To Next PageTo Next PageWhy does my Norcold Water Dispenser water have a bad taste?
If the water from your Norcold Water Dispenser has an odor or bad taste, the following could be the reason: - The vehicle water filter may need to be replaced or installed. - The vehicle water system may need to be sanitized. - The dispenser reservoir may need to be purged by running out several glasses of water.
What to do if Norcold Water Dispenser water flow is weak?
If the water flow from your Norcold Water Dispenser is weak or sputtering, you should check the following: - Ensure that the water filter of the vehicle water supply system is not clogged. - Make sure that the water lines behind the refrigerator are not kinked. - Check that the water pressure to the vehicle is not low. - Confirm that any water valves leading to the dispenser are fully open. - Ensure that after winterizing or replacing the water filter, all air is purged from the vehicle water lines. - Clean the tip of the dispenser nozzle if it has mineral deposits with a swab or soft cloth.
What to do if Norcold Water Dispenser does not dispense water?
If your Norcold Water Dispenser is not dispensing water, check the following: - Ensure that the vehicle water pump or water source is on and/or fully open. - Verify that the water supply valve to the dispenser is open. - Check that the water filter of the vehicle water supply system is not clogged. - Confirm that the water supply line is connected to the water solenoid valves. - Ensure that the solenoid water valve is correctly connected to 12 VDC. - Check that the dispenser arm moves freely.
Why is the water from my Norcold Water Dispenser too warm?
If the water from your Norcold Water Dispenser is too warm, you should check the following: - Ensure that it has been at least 4 hours since the dispenser reservoir was filled. - Confirm that the refrigerator has operated for 8 hours before loading it with food. - Verify that the refrigerator temperature control is set to a cold enough temperature. - Make sure that the refrigerator is cooling correctly.
What to do if Norcold Water Dispenser water does not shut off?
If the water from your Norcold Water Dispenser does not shut off, take these steps: 1. Turn the refrigerator “OFF” at the refrigerator controls. 2. Turn off the vehicle water pump or remove the water source to the dispenser. 3. Turn the refrigerator “ON” at the refrigerator controls. Also, check the following: - That the dispenser paddle moves freely. - That the small round button behind the dispenser paddle moves freely in and out. - That the valve closes when it is de-energized.
General| Type | Absorption Refrigerator |
|---|---|
| AC Voltage | 120 V |
| DC Voltage | 12 V |
| Refrigerant | R134a |
| Power Source | AC |
| Door Type | 4-Door |
Covers essential safety guidelines for working on Norcold refrigerators, including handling hazardous materials.
Explains the meaning of safety alert symbols (Caution, Warning) and associated hazards.
Details the manual's purpose, scope, and the certification standards the refrigerator complies with.
Outlines installation requirements, use of authorized parts, and technical support contact info.
Guidance on identifying refrigerator and cooling unit serial numbers for technical support.
Describes the refrigerator enclosure and the function of baffles in managing airflow and heat.
Details the importance of the lower intake vent for combustion air and cooling airflow.
Covers exhaust vents, roof caps, propane connections, and leak testing procedures.
Covers AC and DC electrical connection requirements, including power board fuses.
Details the operation of the fresh food compartment light and the divider heater.
Explains the function of DC fans and the thermostatic switch controlling their operation.
Describes the movable door seal's moisture reduction heater and its activation.
Explains the TMC's role in preventing cooling unit damage from overheating conditions.
Recommends annual maintenance checks for gas lines, burner, and electrical components.
Guides on how to visually inspect the propane gas flame for correct appearance and shape.
Provides instructions for annual cleaning of the burner and burner orifice.
Details the operation of the Power ON/OFF button for turning the refrigerator on and off.
Explains how to use the Mode button to select between Auto, Manual AC, and Manual Gas modes.
Describes the temperature indicator and how to adjust temperature settings.
Explains gas operation and the 'no FL' fault code displayed on the LCD.
Details the Gas Mode and AC Mode operation, including heater functions.
Provides steps for safe ignition, startup, and testing the gas safety valve.
Lists essential pre-checks to perform before detailed diagnostics to resolve common issues.
Explains the theory of operation for continuous and switched 12-volt power to the display board.
Details how continuous and switched 12VDC is supplied to the refrigerator's power and display boards.
Details the 'no AC' fault, its meaning, and verification steps for low AC input voltage.
Explains the 'no FL' fault, its meaning, and troubleshooting steps for flame detection issues.
Describes the 'FL' fault, indicating a mechanically stuck gas valve.
Covers the combined 'no AC, no FL' fault, occurring in Auto Mode, and verification steps.
Explains 'AC rE' (stuck relay) and 'AC HE' (low heater current) faults.
Notes that the 'OP LI' fault requires consulting a flowchart for resolution.
Provides a flowchart for diagnosing and resolving the 'LI' 'oP' fault code related to the TMC.
Differentiates between fast and slow red light flashing on the TMC and their causes.
Details troubleshooting for thermocouple circuits and low input voltage affecting the TMC.
Guides on inspecting the cooling unit for leaks, identifying residue and ammonia presence.
Illustrates how to identify chromate leaks from the cooling unit based on visual cues.
Specifies conditions and magnet use for clearing the TMC lockout state (red light ON solid).
Outlines the steps to verify proper refrigerator cooling after clearing the TMC lockout.
Describes 'Sr' fault and low DC voltage faults, including their impact and conditions.
Details low DC voltage faults in Gas Mode, with and without alarms, and their effects.
Explains the 'dr' fault for doors open over 2 minutes, and its effect on the interior light.
Details the flashing icon indicating a faulty fin thermistor and how to check its resistance.
Step-by-step guide on how to enter, navigate, and exit the refrigerator's diagnostic mode.
Introduces the purpose of screens 1-4, covering icon verification and fault history display.
Explains how to interpret stored fault history using LED segments on Screens 5 and 6.
Provides instructions for erasing stored fault history using specific button sequences.
Details how to interpret live power board inputs and outputs displayed on Screens 7 and 8.
Describes how to read DC input voltage status using LED segments on Screen 9.
Explains how to interpret AC input voltage status using LED segments on Screen 0.
Refers to a separate document for ice maker operation and troubleshooting.
Step-by-step instructions for safely removing the refrigerator from its enclosure.
Guidance on the proper procedure for reinstalling the refrigerator into its enclosure.
