Base manual covers 84” tall bottom mount refrigerators. Service Bottom Mount Refrigerators Service Manual for Amana® Refer to “Technical Sheet”, part #12074201 for values and wiring schematics. This manual is to be used by qualified appliance technicians only. Amana does not assume any responsibility for property damage or personal injury for improper service procedures done by an unqualified person.
Safety and Electrical Information Safety Symbols, Words, and Labels Grounding Information Standard color for ground wires is green or green with yellow striping. Ground wires are not to be used as conductors carrying current. Compressor, condenser fan motor, evaporator fan motor, defrost timer, temperature control, and ice maker are grounded through an individual wire attached to electrical component and another part of refrigerator.
Contents Safety and Electrical Information Safety Symbols, Words, and Labels ....................... 2 Electrical Requirements .......................................... 2 Grounding Information ............................................. 2 Installation Instructions ............................................... 5 Sound Information ...................................................... 9 System Diagnosis Pressure and Relationship Chart ........................... 10 Refrigerant Overcharge Symptoms .......
Contents Ice Maker Operation ............................................................... 42 Specifications ........................................................ 42 Testing Procedures ................................................ 42 Disassembly Procedures ....................................... 43 Cover .................................................................. 43 Module, Motor, and Support Assembly .............. 43 Shut-off Arm .......................................................
Installation Instructions Uncrating Securing WARNING WARNING To avoid severe personal injury or property damage from refrigerator tipping over, do not open more than one door at a time, until refrigerator has been secured to the structure. Secure refrigerator to structure using lag bolts located in the refrigerator's machine compartment. To avoid severe personal injury or property damage from refrigerator tipping over, 2 or more people are required to install refrigerator.
Installation Instructions 8. Remove (4) 1/4" screws with a magnetic extended screw driver. 9. Pull air grille assembly forward. 12. Roll refrigerator into cutout to within 3" of being flush with kitchen cabinets. To avoid kitchen cabinet damage, place cardboard between kitchen cabinets and refrigerator. Push cardboard back with refrigerator and remove cardboard when refrigerator is in place. Remove power cord slack by pulling nylon cord straight out while pushing refrigerator completely into place.
Installation Instructions Water Connection Door Panel Installation The garden hose fitting, compression nut, and sleeve are located in the literature packet. Amana ® Clean 'n Clear ™ Bayonet Style Water Filtration System WF60 is shipped in crisper drawer. See water filter installation and operating instructions for specifics. 1. Flush air and impurities from water line by turning on water supply and running a pint or more of water into a bucket. 2. Remove plastic cap from water valve fitting.
Installation Instructions Freezer Door 3/4" Raised Panel 1. Slide out handle screw insert and remove handle by removing screws with a Phillips screwdriver. Handle is in 2 pieces, reinstall if pieces come apart. Screws Hinge Adjustment Verify proper door alignment. Wait until panels are installed for door settlement. Only the top hinge is adjustable. Adjust top hinge by completing the following: 1. Remove air grille blade and air grille assembly. 2. Loosen top hinge screws.
Sound Information Normal Operating Sounds This new refrigerator may be replacing a differently designed, less efficient or smaller refrigerator. Today’s refrigerators have new features and are more energy efficient. As a result, certain sounds may be unfamiliar. These sounds are normal and will soon become familiar. These sounds also indicate the refrigerator is operating and performing as designed. • Freezer and fresh food fan air rushes and whirs.
System Diagnosis Pressure and Relationship Chart Condition Suction Pressure Variation from Normal Head Pressure Variation from Normal T1 Inlet Temperature Variation from Normal T2 Outlet Temperature Variation from Normal T3 Suction Temperature Variation from Normal Wattage Variation from Normal Refrigerant Overcharge Increase Increase Warmer Warmer Colder Increase Refrigerant Shortage Decrease Decrease or Increase See "Refrigerant Shortage Symptoms" Colder Warmer Warmer Decrease Partial
System Diagnosis Refrigerant Overcharge Symptoms Restriction Symptoms • Above normal freezer temperature. • Compressor running continuously. • Freezing in refrigerator due to Chef’s Pantry™ .•High suction and head pressure. • High wattage. • Warm evaporator inlet and outlet temperature. • Below ambient suction tube temperature. Check for separated heat exchanger when suction temperature is colder than ambient.
System Diagnosis When ambient temperature is below cut-in of temperature control, compressor will not operate. Air in System Symptoms Air in system can be caused by low side leak or improper servicing. If low side leak occurs, temperature control will not achieve temperatures and compressor will run continuously. Compressor will eventually pump low side into a vacuum, drawing air and moisture into system. Air and R134a do not mix.
