROOF VENT
See “APPENDIX D”.
Rafters
Roof vent opening
must be a minimum of 110 in2
unobstructed free
area.
2 CHECK RECESS DEPTH.
See “INSTALLATION PREPARATION > RECESS DEPTH”. A box bafe is required above
the lower access vent.
RECESS
DEPTH
OPTION 2 - INSTALL UPPER AND LOWER SIDE
VENTS
Step Action
1 CHECK VENTILATION HEIGHT.
See “APPENDIX B”.
Minimum
Ventilation
Height
* Fan position may vary by model.
Fan*
UPPER SIDE
VENT
BAFFLE
LOWER
SIDE VENT
3 INSTALL LOWER SIDE VENT.
See “APPENDIX D”.
4 INSTALL UPPER SIDE VENT.
See “APPENDIX D”.
- 12 -
Page 13
INSTALLATION PROCEDURE
INSTALLING THE REFRIGERATOR
Be careful when installing the refrigerator model
NDM1062. It is equipped with the latest vacuum
insulated panel technology. The insulating panels are
located on the top, back, bottom, sides and doors. If
the surface is punctured, loss of insulation will occur,
resulting in poor refrigerator performance.
For a proper installation, follow these instructions:
• Carefully place the refrigerator in the enclosure.
• Verify that there is a complete seal between the front frame
of the refrigerator and the top, sides and bottom of the
enclosure. A length of sealing strip is applied to the rear
surface of the front frame for this purpose. The sealing
strip should provide a complete isolation of the appliance’s
combustion system from the vehicle interior.
RM2351, RM2354, RM2410 and RM2510: Apply a seal-
ing strip to the foremost oor of the enclosure, see FIG 11.
Be careful not to damage the sealing strip when the
refrigerator is put in place!
FIG 11 - RM2351, RM2354, RM2410 & RM2510
SECURING THE REFRIGERATOR
It is important to follow the sequence in securing refrigerator
in enclosure since failure in doing so can cause leakage between the frame and cabinet.
After the refrigerator is put in place (ensuring a combustion
seal at the front frame), the refrigerator is to be secured in the
enclosure with screws (not included).
RM2351 & RM2354
Install the ve screws in the following order:
1. Four screws installed through the front frame.
(To cover the screw heads, use the plugs in the parts
bag.)
2. One screw installed in the rear base.
FIG 13 - SECURING RM2351 & RM2354
Apply sealing strip along oor here.
Sealing strip must be width of enclosure.
FIG 12 - RM2451, RM2454, RM2551, RM2554, DM2652, DM2662,
DM2663, DM2852, DM2862, NDM1062, RM1350 & NDA1402
2
1
Sealing
Strip
General view. Features may vary by model.
- 13 -
Page 14
INSTALLATION PROCEDURE
RM2410 & RM2510
Install the six screws in the following order:
1. Two screws installed through the front base.
2. Two screws installed in the top frame.
3. Two screws installed in the rear base.
FIG 14 - SECURING RM2410 & RM2510
3 rd.
2 nd.
RM2620 & RM2820
Install the screws in the following order:
1. Two screws installed through the front base.
2. Two screws installed in the top frame.
3. Two screws installed in the rear base.
4. Attach lower front strip after the refrigerator is set
into the cutout opening.
FIG 15 - SECURING RM2620 & RM2820
3 rd.
2 nd.
Sealing
Strip
1 st.
1 st.
4 th.
- 14 -
Page 15
INSTALLATION PROCEDURE
RM2451, RM2454, RM2551, RM2554,
DM2652, DM2662, DM2663, DM2852,
DM2862, RM3762, RM3962, RM1350,
NDA1402 & NDM1062
Install the screws in the following order:
1. TWO SCREWS INSTALLED THROUGH THE
FRONT BASE.
The refrigerator is provided with a lower front strip
(shipped as a loose part). Attach the front strip after
the refrigerator is set into the cutout opening.
a) Install the lower front strip by sliding it under the
bottom hinge plate(s).
b) Secure the refrigerator and the lower front
strip with two screws.
Models with 1 Hinge Plate
One screw through the hinge and
on the opposite side and then, one
screw through the lower front strip.
Models with 1 Hinge Plate
The hinge plate can be located on
the left or right side depending
on the door swing. Slip under the
hinge and swing into place.
Models with 2 Hinge Plates
Models with 2 Hinge Plates
One screw through each hinge.
- 15 -
Page 16
INSTALLATION PROCEDURE
2. TWO SCREWS INSTALLED IN THE TOP
FRAME.
RM2451, RM2454, RM2551, RM2554, DM2652,
DM2662, DM2663, DM2852, DM2862 & NDM1062
a) Gently push the tabs out of the hole in the hinge
with a at blade screwdriver (both sides).
2
1
b) Carefully tilt the top decoration panel and lift to
remove from top frame. Be careful not to damage the circuit board and wires.
c) Install the two screws in the top frame, the holes
are accessible from underneath.
d) Seal the opening for the screws with aluminum
tape.
e) Replace the top decoration panel. Be careful not
to pinch the wires behind the panel. Make sure
the tabs snap back into the holes in the hinge
plate.
RM3762, RM3962, RM1350 & NDA1402
Fasten the refrigerator with two screws through the
holes underneath the top decoration panel.
3. ONE SCREW INSTALLED IN THE REAR BASE.
OPTIONAL SCREW MAY BE ADDED.
RM2451, RM2454, RM2551, RM2554, DM2652,
DM2662, DM2663, DM2852, DM2862, RM3762,
RM3962 & NDM1062
Optional
Screw
RM1350 & NDA1402
General view. Features may vary by model.
Ice Maker
Cord
(optional)
General view. Features may vary by model.
DRAIN WATER HOSE
• Hose must not contact the boiler casing.
• Hose must not be kinked.
• Hose must not be routed uphill at any point.
• Perforated plug must be present at end of hose.
OPTION 1 - THROUGH FLOOR
Drill hole through ooring, see FIG 16. Seal around hole.
Check to make sure the supplied hose is long enough – if not,
installer will have to supply extra length of hose.
FIG 16 - DRAIN WATER HOSE
Boiler
casing
Hose
Hole for drain
water hose
General view. Features may vary by model.
- 16 -
Page 17
INSTALLATION PROCEDURE
OPTION 2 - THROUGH VENT FRAME (PLASTIC
VENTS ONLY)
Pull end of hose through louvers in vent door. Cut hose
to length. Reinstall perforated plug.
OPTION 3 - HANGING CLIP (PLASTIC VENTS ONLY)
Install clip (part number 3106559.xxx) during vent installation. Insert hose into “j” portion of clip. Cut hose to length.
Reinstall perforated plug. Hose should be positioned to drain
into uppermost row of louvers in vent door.
OPTION 4 - THROUGH VENT DOOR (SIDE-BY SIDE
PLASTIC VENT ONLY)
Drill a 5/8” hole in vent frame directly above oor line. Route
drain hose through hole and cut to length. Reinstall perforated
plug on the outside of the vent frame. Apply sealant around
plug to ensure water does not seep into enclosure.
CONNECTIONS
All connections should be routed to avoid direct
contact with boiler casing, burner cover, or any
other components of refrigerator.
ELECTRICAL CONNECTION
120 VAC CONNECTION
The refrigerator is equipped with a grounded three-prong plug
for protection against shock hazards. It should be plugged directly into a properly grounded three-prong receptacle. Do not
cut or remove the grounding prong from this plug!
The free length of the cord is 2 feet. To allow easy access
through the vent door, it is recommended to install the receptacle on the opposite side of the burner assembly and approx.
3-6” above the refrigerator mounting oor.
FIG 17 - 120 VAC CONNECTION
120 VAC
Receptacle
3-6”
GAS CONNECTION
Hook up to the gas supply line is accomplished at the manual
gas valve, which is furnished with a 3/8” SAE (UNF 5/8” -18)
male are connection. ALWAYS use a back-up wrench when
loosening and tightening gas connections. All completed connections should be examined for leaks using an approved leak
detection solution.
EXPLOSION HAZARD. Never use an open ame
to check for gas leaks. Failure to obey this warning could cause an explosion resulting in death or
severe personal injury.
The gas supply system must incorporate a pressure regulator
to maintain a supply pressure of not more than 11 inches water
column. When testing the gas supply system at test pressures:
• > 1/2 psi - the refrigerator and its individual shutoff valve
must be disconnected from the gas supply piping system.
• ≤ 1/2 psi - the appliance must be isolated from the gas
supply piping system by closing its individual manual
shutoff valve.
General view. Features may vary by model.
If detailed instructions on the installation and connection to
the gas supply are required, please contact your dealer or
distributor.
- 17 -
Page 18
INSTALLATION PROCEDURE
12 VDC CONNECTION
RM2451, RM2551, DM2652, DM2852, RM3762, RM3962,
RM1350 & NDA1402: These refrigerator models are not de-
signed for 12V DC operation of the cooling system. However,
12V DC must be supplied to operate the controls.
RM2354, RM2454, RM2554, DM2662, DM2663, DM2862 &
NDM1062: These refrigerator models require a continuous 12
VDC supply to maintain the automatic energy system.
The connection is made to the positive (+) and negative (-)
terminals of the terminal block on back of the refrigerator.
Correct polarity must be observed when connecting to the DC
supply. Do not use the chassis or vehicle frame as one of the
conductors. Connect two wires at the refrigerator and route to
the DC supply. Ensure the connections are clean, tight and free
from corrosion.
For 3-way models, the voltage drop affects the wattage output
of the 12 V cartridge heater and the refrigerator performance.
The 12 VDC heater is fused with a 30 amp. in-line blade fuse.
Ensure that the wires from the battery to the refrigerator are
able to handle the load. Recommended wire sizes are displayed in the table below.
