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General| Brand | Dometic |
|---|---|
| Model | RM3604 |
| Category | Refrigerator |
| Language | English |
Details LP gas pressure requirements for Dometic refrigerators, including test housing.
Explains key components like the shut-off valve and burner for gas operation.
Provides dimensions and placement for flue baffles across various Dometic models.
Illustrates the electrical wiring for the RM7130 refrigerator model.
Illustrates the electrical wiring for the RM7832 refrigerator model.
Illustrates the electrical wiring for the RM7732 refrigerator model.
Provides typical wiring diagrams for the RM7030 refrigerator model.
Shows typical wiring diagrams for RM4804 3-way and 2-way models.
Presents the typical wiring diagram for specific Dometic refrigerator models.
Illustrates wiring diagrams for RM3604/RM3804 3-way and 2-way models.
Details typical 3-way and 2-way wiring for Royale & Elite models.
Illustrates typical 3-way and 2-way wiring diagrams for AMES & AES models.
Shows typical 2-way and 3-way wiring diagrams for RM2604/RM2804 models.
Covers wiring for manual refrigerators with reignitors and piezo ignitors.
Details wiring for manual refrigerators with reigniters and relays.
Illustrates wiring for manual refrigerators with reigniters and piezo ignitors.
Shows wiring for manual refrigerators with piezo ignitors.
Details wiring for manual refrigerators with reigniters.
Describes the proper connection of the 120V AC power cord for safety.
Explains 12V DC connections for igniters and heaters, including wire gauge.
Details the ignition lock connection for specific system functions.
Advises checking internal wiring and connectors for proper connections.
Explains the bypass screw's function and checking procedure for gas flow.
Describes the safety valve's function to shut off LP gas and its testing method.
Details the thermocouple's function and testing procedure for voltage output.
Explains the thermocouple adapter's role in reading millivolts and its testing.
Details the gas thermostat's operation and calibration checks.
Describes the dual thermostat operation and testing.
Explains the flame indicator meter and potential issues.
Describes the filter's function and its potential impact on cooling.
Explains the electric thermostat's control over cabinet temperature.
Details checking the relay for DC heating element control.
Explains how to check the heating element's resistance.
Describes how to test the igniter and electrode for spark generation.
Explains visual checks and spark gap settings for the electrode.
Details how to check the selector switch for continuity.
Explains how to check the DC components switch for continuity.
Outlines DC voltage requirements for refrigerator operation.
Describes checking the bottom mount switch for continuity.
Specifies AC voltage requirements and operating range.
Details starting and operating the refrigerator on gas mode.
Explains gas operation for models with piezo ignitors.
Explains gas operation for models with automatic reignitors.
Describes how to start and operate the refrigerator on electric power.
Explains thermostat adjustment for cabinet temperature control.
Details starting and operating the refrigerator on gas mode.
Explains gas operation for piezo ignitor models.
Explains gas operation for automatic reignitor models.
Describes how to start and operate the refrigerator on electric power.
Explains thermostat adjustment for cabinet temperature control.
Details operation for piezo ignitor models with top mount controls.
Explains operation for automatic ignition models with top mount controls.
Describes operation modes for Ames refrigerators.
Describes the automatic mode, prioritizing AC, then GAS.
Explains LP gas operation, ignition sequence, and restart.
Details DC mode operation and its priority over other modes.
Explains features like automatic operation on component failure.
Describes AES mode priority and energy source selection.
Explains AC/Gas mode selection and priority.
Details LP gas operation, ignition, and restart procedures.
Explains the system's battery protection and DC operation limits.
Describes auto mode for 2-way models, prioritizing AC over GAS.
Explains LP gas operation for 2-way models.
Details auto mode for 3-way models, prioritizing AC, DC, then GAS.
Describes auto mode for 2-way Elite refrigerators.
Explains LP gas operation for 2-way Elite refrigerators.
Explains how the temperature selector controls operation.
Details the procedure for shutting off the refrigerator.
Provides more detail on gas mode operation for Elite refrigerators.
Explains temperature selector adjustment.
Details how to shut off the refrigerator.
Describes the auto mode operation and energy source selection.
Explains LP gas operation and ignition sequence.
Details features like operation during component failure.
Describes AES/Auto mode priority and energy source selection.
Explains AC/Gas mode selection and priority.
Details LP gas operation, ignition, and restart.
Describes AES/Auto mode operation and energy source selection.
Explains AC/Gas mode selection and priority.
Details LP gas operation and ignition sequence.
Explains the system's battery protection.
Specifies AC voltage requirements and operating range.
Explains checking the AC heating element.
Explains checking the DC heating element.
Details testing the thermistor for proper function.
Explains the thermistor adjuster and its resistance check.
Outlines DC voltage requirements for refrigerator operation.
Describes testing the solenoid valve for proper operation.
Explains testing the igniter for high voltage spark generation.
Details how to check the high voltage cable for sparking.
Explains visual checks and spark gap settings for the electrode.
Details checking the thermocouple voltage output.
Explains testing the upper circuit board's integrity.
Describes how to access and use the diagnostic mode.
Explains testing the lower circuit board's integrity.
Details DC voltage checks on the lower circuit board.
Explains AC mode checks on the circuit board.
Details DC mode checks on the circuit board.