HFC134a Service Information HFC134a is alternative refrigerant for CFC12. HFC134a has an ozone depletion potential (ODP) factor of 0.0 and a global warming potential (GWP) factor of 0.27. HFC134a is not flammable and has acceptable toxicity levels. HFC134a is not interchangeable with CFC12. There are significant differences between HFC134a and CFC12 which must be considered when handling and processing refrigeration system.
HFC134a Service Information Service Equipment Drier Replacement Listed below is equipment needed for proper servicing of HFC134a systems. Verify equipment is confirmed by manufacturer as being compatible with HFC134a and ester oil system. Prior to opening refrigeration system, recover HFC134a refrigerant for safe disposal. Equipment must be exclusively used for HFC134a. Exclusive use of equipment only applies to italic items. Cut drier out of system by completing the following steps.
HFC134a Service Information Replacement Service Compressor WARNING HFC134a service compressors will be charged with ester oil and pressurized with dry nitrogen. Before replacement compressor is installed, pull out 1 rubber plug. A pop from pressure release should be heard. If a pop sound is not heard, do not use compressor. Positive pressure in compressor is vital to keep moisture out of ester oil. Do not leave compressor open to atmosphere for more than 10 minutes.
HFC134a Service Information WARNING To avoid severe personal injury or death from fire keep system free from contamination due to presence of air. Follow instructions exactly. Before opening system evaporator coil must be at ambient temperature to minimize moisture infiltration into system. 1. After capturing refrigerant, replacing drier and making any repairs, evacuate system from high side through drier/process tube and low side through compressor process tube simultaneously.
Refrigerant Flow November 1996 17 RS1200001
Air Flow RS1200001 18 November 1996
Machine Compartment Assembly November 1996 19 RS1200001
Component Function and Testing Capacitor Run capacitor connects to relay terminal. WARNING To avoid electrical shock w hich can cause severe personal injury or death, discharge capacitor through a resistor before handling. 1. Disconnect pow er to refrigerator. 2. Remove capacitor and disconnect capacitor w ires. 3. Discharge capacitor by shorting across terminals w ith a resistor for 1 minute. 4. Check resistance across capacitor terminals w ith ohmeter set on "X1K" scale.
Component Function and Testing Condenser Condenser is a tube and w ire construction located in compressor compartment. Condenser is on high pressure discharge side of compressor. Refrigerant flow s from compressor into a precondenser serpentine below drain pan to evaporate defrost w ater. From serpentine, refrigerant flow s into pre-condenser loop (Yoder loop) foamed around freezer door opening to help control external condensation around freezer door and on flange.
Component Function and Testing Motor, Condenser fan moves cooling air across condenser coil Check resistance across coil. condenser psc and compressor body. The condenser motor is in a parallel circuit w ith the compressor. Motor, ecm evaporator fan Evaporator motor moves air across evaporator coil and throughout refrigerator. Check resistance from ground connector solder. Trace to motor frame must not exceed .05 ohms. Check pow er at connector to evaporator motor.
Component Function and Testing Sw itch, icemaker interlock, no Opens circuit to icemaker w hen freezer door is open to Check resistance across terminals w ith: prevent cycle w hile door is open. Sw itch arm depressed Closed Sw itch arm not depressed Open Sw itch, light nc Completes circuit to turn on light w hen refrigerator or freezer door is opened.
Component Function and Testing Thermostat Check resistance across terminals, or for pow er at thermostat or high voltage board A/C output. Thermostat is in a series circuit betw een high voltage board and defrost heater. Opens and breaks circuit w hen thermostat senses preset temperature above freezing. After defrost thermostat opens, thermostat remains open until end of defrost cycle and refrigerator starts cooling again and defrost thermostat senses a preset temperature generally below freezing.
Electronic Functional Description November 1996 25 RS1200001
Electronic Functional Description 2. Check for voltage on terminal 7 on pin connector of high voltage board. Output voltage should toggle with toggling of light switch. If it does not toggle high voltage board needs replacing. 3.
Electronic Functional Description Freezer Temp Pad 1. Activate freezer mode by pressing Freezer Temp pad. Freezer indicator light will glow. Freezer temperature will be displayed. Factory setting is “5” . 2. Activate temperature setting area of display by pressing Freezer Temp pad. Door Open Alarm 1. Door open alarm sounds and indicator light blinks if refrigerator or freezer door is open for more than 3 minutes.
