When a Palo Alto refrigerator stops making ice, the bin tells you the result but not the cause. The ice maker needs a working control, water path, cold compartment, door closure, fill action, and harvest action. Start by separating those observations.
Do not reach into the ice-maker mechanism or remove a panel. Water and electrical parts may be close together.
Separate production from dispensing
Look at the bin and record whether it is empty, partly filled, full of hollow pieces, frozen into a block, or full while the dispenser does not deliver. Does the ice maker produce one batch and then stop? Does the water dispenser also have weak flow?
Note the last normal batch and what happened before the change. Include a filter replacement, interrupted water line, power event, refrigerator move, door problem, or frost. A gradual slowdown is useful evidence too.
Check the controls and visible water path
Confirm the ice-maker setting is on and the bin is seated normally. Make sure no drawer or package blocks the door. Do not hold a sensor, force the bin, or use a tool in the mold.
If there is a water dispenser, observe the flow without running it repeatedly. Look for a visible drip at the filter or accessible connection while the system is idle. If the problem began after a filter change, note the timing and follow the model instructions rather than forcing the housing.
Look for door, frost, and temperature clues
Confirm that the freezer door closes fully and that the gasket is not folded. Record visible frost or a door alarm. Do not remove a rear cover or chip at ice.
If the mold or fill area is frozen, photograph it when safe. Do not use a hair dryer or other household heater. Heat can damage plastic and wiring and may create a misleading repair starting point.
What a technician should test
The diagnosis should distinguish the user control, filter and supply, fill tube, inlet valve, ice-maker assembly, temperature condition, door switch, and control. A dispenser fault may coexist with normal ice production. A frozen fill path can mimic a dead ice-maker assembly.
Ask what test supports a proposed repair and what was checked before the part was selected. The written estimate should identify the finding and any remaining water-side or supply-side boundary.
Keep the water and ice paths distinct
If water flows normally but the ice bin is empty, record that. If water is weak and ice also stopped, record the connection and filter history. If the ice maker produces cubes but the dispenser does not deliver them, state that instead of using “no ice” as the whole description.
Include whether the bin was recently removed, whether the refrigerator was moved, and whether the problem started after a filter change or power event. The exact owner manual matters for a reset or on/off control. Do not force a cycle, hold a sensor, or use a household heater on a frozen fill path.
If the refrigerator is also warming, report the temperature symptom separately and protect food. Ice production is one function of the refrigerator, not a reliable indicator that the cooling system is healthy.
Prepare the Palo Alto request
Photograph the model and serial label, bin, control setting, filter label, frost, and safe connection view. Record dispenser behavior, door closure, the last normal batch, and whether the symptom is constant.
The appliance service hub gives the general service path. The FAQ covers process questions, and the contact page is the handoff for a documented request.
Keep the model record with the symptom
The full refrigerator suffix matters for the ice-maker controls, filter arrangement, bin design, and reset instructions. Photograph the label and the control before changing a setting. If an owner manual says the ice maker must be off until a water connection is complete, follow that instruction and report the connection history.
Do not substitute a generic ice-maker cycle for the exact manual. A reset can make the bin appear active while the water path is still restricted. The useful service record states what was on, what flowed, what was frozen, and what changed before production stopped.
Safety boundary
Keep the ice maker off for a water leak near electrical parts, damaged cord or outlet, repeated power trip, or visible wiring. Do not touch the ejector or heater while connected.
If the refrigerator is also warm, protect food and state that symptom first. Ice production is a separate question from whole-cabinet cooling.
If ice returns after a setting change, filter change, or bin reseating, record exactly what changed and whether water flow also changed. A temporary batch does not prove that the fill or harvest path is healthy.
State whether the ice bin is on a door or in a drawer and whether it was recently removed. The layout can change the first safe check.
Written estimate before work
There is no repair price by phone because no-ice symptoms can involve several systems. The $99 diagnostic is credited toward an approved repair. A written estimate comes after diagnosis and before repair work.
The service area is a 56-city service area, excluding Marin County. For Palo Alto service, include the exact model, production pattern, water and filter history, door clues, and safety concern. That record supports the right test.
The service process is a $99 diagnostic, credited toward an approved repair, followed by a written estimate before repair work.