Explains gas mode checks on the circuit board.
Describes testing the door switch for continuity.
Explains how to check and replace fuses.
Describes checking the climate control heater switch and resistance.
Describes general refrigerator operation and display panels.
Describes the display panel for RM2652/RM2852 models.
Provides a legend for 2-way model controls.
Describes the display panel for RM2612/RM2812 models.
Provides a legend for controls on RM2612/RM2812 models.
Details AUTO mode operation and energy source selection.
Explains MANUAL mode operation and continuous running.
Details the procedure for shutting off the refrigerator.
Describes AUTO, MANUAL, and STANDBY modes.
Describes AUTO mode operation and energy source selection.
Explains MANUAL mode operation and continuous running.
Details operation during component failure.
Specifies AC voltage requirements and operating range.
Explains checking the AC heating element.
Outlines DC voltage requirements for refrigerator operation.
Details testing the thermistor for proper function.
Describes testing the solenoid valve for proper operation.
Explains testing the igniter for high voltage spark generation.
Details how to check the high voltage cable for sparking.
Explains visual checks and spark gap settings for the electrode.
Details checking the thermocouple voltage output.
Explains testing the upper circuit board's integrity.
Explains testing the lower circuit board's integrity.
Details DC voltage checks on the circuit board.
Explains AC mode checks on the circuit board.
Explains gas mode checks on the circuit board.
Describes testing the door switch for continuity.
Explains how to check and replace fuses.
Describes checking the climate control heater switch and resistance.
Details operation for RM7030, including LP gas delay mode.
Explains the LP gas delay mode and its purpose.
Describes AES fully automatic mode operation and energy priority.
Details LP gas operation, ignition sequence, and safety warnings.
Explains operating solely on LP gas, including delay mode.
Describes procedures for flame failure in LP gas operation.
Explains the refrigerator's operation on 120V AC power.
Describes the low voltage monitor and emergency cooling mode.
Explains thermostat adjustment for temperature control.
Specifies AC voltage requirements and operating range.
Explains checking the AC heating element.
Outlines DC voltage requirements for refrigerator operation.
Explains checking the DC heating element.
Explains thermostat operation and testing.
Describes testing the solenoid valve for proper operation.
Explains testing the igniter for high voltage spark generation.
Details how to check the high voltage cable for sparking.
Explains visual checks and spark gap settings for the electrode.
Details checking the thermocouple voltage output.
Details checking the relay for DC heater control.
Describes testing the door switch for continuity.
Explains checking the ON-OFF switch continuity.
Details checks for the AES function switch.
Explains checks for the AES function lamp.
Details checks for the AC/Gas function switch.
Explains checks for the AC/Gas function lamp.
Details checks for the Gas function switch.
Explains checks for the Gas function lamp.
Details checks for the AC mode lamp and switch.
Explains checks for the 12-volt mode lamp and switch.
Details checks for the delay mode lamp and switch.
Explains checks for the gas mode lamp and switch.
Details checks for the gas flame warning lamp.
Outlines procedures for checking circuit board operation.
Outlines procedures for checking circuit board operation.
Explains how to check and replace the fuse.
Details components of the ice maker cycle without a compressor.
Describes the mold heater and its resistance check.
Explains the mold thermostat's function and testing.
Details the ice ejector's operation and potential issues.
Describes the shutoff arm's function and manual shutoff.
Explains the operation of the mold switches.
Details the water valve switch function.
Describes checking the timing motor continuity.
Explains the solenoid-operated water valve.
Advises on replacing the entire ice maker assembly.
Provides an overview of the ice maker cycle.
Emphasizes the importance of clear air paths for ice production.
Explains how to adjust water fill for proper ice cube production.
Details water supply requirements and troubleshooting air in lines.
Describes the operation of the ice maker with a compressor.
Details key components of the ice maker system.
Describes checking the ice maker ON/OFF switch for continuity.
Explains testing the start device and overload components.
Details testing the compressor for continuity.
Describes the ice ejector's operation and potential issues.
Explains the mold thermostat's function and testing.
Describes checking the fan motor for continuity.
Describes the mold heater and its resistance check.
Explains the shutoff arm's function and manual shutoff.
Explains the operation of the mold switches.
Details the water valve switch function.
Describes checking the timing motor continuity.
Explains the solenoid-operated water valve.
Advises on replacing the entire ice maker assembly.
Provides an overview of the ice maker cycle.
Discusses condenser airflow and its effect on ice production.
Emphasizes the importance of clear air paths for ice production.
Explains how to adjust water fill for proper ice cube production.
Refer to wiring diagrams for correct connections.
Details water supply requirements and troubleshooting air in lines.
Discusses the refrigerant system, its charge, and handling.
Details water supply requirements and troubleshooting.
Covers general requirements like leveling and ventilation.
Explains the importance of proper leveling for absorption refrigerators.
Details ventilation requirements for proper cooling unit operation.
Describes checking door gaskets for proper air sealing.
Explains how to check and correct door alignment.
Discusses ambient temperature's impact on cooling efficiency.
Explains the cooling unit's function and testing.
Provides guidelines for proper food storage and air circulation.
Discusses how high humidity affects the refrigerator.
Explains the seal between the liner and frame and its effect on condensation.
