GE ZBD5900 Technical Service Manual
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GE ZBD5900 Technical Service Manual

GE ZBD5900 Technical Service Manual

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TECHNICAL SERVICE GUIDE
ZBD5900
ZBD5700
ZBD5600
Dishwashers
GE Consumer Service Training

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Summary of Contents for GE ZBD5900

  • Page 1 GE Consumer Service Training TECHNICAL SERVICE GUIDE ZBD5900 ZBD5700 ZBD5600 Dishwashers...

  • Page 2: Table Of Contents

    INDEX 5.2.31 Water Inlet Solenoid Valve 1.0 PRODUCT INFORMATION Page 2 5.2.32 Drain Pump - Removal 1.1 Description 5.2.33 Wash Motor/Pump Assembly - Removal 1.2 Model Designation 5.2.34 Wash Motor/Pump - Disassembly 1.3 Major Component Location 5.2.35 Wash Motor/Pump - Reassemble 1.4 Micro Filtration 5.2.36 Sump 5.2.37 Sump Base plate/Non-return Flap Valve...

  • Page 3: Product Information

    1.1.3 Electronic Model 5700 1.1.2 Electronic Model 5900 ZBD5700 has a separate control escutcheon with the ZBD5900 has a FULL Stainless Steel Door Panel door panel beneath it. Hinge Spring Leveling feet Adjustable height and depth kick panel...

  • Page 4: Model Designation

    1.1.3 Interior, 5600, 5700 & 5900 Models Light - 5700 & 5900 only Rating Plate Upper Basket Lower Basket Detergent and rinse aid dispenser MODEL DESIGNATION MODEL 5600 5700 5900 MARKET CONTROL PANEL Type Rotary Electronic Electronic CABINET White Black FILL TIME MENU FOR ELECTRONIC POWER CONTROL Stainless Steel BOARD...

  • Page 5: Major Component Location

    1.3 Major Component Location 1.3.1 All Models - 5600, 5700 & 5900 The diagrams below illustrate the location of the major components. Refer to Section 5.1 5600 Model 5700 & 5900 Models 16 15 Overfill Spillway Upper Basket Feed Pipe Undersump - Overfill Collector Door Microswitch Undersump - Collector Float...

  • Page 6: Micro Filtration

    1.4 Micro-Filtration 1.4.1 Level 4 Micro-Filtration These models have a 4 level micro-filtration stainless steel filtering system. Lower Spray Arm Level 4 - Level 1 - Recuperative By-pass Filter Drain Cup Filter Level 2 - Perforated Stainless Steel Filters Level 3 - Micro-mesh Barrel Filter...
  • Page 7 1.4.2 Water flow - 4 Level System The diagram below illustrates the water flow and identifies the main components in a 4 level micro-filtration system. Note: The sump is drawn in dotted lines for illustration purposes. Water Solenoid Inlet Valve Various lower spray arm water jets Collector Lower spray arm water jets to By-pass Filter...

  • Page 8: Safety

    2.0 SAFETY 2.1 WARNING At the beginning and/or end of each service procedure, the appropriate icons below will appear as a reminder to ob- All work on electrical or plumbing systems must be carried serve safe practices when servicing the unit. out by persons so qualified and in accordance with the Federal, State or local authority legislation which applies.

  • Page 9: Specifications

    3.0 SPECIFICATIONS 3.1.2 Water Circulating System 3.1 GENERAL SPECIFICATIONS 3.1.2.1 Wash Motor Capacitor 3.1.1 Control System 370VAC, 60Hz, 15µF. Type - metallized Polypropylene. 3.1 1.1 Electronic Controller - 8 buttons Electrical connection - 2 x 1/4" x 1/32" Quick Connect Used on 5700 &...
  • Page 10 3.1.2.5 Wash Motor/Pump Assembly 3.1.3.5 Switch-Light 120VAC, 60Hz, 1.7A. Models 5700 & 5900 only 110W, MCR CS&R, 3250 rpm. 240V/120VAC, 5A. Class F Circuit - normally Open. Capacitor 15µF 370V Electrical connection - 2 x 1/4" Quick Connect terminals. WARNING: Motor is fitted with internal auto reset overload 3.1.3.6 Switch - Fill System and may restart without warning.
  • Page 11 3.1.4 Miscellaneous 3.1.4.5 Dimensions 3.1.4.1 Detergent & Rinse Aid Dispenser The diagram below illustrates the cabinet space required. Single solenoid type with gravity latch/lock mechanism. 120VAC, 60 Hz. Resistance of solenoid coil @ 68°F - ±10%. Total capacity of detergent chamber - 37cc. (1.09fl.oz) Minimum level detergent chamber - 25cc.

