To Next PageTo Next PageWhat to do if there is no water coming to my Viking VCFF136D Refrigerator?
If there's no water coming to your Viking Refrigerator, first, turn on the water supply. Then, inspect the supply line and water valve for any obstructions. Finally, verify the water valve's operation.
Why is my Viking Refrigerator ice maker not getting enough water?
If your Viking Refrigerator ice maker isn't getting enough water, even with the correct fill time, there may be a restriction in the supply line or a problem with the water valve. Remove any restrictions in the supply line and repair or replace the water valve.
How to fix a Viking Refrigerator that won't turn on?
If your Viking Refrigerator isn't operating, check the power supply, circuit breaker, and power switch. Verify the voltage, reset the breaker, and ensure the power switch is in the “ON” position.
Why does my Viking VCFF136D keep running?
If your Viking Refrigerator runs continually, the issue may be related to the control setting, door seal, dirty condenser coil, condenser/evaporator fan, control board, or heat exchanger. Try these steps: * Move the control to a medium setting. * Check the door seal for proper closure and replace it if needed. * Clean the condenser coil. * Verify the condenser/evaporator fan's movement and operation. * Verify the control board operation. * Verify the heat exchanger has not separated.
What to do if my Viking VCFF136D Refrigerator is running but the lights are out?
If your Viking Refrigerator is running but the lights are not working, it could be due to Sabbath Mode being activated or an open circuit. Try taking it out of Sabbath Mode. If that doesn't work, replace the control board, light switch, or light bulb.
How do I fix a clogged water valve in my Viking VCFF136D Refrigerator?
If the water valve in your Viking Refrigerator is clogged, replace the water valve.
What causes no power to the ice maker at the connector socket in a Viking Refrigerator?
If there's no power to the ice maker at the connector socket, it's due to no continuity. Determine discontinuity by tracing power.
Why is there no power to the water valve in my Viking Refrigerator?
If there's no power to the water valve, it's due to no continuity. Determine discontinuity by tracing power.
General| Brand | Viking |
|---|---|
| Model | VCFF136D |
| Category | Refrigerator |
| Energy Star Certified | No |
| Ice Maker | Yes |
| Water Dispenser | Yes |
| Defrost Type | Automatic |
| Color | Stainless Steel |
Provides critical safety alerts, definitions, and hazard symbols for user protection.
Details coverage periods, exclusions, and responsibilities for appliance service.
Lists technical specifications, dimensions, and model number identification for the appliance.
Outlines potential hazards, warnings, and essential electrical installation guidelines.
Explains using the control panel, touch pads, and adjusting temperature settings.
Covers Max Cool, Sabbath Mode, alarms, and Vacation Mode functions.
Explains user settings like language, temperature display, and drawer adjustments.
Details ice maker functions and water/ice dispenser usage and settings.
Guides on filter replacement, status reset, and unit cleaning procedures.
Instructions for accessing diagnostic menus and entering programming modes.
Procedures for entering forced defrost and service test modes.
Introduces and lists various component diagnostic tests available in service mode.
Identifies component locations on circuit boards and shows wiring connections.
Details how to test various control board and dispenser components using a multimeter.
Step-by-step guides for removing and accessing internal parts for service.
Procedures for accessing and removing major components like the ice maker and fan assembly.
Guides for diagnosing and correcting unit operation and power supply problems.
Addresses problems with water flow, ice production, and compartment temperatures.
Guides for diagnosing and resolving ice maker and other component-specific issues.
Provides detailed electrical schematics for system diagnosis and understanding component interaction.