MAXIMUM WIRE LENGTH
WIRE
MODEL
RM2351, RM2451
RM2551, DM2652
DM2662, DM2852
DM2862, RM3762
RM3962, NDM1062
RM1350, NDA1402
RM2354, RM2454
RM2554, DM2663
Size Length
AWG
14
12
10
8
ft
17
27
17
27
ALTERNATOR (D+) CONNECTION
RM3762, RM3962 & RM1350 (with the automatic door
locking system)
The refrigerator requires the connection of a signal wire from
the alternator (D+) in order to maintain the automatic door
travel latch for RM1350 and the temporary gas lockout function. The gas operation will automatically be locked out for
a period of 15 minutes when the engine is switched off. This
will prevent gas operation e.g. when stopping at a refueling
station.
Connect the vehicles alternator (D+) to the D+ on
the terminal block.
D+ (Alternator signal wire)
Valid for refrigerator models
with the automatic door locking system.
FIG 18 - ALTERNATOR CONNECTION
Ignition switch
Charge light
Alternator signal wire to the refrigerator
D+
B+
Battery
ALTERNATOR
Example: If the distance between the refrigerator and the
12 VDC supply is 20 ft., the total wire length is 40 ft. and
a wire size of 10 AWG should be used.
- 18 -
Page 19
INSTALLATION PROCEDURE
DOOR AND HANDLE MOUNTING
INSTRUCTIONS
REVERSING THE DOOR SWING
RM2351, RM2354, RM2451, RM2454, DM2652, DM2662,
DM2663, RM2551, RM2554, RM3762, DM2852, DM2862,
RM3962, NDM1062 & NDA1402
A special hinge kit must be used in order to change the door
swing. For conversion kit number, please contact service
point or distributor service department.
RM2410 & RM2510
The refrigerator is equipped with hinges that make it possible
to change the direction the door opens by moving the hinges
to the opposite side. To change the door hinges from one side
to the other, follow these steps:
1. Open the door and remove the two screws holding the top decoration. (The screws are accessible
from beneath.)
2. Remove the top hinge pin and lift out the door.
3. Unscrew the bottom hinge pin.
4. Remove the plastic cap from the opposite lower
hinge and place it in the hole just “left empty” by
the lower hinge pin.
5. Screw the lower hinge pin in the hole from which
the plastic cap was removed.
6. Before replacing the door on the refrigerator,
remove the catches and move them to the opposite
side of the cabinet.
7. The holes are covered with plastic caps that must
be removed and inserted in the holes that previously held the catches.
8. Unscrew the handle and move it to the opposite
side of the door.
9. Insert the plastic caps into the holes left open on
the door. (Plastic caps for empty holes are in the
parts bag inside the refrigerator.)
10. Remount the door and hinge pins in the reverse
order of their removal.
11. Before the top decoration is retted, check that the
door closes easily and the gasket seals well on all
sides.
FIG 19 - RM2410 & RM2510, REVERSING THE DOOR SWING
- 19 -
Page 20
INSTALLATION PROCEDURE
RM2620 & RM2820
To change the door hinges from one side to the other, follow
these steps:
1. Open the upper door and remove the two screws
holding the top decoration. (The screws are accessible from beneath.)
2. Remove the top hinge pin and lift out the door.
3. Remove center hinge pin and lift out the lower door.
4. Unscrew the bottom hinge pin.
5. Remove the plastic cap from the opposite lower
hinge and place it in the hole just “left empty” by
the lower hinge pin.
6. Screw the lower hinge pin in the hole from which
the plastic cap was removed.
7. Before replacing the doors on the refrigerator,
remove the catches and move them to the opposite
side of the cabinet. The holes are covered with
plastic caps that must be removed and inserted in
the holes that previously held the catches.
8. Unscrew the handles and move them to the opposite
side of the door.
9. Insert the plastic caps into the holes left open on the
doors. (Plastic caps for empty holes are in the parts
bag inside the refrigerator.)
10. Remount the doors and hinge pins in the reverse
order of their removal.
11. Before the top decoration is retted, check that the
door closes easily and the gasket seals well on all
sides.
INSTALLING THE DOOR PANEL(S)
Before starting the mounting work, read this section thoroughly. Make sure the panel dimensions are in compliance with
those given in “PANEL DIMENSIONS”. After having mounted
the panel(s) as described in “MOUNTING INSTRUCTIONS”,
install the handles. For installation instructions for RM3762
& RM3962 (stainless steel doors) and for NDM1062, see “IN-
STALLING THE DOOR HANDLES”.
DOOR PANEL DIMENSIONS
RM2351, RM2354, RM2410, RM2451, RM2454, RM2510,
RM2620, DM2652, DM2662, DM2663, RM2551, RM2554,
RM3762, RM2820, DM2852, DM2862, RM3962 & NDM1062
PANEL DIMENSIONS
MAX. THICKNESS 5/32”
HEIGHT
MAX MIN
WIDTH
MAX MIN
UPPER DOOR
DM2652
DM2662
DM2663
DM2852
15-27/32 15-25/32 20-3/4 20-5/8
DM2862
NDM1062
RM2620 12-3/64 11-31/32 20-9/32 20-13/64
RM2820 14-7/8 14-51/64 22-11/64 22-3/32
RM3762
RM3962
17-3/64 16-31/32 23-25/32 23-11/16
FIG 20 - RM2620 & RM2820, REVERSING THE DOOR SWING
LOWER DOOR / SINGLE DOOR
RM2351
RM2354
26-17/64 26-3/16 19-5/8 19-17/32
RM2410 27-7/16 27-23/64 20-9/32 20-13/64
RM2510 35-5/16 35-15/64 20-9/32 20-13/64
RM2620 32-1/4 32-5/32 20-9/32 20-13/64
RM2820 35-5/16 35-15/64 22-11/64 22-3/32
RM2451
RM2454
DM2652
32-9/16 32-1/2 20-3/4 20-5/8
DM2662
DM2663
RM2551
RM2554
DM2852
38-11/16 38-5/8 20-3/4 20-5/8
DM2862
NDM1062
RM3762 32-7/16 32-23/64 23-25/32 23-11/16
RM3962 41-39/64 41-9/16 23-25/32 23-11/16
- 20 -
Page 21
INSTALLATION PROCEDURE
Freezer door Refrigerator door
MAX 1.00
(MAX 25)
)5.7( 592.
˚54
.197 (2x) (5)(2x)
493.
791. +
890. –
01(
5+
)5.2–
16.811
(427)
12.756
(324)
)5.217( 150.82
))5.518( 601.23(
)0251( 248.95
))5.497( 972.13(
DOOR PANEL DIMENSIONS CONT'D
RM1350
PANEL DIMENSIONS
MAX. THICKNESS 5/32"
HEIGHT
MAX MIN
WIDTH
MAX MIN
UPPER DOOR
RM1350M
RM1350MIM
RM1350WIM
19-7/32 19-9/64 15-43/64 15-19/32
RM1350WID (left)
RM1350WID (right) 9-9/32 9-13/64 15-43/64 15-19/32
LOWER DOOR
RM1350M
RM1350MIM
RM1350WIM (right)
RM1350WID
RM1350WIM (left)
40-1/32 39-31/32 15-43/64 15-19/32
a
NDA1402
MODELS EQUIPPED WITH ICE MAKER
FIG 21 - PANEL DIMENSIONS FOR THE FREEZER DOOR
.197(2x) (5)(2x)
)5.2–
5+
01(
791. +
890. –
493.
11.181
(284)
)0251( 248.95
˚54
))5.497( 972.13(
)5.196( 422.72
15.237
(387)
c
b
MAX 1.00
(MAX 25)
)5.7( 592.
FIG 22 - PANEL DIMENSIONS FOR THE FRIDGE DOOR
f
d
e
a b
max min max min
.197 (2x) (5)(2x)
16.811
(427)
)5.2–
5+
01(
791. +
890. –
493.
)0251( 248.95
5-63/64 5-29/32 9-49/64 9-11/16
c d
max min max min
11-55/64 11-49/64 28-17/64 28-3/16
e f
max min max min
15-43/64 15-19/32 40-1/32 39-31/32
))5.518( 601.23(
)5.217( 150.82
MAX 1.00
(MAX 25)
˚54
12.756
(324)
)5.7( 592.
- 21 -
Page 22
INSTALLATION PROCEDURE
Freezer door Refrigerator door
.197 (2x) (5)(2x)
493.
791. +
890. –
01(
5+
)5.2–
16.811
(427)
Freezer door Refrigerator door
11.181
(284)
493.
791. +
890. –
01(
5+
)5.2–
.197(2x) (5)(2x)
MAX 1.00
(MAX 25)
MAX 1.00
(MAX 25)
)5.7( 592.
˚54
.197 (2x) (5)(2x)
493.
791. +
890. –
01(
5+
)5.2–
16.811
(427)
12.756
(324)
)5.217( 150.82
))5.518( 601.23(
)0251( 248.95
)5.7( 592.
)083( 069.41
DOOR PANEL DIMENSIONS CONT'D
NDA1402
MODELS EQUIPPED WITH ICE DISPENSER / ICE & WATER DISPENSERS
FIG 23 - PANEL DIMENSIONS FOR THE FREEZER DOOR
)5.2–
5+
01(
791. +
890. –
.197(2x) (5)(2x)
493.
FIG 24 - PANEL DIMENSIONS FOR THE FRIDGE DOOR
.197 (2x) (5)(2x)
)083( 069.41
11.181
MAX 1.00
(MAX 25)
.197(2x) (5)(2x)
.913 (23.2) 9.370 (238)
)5.7( 592.
)5.2–
5+
01(
791. +
890. –
(284)
˚54
))5.518( 601.23(
)5.2–
5+
01(
791. +
890. –
493.
16.811
(427)
)0251( 248.95
˚54
)5.217( 150.82
493.
)067( 129.92
15.237
(387)
MAX 1.00
(MAX 25)
)5.7( 592.
)5.196( 422.72
- 22 -
12.756
(324)
MAX 1.00
(MAX 25)
)5.7( 592.