  • Page 12: Fault Diagnosis

    4.0 FAULT DIAGNOSIS 4.1.2 Electromechanical Rotary 5600 Models 4. 1 INTRODUCTION The Monogram 5600 model is fitted with a soft-set rotary There are three distinct dishwashers within the Monogram self-indexing timer, which has a detent mechanism to index Series which can be distinguished by the type of control the timer control knob to the ‘start’...

  • Page 13: Electronic 8 Button (5700 & 5900) - Self Diagnosis

    4.2 ELECTRONIC 8 BUTTON 5700 & 5900 4.2.2.2 All indicator LED’s will illuminate together with the buzzer sounding and then each indicator LED will illuminate - SELF DIAGNOSIS individually in the following sequence: (1) Pre Wash, (2) Wash, (3) Rinse, (4) Dry, (5) Clean, (6) Rinse & Hold, (7) A total of four main test functions can be accessed to provide Fast Wash, (8) Normal Wash, (9) Super Wash, (10) Heated a diagnosis of the control system.
  • Page 14 4.2.3.4 Temperature Calibration Test: During the relay/triac output test, the program and option LED’s function as a temperature indicating bar graph. The number of LED’s on at any one time is dependent upon thermistor temperature. A temperature of 113°F is indicated by only the Heated Dry LED illuminating.

  • Page 15: Fill Time Menu

    4.3 FILL TIME MENU 4.3.1 Fill Time Menu - 5700 & 5900 Models This section deals specifically with diagnosis of the fill menu 4.3.1.1 To check the water level: Run the dishwasher for electronic 8 button models and for the rotary model. For through a complete Rinse Only cycle to ensure it is emptying self diagnosis, where the relay/triac output test permits and filling correctly.
  • Page 16 4.3.1.6 To store and exit fill time mode: If the re-selected fill time is correct, press the Water Temp button to exit the fill time mode. Upon pressing the Water Temp button two functions will occur: • The drain mode will empty the tub. •...

