The short answer
Not every model in this family ships with an ice maker, so the first question is whether yours has one and whether it is switched on — the bail arm or the on-screen setting stops production silently. After that the order is supply, then temperature, then the module itself. Only one model number carries the KS designation, and it is in the table below. The letters are the family; the rating plate inside the cabinet carries the full number a parts counter needs.
What you actually observe
- Production fell off gradually over weeks — Restriction rather than failure: a filter reaching the end of its life, or a line slowly icing.
- A block of ice in the mould — Overfill, or a harvest that did not complete. Either way the maker is stuck until it is cleared.
- Cubes that are cloudy and small together — Low flow and long dwell, which points at the supply rather than at the maker.
- Nothing since the cabinet was moved — A crushed supply line behind the unit is the classic consequence of pushing it back into place.
- NEAR MISS — water in the bin rather than ice — That is a temperature problem in the compartment, and it needs fixing before the maker is touched.
What no ice turns out to be
- Water getting in — Ranked first because everything else depends on it. Household shut-off, the supply line, the inlet valve, the filter and the fill tube are all in series, and any one of them stops production completely.
- Cold enough to harvest — Second. The mould thermostat decides when to eject, so a compartment running warm produces no ice while still keeping food acceptably cold.
- Controls and settings — Third. The arm, the on-screen setting and any holiday or energy mode all stop production by design, and all of them get changed by accident.
- The maker itself — Last. Module, mould heater, motor or thermostat — a genuine failure, but one that should be diagnosed after the supply and the temperature are proven, not before.
Check in this order, and why that order
- Check the household shut-off first — Plumbing work, a cleaner moving things, or a new appliance nearby. A closed valve is free to find and embarrassing to pay for.
- Replace or reseat the filter — An unseated cartridge after a change is one of the most frequent causes of production stopping overnight.
- Watch one complete cycle — Fill, freeze, harvest. Knowing which of the three fails is the single most useful thing you can tell a technician.
- Leave the module alone until the rest is clear — It is the expensive assumption, and it is wrong more often than it is right on a cabinet that recently worked.
Before you open anything
Safety
Unplug the appliance or switch off its breaker before removing any panel. A capacitor can hold a charge after the power is off. Do not thaw a frozen fill tube with a heat gun, a hair dryer on full or boiling water poured into the compartment: the plastic distorts, and a distorted tube leaks into the cabinet afterwards. If you close a household shut-off valve to work on the supply, open it again slowly and check the joint for weeping before pushing the cabinet back.
Models this page covers
Reference| Model number | Family key |
|---|---|
| KS-35F | commercial-cool:refrigerator:ks |
Where the owner line is on these models
Stop and call when the diagnosis needs a meter rather than a torch. Anything on the water path in front of the cabinet, anything on the settings, and anything involving the compartment being too warm is owner territory. The inlet valve, the module, the mould heater and the thermostat are not: they are behind panels on a live appliance, and on small cabinets the parts are often worth more than the ice is. Because the KS line is a single model number, a technician can look the parts up before arriving, which is worth mentioning when you call.
Other KS problems we cover
Lead Appliance Repair Technician · 12 years experience
Experienced technician with 12 years specializing in washing machine and dryer repairs across all major brands.