Electronic Functional Description As the temperature decreases, resistance increases. As the temperature increases, resistance decreases. An open thermistor or thermistor circuit will result in failure of refrigerator to cool. Shorted thermistor will result in refrigerator to run 100 percent of time except for defrost. Adaptive Defrost Operation • Defrost occurs after predetermined length of compressor run hours.
Electronic Functional Description Operation Program mode has 2 submodes, Mode A and Mode B. Access to either mode is toggled with Display On pad. Entry in program Mode A is indicated with unmarked light glowing. Control is in program Mode B if light does not glow. performed in Mode B by pressing Max Ref pad. Max Ref light will glow. One temperature indicator should glow indicating present Max Ref run time duration.
Electronic Functional Description 6. Conventional/adaptive defrost mode can be selected by toggling Vacation pad while in Mode B. When vacation annunciator glows, adaptive defrost system has been selected. When vacation annunciator doesn’t glow, conventional defrost system is used. Conventional defrost mode uses 8 hour CRTD value. 7. Automatic keyboard disable activated/deactivated is toggled in Mode B with Display Off pad. If high temperature indicator glows, keyboard will disable after 10 minutes.
Electronic Functional Description WARNING To avoid electrical shock which can cause severe personal injury or death, disconnect power to refrigerator using power switch before servicing. Wires removed during disassembly must be replaced on proper terminals to insure correct earthing and polarization. After servicing, reconnect power using power switch.
Electronic Functional Description WARNING To avoid electrical shock which can cause severe personal injury or death, disconnect power to refrigerator using power switch before servicing. Wires removed during disassembly must be replaced on proper terminals to insure correct earthing and polarization. After servicing, reconnect power using power switch.
Electronic Functional Description Circuitry Refer to “Technical Data Sheet”, part #12074201, for Wiring Schematic. Freezer Compartment Refrigeration Cycle Circuitry As freezer thermistor warms, resistance lessons, allowing low voltage signal to be sent to electronic control. In turn, 2 low voltage signals are sent by electronic control. One to compressor relay coil (C1) and another to evaporator fan relay coil (F1).
Door Disassembly Procedures Air Discharge Grille 1. Remove center vane. Note placement of vane, curved/notches end first with curve up. 2. Remove 4 screws. 3. Pull grille assembly forward. Refrigerator Door Two people are required for door removal. 1. Remove grille. 2. Turn power switch off. 3. Remove glide pin screw (torx #15M) from underside of top door hinge pin plate. 4. Loosen four 3/8" bolts enough to raise upper hinge plate to clear door hinge pin. 5. Lift door off of center hinge plate. 6.
Cabinet Components Disassembly Procedures Refrigerator Fan 1. Remove air grille caps. 2. Remove air grille by removing four 1/4" hex head screws. 3. Disconnect leads. 4. Remove fan by removing 1/4" hex head screws. Evaporator Reclaim refrigerant before proceeding with evaporator removal. To avoid refrigeration system contamination, do not leave refrigeration system or compressor open for more than 10 minutes. 1. Remove freezer switch and thermistor cover. 2. Remove evaporator cover. 3.
Cabinet Components Disassembly Procedures Condensate Drain Pan Before removing drain pan, have towels ready to absorb condensation. 1. Remove toe grille. 2. Pull pan forward. Shelf Support Ladders 1. Remove shelves 2. Remove four #15 torx screws for each ladder. Chef's Pantry Assembly 1. Remove drawer by sliding up and out. 2. Remove side support rails by removing three 1/4" hex head screws on each side. Refrigerator Thermistor 1. Remove air grille caps by removing four 1/4" hex head screws. 2.
Machine Compartment Disassembly Procedures Machine Compartment Access 1. Remove air discharge grille. 2. Open refrigerator door. 3. Remove machine compartment panel by removing 2 Phillips screws. Door will drop down and be held in place by 2 straps. Ribbon connector must be properly connected when testing. Capacitor WARNING To avoid electrical shock which can cause severe personal injury or death, discharge capacitor before handling. 1. See Compressor, Condenser, Condenser Fan Access. 2.
Machine Compartment Disassembly Procedures Condensate Drain Pan 1. Remove toe grille plate by removing screws. 2. Pull drain pan forward away from condenser. Condenser 1. See Compressor, Condenser, Condenser Fan Access. 2. See Condenser Fan Motor, steps 1-3. 3. Remove three 1/4" hex head screws that mount condenser to machine compartment floor. 4. Score capillary tube at drier and break. 5. Unbraze condenser inlet. 6. Slide condenser assembly out. 7.
