Wildomar, CA

Upon arrival performed maintenance on system. Client stated that master bedroom gets extremely cold. But the rest of the top house does not. Ducting that goes to master bedroom is on the end cap of the coil and takes most of the air before getting distributed to other ducts. Was pretty cold outside to determine true reading on refrigerant. But standing right now we might be low on charge. Outdoor air conditioning has motors that don’t have easy flow on bearings, leaking a ton of oil. Secondary motor control batteries are beginning to fall out of range. Washed condenser coils. Circuit board both have burnt terminals. Systems do not have any plenums attached, all ducts are attached on side of furnace. Indoor secondary motor control for upstairs is half way out of range. Needs replacement. Upstairs system is down about about 300 cfms of air. Client is gonna speak to husband about engineering entire system to there comfort level. May need systems that are variable speed system due to hou

Upon arrival performed maintenance on system. Client stated that master bedroom gets extremely cold. But the rest of the top house does not. Ducting that goes to master bedroom is on the end cap of the coil and takes most of the air before getting distributed to other ducts. Was pretty cold outside to determine true reading on refrigerant. But standing right now we might be low on charge. Outdoor air conditioning has motors that don’t have easy flow on bearings, leaking a ton of oil. Secondary motor control batteries are beginning to fall out of range. Washed condenser coils. Circuit board both have burnt terminals. Systems do not have any plenums attached, all ducts are attached on side of furnace. Indoor secondary motor control for upstairs is half way out of range. Needs replacement. Upstairs system is down about about 300 cfms of air. Client is gonna speak to husband about engineering entire system to there comfort level. May need systems that are variable speed system due to hou

Performed maintenance on Lennox furnace. Cycled system for heating. Verified proper heating sequence of Operations. Checked temperature rise across heat exchanger. Ran system thorough 20 point inspection. Cleaned burner and flame sensor. Secondary motor control is within range. Indoor blower motor as well as inducer motor are working close to or above the rates maximum, and indoor motor has started to leak noticeable amount of oil. Gas line is not equipped with sediment trap, and condensation line is not equipped with float shut off switch. Inspected heat exchanger through coil compartment and high limit compartment. Went over all findings and recommendations with wife. She understands that system is older and also understands all concerns. Needs to talk everything over with husband. System is operational upon departure.

Performed FAU tuneup on 2 year old Lennox unit. Tested system static pressure. Inspected electrical components and connections. Inspected and cleaned in place blower compartment. Cleaned condensate drain P trap and flushed with water. Cleaned burners. Cleaned flame sensor. Tested igniter resistance and it was 50 ohms. Cleaned return grates. Temperature rise was within limits. Replaced merv 13 filter with owner-supplied filter. Tested pressure switch. Upon departure system is operational.

Performed heating tune up on 2 Goodman Furnaces. Homeowner states no issues, and home just received a full inspection by the buyers. Cycled systems for heat. Verified proper heating sequence of operations. Temperature rise within range. Ran systems thorough 20 points inspections. Right side unit blower is amping high and has lost a good amount of oil. Blower wheels are dirty. Could not dust units off as both crawl spaces have personal belongings and did not want to spread the dust over them. Homeowner will be replacing filters today. Systems are operational upon departure.

Performed an AC maintenance on a 2021 AC Pro X series system. System was chemically bathed and thoroughly washed. Temperature splits where checked and are in range. Checked all electrical components and everything was in range. Condensate lines where purged. Filters where not swapped this visit. system was fully operational at time of departure.

Technician arrived for a leak dye search -I was not able to find any signs of the leak dye or refrigerant oil -However the system was low on refrigerant again -A isolation test is scheduled for November 8th to break the refrigerant cycle into three parts, to find out where the leak exactly is -A pound of refrigerant was added to keep Jeff cool during this heat wave

Arrived on site to perform AC diagnostic on 2002 ICP condensing unit upon arrival Teresa stated that the system began to blow hot air but everything is operational and running outside and indoor. She mentioned that a few years prior she had the system recharged with R22 and leaked Dye injected into it. Began diagnostic and immediately found the system was extremely low on R22 refrigerant. This is an indication that the system has a leak within the refrigeration cycle. Upon analyzing refrigerant pressures system equalized and compressor went off on thermal overload. Proceeded to indoor blower motor and evaporator coil and inspected evaporator coil with UV light and found leak dye traces from U bends out of corner of coil. At this time Teresa’s not in a position to go for replacement options but will give us a call when she is ready. Client is aware of current condition and the system has a leak currently. Upon departure system is extremely low on refrigerant charge and compressor one

Started hosing out condenser of any debris in coil outside. Checked condenser fan motor (bad), motor needs replacing, fuses (good), dual secondary motor control (good), refrigerant (low). I added 2 lbs of R410A. Then went on up to the attic to replace air filter with new one. Checked blower motor (good), hot surface igniter (good), cleaned flame sensor (good), inducer (good), burners (good). I cleaned out there filter rack because it was full of dust. Ran in heating and had temperature split of 37. House cools and heats great.

