Mike

The customer's dishwasher displayed fault codes indicating issues with the circulation motor and dispenser. Our technician ran diagnostics and found that while the circulation motor was receiving proper voltage, it was not operating, and confirmed the dispenser was activating correctly. The circulation motor was replaced to restore normal operation. Job complete. Technician tested circulation motor voltage at 120VAC and confirmed motor non-operation despite adequate power supply. Dispenser activation was verified during diagnostic cycle. F7e1 circulation motor fault and F10e2 dispenser fault codes were present; circulation motor replacement performed.

The freezer temperature was fluctuating between 35–50°F instead of holding steady at 0°F. We found a floating restriction or moisture in the refrigeration system that was affecting cooling performance. We evacuated and recharged the system to restore proper operation. Job complete. Technician performed pressure tests (0 PSI low side, 112 PSI high side) and inspected the evaporator frost pattern. System was evacuated and pulled down to 600 microns, then recharged with refrigerant to remove the restriction and moisture.

The customer's refrigerator was running too warm at 37°F in the fridge section and 54°F in the freezer, indicating a cooling problem. Our technician diagnosed a refrigerant leak in the sealed system and completed a sealed system rebuild to restore proper cooling. The technician verified evaporator fan operation, inspected frost patterns on the evaporator coil, and ran diagnostic tests including forcing the step valve to isolate the icemaker/freezer circuit. Testing revealed frost formation only at the inlet, confirming a refrigerant leak in the sealed system. Job complete.

The cooktop was flashing an E15 error code and shutting down immediately. We identified a loose bridge connection on the terminal block that was preventing proper power distribution. We reconnected the bridge and verified the unit now operates normally. The technician confirmed 240VAC on both incoming circuits, identified the missing L1 bridge on the right terminal block (viewed from behind), reinstalled the bridge connection, and verified all cooktop functions operating properly.

The customer's washer was going out of balance during normal wash cycles and leaking, though it ran fine on speed wash. We tested the unit, inspected the balance ring alignment, checked the tub nut for tightness, and cleaned the belt and pulley to rule out slipping issues. We also consulted with the manufacturer regarding the alignment findings. Job complete. Technician tested the washer with a 3-towel load and noted minimal vibration with no balance errors during that cycle. The balance ring was found slightly out of alignment but potentially within tolerance; tub nut was secure and belt/pulley were cleaned to eliminate slipping as a cause of the imbalance condition.