Bryce

The customer reported their refrigerator wasn't cooling properly. We pulled the unit out, pressurized the system, and found a pinhole leak in the condenser tubing. We re-braced the tubing to seal the leak, then vacuumed and recharged the system with refrigerant. The unit is now operating properly. Job complete. Technician pressurized the refrigeration system and identified a pinhole leak at the condenser tubing brace point. System was evacuated and recharged with refrigerant after repair of the leaking connection.

The refrigerator wasn't cooling properly. We diagnosed a blockage in the compressor, replaced the compressor, evacuated and recharged the system with refrigerant, and verified proper operation with pressure readings. Job complete. Technician performed infrared temperature diagnostics (fridge 55°F, freezer 33°F), identified compressor blockage, completed compressor replacement, evacuated system to 1200 µm, charged with 1.94 oz of refrigerant, and confirmed operating pressures of -0.4 psi (low side) and 46.2 psi (high side). System requires 24–48 hours for optimal temperature stabilization.

The customer reported that the power button was stuck and the unit wouldn't turn on. We inspected the control panel and found that the plastic housing around the button had broken, preventing normal operation. We removed the damaged plastic casing so the power button could function properly, and the unit is now working again. Job complete. Technician inspected the user interface assembly and found the control panel plastic was fractured around the power button. The discontinued UI component was carefully removed to restore access to the mechanical power switch, allowing the unit to power on normally while all other operational functions remained intact.

The customer reported their refrigerator wasn't cooling, and all compartments felt warm to the touch. We inspected the unit, performed a power reset by unplugging and reconnecting it, and verified that the compressor, fans, and all other components fired up and began operating normally with no error codes present. Job complete. Technician inspected all three refrigerator compartments for temperature, verified no active error codes on the control board, and confirmed proper operation of the compressor and evaporator fan after performing a complete power cycle reset.

The customer reported that the icemaker was filling on top of itself rather than dispensing properly. We inspected the unit, cleared the ice buildup, and ran a test cycle to verify the icemaker would dump and fill correctly. Job complete. Technician tested the icemaker cycle by running it through a full dump and fill sequence to confirm proper operation and rule out mechanical failure in the dump mechanism.