Typical External Sweat Pattern Condensation Classifications 1 = Haze or fog 2 = Beading 3 = Beads or small drops 4 = Drops running together November 1996 See "Troubleshooting Guide", Exterior cabinet condensation 39 RS1200001
Troubleshooting Guide Problem Possible Cause Loud operating sound level •See “Sound Information”section for explanation of normal operating sounds • Freezer too warm •Compressor not operating •Freezer temperature set too warm • Defective compressor • Defective overload or relay Refrigerator too cold •Refrigerator temperature set too cold •Chef's Pantry control set too cold or misaligned allowing freezer air to escape into refrigerator section •Freezer temperature set too cold •Restricted condenser ai
Troubleshooting Guide Problem Possible Cause Freezer too cold •Freezer temperature set too cold Long off cycle •Low ambient • Freezer temperature set too warm Short off cycle • Heavy usage •High ambient •Freezer temperature set too cold • Light constantly on •Poor door gasket seal Long or continuous run cycle • Heavy usage •High ambient • Inadequate condenser air flow •Freezer temperature set too cold • Loss or restricted refrigerant Short run cycle •Light usage •Low ambient • Freezer temperature
Ice Maker Specifications Mold heater: 185 watts, 264 ohms Thermostat: (bimetal) Close 17 ± 3°F (-8 ± 1°C) Opens 32° ± 3°F (0°± 1°C) Water fill: 140 cc, 7.5 sec. Motor cycle: Stamped in circuit. Plug in connectors. One revolution of blades takes 3 minutes plug stall time on ice (eject and water fill). Testing Procedures Operation Thermostat closes when temperature reaches 17° ± 3°F (-8.3° ± 1.5°C). Current flows through thermostat to motor. See “Ice Maker Wiring Diagram”.
Ice Maker Module, Motor, and Support Assembly 1. Loosen both screws in module access ports. 2. Disconnect shut-off arm. 3. Pull mold from support assembly. Module Ohmmeter Checks No Power to Ice Maker and Ejector Blades in End of Cycle Position Test Points Component Module Position L-H Mold and heater Attached to support Ohms 264 L-M Motor Separated from heater 16,100 Remove module only by removing 3 screws and pulling module out of housing.
Ice Maker Ejector Blades or Stripper 1. Remove module and support assembly. 2. Install ejector blades, realigning "D" coupling with module cam. Accessing Control Box 1. Remove motor and contact assembly from control box by removing 3 screws. 2. Remove shut-off arm. 3. Pull free. Water valve energized 7.
Ice Maker Thermostat, mold heater, and wiring harness are replaceable. Any other failure, including motor, requires replacement of module assembly. Replacement mold assembly comes with new mold heater installed. Caution To avoid module damage do not rotate water adjustment screw more than one full turn in either direction. Thermostat If water valve adjustment screw falls out, put screw in hole and align as shown below. 1. Remove control box from mold by removing screws.
Ice Maker Caution To avoid property damage, test for water leaks after repair or replacement of water valve. Do not overtighten connection to household water supply. Water Valve Water valve has 1 solenoid. Valve has 80 mesh screen water strainer. When tan encapsulated solenoid is energized, the amount of water entering ice maker mold is directly proportional to length of time water valve switch is held closed by timing cam. Inside valve is a flow washer which acts as a water pressure regulator.
Ice Maker Troubleshooting Chart No or Low Ice Production Problem Action Warm freezer Adjust freezer control or repair refrigerator Broken locking tab on vertical cam Replace module Shorted and burned module shut-off switch and contacts Replace module Stalled or stripped motor Replace module 2:30 Ejector Position Contaminated module. Replace module Motor won't run when “T” and “H” test points are shorted.
Ice Maker Troubleshooting Chart 3:00 Ejector Position Contaminated Replace module Jammed cubes Notice size and density of cubes Un-jam cubes Refrigerator or ice maker not level Level refrigerator or ice maker No power to ice maker Determine discontinuity by tracing power Excessive water-fill volume Adjust module screw, lower water pressure, or replace water valve Cubes falling back into mold during ejection Replace fill cup Check fill tube assemby 4:00 Ejector Position Contaminated Replace mold
Ice Maker Troubleshooting Chart Excessive Ice Production Problem Action Shut-off arm not in actuator Replace shut-off arm in actuator Deformed shut-off arm Replace shut-off arm Broken shut-off lever or lever bypassing vertical cam Replace module Broken module actuator Replace module Hollow Ice Cubes Problem Action Low water fill volume Adjust module screw, clear water path, or replace water valve Improper freezer air-flow Direct air flow away from thermostat Thermostat out of calibration Re
Ice Maker Wiring Diagram and Parts Layout 115 RS1200001 50 November 1996
B136CKR1 and B136CKL1 Custom Handle Kit Introduction Recognize this symbol as a safety precaution. WARNING To avoid severe personal injury or property damage from refrigerator tipping over, do not open more than one door at a time, until refrigerator has been secured to structure.
