WO-TNFR242512 Found problem with combustion blower motor. Performed basic combustion system rejuvenation. Checked operation.
This estimate includes: - Removing existing service entry cable for both services - Installing (2) new disconnects after each load side of meter sockets - Relocating (1) 200 Amp panel to “unit B” - Installing (2) new feeder cables to both 200 Amp main breaker panels - Grounding both services as per NEC standards - Permits and inspection of service
customer signed up for gold club plan with amanda paying monthly
Club furnace rejuvenation, inducer fan is reading 1.7amps, glow bar is reading .2amps. Indoor fan is reading 1.3amps. Flame sensor pulled out and cleaned off. Supply has a temperature of 102 degrees out of the register. Return has a temperature of 68 degrees. Heat rise of 34 degrees. Factory heat rise spec is between 30-60 degrees. Customers filter is brand new. Blower wheel pulled out and the fins brushed off. Tested gas vaulve on the gas supply line and it is operating correctly. All of the board connections are good. Burners are shooting a dark blue flame with no flame rollback. Wd40 wipedown. System is operating normally at this time.
15-year-old furnace, indoor coil, and condenser. The outdoor ambient temp was approximately 70 degrees and the indoor dry bulb was 70. The cool supply air was 53 degrees Fahrenheit and the room temp. return air was 72 degrees for a Delta T of 19. Measured 5.5 Amperes on the air circulation system. Put a new air filter in that we provided. Checked to make sure the circuit board and wiring were in good shape. Purged the water removal system's discharge tube with CO2 to prevent clogs. Cleaned the indoor coil (the pan treatment strip from last year is still good), and the air circulation compartment. The refrigerant pumping system's run amps were eight, the start amps were six and the fan motor amps were .6. The voltage enhancer had a correct uF charge. Cleaned the elec. compartment and verified the wiring and contactor were in good shape. The voltage distributor was taking in 245 Volts. The disconnect switch properly working.
15-year-old furnace, indoor coil, and condenser. The outdoor ambient temp was approximately 70 degrees and the indoor dry bulb was 70. The cool supply air was 53 degrees Fahrenheit and the room temp. return air was 72 degrees for a Delta T of 19. Measured 5.5 Amperes on the air circulation system. Put a new air filter in that we provided. Checked to make sure the circuit board and wiring were in good shape. Purged the water removal system's discharge tube with CO2 to prevent clogs. Cleaned the indoor coil (the pan treatment strip from last year is still good), and the air circulation compartment. The refrigerant pumping system's run amps were eight, the start amps were six and the fan motor amps were .6. The voltage enhancer had a correct uF charge. Cleaned the elec. compartment and verified the wiring and contactor were in good shape. The voltage distributor was taking in 245 Volts. The disconnect switch properly working.
15-year-old furnace, indoor coil, and condenser. The outdoor ambient temp was approximately 70 degrees and the indoor dry bulb was 70. The cool supply air was 53 degrees Fahrenheit and the room temp. return air was 72 degrees for a Delta T of 19. Measured 5.5 Amperes on the air circulation system. Put a new air filter in that we provided. Checked to make sure the circuit board and wiring were in good shape. Purged the water removal system's discharge tube with CO2 to prevent clogs. Cleaned the indoor coil (the pan treatment strip from last year is still good), and the air circulation compartment. The refrigerant pumping system's run amps were eight, the start amps were six and the fan motor amps were .6. The voltage enhancer had a correct uF charge. Cleaned the elec. compartment and verified the wiring and contactor were in good shape. The voltage distributor was taking in 245 Volts. The disconnect switch properly working.
15-year-old furnace, indoor coil, and condenser. The outdoor ambient temp was approximately 70 degrees and the indoor dry bulb was 70. The cool supply air was 53 degrees Fahrenheit and the room temp. return air was 72 degrees for a Delta T of 19. Measured 5.5 Amperes on the air circulation system. Put a new air filter in that we provided. Checked to make sure the circuit board and wiring were in good shape. Purged the water removal system's discharge tube with CO2 to prevent clogs. Cleaned the indoor coil (the pan treatment strip from last year is still good), and the air circulation compartment. The refrigerant pumping system's run amps were eight, the start amps were six and the fan motor amps were .6. The voltage enhancer had a correct uF charge. Cleaned the elec. compartment and verified the wiring and contactor were in good shape. The voltage distributor was taking in 245 Volts. The disconnect switch properly working.
• Working on 2 new Amana heating and air conditioning systems that we installed for one of our loyal maintenance agreement customers. These Amana units have a Lifetime compressor and heat exchanger warranty on both systems. If the compressors or heat exchangers ever have a problem while the customer lives her, Amana will replace the systems.
Installing a new Maytag condenser and matching coil to replace a 15 year old Rheem unit that had a failed compressor for a residential HVAC maintenance agreement customer in the Northwest part of town near Silverstone golf course.
Performed heating system maintenance on two heat pump systems. Replaced the air handler for the Bryant System with a Amana air handler that has a 10 year parts warranty.