Wildomar, CA

Arrived on site to perform Ac maintenance on a 2018 Lennox system. Condenser located in back yard p. Furnace and Evaporator coil located in hall closet. Client stated no issues. Cycled cooling to ensure system operating. Found fled ducting used. Filter was dirty. Client did supply her own filter and advised due to the are she lives in she may need to replace more frequently if needed. Checked electrical wiring, connections, circuit board, and components all good. Blower wheel is slightly dusty due to lack of filter change out. Motor is good. Free of oil. Evaporator coil is good at this time. Condensate float switch and all other safety switches are operational. Temperature split was in range of 23 degrees and cooling. Cycled system. Washed condenser coil out side as it was really dirty and filled with leave due to tree above unit. Checked electrical compartment and components. All good. Primary and secondary controls are in range. Checked fan blade, searing , and motor. All good. Amp d

Meeting roofer

Performed diagnostic on 2014 Goodman system. Homeowner states that the upstairs unit is not cooling. He had home warranty company out recently and they told him he had a leak in his evap coil and basically wanted to sell him a new unit as his only option. I cycled system for cooling. System came on normally. System is only producing a 6 degree temperature split. Hooked up refrigerant gauges and found system low on refrigerant. Visually Inspected condenser coil and evaporator coil for any signs of refrigerant leaks. Could not locate anything that would indicate a refrigerant leak. Went over findings with homeowner. He wants an immediate option to get his system up and running. Does not want to replace the system. He approved to recharge the system and add refrigerant seal/dye. Charged system up with 3 pounds of R-22 refrigerant and added seal/dye. Will be back out in 2 weeks to perform leak dye check. Homeowner understands any future repair that can possible. System is now producing pro

Performed Ac Maintenance on 2001 system. Homeowner states system has been working fine and they hardly ever use it. Cycled for cooling. Checked outdoor unit. System mad a horrible noise on start up, homeowner states it does that every now and then. Checked electrical and system components. Primary motor control is in good condition. Secondary motor control is in range. Compressor hard start kit is also in good range and operating normally. Compressor and condenser fan motor amps are high, but still in range. Refrigerant levels are ok and system is producing 17 degree temperature split. Pulled condenser fan motor off and thoroughly washed out condenser coil inside and out. Replaced 1 inch filters. Overall system is operating, but it is very loud and inefficient. Went over findings and recommendations. Due to condition and efficiency, replacement would be the best option. Homeowner is fully aware of the condition of the system. They know they have to replace the system, but are not read

Installed uv/catalyst

Quality check

Thermostat is in working order. Tested thermostat several times with home owner to make sure it works. She confirmed it worked. Advised if it happens again we can bring a replacement.

Thermostat is in working order. Tested thermostat several times with home owner to make sure it works. She confirmed it worked. Advised if it happens again we can bring a replacement.

Thermostat is in working order. Tested thermostat several times with home owner to make sure it works. She confirmed it worked. Advised if it happens again we can bring a replacement.

Thermostat is in working order. Tested thermostat several times with home owner to make sure it works. She confirmed it worked. Advised if it happens again we can bring a replacement.

Upon arrival performed diagnostic. Customer needs short term solution. Moving out of home in 2-3 months moving up north. Diagnose system informs of customer and changed parts. System is operational. Compressor pulling high amperages off the start. Running high amps while running. System was reset tested and fully functional upon departure.

Upon arrival performed diagnostic. Customer needs short term solution. Moving out of home in 2-3 months moving up north. Diagnose system informs of customer and changed parts. System is operational. Compressor pulling high amperages off the start. Running high amps while running. System was reset tested and fully functional upon departure.

Upon arrival performed diagnostic. Customer needs short term solution. Moving out of home in 2-3 months moving up north. Diagnose system informs of customer and changed parts. System is operational. Compressor pulling high amperages off the start. Running high amps while running. System was reset tested and fully functional upon departure.

Upon arrival performed diagnostic. Customer needs short term solution. Moving out of home in 2-3 months moving up north. Diagnose system informs of customer and changed parts. System is operational. Compressor pulling high amperages off the start. Running high amps while running. System was reset tested and fully functional upon departure.

Replace existing complete systems with below listed equipment. Seal all supply cans and install new high flow registers. Install Trunkline Rossi balancing dampers to improve comfort in mater bedroom and downstairs office. Install return in master bedroom. Install 2 new wifi thermostats (Honeywell T6 or Nest-E) Install high efficiency 5” filtration kits on both systems. Financing available or 5% Cash Discount If 5” Filtration, Rossi Dampeners, and HIGH flow register set are not desired please deduct $1,690

Performed diagnostic on 2001 system. Homeowner stated that his system is cooling, but after running it for a while the lines freeze up and he has to run the fan only to thaw it out before it works again. Cycled system for cooling. Filters are completely clogged up and restricting the system of airflow. Hooked up gauges. Low side pressure is not giving me any reading. Found shrader core is bent and not allow the gauge to fully engage to get a reading. Informed homeowner that I could try to straighten out the shrader, but it could potentially break. If shrader core breaks, it may not be able to be replaced as the king valve would have to get replaced. Went over findings and recommendations with homeowner. Homeowner was unaware of how old his system was, thought it was younger. Due to the age of the equipment, he is leaning more towards replacing the system. He is not ready at the moment so he will keep running the system as he has and call us out whenever he is ready to move forward with