Page 23
INSTALLATION PROCEDURE
1
2
1
1
1
2
DOOR PANEL INSTALLATION CONT'D
MOUNTING INSTRUCTIONS
RM2351, RM2354, RM2451, RM2454, DM2652, DM2662,
DM2663, RM2551, RM2554, DM2852, DM2862 & NDM1062
To install the panel(s), follow these steps:
1. Open the door 90 degrees.
2. Locate decoration strips. These are taped to one of
the shelves or to the inside of the door. Loosen tape
and remove strips.
3. Insert the vertical edges into the grooves of the door
frame. Push the panel downwards so that the lower
horizontal edge of the panel is tted into the bottom grove (FIG 25).
4. Fasten the decoration strips:
- Screws: Secure decoration strip with three
screws (FIG 26).
- Snap-in: Snap in the decoration strips (FIG 27).
FIG 25
FIG 26
1
1
1
RM2410, RM2510, RM2620 & RM2820
To install the door panel, follow these steps:
1. Open the door 90 degrees.
2. Locate decoration strips. On some refrigerators, the
decoration strip is taped inside the door; if installed
on the door, remove the door decoration strip (2) by
removing its two screws (1).
3. Insert one vertical edges into the groove of the door
frame (3).
4. Bend the panel gently so that the free side of the
panel can be slipped into the corresponding groove
of the door frame (4). Slide the panel down into the
groove of the bottom frame (5).
5. Between the upper edge of the panel and the door
frame there is a gap which should be covered by the
decoration strip.
6. Put the decoration strip across the door so that the
gap is covered and push it upward (6). The tabs on
the inside of the strip should t behind the ange of
the door frame.
7. Secure the decoration strip with the two screws
removed in step 1.
FIG 28 - DOOR PANEL
3
4
5
3
FIG 27
2
2
1
3
5
6
1
1
4
1
- 23 -
Page 24
INSTALLATION PROCEDURE
DOOR PANEL INSTALLATION CONT'D
RM3762 & RM3962
To install the door panels, follow these steps:
1. Remove the decoration strip by inserting a nger in
the plastic prole and pull.
2. Open the door 90 degrees.
3. Insert the door panel’s edges into the grooves of the
door frame. Push the panel sideways until the edge
of the panel is tted into the opposite side groove.
5. Snap on the handle.
1 2
REPLACING THE DOOR PANELS
To replace a mounted door panel, follow these steps:
1. Detach the handle by using a at blade screwdriver
to gently push the two tabs away.
2. Remove decoration strip and door panel.
3. Install the new panel according to the previous
instruction, steps 3-5.
4. Snap on the decoration strip.
- 24 -
Page 25
INSTALLATION PROCEDURE
DOOR PANEL INSTALLATION CONT'D
RM1350
To install the door panels, follow these steps:
1. Open the door.
2. Remove the screw (A). Slide off the handle (B).*
* For RM1350WID it is not necessary to
remove the right freezer door handle in
order to mount the door panel.
3. Slide off the decoration strip.
A
B
5. Put back the decoration strip. Slide (A) or
snap (B) into place.
6. Slide the handle into place (A) and attach with
the screw (B).
A
B
A
B
4. Insert the door
panel’s edges into
the grooves of the
door frame.
Push the panel sideways until the edge
of the panel is tted
into the opposite side
groove.
- 25 -
Page 26
INSTALLATION PROCEDURE
DOOR PANEL INSTALLATION CONT'D
NDA1402
MODELS EQUIPPED WITH ICE MAKER
NDA1402
MODELS EQUIPPED WITH ICE DISPENSER / ICE & WATER DISPENSERS
- 26 -
Page 27
INSTALLATION PROCEDURE
INSTALLING THE DOOR HANDLES
RM3762 & RM3962 - Stainless steel doors
To install the door handles, follow these steps:
1. Snap on the handle by inserting its two tabs in the
slot and slide into place.
2. Attach the handle with two screws.
NDM1062
To install the door handles, follow these steps:
1. Locate the plastic bag containing the handles and
screws.
2. Open freezer door.
3. Position handle. Align the holes in the
handle with the holes in the frame.
Door insert panels
4. While holding handle rmly against the door, fasten
screws with a Phillips screwdriver. Close the door.
Stainless steel doors
REFRIGERATOR REMOVAL
Refrigerator removal and installation should be
performed by a qualied service technician.
Before removing the refrigerator:
1. Verify that the 120 VAC power cord is disconnected at the rear of the refrigerator.
2. Verify that the 12 VDC leads are disconnected
and capped at the rear of the refrigerator.
3. Shut off the gas supply.
4. Disconnect and cap the LP gas line at rear of
refrigerator.
Always use a backup wrench when loosing
and tightening LP gas connections.
To remove the refrigerator:
1. Remove the screws anchoring the refrigerator
to the enclosure.
2. Slide the refrigerator out of the compartment.
5. Open fridge door and repeat steps 3 and 4 to install
the second handle.
Door insert panels
To replace the refrigerator:
1. Make sure the sealing strips (isolating the appliance combustion system from the vehicle
interior) are properly positioned for a complete
seal.
2. Slide the refrigerator back into the compartment.
3. Replace the screws anchoring the refrigerator
to the enclosure.
4. Reconnect the LP gas supply line at the rear of
the refrigerator.
Stainless steel doors
Always use a backup wrench when loosing
and tightening LP gas connections.
5. Check all connections for LP gas leaks.
6. Reconnect the 12 VDC leads at rear of refrigerator.
7. Reconnect the 120 VAC power cord at rear of
refrigerator.
- 27 -
Page 28
APPENDIX A - OVERALL & ROUGH IN DIMENSIONS
A
B
C
FOR ENCLOSURE
OVERALL DIMENSIONS ENCLOSURE DIMENSIONS
MODEL
RM2351
RM2354
RM2410
RM2451
RM2454
RM2510
RM2551
RM2554
RM2620
DM2652
DM2662
DM2663
RM3762
RM2820
Height (A) Width (B) Depth (C) Height (H) Width (W) Depth (D)
30-5/32 21-7/8 22-22/32 29-3/4 20-1/2 21-1/2
30-5/32 21-7/8 22-22/32 29-3/4 20-1/2 21-1/2
33-1/2 22-53/64 24-7/8 32-7/16 21-13/16 24-7/32
37-3/8 24-7/8 24-11/16 36-1/2 23-11/16 24
37-3/8 24-7/8 24-11/16 36-1/2 23-11/16 24
40-29/32 22-53/64 24-7/8 40-5/16 21-13/16 24-7/32
43-1/2 24-7/8 24-11/16 42-5/8 23-11/16 24
43-1/2 24-7/8 24-11/16 42-5/8 23-11/16 24
51-31/32 22-23/32 24-9/16 49-17/32 21-13/16 24-7/32
54-21/32 24-7/8 26-1/32 53-3/4 23-11/16 243
54-21/32 24-7/8 26-1/32 53-3/4 23-11/16 243
54-21/32 24-7/8 26-1/32 53-3/4 23-11/16 243
54-3/4 25-5/64 26-1/16 53-3/4 23-11/16 243
57-7/8 24-39/64 24-9/16 55-7/16 23-11/16 243
DM2852
DM2862
RM3962
NDM1062
RM1350
NDA1402
1
Steel doors
2
Door insert panels
3
Add 1” depth for units with one or two optional ventilator fans.
4
Units with factory installed fans may require 1” additional depth.
SIDE VIEW VIEW FROM ABOVE
60-51/64 24-7/8 26-1/32 59-15/16 23-11/16 243
60-51/64 24-7/8 26-1/32 59-15/16 23-11/16 243
63-15/16 25-5/64 26-1/16 62-61/64 23-11/16 243
60-54/64 24-7/8 26-5/8 59-15/16 23-11/16 243
64-17/64 33-11/16
28-1/161 ,
29-1/2
2
64-17/64 33-11/16 29-5/8 63-3/16 32-3/4 26-1/16
D
A
H
63-3/16 32-3/4 26-1/164
4
C
D
B
W
- 28 -
Page 29
APPENDIX B - MINIMUM VENTILATION HEIGHTS
MINIMUM VENTILATION HEIGHTS
B1 = ROOF VENT & LOWER SIDE VENT
B2 = UPPER & LOWER SIDE VENT
RM2351
RM2354
RM2410
RM2451
RM2454
RM2510
RM2551
RM2554
RM2620
DM2652
DM2662
DM2663
RM3762
RM2820
DM2852
DM2862
RM3962
NDM1062
B1
B2 34
B1 31
B2 34
B1 34
B2 38
B1 37-3/4
B2 36
B1 37-3/4
B2 36
B1 42
B2 38
B1 44-1/2
B2 42
B1 44-1/2
B2 42
B1 57-3/4
B2 49
B1 57-3/4
B2 56
B1 57-3/4
B2 56
B1 57-3/4
B2 56
B1 57-3/4
B2 56
B1 63-3/4
B2 57
B1 63-3/4
B2 61
B1 63-3/4
B2 61
B1 66-13/16
B2 63
B1 63-3/4
B2 61
RM1350 63
NDA1402
B1 69-1/8
B2
NOTE! Ventilation height should be measured from
the seam between the frame and door of the lower side
wall vent to the top of the roof opening (B1) or to top
of the uppermost row of louvers on the upper side wall
vent (B2).
31
63
B1
ROOF VENT & LOWER SIDE VENT
Minimum
Ventilation
Height
B2
UPPER & LOWER SIDE VENT
Minimum
Ventilation
Height
* Fan(s) position may vary by model.
- 29 -
Fan(s)*
Page 30
APPENDIX C - APPROVED VENTS
Refer to the table below for information on which vents and fans (if applicable) to use. The part numbers are
displayed on pages 31-33.
Start by locating the refrigerator model in question, e.g. RM2351 and then, select vent application type.