B136CKR1 and B136CKL1 Custom Handle Kit Panel Dimensions Panel Depth A B Refrigerator door without extruded handle 3/4" 35 1/4" 51 7/16" Freezer door without extruded handle 3/4" 35 1/4" 23 1/16" Refrigerator door with or without extruded handle 1/4" 35" 51 1/4" Freezer door with extruded handle 1/4" 35" 23 11/32" Refrigerator door with extruded handle 3/4" 32 1/4" 51 7/16" Freezer door with extruded handle 3/4" 35 1/4" 20 9/16" Freezer door without extruded handle 1/4" 35" 22
B136CKR1 and B136CKL1 Custom Handle Kit Refrigerator, Freezer Door Panel with Custom Handle (inches) Center align panel brackets on back of panel.
B136CKR1 and B136CKL1 Custom Handle Kit Freezer Drawer Top Wood Spacer Right Side Hinge Cutout Dimensions For 3/4" Panels (inches) (actual size) Mount spacer to top of freezer drawer using 1" wide double sided foam tape. 3.780 2.892 Radius .888 2.563 1.991 .703 .250 Freezer Drawer Right Side Hinge Top Wood Spacer Dimensions (1/2" thick) for 3/4" Panels (inches) Mount spacer to top of freezer drawer using 1" wide double sided foam tape. 3.780 2.892 Radius .888 .703 2.563 .250 35.250 RS1200001 1.
B136CKR1 and B136CKL1 Custom Handle Kit Freezer Drawer Top Wood Spacer Left Side Hinge Cutout Dimensions for 3/4" Panels (inches) (actual size) Mount spacer to top of freezer drawer using 1" wide double sided foam tape. 3.780 2.892 Radius .888 2.563 .703 1.991 .250 Freezer Drawer Left Side Hinge Top Wood Spacer Dimensions (1/2" thick) for 3/4" Panels (inches) Mount spacer to top of freezer drawer using 1" wide double sided foam tape. 3.780 2.892 Radius .888 2.563 1.991 .703 .250 35.
B136CKR1 and B136CKL1 Custom Handle Kit Procedures 5. Drive low profile screws into panel with screwdriver. • Panel brackets must be exactly flush to 1/16" inboard of panel edge. • For ease of panel installation, 2 people are required to lift and guide panel into trim. • Install 1 panel at a time. 6. Align panel in trim and push evenly. For smoother installation, apply bar soap on door trim and refrigerator trim. If panel binds loosen top door trim. Adjust panel and retighten.
B136CKR1 and B136CKL1 Custom Handle Kit Top trim Trim insert Side trim 3/8" screws 5. See "Procedures, Refrigerator Door", steps 3 through 5 for panel assembly procedure. 6. Align panel in trim and push evenly. Start at one end and work across. For smoother installation, apply bar soap on door trim and freezer trim. 7. Replace side trim by inserting five, 3/8" screws. 8. Replace trim insert. Start one edge of insert in track and press other edge into track while working up side of door. 9.
B136SPK1 ¼" Facia Front Enclosure Kit Introduction Parts List Recognize this symbol as a safety precaution. WARNING To avoid severe personal injury or property damage from refrigerator tipping over, do not open more than one door at a time, until refrigerator has been secured to structure. Caution To avoid property damage, protect soft vinyl or other flooring with cardboard, rugs, or other protective material.
B136SPK1 ¼" Facia Front Enclosure Kit Panel Dimensions Side Panel Dimensions Panel Thickness Minimum Height Minimum Depth 83.125 21.750 ¼ " Side Panels 83.125 23.982 ¾" Side Panels Panel height will vary depending how high leveling wheels have been raised when leveling refrigerator, and cabinet height. If cabinet depth is greater than 24", adjust panel accordingly. Optional 3/4" panel may be added to cover side extrusion as shown below, and on page 4.