Performed diagnostic on 2013 system. Error code 434 is showing up on thermostat. Homeowner had another company out and told him it was a bad outdoor board. Checked outdoor components. Circuit board error code was showing that outdoor unit had lost power for over 3 minutes and went into lockout. Reset board to erase Codes. System is recieving proper voltage into system. Cycled for cooling, system kicked right on. Outdoor condenser is completely clogged up. Pulled off all panels as well as condenser fan motor to thoroughly wash out condenser coil inside and out. Homeowner recently replaced filter and it is clean. Refrigerant levels are in range and system is producing proper temperature split. Went over findings and recommendations with homeowner. Signed up on yearly ESA maintenance program, used today as first AC Maintenance visit. Cycled system, system is fully operational upon departure.

Performed maintenance on the outdoor air conditioning system, checked and changed the air filter and cleared the condensate drain. Checked temp splits and outdoor electrical components, cleaned condenser coil. Verified refrigerant charge.

Ac inspection

Performed diagnostic on 2005 system. Homeowner states system is blowing air but it is warm. Cycled system for cooling. Outdoor condenser is unresponsive. Performed thorough diagnostic, concerns with the system are as follows: 1. Secondary motor control is completely flat, out of range. 2. Condenser fan motor is extremely hot to the touch since it has been trying to start, you can actually smell how hot it is. 3. After Putting in a new secondary motor control, system came on. However, if quickly shut off on high pressure/heat. 4. Pulled condenser fan motor and poured water on compressor and cleaned out coil. Coil has spots where it is completely clogged and won’t come out, almost if it were cement. 5. System pressures are extremely high. Removed fencing that was around unit which as restricting it of air flow. Pressures dropped , but system still not cooling. 6. Compressor is overheated beyond repair. Went over findings and recommendations with wife. She spoke to husband over phon

Upon arrival performed ac maintenance. Refrigerant levels are in range. Outdoor fan motor is leaking oil and working slightly harder then needed. Compressor is rated for a max amp output of 25, compressor is running over max. Running the ac while the compressor is pulling amperages over the max ratings can cause burnt out compressors, really really high energy bills during summer, possibility of compressor going into a thermal lock out causing the system to not operate. Secondary motor control is low and out of range, this will cause system to not run at 100%. Indoor motor is leaking oil. Ducts are not sealed. Ducts are undersized for 5 ton system. Return duct is an 18 inch which is designed for 1300 CFM, system is a 5 ton that produces 2000 cfm. Recommend replacement of system due to age and efficiency. System is operational.

Upon arrival performed ac maintenance. Refrigerant levels are in range. Outdoor fan motor is leaking oil and working slightly harder then needed. Compressor is rated for a max amp output of 25, compressor is running over max. Running the ac while the compressor is pulling amperages over the max ratings can cause burnt out compressors, really really high energy bills during summer, possibility of compressor going into a thermal lock out causing the system to not operate. Secondary motor control is low and out of range, this will cause system to not run at 100%. Indoor motor is leaking oil. Ducts are not sealed. Ducts are undersized for 5 ton system. Return duct is an 18 inch which is designed for 1300 CFM, system is a 5 ton that produces 2000 cfm. Recommend replacement of system due to age and efficiency. System is operational.

Upon arrival performed ac maintenance. Refrigerant levels are in range. Outdoor fan motor is leaking oil and working slightly harder then needed. Compressor is rated for a max amp output of 25, compressor is running over max. Running the ac while the compressor is pulling amperages over the max ratings can cause burnt out compressors, really really high energy bills during summer, possibility of compressor going into a thermal lock out causing the system to not operate. Secondary motor control is low and out of range, this will cause system to not run at 100%. Indoor motor is leaking oil. Ducts are not sealed. Ducts are undersized for 5 ton system. Return duct is an 18 inch which is designed for 1300 CFM, system is a 5 ton that produces 2000 cfm. Recommend replacement of system due to age and efficiency. System is operational.

Upon arrival performed ac maintenance. Refrigerant levels are in range. Outdoor fan motor is leaking oil and working slightly harder then needed. Compressor is rated for a max amp output of 25, compressor is running over max. Running the ac while the compressor is pulling amperages over the max ratings can cause burnt out compressors, really really high energy bills during summer, possibility of compressor going into a thermal lock out causing the system to not operate. Secondary motor control is low and out of range, this will cause system to not run at 100%. Indoor motor is leaking oil. Ducts are not sealed. Ducts are undersized for 5 ton system. Return duct is an 18 inch which is designed for 1300 CFM, system is a 5 ton that produces 2000 cfm. Recommend replacement of system due to age and efficiency. System is operational.

Quality control check