In this case, numbers 1 and 2 indicate that Roof Vent (1) and Side Vent (2) could be installed. As another example, when selecting model DM2652 with an upper and lower side vent application, use Upper Side Vent (2) and
Lower Side Vent (2).
INST. TYPE
MODEL
RM2351
RM2354
RM2410
RM2451
RM2454
RM2510
RM2551
RM2554
RM2620
DM2652
DM2662
DM2663
RM3762
RM2820
DM2852
DM2862
RM3962
NDM1062
RM1350
NDA1402
ROOF VENT
APPLICATION
Roof
Vent
Lower
Side
Vent
1 2 8** 7, 3*, 4* 7, 5* 8** 1 8 1 7, 4** 7, 5* 8
1 2 8** 7, 3*, 4* 7, 5* 8** 1 8 1 7, 4** 7, 5* 8
1 2 8** 2, 7*, 4* 2, 7*, 5* 8** 1 8 1 2, 7*, 4* 2, 7*, 5* 8
1 2 8** 2, 7*, 4* 2, 7*, 5* 8** 1 8 1 2, 7*, 4* 2, 7*, 5* 8
1 2 8** 2, 7*, 4* 2, 7*, 5* 8** 1 8 1 2, 7*, 4* 2, 7*, 5* 8
1 2 8** 2, 7*, 4* 2, 7*, 5* 8** 1 8 1 2, 7*, 4* 2, 7*, 5* 8
1 2 8** 2, 7*, 4* 2, 7*, 5* 8** 1 8 1 2, 7*, 4* 2, 7*, 5* 8
1 2 8** 2, 7*, 4* 2, 7*, 5* 8** 1 8 1 2, 7*, 4* 2, 7*, 5* 8
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 2 9** 2 2 9 1 9 1 2 2 9
1 6 *** 6 6 *** 1 *** 1 6 6 ***
1 6 *** 6 6 *** 1 *** 1 6 6 ***
UPPER & LOWER SIDE
APPLICATION
Fan Upper
Side
Vent
Lower
Side
Vent
ISLAND
APPLICATION
Fan Roof
Vent
Fan Roof
Vent
CORNER
APPLICATION
Upper
Side
Vent
Lower
Side
Vent
Fan
*Optional vents may be used in applications where the preferred vent cannot be used.
**Optional fan. Note that some models can be purchased with factory installed fan(s).
***Fan(s) are factory installed on these models.
- 30 -
Page 31
APPENDIX C - APPROVED VENTS
1 2
PLASTIC ROOF VENT UPPER & LOWER PLASTIC
SIDE VENT
Part No 3311236.xxx*
Cutout: 6-1/2” x 23-3/4” Cutout: 13-3/4” x 21-9/16”
Part No 3109350.xxx*
3 4
UPPER METAL SIDE VENT UPPER METAL SIDE VENT
Part No 3100451.xxx* Part No 8030122.xxx*
Cutout: 7-3/4” x 19-1/4” Cutout: 10-1/4” x 21”
*Sufx “xxx” should be replaced by a color code
- 31 -
Page 32
APPENDIX C - APPROVED VENTS
5 6
LOWER METAL SIDE VENT
Part No 3102364.xxx*
Part No 8030211.xxx*
Cutout: 9-11/16” x 19-1/4”
UPPER & LOWER
PLASTIC SIDE-BY-SIDE VENT
Part No 3109349.xxx*
Cutout: 13-5/8” x 28-5/8”
7
UPPER & LOWER
PLASTIC SIDE VENT
Part No 3109492.xxx*
Cutout: 9-11/16” x 19-1/4”
*Sufx “xxx” should be replaced by a color code
- 32 -
Page 33
APPENDIX C - APPROVED VENTS CONT'D
8 9
FAN
(INNOVATOR REFRIGERATOR
VENTILATION SYSTEM*)
Part No 3108705.751 Part No 3108705.744
FAN
(INNOVATOR REFRIGERATOR
VENTILATION SYSTEM*)
*
Patent #5,355,693
Wall or Frame
Vent
Frame
10
Z-BRACKET
Wall or Frame
"D" "D"
"Z" Bracket
Vent
Frame
"Z" Bracket
"Z" Bracket 3103812.
XXX
Use appropriate "D"
XXX = 016 = .62"
XXX = 024 = .81"
XXX = 040 = .19"
- 33 -
Page 34
APPENDIX D - VENT INSTALLATION PROCEDURES
Reference “APPENDIX C” for Approved Vents.
All fasteners referenced herein are to be provided by the installer. The screw types selected should be appropriate for
the application for which they are being used. For example; wood screw thread type for wood engagement, self tapping screw thread type for metal engagement, and plastic screw thread type for plastic engagement. Unless otherwise
noted, minimize lengths to t applications appropriately. Rivets are acceptable for use only where noted.
• APPLY SEALANT AROUND THE THREAD OR RIVET BODY OF ALL FASTENERS.
• APPLY DRY SEALANT AROUND SURFACE MOUNTING FACE OF ALL VENT FRAMES OR VENT
BASES PRIOR TO INSTALLATION.
• APPLY WET SEALANT AROUND PERIMETER OF ALL VENT FRAMES OR VENT BASES AFTER
INSTALLATION. ENSURE THAT SEALANT DOES NOT BLOCK THE MOLDED WEEP TRACKS IN
THE VENT FRAME.
ROOF VENT (CAP & BASE) -
1
PART # 3311236.XXX
a) Center the base over the 6 ½” x 23 ¾” cutout.
b) Secure using ten #10 screws.
c) Place cap on top of base.
d) Secure cap to base using four #10 screws.
These screws must be a minimum of 1 ¼”
long to provide proper engagement.
e) Apply sealant over all the screws.
UPPER & LOWER SIDE VENT -
2
PART # 3109350.XXX
a) Place frame into 13 ¾” x 21 9/16” cutout.
b) Secure frame using ten #10 screws through
inside ange of frame.
- Alternatively, use seven Z-brackets (see
“APPENDIX C”) if the cutout is not framed
or the wall is laminate construction. Use #10
screws to secure the frame via the Z-brackets.
c) Install the vent door into the frame using the
upper tabs as a guide.
d) Lock the vent door into place by fully seating
and twisting the black latches in the bottom
corners of the vent door.
UPPER METAL SIDE VENT -
3
PART # 3100451.XXX
a) Place vent over 7 ¾“ x 19 ¼” cutout.
b) Secure frame using fourteen #10 screws.
- Alternate use of rivets is acceptable.
UPPER METAL SIDE VENT -
4
PART # 8030122.XXX
a) Place vent over 10 ¼” x 21” cutout.
b) Secure frame using sixteen #10 screws.
- Alternate use of rivets is acceptable.
- 34 -
LOWER METAL SIDE VENT -
5
PART # 3102364.XXX / PART # 8030211.XXX
a) Place vent over 9 11/16”x 19 ¼” cutout.
b) Secure frame using sixteen #10 screws.
- Alternate use of rivets is acceptable.
UPPER & LOWER PLASTIC SIDE-BY-SIDE
6
VENT - PART # 3109349.XXX
a) Place frame into 13 5/8” x 28 5/8” cutout.
b) Secure the frame with ve Z-brackets (see
“APPENDIX C”) using #10 screws.
c) Install six #10 screws through the front
frame (three each end) to further secure
frame.
d) Remove screw cap plugs from the vent
frame and install over the six screws in
the front frame.
e) Install the vent door into frame using
upper tabs as a guide.
f) Lock the vent door into place by fully
seating and twisting the black latches in
the bottom corners of the vent door.
UPPER & LOWER PLASTIC SIDE VENT -
7
PART # 3109492.XXX
a) Place frame into 9 11/16” x 19 ¼” cutout.
b) Secure the frame with seven Z-brackets
(see APPENDIX C”) using #10 screws.
c) Install the vent door into frame using
upper tabs as a guide.
d) Lock the vent door into place by fully
seating and twisting the black latches in
the bottom corners of the vent door.
Page 35
APPENDIX E - REARVIEW EQUIPMENT
RM2351 & RM2354
1 heater - RM2351
2 heaters - RM2354
Relay
Power module
cover
12 V DC
Terminal block
Flexible cord
RM2410 & RM2510
Flue baffle
Drain water hose
Protection cover
Screw for protection cover
Burner jet
Manual gas shutoff valve
Inlet fitting
Heater
Inlet fitting
Flexible cord 12 volt DC terminal block
Burner jet
Screw for protection cover
- 35 -
Flue baffle
Protection cover
- RM2510 only
Page 36
APPENDIX E - REARVIEW EQUIPMENT
RM2451, RM2454, RM2551 & RM2554
Relay,
3-way only
Power module
cover
12V DC
12 volt
Terminal block
Burner jet
Manual gas shutoff valve
Heater
Flue baffle
Protection cover
Screw for protection cover
Power module
cover
Flexible cord
Inlet fitting
Drain water hose
RM2620 & RM2820
Heater
Thermofuse
Flue baffle
Protection
cover
Drain water hose
12V DC
Flexible cord
12 volt
terminal block
- 36 -
Inlet fitting
Burner jet
Manual gas shutoff valve
Page 37
APPENDIX E - REARVIEW EQUIPMENT
DM2652, DM2662, DM2663, DM2852, DM2862 & NDM1062
Relay,
3-Way only
Power module
cover
12V DC
Heater(s)
Thermofuse
Flue baffle
Protection
cover
Power module
Flexible cord
385 13 31−01
HVT
J3
J2
F3 (5A)
SWITCHED
12V
5
12 volt DC
Screw for protection cover
Terminal block
Burner jet
Drain water hose
Inlet fitting
Manual gas
shutoff valve
Shown without Secondary Burner Housing for illustrative purposes only.