B136SPK1 ¼" Facia Front Enclosure Kit Location of Panel Brackets on Side Panels If cabinet depth is greater than 24", adjust panel size accordingly. Top view Left side Right side .186 .828 L-Bracket 1/4" Panel 21.750 1/4" Minimum panel depth 23.982 3/4"Minimum panel depth Z-Bracket 1/4" Panel .993 .993 Refrigerator door Refrigerator door panel Side View 11.281 Side panel 2.500 2.062 Front panel bracket RS1200001 Bottom panel bracket 60 L-Bracket 1.
B136SPK1 ¼" Facia Front Enclosure Kit Full Side View of Front Panel Bracket, Bottom Panel Bracket, and L-Bracket Location Front panel bracket L-Bracket Bottom panel bracket November 1996 61 RS1200001
B136SPK1 ¼" Facia Front Enclosure Kit Procedures 4. Install new front side extrusion provided with kit using screws removed in step 3. Replace white spacer strip along machine compartment side. • If cabinet opening is less then 84 1/4" high, side extrusion needs to be trimmed to desired height. 1. Remove toe grille from front of refrigerator by removing 2 screws and pulling forward. Clip Front side extrusion 2. Remove drain pan clip from old toe grille and snap onto toe grille provided.
B136SPK1 ¼" Facia Front Enclosure Kit 6. Mount bottom panel brackets using five, 3/16" phillips screws. • If base panel is not 1/4" thick, use plastic shims provided with kit to bring base panel depth up to 1/4". 7. Mount bottom cabinet extrusion using five, 1/4" flat head phillips screws. 9. Slide panels into place on left and right side of refrigerator. Verify that panel bracket is resting in track on bottom cabinet extrusion.
B136SPK1 ¼" Facia Front Enclosure Kit 11. Line up holes in left side L-bracket with holes in left side edge of refrigerator back. Attach left side L-bracket to back of refrigerator using 7 truss head 1/4" sheet metal screws.
B136SPK2 ¾" Side Panel Kit Introduction Parts List Recognize this symbol as a safety precaution. Part Number 12128401 12200901 12098007 12098005 M0215318 M0210417 M0223729 12116504 12119604 12119605 12119602 WARNING To avoid severe personal injury or property damage from refrigerator tipping over, do not open more than one door at a time, until refrigerator has been secured to structure.
B136SPK2 ¾" Side Panel Kit Panel Dimensions Panel Thickness (Inches) Side Panel Dimensions Minimum Height (Inches) Minimum Depth (Inches) A B C* 83.125 21.875 22.571 24.108 ¾" Panels • Panel height will vary depending how high leveling wheels have been raised when leveling refrigerator, and cabinet height. • If cabinet depth is greater than 24", adjust panel size accordingly. • 3/4" panels may be extended to cover door gasket, door side, or door panel as shown by dimensions below and on page 4.
B136SPK2 ¾" Side Panel Kit Location of Panel Brackets on Side Panels Top View Left Side Right Side .186 .828 L-Bracket 3/4" Panel Panel Bracket 1.118 .125 3/4" Panel Refrigerator Door Minimum Depth A Minimum Depth B Minimum Depth C 1.118 C* Refrigerator Door Panel Side view 11.281 2.500 2.062 Front Panel Bracket November 1996 Bottom Panel Bracket L-Bracket 67 1.
B136SPK2 ¾" Side Panel Kit Full Side View of Front Panel Bracket, Bottom Panel Bracket, and L-Bracket Location Front Panel Bracket L-Bracket Bottom Panel Bracket RS1200001 68 November 1996
B136SPK2 ¾" Side Panel Kit Procedure 1. Mount left and right panel brackets to wood panel using 3/16" phillips screws provided. • If base panel is not 1/4" thick, use plastic shims provided with kit to bring base panel depth up to 1/4". 3/4" raised overlay panel 4. While facing back of refrigerator, remove 7 screws from right edge of refrigerator cabinet. 1/4" filler panel Panel bracket Remove screws 5. Slide panels into place on left and right side of refrigerator.
B136SPK2 ¾" Side Panel Kit • Front panel bracket must fit in gap in front side extrusion. L-bracket Slide panel in here Bottom cabinet extrusion 6. Line up holes in right side L-bracket with holes from 7 screws removed in step 4. Attach L-bracket to back of refrigerator using screws removed in step 4. 7. Line up holes in left side L-bracket with holes in left side edge of refrigerator back. Attach left side L-bracket to back of refrigerator using 7 truss head 1/4" sheet metal screws provided in kit.