Performed an AC diagnostic on a 2019 system. Upon arrival to the Townsend residence there down stairs thermostat was completely blank. I started off in the attic to see if it was a float switch that had been backed up and cause the system to shut down. There was no signs that there was water inside the safety switch. So after that I checked to make sure the furnace is getting the 120 V that it is required to have for start up. It in fact wasn’t receiving any power so that lead me to believe the breaker was tripped. The breaker was not tripped, but after flipping it the system had powered up. The thermostat is now in action and the system began cooling the house. I informed the client that it has to be a bad breaker and she should get it replaced immediately. Her neighbor is an electrician and she will be having it changed over the next few days. Both systems where fully operational and cooling on time of departure.

Arrived on site to perform diagnostic on a 2001 unit. Client stated unit is operational and at time would shut off and then later on would tune back on. Spoke with him and he stated he’s had issues in past and not long ago he had a friend come out and charged up unit and unit ran but now he is unable to get him back out So called us out. Cycled unit is operational. Inspected electrical compartment and found that fan was working really had. Found someone replaced secondary motor control for fan motor and out in wrongs size. Compressor side is good and operational. Found compressor is over amping really bad and advised after a while compressor fails and shuts off from over heating. Checked pressure and found pressure to be over charged a lot and advised this is not good either as it’s putting even more stress on compressor. After having unit run for about 40 mins found unit had shut off from over working. Advised unit is at the end of the line. Compressor minimum needs to be replace

Arrived on site to perform diagnostic client stated unit is not cooling and found line set iced up and frozen. So he shut unit off since. Inspected out door unit found it from 1991. Primary stater is out and buzzing extremely loud advised it’s failing. Secondary motor control is weak and slight out of range and can fail in future m. Fan motor. Has been leaking from age and operation. Compressor is running really hard and pulling high amps as it’s on borrowed time. Checked pressure and found unit really low on charge. That is why unit is not cooling. Inspected indoor unit. Blower assembly and wheel are dirty. Motor has slight oil. Secondary motor control for blower motor is out of range and going bad. Found that unit over all had a air flow restriction advised due to the layout the unit should be a dual stage heater and Ac to be able to increase air flow. Unit is not getting enough air into unit and with a combination of unit being low. Unit will freeze over after running for a long

Client stated no cooling for downstairs unit -Technician arrived and found the condenser energized, yet there was nothing kicking on -The secondary motor control is completely dead, it is bubbling up and reading 0 microfarads -The condenser fan motor is seized, leaking tons of oil and in bad condition -Both were replaced -System is running properly and refrigerant levels are within range -Client is now apart of our Comfort club as well

Upon arrival performed 2 system AC tune up on 2 year old Lennox units. Performed static pressure test, found it to be high. Replaced 2 owner-supplied 16x25x5 merv 11 filters. Performed temperature split, found one unit to be getting too cold, found refrigerant pressures to be low, sub cool was 1-2 at unit nearest sliding door. Added 1.25 pounds of R410-A and brought sub cool up to 8 degrees. There’s a chance there are non condensables in the system, warranty tech may have to come out to check this. Sub cool now remains between 7.5 and 8.2. Performed deep cleaning of condenser coil fins and exterior units. Checked electrical components, found dual secondary motor control to be low on compressor side on unit furthest from sliding door, replaced with new Turbo 200 for 45+5mfd. All other electrical components looked good. I recommended to Deidra to consider surge protection to protect her investments, she agreed so I installed 4 surge protectors. Upon departure both systems are

Arrived on site to charge system up with R22 refrigerant for upstairs unit

Arrived on site to perform new member AC tune up on 6 year old AC Pro and 18 year old Comfortmaker(?). Performed total external static pressure on both units and both were higher than spec. Performed temperature split on upstairs unit as downstairs unit is not operational, it was 32 degrees. Cleaned in place blower compartment, checked electrical connections, tested secondary motor control units and both were within limits but towards the lower end of spec. Noticed large tear on downstairs supply duct and upstairs supply plenum. Patched with foil tape as a temporary fix. Belinda mentioned her son’s room doesn’t get much airflow, I inspected the supply duct for his room and I didn’t find any leaks or kinks, I let her know that the duct was most likely too small from when the house was manufactured. Blower wheels sounded in balance but both were dirty. Performed deep cleaning of upstairs condenser coil fins and exterior of unit. Checked electrical components, they all lo