RM3762 & RM3962
Heater
Thermofuse
Flue baffle
J1
F4 (5A)
AC HTR
AC HTR
LAMP
NEUT
LINE
TEST
NEUT
LINE
Protection
cover
12 V D C
12 volt
Terminal block
Flexible cord
D+
Drain water hose
- 37 -
Inlet fitting
Screw for protection cover
Burner jet
Manual gas
shutoff valve
Page 38
APPENDIX E - REARVIEW EQUIPMENT
RM1350M
Heaters
Protection Plate
HVT
J3
J2
F3 (5A)
SWITCHED
12V
12V DC
D
Drain Water Hose
385 13 31−01
J1
F4 (5A)
AC HTR
AC HTR
LAMP
NEUT
LINE
TEST
NEUT
LINE
Flexible Cord
Heaters
Protection Plate
Water Hose
Icemaker
Terminal Block, 12V DC
LP - Gas Connection
RM1350IM, RM1350MIM & RM1350WIM
Heating Cable
385 13 31−01
HVT
J3
J2
F3 (5A)
SWITCHED
12V
Power Module
J1
F4 (5A)
AC HTR
AC HTR
LAMP
NEUT
LINE
TEST
NEUT
LINE
Drain Water Hose
Water Hose
Water in the Door
(RM1350WIM Only)
Flexible Cord
Icemaker
Flexible Cord
Refrigerator
LP - Gas Connection
12V DC
D
Heating Cable
Water Valve
Terminal Block, 12V DC
Alternator Signal Wire *
Thermostat
*
(RM1350WIM Only)
Power Module
*Valid for refrigerators equipped with the automatic door locking system.
- 38 -
Page 39
APPENDIX E - REARVIEW EQUIPMENT
Flexible Cord Icemaker
RM1350WID
Heaters
Protection Plate
Water Hose
Icemaker
LP - Gas Connection
Heating Cable
Water Valve
Thermostat
Terminal Block, 12V DC
Alternator Signal Wire
12V DC
Drain Water Hose
Water Hose
Water Dispenser Door
Control Unit
Flexible Cord
WA RNI NG !
DISC ONNE CT 120 V AC
BEFO RE S ERV ICIN G
PART No . 385 13 78−01
CHEC K F USE
BEHI ND COV ER
5A
J5 J4 J3 J2
J1
J6
385 13 31−01
HVT
J3
J2
J1
F4 (5A)
F3 (5A)
SWITCHED
AC HTR
AC HTR
LAMP
NEUT
LINE
TEST
12V
NEUT
LINE
5
D
Ice Dispenser
Flexible Cord
Refrigerator
Heating Cable
Power Module
Heaters
12V DC
Burner Control
Protection Cover
Flue Bae
Thermofuse
Burner Jet
Manual Gas Shut O Valve
Inlet Fitting
NDA1402 (WITH ICE MAKER)
12V DC
Thermostat
12V DC
Water Solenoid Valve
Flexible Cord
Refrigerator
Power Module
and Fuses
Drain Water Hose
Heating Cable
Water Hose (Icemaker)
12 V DC Terminal Block
- 39 -
Page 40
Icemaker, Ice Dispenser
12 V DC Terminal Block
APPENDIX E - REARVIEW EQUIPMENT
NDA1402 (WITH ICE DISPENSER)
Heaters
12V DC
Burner Control
Protection Cover
Flue Baffle
Thermofuse
Manual Gas Shut Off Valve
12V DC
12V DC
Burner Jet
Heating Cable
Inlet Fitting
Thermostat
Water Hose (Icemaker)
Water Solenoid Valve
Flexible Cord
NDA1402 (WITH ICE AND WATER DISPENSERS)
Flexible Cord
Refrigerator
Ice Dispenser
Power Switch
Power Module
and Fuses
Drain Water Hose
Heaters
12V DC
Burner Control
Protection Cover
Flue Baffle
Thermofuse
Manual Gas Shut Off Valve
Flexible Cord
Icemaker, Ice Dispenser
Burner Jet
Inlet Fitting
Thermostat
12V DC
Heating Cable
Water Solenoid Valve
12 V DC Terminal Block
Flexible Cord Refrigerator
Dispenser Power Switch
Power Module and Fuses
12V DC
90° Connection, Water Dispenser
Drain Water Hose
Hose, Water Dispenser
Hose, Icemaker
- 40 -
Page 41
APPENDIX E - REARVIEW EQUIPMENT
NDM1062 (WITH ICE MAKER)
Heater
Relay
Power
Module
Cover
Flexible Cord
12V DC
Terminal Block
12 V D C
Flexible Cord
(Icemaker)
Manual Gas
Shutoff Valve
Thermostat
Inlet Fitting
Drain Water Hose
Shown without Secondary Burner Housing for illustrative purposes only.
Burner Jet
Thermofuse
Flue Bafe
Protection
Cover
- 41 -
Page 42
APPENDIX F - WIRING DIAGRAMS
RM2351, RM2451 & RM2551
RM2354, RM2454 & RM2554
- 42 -
Page 43
APPENDIX F - WIRING DIAGRAMS
RM2410
385 13 76
D
120 VOLTS AC
N
L
120 VOLTS AC
N
L
5N 5a
4a4L
D
C
3 3a
A
4a
3a
2a
1a
1
1
A
C
2
A
3
1
2
5N 5a
4L
3
2
1
1
B
C
3
2a2
1 1a
SWITCH
THERMOSTAT
B
JUNCTION BLOCK
HEATER
D
WHITE
BLACK
2
GREEN
B
293 00 92 2
D
100/120 VOLTS AC
N
L
F
6
3
1
2
2
1
2
RM2510
12 VOLTS DC
E
C
A
5
G
1
1
5
2
4
C
B
100/120 VOLTS AC 12 VOLTS DC
N
D
L
2
A
WHITE
1
BLACK
2
GREEN
3
GREEN/YELLOW
4
RED
5
GREY
6
B
A
C
E
G
A
SWITCH
THERMOSTAT
B
JUNCTION BLOCK
HEATER
D
TERMINAL BLOCK
REIGNITER
F
PILOT LAMP
F
G
- 43 -
Page 44
APPENDIX F - WIRING DIAGRAMS
RM2620 & RM2820
3 8 5 1 4 8 1
L
J 4
J 5
J 2
P3
1 2 3 4 1 2 3 4 5 6 1 2
M
GR O U N D+1 2 V
3 A
5 A
E
N
P1 P 2
T
DI S P L AY
BO A R D
F
GH
K
J 6
J 7
J 8
J 1 0
M
D
OR A N GE
9
N
J
T
GR E E N
P 1− 1
P 1− 4
BL U E
P 1− 2
RE D
P 1− 5
BR O W N
P 1− 6
BL A C K
P 1− 3
P 2− 1
9
P 2− 2
B
J 2
3
H
G
K
A
C I R CU I T B O A R D P O W E R
B
F U S E 3 A
C
F U S E 5 A
D
C I R CU I T B O A R D D I S P L A Y
E
E L E CT R O D E
T H E RM O F U S E
F
L A M P
G
S W I TC H L A M P
H
J H E A T ER 1 2 0 V A C
K
H E A TI N G C A B L E
L
T E R MI N A L B L O C K
M
T H E RM I S T O R
N
S O L EN O I D V A L V E
R E T AI N E R
O
A
C
J 4
J 5
J 8
J 7
J 6
3
3
F
195
L N
12 V DC
P
T
3
5
7
98W H I TE
P 3− 4
P 3− 3
P 3− 2
4
P 3− 1
8
J 10
1
1
1
1
1
P S
L
P R O TE C T I V E E A R T H
C H A SS I S G R O U N D
S
T E S T P O I N T
B L A CK1
B R O WN
2
R E D
Y E L LO W
4
G R E EN
6
G R E EN / Y E L L O W
B L U E
G R E Y
N
9
E
J
6 O
3 8 5 1 4 8 2
L
J 4
J 5
J 2
P3
1 2 3 4 1 2 3 4 5 6 1 2
U
DM2652, DM2662, DM2852 & DM2862
T
D
GR E E N
P 1− 1
OR A N GE
P 1− 4
BL U E
P 1− 2
RE D
P 1− 5
BR O W N
P 1− 6
BL A C K
P 1− 3
P 2− 1
M
GR O U N D+1 2 V
3 A
5 A
E
N
P1 P2
T
DI S P L A Y
BO A R D
F
GH
K
J 6
J 7
J 8
J 1 0
M
9
N
J
9
P 2− 2
H
G
K
A
C I R C U I T B O A R D P O WE R S
B
F U S E 3 A
C
F U S E 5 A
D
C I R C U I T B O A R D D I SP L A Y
E
E L E C T R O D E
T H E R M O F U S E
F
L A M P
G
S W I T C H L A M P
H
J H E A T E R 1 2 0 V A C
K
H E A T I N G C A B L E
L
T E R M I N A L B L O C K
M
T H E R M I S T O R
N
S O L E N O I D V A L V E
R E T A I N E R
O
A
C
B
J 4
J 5
J 8
J 7
J 2
3
J 6
J 10
3
3
U
F
195
L N
L
12 V DC
P
T
U
2
3
4
5
6
7
98W H I T E
P 3− 4
P 3− 3
P 3− 2
4
P 3− 1
9
8
1
1
1
1
1
P S
6 O
P R O T E C T I V E E A R T H
C H A S S I S G R O U N D
T E S T P O I N T
T H E R M A L F U S E
B L A C K1
B R O W N
R E D