  • Page 17: General Diagnostics

    4.4 GENERAL DIAGNOSTICS - 5700 & Three functions occur with the microswitch in the COM to NO continuity circuit and are listed accordingly: 5900 MODELS • A circuit is connected to the drain pump through wire “G2- 4.4.1 Overfill Mode - Drain Pump Operating D”.
  • Page 18 4.4.2 Overfill Mode - Drain Pump Not Operating ohms ±10% must be present. • Neutral wire “XN-D” not attached to the N terminal of the Symptom: Overfill mode indicated by Heated Dry LED drain pump. rapidly flashing, all outputs terminated and the drain pump NOT operating.
  • Page 19 4.4.3 Pressure Switch and Door Microswitch terminal of the main terminal block, is via the door microswitch, to the SWITCHED NEUTRAL terminal of the circuit electronic power control board (PCB). If the main door is The pressure switch and door microswitch is in a series opened, all outputs (relay and triac outputs) will be wiring circuit between the neutral N terminal of the main disconnected.
  • Page 20 The following points are listed in relation to the pres- sure switch function and operation. • The pressure switch has no control on the water level in the tub. The water level is time fill controlled. • Contacts 1 to 2 provide a signal to the controller to terminate the drain mode after pump out.
  • Page 21 The “Switched Neutral” circuit is designed to prevent NOTE: The NO terminal of the door microswitch is connected operation of the following components, in the advent of to a wire marked “E2-S”, which connects to the detergent the main door being left ajar to assist residual drying and rinse aid dispenser terminal.
  • Page 22 and replace with the timer control knob. 4.5 GENERAL DIAGNOSIS - 5600 MODEL 4.5.1 Operating Sequence To assist in diagnosis, each of the 60 timer control steps can be manually advanced. A timer access tool and timer To start a program, the timer control knob is turned to the access knob are required to access manual advance opera- start of a selected wash program.
  • Page 23 4.5.2 Rinse Program The rinse program begins at step 3 and finishes at step 7, as shown in section 6.4 “Sequence Chart”. The full rinse program is detailed as follows: 4.5.2.1 PRE-DRAIN MODE (step 3): A pre-drain will operate as a mandatory function at the start of a program prior to the timed fill of 80 seconds (default) or a selected time fill of 100 seconds as per the fill time switch.
  • Page 24 4.5.2.2 FILL & CIRCULATE MODE - 80 SECONDS DEFAULT FILL TIME (step 4): Upon the start of a program, the dishwasher is under control of a fill time step within the timer control. A default time of 80 seconds is factory set. Selection of an additional 20 seconds is possible by engaging the fill time switch, which is located behind the electrical access panel (refer to section 5.1).
  • Page 25 4.5.2.3 FILL- 20 SECONDS FILL TIME (Step 5): Upon the completion of the initial 80 second fill time step, the cam will operate and open the 80 second fill time contacts. At the same time the cam will also mechanically close the contacts for the 20 second fill time step 5. The wash pump will not operate during this step.
  • Page 26 Timer Motor Circuit: The timer motor circuit for the 20 second fill time (step 5) is controlled by the pressure switch, which is in a series circuit with the timer motor. This feature is designed to not allow the timer motor to advance to the “Circulate & Heat”...
  • Page 27 4.5.2.4 CIRCULATE MODE - 400 SECONDS (step 6): The circulate mode is the actual wash program for the “Rinse” program where the wash motor operates for a time period of 400 seconds (6.6 minutes). NOTE: The timer control knob will remain stationery in mid cycle for 6.6 minutes. THIS IS NORMAL. However, this could be interpreted by the customer as “sticking on cycle”.
  • Page 28 4.5.2.5 DRAIN MODE 40 SECONDS (step 7): The drain mode follows the 400 second wash program and will empty the wash water from the dishwasher. NOTE: The timer motor circuit is in series with the pressure switch and the timer motor will not advance the control until the pressure switch senses the tub is empty.
  • Page 29 Drain Pump Circuit (step 7): The drain pump circuit is a direct circuit from the ON/OFF function within the timer control, to the “DRAIN” contact, also within the timer control. The drain pump circuit is dependant upon the completion of the “Rinse” program.
  • Page 30 The wash motor circuit is a direct circuit from the ON/OFF function within the timer control. The timer motor will not advance until the normal thermostat (red dot) closes with a temperature rise. With the thermostat closed and continuity between both terminals, the timer will advance for 20 seconds to complete the step.
  • Page 31 Wash Motor Circuit “Normal” Program selected with “Boost” option 142°F (step 22): The wash motor circuit operates continuously from step 16 to step 18 (“Normal”) and step 20 to step 24 (“Light”). The circuit is identical to step 13. Timer Motor Circuit “Normal” Program selected with “Boost” option 142°F (step 22) - timer advance: A temperature rise will cause the high thermostat (black dot) to close the circuit between the two terminals and provide a circuit to the timer control terminal 12B.
  • Page 32 4.5.4 Overfill Mode An overfill condition can occur when the water inlet solenoid valve has malfunctioned and the water flow rate has increased to a rate that will cause an overfill condition to exist within the tub. The excess water will leave the tub through the overfill spillway and the initial 1.76 fluid oz.
  • Page 33 4.5.5 Fill Time Switch A fill time of 80 seconds is factory set using the fill time switch. For low pressure gravity fed hot water systems or any other low water pressure installation, the fill time switch should be engaged to increase the fill time. To check the fill time, run the dishwasher on the “Rinse + Hold”...

  • Page 34: Service Procedures

    SERVICE PROCEDURES 5.1 GENERAL ACCESS The dishwashers have an adjustable, removable kick panel fitted in front of an electrical access panel. These panels will need to be removed to access under sump components such as the thermostats, drain pump, overfill device, water inlet solenoid valve, overfill spillway, pressure switch, wash motor capacitor, fill time switch, heating element, wash motor, sump, etc..

  • Page 35: Procedures

    5.2.2 Door Panel for 5600 and 5700 Models 5.2 PROCEDURES 5.2.1 Door Latch CAUTION. Switch off electrical power supply Note. The door panel must be removed to improve CAUTION. Switch off electrical power supply access to the control panel. 5.2.2.1 Open the door to the horizontal position and remove the two stainless steel Phillips screws located at the bottom of the stainless steel door liner.
  • Page 36 5.2.3 Door Panel Assembly - 5900 Models CAUTION. Switch off electrical power supply. NOTE: The 5900 Model does not have a separate control panel. All controls are included in the door panel. 5.2.3.1 Refer to section 5.2.2.1 for removal of the 2 stainless Internal cross steel Phillips head screws located at the bottom of the brace...

