The short answer
This cabinet has no electronic control and therefore no fault codes. What it has is a mechanical thermostat with a numbered dial, and almost every control complaint on it is one of three things: a dial read as a temperature, a room too cold for the thermostat to work in, or a sensing bulb that has been knocked away from the wall it senses.
What you are seeing
- A numbered dial and no display anywhere — Note: That is the whole control system. There is no code to look up because there is nothing to generate one.
- The cabinet is far colder or far warmer than expected at a sensible setting — Note: The dial is being read as a temperature when it is a setting range.
- Turning the dial produces no click anywhere across its range — Note: On a mechanical control that click is the contacts closing. No click means it is not switching the compressor.
- The load has softened over weeks in a cold garage — Note: The room is below the range the thermostat was designed for, so it stops calling for cooling.
- It runs constantly at every setting — Note: The thermostat may be reading warm, or the cabinet is simply losing capacity to frost.
- Nothing runs at all — Note: That is a supply or start problem rather than a control one, and it is a different diagnosis.
Ranked causes on this brand
- The dial read as a temperature rather than a setting range — Why this rank: First because the numbers correspond to nothing published, because on most controls of this type the higher number is the colder setting, and because reading it backwards produces both of the opposite complaints on this page.
- Room colder than the cabinet is rated for — Why this rank: Second because it makes a working thermostat behave like a broken one: satisfied by the room rather than by the load, it calls for cooling less and less as the weather turns.
- Capillary bulb knocked away from the surface it senses — Why this rank: Third because the bulb is clipped in place and comes loose during defrosting or repacking, after which it senses air rather than the cabinet wall and satisfies early.
- Thermostat contacts failed open or welded closed — Why this rank: Fourth because it is a real failure and it is testable by ear across the dial range, which is the only diagnostic this control offers.
- Frost on the cooling surface making every setting look wrong — Why this rank: Fifth because it is not a control fault at all, but it produces a cabinet that will not reach temperature whatever the dial is set to.
- An owner looking for a code that does not exist — Why this rank: Last, and stated deliberately: there is no display, no memory and no self-diagnosis on this cabinet, so searching for a code sends people to lists written for other appliances entirely.
What to check, in order
- Look at the front of the cabinet and confirm there is a dial and no display — Why: This establishes immediately that there is no code to read and no electronics to fault.
- Put a thermometer inside overnight and read it before opening — Why: A dial number is a request, not a report, and only a measurement tells you what the cabinet is actually doing.
- Turn the dial slowly across its full range and listen for the contacts to click — Why: A control that never clicks anywhere is not switching, whatever the dial reads.
- Find out how cold the room is, especially in a garage or a porch — Why: A room below the rating explains a cabinet that will not freeze with a perfectly good thermostat.
- Look for the sensing bulb and confirm it is clipped tight where it belongs — Why: A displaced bulb senses the wrong thing and satisfies early, which looks exactly like a control fault.
Checks you can do safely
- Stand a thermometer inside the cabinet overnight with the load in place and read it before opening the lid in the morning. — Tools: a thermometer — Time: overnight
- Turn the dial slowly from its lowest number to its highest in a quiet room, listening for the contacts to click. — Tools: none — Time: five minutes
- Set the dial one step at a time, leaving a full day between changes, until the measured temperature is right rather than until the number looks right. — Tools: a thermometer — Time: several days
- Leave a room thermometer beside the cabinet over a cold night and compare the reading with the ambient range on the rating plate. — Tools: a room thermometer — Time: overnight
- Unplug the cabinet, find the sensing bulb and its clip, and confirm the bulb is held firmly against the surface it is meant to sense. — Tools: torch — Time: a quarter of an hour
- If frost has built up, defrost the cabinet completely before drawing any conclusion about the control. — Tools: towels, a shallow tray, a cooler — Time: four to eight hours
Before you open anything
Safety
Unplug the cabinet before removing any panel or reaching towards the thermostat or its capillary. The start relay and overload sit on the compressor pins at mains potential whenever the appliance is plugged in, and a capacitor can hold a charge after the plug is out. Never pull, kink or cut the capillary tube running from the thermostat: it is a sealed sensing element and it cannot be repaired. Never chip frost with a tool, because refrigerant tubing is bonded into the cabinet wall behind the liner. Unplug the appliance or switch off its breaker before removing any panel. A capacitor can hold a charge after the power is off. — Id: unplug-before-service A freezer holds food safely at 0 °F (−18 °C) or below. — Id: freezer-0f
Where the service line falls
The dial makes no click anywhere across its range, which means the thermostat is not switching and has to be metered and replaced. The measured temperature is wrong at every setting on a cabinet that has been fully defrosted and stands in a room within its rating. The capillary tube is kinked, crushed or has been pulled out of its clip and damaged, because a sensing element cannot be repaired. The compressor runs continuously at the warmest setting, which suggests the contacts have welded closed. A thermostat is needed, because on a licensed badge it is matched to a generic equivalent by capillary length, mounting and switching range rather than ordered by part number.
Nearest pages
What this page does not cover
This page is generalized across every compact freezer sold under this badge and describes the mechanical-thermostat control common to that class. It prints no fault codes, because cabinets of this design have no electronics to produce any. It does not cover a specific model family, or cabinets fitted with an electronic control and a digital display. The rating plate on the back or inside the cabinet, not the badge on the front, names the actual manufacturer and importer; that plate is what a seller support desk will ask for, and under a licensed name it is the only reliable way to tell one production run from another.
Links down: - [FARBERWARE Freezer: Not Cooling or Not Freezing](/blog/farberware-freezer-cooling-failure) - [FARBERWARE Freezer: Door, Latch or Seal Fault](/blog/farberware-freezer-door-seal)
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