Performed AC maintenance on 9 year old Goodman equipment. Replaced 1 inch filter. Cycled system for cooling. Checked indoor unit electrical and system components. Temperature split within range. Checked outdoor system electrical and components. Amp draws for compressor and condenser fan motor are within range. Primary motor control is severely burnt and pitted, most likely caused by hard starts on compressor. Secondary motor control has fallen out of range for compressor terminal. Pulled condenser fan motor off and thoroughly washed out condenser coil inside and out. With approval, replaced secondary motor control as well as primary motor control. Cycled system, system is operational upon departure.

Arrived on site to perform diagnostic on 1 year old good condenser. Returning due to prior home warranty fixing refrigerant leak but still having issues with cooling. Began diagnostic and found that system was still low on refrigerant charge reading 2 sub cool this should be 10. Found that ductwork is destroyed underneath house due to rodents. Furnace is also from 1984 and indoor blower motor has severe oil leakage and dust buildup. Tom would like to go over replacement options on fixing ductwork and he’s aware that furnace Would have to be replaced or removed to access certain ductwork. Ultimately any upgrades done to this will improve airflow what is recommended that both furnace and ductwork is replaced To provide maximum efficiency and reliability. Supervisor will be reaching out to Tom later today to go over options. Upon departure system is cooling with the 23° split the losing air flow to certain parts of the house

When I arrived at unit, the condenser unit wouldn’t turn on. I found a bad motor control and swapped it out for new one after i got permission from owner. The motor control was able to turn on unit, but shortly after the compressor made a loud noise and completely shut power off to unit. Fan motor also exceeding max amps and failing. I restarted unit to catch fail and I noticed that compressor amps should be lower than 18.3, it was exceeding to 21 amps and shut off once again. Compressor failed and motor control is not enough power to get unit on. I removed motor control, owner will speak with supervisor later in evening to go over replacement options. Charging just for diagnostic today.

Client stated no cooling since last summer -System is a 9 year old Maytag that we installed -System is very low on refrigerant and there is an apparent leak -4 lbs of refrigerant and a dye kit was charged into the system -We will come back out and search for the dye to see where the leak is it -System is currently cooling

Arrived on site to perform diagnostic on 20 year old unit. Homeowner states that upstairs unit is not cooling. Just replaced the filters. It still does blow air but it’s just warm air. Cycled upstairs unit for cooling. Indoor unit kicks on fine. Outdoor unit compressor is not turning on. Checked outdoor unit electrical and components. Found a dead secondary motor control keeping the compressor from turning on. Put in a new secondary motor control and cycled unit on. Compressor came on and system started cooling. Condenser fan motor has been replaced, but was not wired up to correct size cap, and cap was just left dangling inside fan compartment and extremely rusted. Relocated cap to inside electrical compartment. Advised homeowner that cap is not the correct size, wants to only take care of what is broken. Went over all findings and recommendations. Homeowner approved immediate repair. Is fully aware of the condition of the unit and problems associated with it. Also performs his own

Upon arrival client stated they replaced there filter from 3 years ago and system started working. Advised those filters should be replaced every 2 months. Client is now aware. Replaced battery pack on system was very low. System has high start amps. Client is aware. Declined memebership at the moment, clients getting married and is spending a lot of liquidity. System is operational.

Upon arrival client stated they replaced there filter from 3 years ago and system started working. Advised those filters should be replaced every 2 months. Client is now aware. Replaced battery pack on system was very low. System has high start amps. Client is aware. Declined memebership at the moment, clients getting married and is spending a lot of liquidity. System is operational.

Upon arrival client stated they replaced there filter from 3 years ago and system started working. Advised those filters should be replaced every 2 months. Client is now aware. Replaced battery pack on system was very low. System has high start amps. Client is aware. Declined memebership at the moment, clients getting married and is spending a lot of liquidity. System is operational.

Upon arrival client stated they replaced there filter from 3 years ago and system started working. Advised those filters should be replaced every 2 months. Client is now aware. Replaced battery pack on system was very low. System has high start amps. Client is aware. Declined memebership at the moment, clients getting married and is spending a lot of liquidity. System is operational.