Y E L L O W
G R E E N
G R E E N / Y E L L O W
B L U E
G R E Y
N
E
J
- 44 -
Page 45
APPENDIX F - WIRING DIAGRAMS
DM2652, DM2852 & DM2862 (WITH OPTIONAL FAN)
3 8 5 1 4 8 4
T
D
GR E E N
P 1− 1
OR A N GE
P 1− 4
BL U E
P 1− 2
RE D
P 1− 5
L
J 4
J 5
J 2
1 2 3 4 1 2 3 4 5 6 1 2
BR O W N
P 1− 6
BL A C K
P 1− 3
P 2− 1
M
GR O U N D+1 2 V
3 A
5 A
P3
P1 P2
T
DI S P L AY
BO A R D
J 6
J 7
J 8
J 1 0
M
9
P 2− 2
9
N
J
H
G
K
A
C
B
J 4
J 5
J 7
J 2
3
J 6
3
Y
F
195
L N
J 8
3
12 V DC
P 3− 4
P 3− 3
P 3− 2
4
P 3− 1
8
U
J 10
X
1
1
1
1
1
P S
L
N
9
E
3
3
1
6 O
V
J
Y
3 A
3 8 5 1 4 8 3
+1 2 V
L
J 4
J 5
J 2
P3
1 2 3 4 1 2 3 4 5 6 1 2
Y
F
W
3 A
5 A
E
N
U
O
K
P1 P 2
X
DI S P L AY
BO A R D
8 5
8 6
L
A
C I R C U IT B O A R D P O W E R
B
F U S E 3A
C
F U S E 5A
D
C I R C U IT B O A R D D I S P L A Y
E
E L E C T RO D E
T H E R M OF U S E
F
L A M P
G
S W I T C H L A M P
F
V
GH
H
J H E A T E R 1 2 0 V A C
K
H E A T I NG C A B L E
L
T E R M I NA L B L O C K
M
T H E R M IS T O R
N
S O L E N OI D V A L V E
R E T A I NE R
O
P R O T E CT I V E E A R T HP
C H A S S IS G R O U N D
S
T E S T PO I N T
T
U T H E R M O F U S E
V
F A N
X
F U S E 3A
Y T H E R M A L F U S E
B L A C K1
B R O W N
2
R E D
3
Y E L L O W
4
5
G R E E N
6
G R E E N /Y E L L O W
B L U E
7
G R E Y
98W H I T E
DM2663
8 7
8 5
X
D
GR E E N
P 1− 1
OR A N GE
P 1− 4
BL U E
P 1− 2
RE D
P 1− 5
BR O W N
P 1− 6
BL A C K
P 1− 3
P 2− 1
GR O U N D
N
N
9
P 2− 2
9
K
H
G
L
J
A
C I R C UI T B O A R D P O W E R
F U S E 3 A
B
C
F U S E 5 A
D
C I R C UI T B O A R D D I S P L A Y
E L E C TR O D E
E
T H E R MO F U S E
F
L A M P
G
H
S W I T CH L A M P
H E A T ER 1 2 V D C
J
K
H E A T ER 1 2 0 V A C
H E A T IN G C A B L E
L
M
T E R M IN A L B L O C K
N
T H E R MI S T O R
O
S O L E NO I D V A L V E
R E L A Y
P
R
R E T A IN E R
N
J 6
J 7
J 8
J 1 0
E
8 7
P
3 0
GH
A
C
B
J 4
J 5
J 2
J 6
3
1
3
F
195
L N
J 7
3
J 8
1
Y
J 10
1
M
12 V DC
S
W
Y
3
5
7
98W H I T E
P 3− 4
7
P 3− 3
7
P 3− 2
4
P 3− 1
9
8
W
3
1
1
1
S U
6 R
P R O T EC T I V E E A R T H
C H A S SI S G R O U N D
U
F U S E 3 0 A
T E S T P O I N T
X
T H E R MA L F U S E
B L A C K1
B R O W N
2
R E D
Y E L L OW
4
G R E E N
6
G R E E N/ Y E L L O W
B L U E
G R E Y
P
3 0
8 6
O
E
3
3
K
J
- 45 -
Page 46
U
3
12 V D C
H
A
B
C
D
E
F
G
C I R CU I T B O A R D D I S P L A Y
F U S E 5 A
S W I TC H L A M P
L
K
H E A TE R 1 2 0 V A C
L A M P
MNT H E RM O F U S E
P RO T E C T I V E E A R T H
R
T E S T P O I N T
F A N S
C I R CU I T B O A R D P O W E R
S
T E R MI N A L B L O C K
C H A SS I S G R O U N D
T
H
F U S E 3 A
E L E CT R O D E
T H E RM I S T O R
J HE A T I N G C A B L E
N
GR O U N D+1 2 V
L
1 2 3 4 1 2 3 4 5 6 1 2
DI S P L AY
BO A R D
3 A
J 4
J 5
J 2
J 6
J 7
J 8
L
P3
J 10
P1 P 2
T
5 A
D
J
CL C
J2
J1 0
P 1− 1
P 1− 4
P 3− 4
P 3− 3
P 3− 1
A
C
B
J5J8J7
J6
P 3− 2
T
P 1− 5
P 1− 2
P 1− 6
P 1− 3
L
P 2− 1
P 2− 2
9
9
GR E E N
OR A N GE
BL U E
RE D
BR O W N
BL A C K
3
L N
H
195
K
1
O
6 P
R S
4
9
GN D
LA C
+1 2 V
F
G
1
8
3
3
1
8
LA C
+1 2 V
GN D
CL C
G
O
J
E
F
U T H E R M O F U S E
E
8
J4
M
3
3
N
1
1
1
1
OPS O L EN O I D V A L V E
R E T AI N E R
M
N
3
1 1
3 A
V
F U S E 3 AV
U
G R E EN / Y E L L O W
G R E EN
7
6
5
4
3
2
1 BL A C K
B R O WN
R E D
B L U E
G R E Y
W H I TE
8
9
Y E L LO W
T H E RM A L F U S EY
Y
Y
3 8 5 1 4 0 4
APPENDIX F - WIRING DIAGRAMS
RM3762 & RM3962
3 8 5 1 4 9 5
A
H
J
1
BR O W N
P1 − 1
BL A C K
B
C
F
E
DI S P L AY
C
BU T T O NS
G
N
P 2
P 4
P 3
P 1
P 7
J1
P 6
J3
P 5
D
F3
J2
P1 − 2
RE D
P1 − 3
P2 − 1
9
P2 − 2
9
10
G RO U N D
L
K
T
S
C
T
E
G
J
S
L
N
P TE R M I N A L B L O C K
CI R C U IT B O A RD P O WE R
J3
J2
1
C O N T R O L B O A R DA
C I R C U I T B O A R D D I S P L A Y
B
T H E R M I S T O R
F U S E 5 A M I N I A U T O
D
F U S E 5 A G L A S S
F SO L E N O I D V A L V E
E L E C T R O D E
T H E R M A L F U S E
H
T H E R M O F U S E
H E A T E R 1 2 0 V A C
K
P R O T E C T I V E E A R T H
R E T A I N E R
M
B U R N E R H O U S I N G
O CH A S S I S G R O U N D
J1
D
P 5
P 6
8
P 7
1
10
3
P
+
12 V D C D +
F3
R
9
N
G
H
3
4
E
P 3
P 1
7
P 2
P 4
13
1
O11
9
195
L N
S W I T C H L A M P
R
S
L A M P
H E A T I N G C A B L ET
B L A C K1
B R O W N
2
R E D
3
4
Y E L L O W
5
G R E E N
6
G R E E N / Y E L L O W
B L U E
7
8
G R E Y
9
W H I T E
1 0
L I G H T B L U E
J
F
7
K
L
6
M
NDM1062 (STAINLESS STEEL DOORS)
- 46 -
Page 47
APPENDIX F - WIRING DIAGRAMS
NDM1062 (STAINLESS STEEL DOORS & ICE MAKER)
3 8 5 1 4 4 4
J
L
J4
J5
J2
U
Y
8 6
3 0
AG
AE
°
C
AF
D
+1 2V
CL C
GN D
LA C
L
3 A
5 A
P1 P 2
P3
1 2 3 4 1 2 3 4 5 6 1 2
T
DI S P LA Y
BO A R D
LA C
+1 2 V
GN D
CL C
E
J
G
F
O
8 5
8 7
AD
3 A
N
L
3
1
J6
J7
J8
J1 0
L
M B 4
3
GR O U ND+12 V
AA
AB
8
N
GR O U ND
T
GR E EN
OR A NG E
BL U E
BR O WN
BL A CK
9
9
1
H
M
N
P 1− 1
P 1− 4
P 1− 2
RE D
P 1− 5
P 1− 6
P 1− 3
P 2− 1
P 2− 2
B
J2
3
3
F
8
G
1
8 6
8 5
8 7
3
1
1
A
B
C
D
E
F
G
H
J HE A T I N G CA B L E
K
L
MNT H ER M O F U S E
OPS O LE N O I D V A L V E
RSP R OT E C T I V E E A R T H
TUT E ST P O I N T
3
3 0
AD
AG
AE
°
C
AF
C I RC U I T B O A R D P OW E R
F U SE 3 A
F U SE 5 A
C I RC U I T B O A R D D IS P L A Y
E L EC T R O D E
L A MP
S W IT C H L A M P
H E AT E R 1 2 0 V A C
T E RM I N A L B L O C K
T H ER M I S T O R
F A NS
R E TA I N E R
C H AS S I S G R O U N D
T H ER M O F U S E
A
C
J4
J5J8J7
J6
3
Y
U
195
L N
AC
L N
12 0 V A C
12 V D C
159
P 3− 4
P 3− 3
P 3− 2
P 3− 1
J1 0
V
1
1
K
9
6
V
Y
AA
AB
AC
AD
AE
AF
AG
2
3
4
5
6
7
98W H IT E
4
9
8
M
3
3
1
1
1
R S
6 P
6
M B 4
AB
P RO T E C T IV E E A R TH
C H AS S I S G R O U N D
I C EM A K E R
W A TE R V A L V E
T E RM I N A L B L O C K
R E LA Y
H E AT I N G C A B L E
T H ER M O S T A T
F U SE 4 A
B L AC K1
B R OW N
R E D
Y E LL O W
G R EE N
G R EE N / Y E L L O W
B L UE
G R EY
E
N
1 1
1
2
6
AA
O
3
H
9
- 47 -
Page 48
APPENDIX F - WIRING DIAGRAMS
W
3
12 V D C
H
A
B
C
D
E
F
G
