Found unit capacitor had gone flat - replaced capacitor and cycled system to check operation - everything came on normally

Found system disconnected had shorted line voltage wire to ground - repaired shorted wire - cycled breakers and system thermostat to check operation - everything came on normally again!

EER2 12.5; SEER2 15.2; HSPF2 7.5 MAKE: Goodman MODEL: GLZS4BA2410 Heat Pump AMST24BU1300A Air Handler THKTSD08X1 Electric heat Installation shall include: Equipment specified above plus materials and labor to include: • All work will be completed in a professional workmanlike manner. • Necessary electrical is included. • Permit Fee for Installation • Goodman Manufacture’s Warranty: Ten (10) Year Limited Parts including Compressor. • One (1) year labor warranty provided by Comfort Central, Inc. • Ten (10) Year Guarantee on Comfort Central Inc Workmanship.

Found system condensate pump slow causing outdoor unit to shut off due to float switch. Replaced condensate pump and cycled unit to check operation. Performed cooling tune up checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor coils, treatment of drain line. Everything looks and runs great!

Found system filter drier restricted and should be replaced. Replaced filter drier and performed system start up. Everything runs normally again!

Plugged condensate pump into a dirrerent outlet and system came on. Checked operation. Okay now.

Replaced capacitor and checked operation.

Condensate drain was not glued properly and came apart. Glued pvc and checked for drainage.

Replaced blower wheel and cycled system to check operation.

Performed cooling tune up service on heat pump system checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor coils, treatment of drain. Everything looks and runs great!

Performed cooling tune up service on minisplit systems checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor coils, treatment of drains. Everything looks and runs great!

Found outdoor unit compressor not coming on due to run capacitor failure. Replaced run cap and cycled system to check operation. Everything came on but really but system measured low on r22 refrigerant - recommended replacement of system. Will call back to set up estimate.

Performed cooling tune up service on dual fuel system and minisplit system checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor coils, treatment of drains, changed customer provided uv bulb. Everything looks and runs great!

Performed cooling tune up service on both cooling systems checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor coils, treatment of drains and condensate pump. Everything looks and runs great!

Performed heat pump cooling tune up service checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor coils, treatment of drain. Everything looks and runs great!

Performed cooling tune up service on air conditioning system checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor coils, treatment of drain. Everything looks and runs great!

Found outdoor unit run capacitor has failed causing outdoor fan motor not to come on and unit cycle on thermal protection. Replaced capacitor and cycled unit to check operation. Everything runs normally again.

Found capacitor wiring loose, not making a good connection in outdoor unit. Reseated capacitor wire and cycled system to check operation.

Ultimate Cooling Tune-Up: cleaned coils, brushed and cleaned traps, added pan treatment tablets to pan. tested and checked all controls, wiring connections. tested temperatures, checked filters. checked refrigerant temperature and pressures, tested static duct pressure. tested blower operation, tested cooling operation to ensure working within manufacturer specifications.

Ultimate Cooling Tune-Up: cleaned coils, brushed and cleaned traps, added pan treatment tablets to pan. tested and checked all controls, wiring connections. tested temperatures, checked filters. checked refrigerant temperature and pressures, tested static duct pressure. tested blower operation, tested cooling operation to ensure working within manufacturer specifications

Found dehumidifier not throwing a fault code - performed hard reset on system by pulling the plug and cycled to check operation. Have 25° temperature rise across dehumidifier. Waited for dehumidifier to make water. Everything appears to run normally again.

Reset breakers and cycled system to check operation - surge protector still active and good. Everything runs normally again.

Found Mitsubishi unit in living room to be packed with dirt on the blower wheel found back bedroom on left to have some dirt on it but not packed with dirt where it’s falling off like what’s in the living room room. The blower wheel should be pulled and cleaned. top floor should be pulled and clean in a couple years. It’s not that bad. We pulled and cleaned the indoor blower wheel cleaned the unit and got rid of all the biological growth in. It started everything up and tested. It works fine. Looks good pictures included.

Ultimate Cooling Tune-Up: cleaned coils, brushed and cleaned traps, added pan treatment tablets to pan. tested and checked all controls, wiring connections. tested temperatures, checked filters. checked refrigerant temperature and pressures, tested static duct pressure. tested blower operation, tested cooling operation to ensure working within manufacturer specifications. Found blower motor capacitor to be bad. It needs to be replaced and we replaced it.

On inspection of the outdoor unit, I noticed that the two going to the TXB on the unit as possible. This would have to be replaced for heating. Found compressor should be using the internal bypass for the refrigerant being pressure is equal, which is the possibility that is the reason why the thermal overload when we got here. The system is 15 years old and I recommend it . The compressor was drawing almost 12 A which is about double of a new system.