  • Page 37: Control Panel Assembly 5700 Model

    5.2.4 Control Panel Assembly - 5700 Model board attached by a 1" wide dual ribbon cable. Release the retaining clip shown below and lift the switch/display board away from the carrier panel. CAUTION. Switch off electrical power supply 5.2.4.1 Remove the six Phillips head countersunk stainless steel screws located at the top section of the stainless steel door liner.
  • Page 38 Align both the power control board (PCB) and the drip sheet 5.2.6 Control Panel Assembly - 5700 Model with the mounting holes on the carrier panel. Fit the central The installation of the control panel assembly to the stainless top retaining screw to the carrier panel, check alignment and steel door liner is covered in Section 5.2.2.

  • Page 39: Door Hinge, Spring & Push Rod Guides

    5.2.6.3 Control Panel RH side Dress-Panel: The right 5.2.7 Door Hinge, Spring and Push Rod Guides hand side dress panel is attached and removed in a similar Fixed manner to section 5.2.6.2. The three lens assemblies are Guide held on the rear face of the panel. NOTE: While removing the panel, ensure the 6 retaining clips are not damaged.

  • Page 40: Stainless Steel Door Liner

    5.2.7.4 Operate and test the dishwasher before leaving. 5.2.8.1 Remove door panel (Section 5.2.2 for 5600 & 5700 Models, 5.2.3 for 5900 Model). NOTE: To replace the door hinges, the stainless steel door liner needs to be removed. Refer to the picture below and to 5.2.8.2 Remove the door hinge springs and push rod guides 5.2.8.

  • Page 41: Tub Gasket

    5.2.9 Tub Gasket 5.2.9.5 The tub gasket has three ribs molded into the side face of the gasket and extends the full length of the tub To correctly hold the tub gasket (seal) in place, a channel gasket. As the tub gasket is pushed into the retainer the shaped stainless steel retainer is spot welded to the front ribbed side face of the tub gasket engages with the side face opening of the tub.

  • Page 42: Upper Venturi Assembly

    5.2.10 Upper Venturi Assembly The upper venturi assembly consists of the upper venturi housing, upper venturi top and upper venturi bottom. The upper venturi housing is attached to the upper basket assembly by a molded retaining clamp and support lugs in the housing.

  • Page 43: Upper Venturi Assembly - Disassembly

    5.2.11 Upper Venturi Assembly - Disassembly 5.2.13 Upper Venturi Assembly - Reinstall to In general practice, the upper venturi assembly Dishwasher will not need to be disassembled except to replace the teflon support washer after a Reinstallation of the upper venturi assembly to the upper considerable service life, or perhaps damage to basket assembly is as follows: the left hand thread of the upper venturi bottom...

  • Page 44: Upper Basket Feed Pipe

    5.2.14.4 Slide the rail guides out and clear from the wheel 5.2.15 Upper Basket Feed Pipe guides. The upper basket feed pipe is a polyethylene blow moulding 5.2.14.5 Remove the wheel guide axles as shown below. mounted on the top external surface of the tub. It is held in position by the screwed spray nozzle which is located on the top internal surface of the tub.
  • Page 45 load collector nozzles. NOTE: Ensure the rear water inlet hose is identified with the marking on the load collector “water in” and the front hose CAUTION. Switch off electrical power supply connected to the sump is identified with the marking on the and turn water supply off at main or load collector as “drain”.

  • Page 46: Drain Cup Filter

    5.2.17 Drain Cup Filter NOTE: The flat surface on the perforated wash filter and the barrel wash filter must be aligned. The drain cup filter is located on the left hand side of the LH side perforated stainless steel wash filter perforated stainless steel wash filter, which is held in the base of the tub, by the locking action of the drain cup filter.

  • Page 47: Lower Spray Arm Support

    less steel wash filter in position, insert the threaded boss end 5.2.21 Lower Spray Arm Support of the lower spray arm support through the 1 3/8" diameter The lower spray arm support positions and holds the lower recessed hole in the perforated face of the filter and tighten. spray arm through an annular boss which engages two clips Reassemble the dishwasher in reverse order.

  • Page 48: Undersump Overfill Float And Microswitch Assembly

    5.2.23.1 Refer to section 5.1 to gain access to the overfill An abnormally high water level in the tub will result in water spillway. discharging from the overfill spillway. The subsequent water level rise in the overfill collector (approximately 1.76 fluid oz.) 5.2.23.2 To remove the overfill spillway, simply push the two will cause the round styrene float to rise and operate the barb clips on the sides of the overfill spillway upwards to...