C IR C U I T B O A R D D I S P L AY
F US E 5 A
S WI T C H LA M P
L
K
H EA T E R 12 0 V A C
L AM P
MNT HE R M O F US E
F AN S
C IR C U I T B O A R D P O W E R
T ER M I N A L B L O C K
H
F US E 3 A
E LE C T R O DE
T HE R M I S TO R YE L L OW
98W HI T E
G RE Y
B LU E
R ED
B RO W N
B LA C K1
2
3
4
5
6
7
J H E A TI N G C AB L E
G RE E N
G RE E N / Y EL L O W
N
GR O UN D+1 2 V
L
1 2 3 4 1 2 3 4 5 6 1 2
DI S PL A Y
BO A RD
3 A
J4
J5
J2
J6
J7
J8
L
P3
J1 0
P1 P2
Z
5 A
D
J2
P1 − 1
P1 − 4
P3 − 4
P3 − 3
P3 − 1
A
C
B
J5J8J7
J6
P3 − 2
Z
P1 − 5
P1 − 2
P1 − 6
P1 − 3
L
P2 − 1
P2 − 2
9
9
GR E EN
OR A NG E
BL U E
RE D
BR O WN
BL A CK
3
L N
H
195
K
1
O
6 P
S X
4
9
F
G
8
O
E
J
T
3
U
3
8
O S O L EN O I D VA L V E
31
1
J
U
FG
T
J1 0
E
8
J4
333
1 1
M N
1
1
1
1
M
N
P R E T AI N E R
3 A
Y
T HE R M A L F U S ER
S P R O TE C T I V E E A R T H
T ES T P O IN TZ
F US E 3 AY
C HA S S I S G R O U N DX
W
S WI T C H L. A . CU
T HE R M O F US E
T S W I TC H
R
W
R
3 8 5 1 4 0 5
NDM1062 (DOOR INSERT PANELS)
NDM1062 (DOOR INSERT PANELS & ICE MAKER)
3 8 5 1 4 5 2
J
T
1
3
U
L
J4
J5
J2
P3
1 2 3 4 1 2 3 4 5 6 1 2
W
R
86
30
AD
AG
AE
°
C
AF
D
31
8
3
3 A
5 A
P1 P2
Z
DI S PL A Y
BO A RD
E
FG
U
J
T
O
85
87
3 A
L
L
J6
J7
J8
J1 0
M B 4
N
Z
GR E EN
P1 − 1
OR A NG E
P1 − 4
BL U E
P1 − 2
RE D
P1 − 5
BR O WN
P1 − 6
BL A CK
P1 − 3
P2 − 1
9
P2 − 2
9
GR O UN D+1 2 V
N
F
8
H
L
M
N
AA
AB
GR O UN D
G
1
86
85
87
30
AD
3
AE
1
1
AF
CI R C U I T B O A RD P O W ER
A
FU S E 3 A
B
C
FU S E 5 A
D
CI R C U I T B O A RD D I S PL A Y
EL E C T R OD E
E
F
LA M P
SW I T C H L A M P
G
H
HE A T E R 1 2 0 V A C
J HE A T I NG C A B LE
TE R M I N AL B L OC K
K
TH E R M I ST O R
L
MSTH E R M O FU S E
N FA N S
O S OL E N O I D V A L VE
P RE T A I NE R
R T HE R M A L F U S E
PR O T E C TI V E EA R T H
T S WI T C H
U SW I T C H L . A . C
W T HE R M O F US E
A
C
B
J2
J5J8J7
J6
J4
3
3
W
195
L N
3
AG
°
C
J1 0
Y
3
R
1
K
12 V D C
6
AC
159
L N
12 0 V A C
X CH A S S IS G R O UN D
Z
AB
AD
AF
P3 − 4
P3 − 3
P3 − 2
4
P3 − 1
8
M
3
1
1
1
1
S X
6 P
9
M B 4
AB
FU S E 3 AY
TE S T P OI N T
AA
IC E M A K ER
WA T E R VA L V E
AC
TE R M I N AL B L OC K
RE L A Y
AE
HE A T I N G C A B LE
TH E R M O ST A T
AG
FU S E 4 A
BL A C K1
BR O W N
2
RE D
3
YE L L O W
4
5
GR E E N
6
GR E E N / YE L L O W
BL U E
7
GR E Y
98WH I T E
9
6
3
1 1
6
O
E
N
3
H
9
1
2
AA
- 48 -
Page 49
APPENDIX F - WIRING DIAGRAMS
RM1350M (MANUAL DOOR LOCK & DOOR INSERT PANELS OR STEEL DOORS)
3 8 5 1 4 9 0
3
3
3
CI R C UI T B OA R D P O W ER
J3
J2
F
P 5
F3
1
3
+
12 V DC
G
J1
P 1
1
U
X
1
3
5
7
9
P 2
P 4
P 3
U
HE A T E R 1 2 0V A C
T
CH A S S IS G RO U N D
PR O T E CT I V E E A R TH
V
RE T A I NE R
BL A C K
BR O W N
2
RE D
YE L L O W
4
GR E E N
GR E E N /Y E L LO W
6
BL U E
G R E Y
8
W H I T E
L I G H T G R E E N
10
P 6
P 7
1
9
R
+
D
BR O W N
P1 − 1
BL A C K
A
B
C
K
FA N
3
RE L A Y
1010
3 1
L
1
1
°
C
1 1 0
M
3
8 5
1
8 7
3 3
FA N
3
8 6
3 0
P1 − 2
RE D
P1 − 3
D
10
3
3
U
CO N T R OL B OA R D
A
CI R C U IT B OA R D DI S P L AY
B
TH E R M IS T O R
C
HE A T I NG C AB L E
D
SO L E N OI D VA L V E
E
FU S E 5A M IN I A UT O F US E
F
FU S E 5A G LA S S
G
EL E C T RO D E
H
BU R N E R H O US I N G
J
HE A T I NG C AB L E GI R D E R
K
DO O R CO N T AC T
L
TH E R M OS T A T
M
LA M P
N
SW I T C H L A MP
O
TH E R M O F U SE
P
TE R M I NA L BL O C K
R
P2 − 1
9
P2 − 2
9
N
3
1
O
1
4A
7
9
195
L N
12 0 VA C
H
J
3
4
7
1
1
1
V X
P
E
T
RM1350MIM (MANUAL DOOR LOCK, ICE MAKER & DOOR INSERT PANELS)
3 8 5 1 4 9 1
3
4
7
1
1
1
Z
B L A C K1
B R O W N
2
R E D
4
Y E L L OW
G R E E N
6
G R E E N/ Y E L L O W
B L U E
G R E Y
8
W H I T E
L I G H T G R E E N
H
J
R
E
U
V
BR O W N
L
1
3
C
1 10
BL A C K
D
3
Y
GR E E N
BR O W N
BL A C K
WH I T E
B
A
K
FA N
1
3
1
°
C
3
RE L A Y
8 5
8 7
WA T E R V AL V E
9
195
L N
12 0 VA C
1010
3 1
M
3
Z
FA N
3
8 6
3 0
I N O PE R A T I O N T H E I C E M A K E R
W I L L A D D 1 . 4 A T O T H E
T O T A L R E F R I G E R A T O R D R A W
P1 − 1
P1 − 2
RE D
P1 − 3
P2 − 1
9
P2 − 2
9
10
3
N
3
1
P
1
1
4A
O
°
C
X
IC EM AK ER
CI R C UI T BO A R D P O WE R
J3
J2
3
3
3
3
B
C
D
E
F
G
H E L E C T R O D E
J
K
L
M
N L A M P
O H E A T I N G C A B L E
P S W I T C H L A M P
R T H E R M O F U S E
S T E R M I N A L B LO C K
J1
F
P 6
P 5
F3
1
3
S
+
12 V DC
C O N T RO L B O A R DA
C I R C UI T B O A R D D I S P L A Y
T H E R MI S T O R
H E A T IN G C A B L E
S O L E NO I D V A L V E
F U S E 5 A M I N I A U T O F U S E
F U S E 5 A G L A S S
B U R N ER H O U S I N G
H E A T IN G C A B L E G I R D E R
D O O R C O N T A C T
T H E R MO S T A T
9
G
P 7
P 3
P 1
1
1
9
+
D
7
P 2
P 4
Y
195
L N
12 0 VA C
U
H E A T ER 1 2 0 V A C
V
R E T A IN E R
X
T H E R MO S T A T
C H A S SI S G R O U N DY
Z P R O T E C T I V E E A R T H
3
5
7
9
1 0
- 49 -
Page 50
APPENDIX F - WIRING DIAGRAMS
RM1350IM (AUTOMATIC DOOR LOCK, ICE MAKER & STEEL DOORS)
3 8 5 1 4 9 2
BR O WN
B
A
K
FA N
1
3
1
°
C
M
3
RE L A Y
8 5
8 7
WA T E R V AL V E
9
195
L N
12 0 VA C
1010
3 1
3
Z
FA N
3
8 6
3 0
I N O P ER A T I O N T H E I C E M A K E R
W I L L AD D 1 . 4 A T O T H E
T O T A L R E F R I G E R A T O R D R A W
BL A CK
C
D
L
10
3
1 10
3
1
Y
3
3
X
GR E E N
BR O W N
BL A C K
WH I T E
P1 − 1
P1 − 2
RE D
P1 − 3
P2 − 1
9
P2 − 2
9
N
3
1
P
1
1
4A
O
°
C
IC EM AK ER
CI R C UI T B O A RD P OW E R
J3
J2
J1
F
P 6
P 7
P 5
F3
3
3
1
3
+
12 V DC
9
S
D
3
3
C O N T R OL B O A R DA
B
C I R C U IT B O A R D D I S P L A Y
C
T H E R M IS T O R
D
H E A T I NG C A B L E
E
S O L E N OI D V A L V E
F U S E 5A M I N I A U T O F U S E
F
G
F U S E 5A G L A S S
H E L E C T R O D E
J
B U R N E R H O U S I N G
K
H E A T I NG C A B L E G I R D E R
L
D O O R CO N T A C T
M
T H E R M OS T A T
N L A M P
O H E A T I N G C A B L E
P S W I T C H L A M P
R T H E R M O F U S E
S T E R M I N A L B L O C K
G
P 3
P 1
1
+
7
P 2
P 4
9
11
Y
1 2 3
T
T
U
V
X
Z P R O T E C T I V E E A R T H
2
3
4
5
6
7
8
9
1 0
H
9
L N
12 0 VA C
D OO R I G N I T IO N L O C K
H E A T E R 1 2 0 V A C
R E T A I NE R
T H E R M OS T A T
C H A S S IS G R O U N DY
B L A C K1
B R O W N
R E D
Y E L L O W
G R E E N
G R E E N /Y E L L O W
B L U E
G R E Y
W H I T E
L I G H T G R E E N
195
J
3
4
E
7
1
1
1
Z
V
R
U
RM1350WIM (AUTOMATIC DOOR LOCK, ICE MAKER, WATER DISPENSER &
DOOR INSERT PANELS OR STEEL DOORS)
3 8 5 1 4 9 3
195
L N
H
J
3
4
7
1
1
1
R
E
U
J
Z
BR O WN
B
A
K
FA N
1
1
3
3
°
C
RE L AY
WA T ER V AL V E
W 1
12 V DC
9
3
12 0 V A C
3
L N
1
M
8 5
8 7
195
3 1
3
W 2
12 0 VA C
9
101 0
3
FA N
33
8 6
3 0
I N OP E R A T I O N T H E I C E MA K E R
W I L L A D D 1 . 4 A T O T H E
T O T AL R E F R I G E R A T O R D RA W
BL A CK
C
D
L
10
3
1 10
3
1
Y
3
3
1
1 2 3
V
Z
RE D
1
GR E EN
BR O WN
BL A CK
WH I TE
P1 − 1
P1 − 2
P1 − 3
P2 − 1
9
P2 − 2
9
N
3
1
P
1
4A
O
°
C
X
IC EM AK ER
CI R CU I T B O AR D PO W ER
J3
J2
J1
F
P5
P6
P7
F3
3
3
1
3
3
3
B
C
D
E
F
G
H E L E C T R O D E
J
K
L
M
N L A M P
O H E A T I N G C A B LE
P S W I T C H L A M P
R T H E R M O F U S E
S T E R M I N A L B L O C K
S
+
12 V D C
C O N TR O L B O A R DA
C I R CU I T B O A R D D I S P L A Y
T H E RM I S T O R
H E A TI N G C A B L E
S O L EN O I D V A L V E
F U S E 5 A M I N I A U T O F U SE
F U S E 5 A G L A S S
R E T AI N E R
H E A TI N G C A B L E G I R D E R
D O O R C O N T A C T
T H E RM O S T A T
9
G
1
9
+
D
7
P4P3P1
P2
9
11
Y
1 2 3
T
T
U
V
X
Z P R O T E C T I V E EA R T H
2
3
4
5
6
7
8
9
1 0
12 0 V A C
D OO R I G N IT I O N L O CK
H E A TE R 1 2 0 V A C
W A T ER D I S P E N S E R
T H E RM O S T A T
C H A SS I S G R O U N DY
B L A CK1
B R O WN
R E D
Y E L LO W
G R E EN
G R E EN / Y E L L O W
B L U E
G R E Y
W H I T E
L I G H T G R E E N
- 50 -
Page 51
APPENDIX F - WIRING DIAGRAMS
RM1350WID (AUTOMATIC DOOR LOCK, ICE MAKER, WATER AND ICE DISPENSERS & DOOR
INSERT PANELS OR STEEL DOORS)
3 8 5 1 4 9 4
B RO W N
9
3
C
L
1 1 0
1
3
2
W 2
12 0 V A C
Y
B LA C K
D
9
Q
R ED
1 0
3
3
J 6
J 5
B
A
K
F AN
F AN
33
3
3
R EL A Y
8 6
3 0
3
I N O P E R A T I O N T H E I C E M A K E R
W I L L A D D 1 . 4 A T O T H E
T O T A L R E F R I G E R A T O R D R A W
1
1
°
C
9
IC E MA K ER
1
1 010
3 1
1
M
3
8 5
8 7
3
1
W AT E R V A L V E
W 1
12 V D C
3
9
J 8 − 1
J 8 − 3
J 8 − 2
J 8 − 4
2
5
P 1− 1
P 1− 2
P 1− 3
P 2− 1
9
P 2− 2
9
N
1
1
1
4 A
°
C
X
1
J 7− 1
J 7− 2
C ON T R O L M O D UL E
W AT E R & I C E
J 4
J 3
4
5
195
L N
1 20 V A C
4
7
195
L N
H
J
3
1
1
R
E
1
U
J
Z
C IR C U I T B O A RD P O W E R
9
J3
J2
F
F3
3
3
3
3
P
3
I
O
3
9
U 1− 1
U 1− 2
J1
P 6
P 7
P 5
1
3
+
1 2V D C
9
U 4
U 3
V
G
P 3
P 1
1
9
S
+
D
B
D
F
H
J
L
5 A
J 2
J 1
N LA M P
P SW I T C H L A M P
7
P 4
P 2
9
11
Y
1 2 3
T
1 20 V A C
C O N T R O L B O A R D
A
C I R C U I T B O A R D D I S P L A Y
C
T H E R M I S T O R
H E A T I N G C A B L E
E
S O L E N O I D V A L V E
F U S E 5 A M I N I A U T O F U S E
F U S E 5 A G L A S S
G
E L E C T R O D E
H E A T I N G C A B L E D O O R
I
R E T A I N E R
K
H E A T I N G C A B L E G I R D E R
D O O R C O N T A C T
M
T H E R M O S T A T
O H E A T I N G C A B L E
A U G E R
Q
T H E R M O F U S ER
S
T E R M I N A L B L O C K
T
D O O R I G N I T I O N L O C K
U
H E A T E R 1 2 0 V A C
V
W A T E R & I C E D I S P E N S E R
T H E R M O S T A T
X
C H A S S I S G R O U N DY
Z P R O T E C T I V E E A R T H
Z
B L A C K1
B R O W N
2
R E D
3
4
Y E L L O W
5
G R E E N
6
G R E E N / Y E L L O W
B L U E
7
G R E Y
8
W H I T E
9
1 0
L I G H T G R E E N
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APPENDIX F - WIRING DIAGRAMS
6
7
8
9
10
5
4
3
2
1
BL AC K
YE LL OW
RE D
BL AC K
RE D
BL AC K
RE D
BL AC K
WH IT E
RE D
BR OW N
GR EE N
BL AC K
RE D
2
4
6
5
3
1
123
4 432
1
BL UE
YE LL OW
GR EY
2
4
3
1
6
5
4
1
2
3
RE D
WH IT E
RE D
BL AC K
YE LL OW
BL AC K
J
K
L
M
F
D
E
H
G
1
3
4
2
GR EY
WH IT E
YE LL OW
BL UE
R
D I SP L A Y
1 2
WH IT E
YE LL OW
J1
J2
J3J4J5
J6J7J8J9J1 0
J1 1
TE ST
PO RT
3A
7. 5 A
5A
7. 5 A
3A
Z
+ −
1 2 V D C
BL AC K
RE D
WH IT E
WH IT E
BL AC K
RE D
BL AC K
BL AC K
LN
Y
A
B
C
D
E
F
G
S W IT C H F R E E Z E R
1 2 V D C B U R N E R CO N T R O L
L A MP F R I D G E
L
K
F A N F R I D G E
S W IT C H F R I D G E
M
POS O LE N O I D V A L V E
Q
F A N F R E E Z E R
E L EC T R O D E
T H ER M I S T O R F R E EZ E R F L A N G E
C I RC U I T B O A R D PO W E R
R
T H ER M I S T O R F R I DG E F L A N G E
T H ER M O S T A T
H
C I RC U I T B O A R D DI S P L A Y
L A MP F R E E Z E R
T H ER M I S T O R F R E EZ E R A I R
J T H E R M I ST O R F R I D G E A IR
H E AT I N G E L E M E N T D R A I N T R A Y
T H E A T I N G E L E ME N T F R I D G E
S
U
T H ER M O F U S EV
T E RM I N A L B L O C K
H E AT I N G C A B L E FR O N T F R A M E
X H E A T I N G E L E ME N T F R E E Z E R
W
Y
H E AT E R 1 2 0 V A CZ
P R OT E C T I V E E A R T H
S T
N
N
X
W
U
BLACK
RE D
V
B
GR EY
BL AC K
WH IT E
O
P
C
A
P3 P 2 B L UE
P5 B LU E
BL AC K
OR AN GE
3 8 5 1 3 2 4
FA N
°
C
Q
FA N
RE D
RE D
RE D
RE D
BL AC K
BL AC K
N C H A S S I S G R O U N D
3A
2
NDA1402*
FUSES
Fuses (from left to right) protect
the following components.
Fuse Type of component
3A A, B, C, E, G, H, P, R
7.5A S, T
3A W*
7.5A X
5A Z
* Optional ice maker heat-kit
3A inline fuse for the power vent fans
NDA1402 (WITH ICE MAKER)
3851324 (2) + 3850699 (2)
*NDA1402 has two wiring diagrams:
• Models with ice maker
3851324 (2) + 3850699 (2)
• Models with ice dispenser
3851324 (2) + 3850897 (3)
• Models with ice and water dispensers
3851324 (2) + 3851112
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Page 53
APPENDIX F - WIRING DIAGRAMS
NDA1402 (WITH ICE DISPENSER)
3851324 (2) + 3850897(3)
NDA1402 (WITH ICE AND WATER DISPENSERS)
3851324 (2) + 3851112
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