  • Page 49: Undersump Overfill And Microswitch Assembly Removal/Reinstall

    5.2.25 Undersump Overfill and Microswitch 5.2.25.5 The hooked arm of the float can then be disen- gaged from the float. Refer to the photograph below Assembly Removal/Reinstall. illustrating both the microswitch and float being lifted clear from the sump. CAUTION. Switch off electrical power supply Overfill microswitch and turn off water supply at main or dishwasher shutoff.

  • Page 50: Pressure Switch

    5.2.26 Pressure Switch 5.2.27 Capacitor - Wash Motor CAUTION. Switch off electrical power supply CAUTION. Switch off electrical power supply and turn off water supply at main or and turn off water supply at main or dishwasher shutoff. dishwasher shutoff. 5.2.26.1 Refer to section 5.1 for access to the pressure 5.2.27.1 Refer to section 5.1 to gain access to the wash switch.

  • Page 51: Pressure Switch, Capacitor And Fill Time Switch Mounting Bracket

    5.2.28 Pressure Switch, Capacitor and Fill Time 5.2.29 Thermostat-Over-Temperature Switch Mounting Bracket CAUTION. Switch off electrical power supply and turn off water supply at main or CAUTION. Switch off electrical power supply. dishwasher shutoff. 5.2.28.1 Refer to section 5.1 to access the pressure switch, capacitor or fill time switch.

  • Page 52: Heating Element

    5.2.30 Heating Element 5.2.30.9 Disengage the two stainless steel retainers from the heating element. Bend the left rear element retaining bracket. CAUTION. Switch off electrical power supply and turn off water supply at main or dishwasher shutoff. 5.2.30.1 Refer to section 5.1 for access to the heating element.

  • Page 53: Water Inlet Solenoid Valve

    5.2.31 Water Inlet Solenoid Valve 5.2.31.8 Reassemble the dishwasher in reverse order. CAUTION. Test for water leaks before leaving. CAUTION. Switch off electrical power supply and turn off water supply at main or dishwasher shutoff. 5.2.31.9 Operate and test the dishwasher before leaving. The water inlet solenoid valve is a special purpose 5.2.32 Drain Pump - Removal component and is NOT to be interchanged with other...

  • Page 54: Wash Motor/Pump Assembly - Removal

    5.2.32.4 Remove the single Phillips head screw which holds 5.2.33 Wash Motor/Pump Assembly - Removal the drain pump to the sump socket as shown below. The wash motor/pump assembly is a high efficiency compact device horizontally mounted at a 30° angle to the rear rail and located within the rear left hand corner of the dish- washer as shown below.
  • Page 55 5.2.33.4 Grasp each hose in turn and disconnect them from the pump cover nozzles. 5.2.33.5 Removal of the three outlet hoses now provides access to the centrally mounted induction/inlet nozzle of the pump cover. Compress the double coil hose clamp located on the inlet hose and slide the clamp from the nozzle towards the sump as shown below.

  • Page 56: Wash Motor/Pump - Disassembly

    5.2.34 Wash Motor/Pump - Disassembly 5.2.34.1 Place the wash motor/pump on the rear diecast end-shield on a table or suitable flat surface. While viewing the wash motor/pump assembly from the pump cover end, position the two support hooks formed on the diecast end shield at the twelve o’clock position.

  • Page 57: Wash Motor/Pump - Reassemble

    5.2.35.4 Fit the impeller to the right handed threaded pump 5.2.35 Wash Motor/Pump - Reassemble shaft. Rotate the impeller and compress the rotary bellows/ 5.2.35.1 Position the wash motor with the two mounting seal until the rotor of the wash motor starts to rotate with the hooks at the twelve o’clock position and the input electrical impeller.

  • Page 58: Sump

    5.2.37 Sump Base Plate/Non-return Flap Valve 5.2.36 Sump The sump base plate incorporates the non-return flap valve 5.2.36.1 Refer to section 5.1 to gain access to sump. which can be removed and replaced as follows: 5.2.36.2 To remove the sump, disconnect hoses attached to NOTE: This procedure can also be performed while the the sump nozzles (4 Hoses).

  • Page 59: Interior Light - 5700 & 5900 Models

    5.2.38 Interior Light - 5700 & 5900 Models only 5.2.38.5 Remove the two 3/16" Quick Connect terminals from the terminals of the light holder. NOTE: The 5600 model (Rotary Control) is not fitted 5.2.38.6 To remove the reflector from the light body and with an interior light.

  • Page 60: Detergent And Rinse Aid Dispenser

    5.2.39 Detergent and Rinse Aid Dispenser 5.2.40 Control Panel Assembly - 5600 model CAUTION. Switch off electrical power supply. CAUTION. Switch off electrical power supply. 5.2.40.1 Remove the six Phillips head countersunk stainless 5.2.39.1. Remove the dishwasher door-panel (Section 5.2.2 steel screws located at the top section of the stainless steel for 5600 &...

  • Page 61: Timer Control Knob - 5600 Model

    5.2.41 Timer Control Knob - 5600 model 5.2.41.1 Prior to removing the timer control knob, advance the timer control knob pointer to the twelve o’clock position (“OFF” position). The timer control knob can then be removed by pulling the knob straight towards you and removing it from the timer control shaft.

  • Page 62: Dress Panel Rh Side - 5600 Model

    5.2.46.2 Compress the detent clip of the leaf spring on the 5.2.45 Dress Panel RH Side - 5600 model end adjacent to the door lock microswitch. 5.2.46.3 Slide the leaf spring through the two retaining slots CAUTION. Switch off electrical power supply. formed in the control panel carrier frame.
  • Page 63 5.2.47 Door Handle Cover Plate - 5600, 5700 & 5.2.48 Door Lock Microswitch - 5600, 5700 & 5900 5900 Models Models CAUTION. Switch off electrical power supply. CAUTION. Switch off electrical power supply. 5.2.47.1 Remove the door handle (Section 5.2.46). 5.2.48.1 Remove both wires from the microswitch and snip the retaining wire tie from the body of the microswitch.

  • Page 64: Timer Control - 5600 Model

    5.2.49 Door Lock Microswitch Lever - 5600, 5700 5.2.50 Timer Control - 5600 Model & 5900 Models CAUTION. Switch off electrical power supply. CAUTION. Switch off electrical power supply. 5.2.50.1 First remove the timer control knob from the shaft. Prior to removing the timer control, release the adhesive 5.2.49.1 To remove the door lock microswitch lever, first tape which holds the drip sheet over the timer control.

  • Page 65: Power Select Switch - 5600 Model

    CAUTION: It is possible to interchange white block connec- tors. Mark the face of the white block connector with a felt tipped pen to identify the front, middle and rear block connec- tors. On the lower edge of the printed circuit board are 3 letters identifying the following rows of terminals: Front Row C Middle Row B...

  • Page 66: Thermostat - Normal (Red Dot) And Thermostat - Boost (Black Dot) - 5600 Model

    5.2.52 Thermostat - Normal (red dot) and 5.2.52.4 Lift the thermostat clear from the dishwasher. Thermostat - Boost (black dot) - 5600 Model 5.2.52.5 The wires connected to both thermostats are identified as follows: CAUTION. Switch off electrical power supply. Thermostat - Normal (red dot) The normal thermostat and boost thermostat are positioned on the right hand side of the dishwasher.

  • Page 67: Fill Time Switch - 5600 Model

    5.2.53 Fill Time Switch - 5600 Model 5.2.54 Main Terminal Block The fill time switch is located on the bracket mounted on the front right hand chassis rail, which is also used to mount the CAUTION. Switch off electrical power supply. wash motor capacitor and pressure switch.

  • Page 68: Wiring / Program Information

    6.0 WIRING / PROGRAM INFORMATION 6.1 LOOM NUMBERING CODE Part Name Suffix Over Temperature Thermostat Electronic Control Board Capacitor Drain Pump Door Microswitch Fill Solenoid Overfill Microswitch Element Light Pressure Switch Detergent Dispenser Light Microswitch Wash Pump Terminal Block Earth Terminal (Device Code) Active Terminal (Device Code) Neutral Terminal (Device Code) Frame Earth...

  • Page 69: Sequence Chart And Wash Programs

    34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 PROGRAM SPECIFICATIONS FOR G.E. RINSE MONOGRAM DISHWASHER CONTROLS. FILL VALVE WASH TEMPERATURES(T) - DEG. F PROGRAM WASH PUMP NORMAL BOOST...

  • Page 70: Wiring Diagram - 5700 & 5900 Models

    6.5 Wiring Diagram - 5700 & 5900 Models Important. Check all wiring connections before reconnecting to supply.

  • Page 71: Sequence Chart - 5600 Model

    6.4 Sequence Chart - 5600 Model...

  • Page 72: Wiring Diagram - 5600 Model

    6.5 Wiring Diagram - 5600 Model Important. Check all wiring connections before reconnecting to supply.

This manual is also suitable for:

Zbd5700Zbd5600Monogram zbd5900Monogram zbd5700Monogram zbd5600

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