Completed Insulation.

System is operating upon arrival. Theresa says that in the mornings when it’s below 38°, the system struggles to warm up the home. She says for a while it doesn’t go above 65° degrees in her home. She does not have heat strips in the air handler, but she also has very low insulation up an attic, and will be having us blow in insulation soon, so there should be a difference. She also says that in a bathroom and the room the air is nonexistent in the bathroom and in the office room it blows too hard. She says that when we come out to do the insulation, that issue would be taken care of as well by replacing those ducts. Circuitboard on air handler shows no signs of any electrical damage. All electrical components were tightened up. Evaporative coil is clean. Blower is clean and amperage on. Blower is low. Disposable filter is new. Recommended switching to the pure air polarizer since it doesn’t have air restriction and a coversmore surface area in the home than an air purifier. Temperatur

MFG DATE: 2022 EQUIPMENT MFG: Daikin Upon arrival the client stated that the system has been good. The air filter is located hallway. The filter is in new condition. The duct work is located in attic. Ducting is sealed and intact. Attic insulation is good. Air handler is located attic. I removed the service panel from the unit. Tightened all electrical connections. Blower motor was measured at 1.7 amps Blower wheel is clean. Indoor coil was clean. Return temperature was 70 degrees. Supply temperature was 87 degrees. Outdoor unit is located ground. Removed the service panel from the unit. Cleaned all debris from the electrical compartment. I’ve checked the status of the HVAC system through the thermostat and all looked good. There were no error codes present. Washed the outdoor coil System is operating correctly. WORK SUGGESTED: Have surge protectors installed on the outdoor units. Don’t forget to replace you filters. Keep up the maintenance.

Assessed the equipment ductwork and insulation in the attic to enhance overall efficiency and comfort within the home.

Will be back tomorrow Day 2- Finished up install and trim

After careful consideration, we have respectfully decided not to bid on the project. SMS sent to Randy

I met with the client to conduct a heat load calculation and design a performance comfort system tailored to their needs. Additionally, I evaluated the current system setup, measured for the new system, and inspected the ductwork and airflow to ensure optimal comfort and performance.

System is operating upon arrival. Ernan has no issues with systems or airflow. He says that his thermostat is showing a notification of poor air quality in home. He also says that he’s been hearing dripping sound coming from the furnace. Thermostat is responsive and calling for heat. His furnace is located in attic access in master bedroom. Furnace powers up and goes through sequence of operation smoothly. I did notice his UV light is still working, but not as efficient as the day was installed. I let him know that these lights should be replaced every 3 to 5 years for maximum efficiency. Recommended to replace bulb. I also noticed that his sediment tank had gunk filled up. I removed all the gunk and cleared out system so water could drain properly, dripping is normal, but it is quieter. Amperage on all motors are within range. All electrical components were tightened up. Inducer capacitor is within range. Flame sensor was cleaned off. Pressure switches are in operating condition. Igni

System is operating upon arrival. Matt has no issues with systems or airflow since our last visit. He was very happy that his system was running all summer along with no issues. Both thermostats are responsive when calling for heat. Matt did not have any extra disposable filters today. Furnace is located in attic with ductwork and insulation. Insulation is OK. Ductwork is intact but original to the home. Furnace powers up and goes through sequence of operations. Inducer and blower motor amperage are within range. Circuitboard shows no signs of any electrical damage. Pressure switch is an operating condition. Igniter is within range. Blower capacitor is within range. Blower is beginning to show signs of debris buildup, highly recommended replacing filters every 2 to 3 months and with a higher Merv rating filter. Flame sensor was cleaned off. Burner assembly was brushed off. No signs of any gas leaks. Temperature rise within range. Recommended adding an air cleaner to increase the air qu

Arrived on site to perform tuneup on a 24-year-old system. Upon arrival system powers on when calling for heat at thermostat, completes its sequence of operations and begins to warm the home. Let system run for 20+ minutes to ensure no error codes populated on circuit board and no codes populated. checked motor amperage system was running and blower motor and inducer motor are pulling proper amperage. Igniter should read between 50 and 100 ohms and is reading in the mid 60s. Flame sensor was cleaned today. Moderate debris is built up on the blower fan and a cleaning was recommended for maximum efficiency and air quality. Evaporator coil has very heavy buildup and cleaning was recommended for efficiency as well as to prevent breakdowns. Ductwork is sealed tight and intact. Insulation in the attic is in good shape. Pressure switch and drain line are both free of any debris or buildup. Heat exchanger shows no signs of excess wear and tear and is not currently cracked. Circuit board sho

MFG DATE: 2020 EQUIPMENT MFG: Lennox Upon arrival the client stated that the system has been good. The air filter is located hallway. The filter is in a new condition. The duct work is located in attic. I removed the service panel from the unit. Tightened all electrical connections. Blower motor was measured at 2 amps Blower wheel is good. Indoor coil was good. Return temperature was 77 degrees. Supply temperature was 97 degrees. Outdoor unit is located roof. Removed the service panel from the unit. Cleaned all debris from the electrical compartment. Tightened high voltage on the contactor switch. Contactor pads are good. The unit is equipped with a 40 MFD capacitor. The Capacitor is rated for a +/- 5 % and was measured at 40 MFD. Outdoor fan motor is rated for 1.4 max amps and was measured at 1.2 amps. The Compressor was measured at 5 amps and is rated for a max amp draw of 16 amps. Washed the outdoor coil System is operating correctly. WORK SUGGESTED: keep up the maintenance. Don’t

System is operating upon arrival. Tim has no issues with systems or airflow. Thermostat is responsive when calling for heat. Air handler is located in attic with ductwork and insulation. Ductwork and insulation is in great condition. No electrical damage on circuit board in air handler, all electrical components were tightened up. Evaporative coil and blower are clean. All water is being drained out properly. Amperage on blower motor is within range. April air filter was dirty and should be changed. Tim agreed so I replaced filter. Heat pump is located to the left of the home. Circuitboard and heat pump shows no signs of electrical damage. Amps on both compressor and fan motor are within range. Contactor shows signs of electrical damage and I recommended replacing with a new contactor. I also noticed that the dual capacitor is just within range and should be replaced to avoid any future complications. Tim agreed on all recommendations. Replaced contactor and dual capacitor. Ran in tes

Arrived on site to perform maintenance on a 12-year-old furnace. Upon arrival, system powers on when calling for heat at thermostat, completes its sequence of operations and begins to warm the home. System has a temperature rise of 30°. Inspected all motors amperage and all motors are pulling proper amperage. Let system run into a 4° temperature increased occurred in the home. Inducer motor capacitor inspect blower motor capacitor out of spec; recommended replacing today. Light debris buildup on blower motor, which is not currently impacting efficiency, however, is likely impacting air quality. Coil has no access debris rebuilt up on it, and the heat exchanger shows no signs of cracking. Flame sensor was dirty and cleaned as part of the maintenance. Igniter is with inspect and operating as it should. Pressure switches are clear debris back up. Drain line is free debris as well. The connection for “Y” the circuit board Is loose and there are a few minor burns on the back. Testing syst

MFG DATE:2019 EQUIPMENT MFG: Lennox Upon arrival the client stated that the system has been good. The air filter is located attic. The filter is in a good condition. The duct work is located in attic. Ducting is sealed and intact. Attic insulation is okay. Furnace is located attic. I removed the service panel from the unit. Tightened all electrical connections. Blower motor was measured at 3 amps Blower wheel is clean. Indoor coil was clean. Return temperature was 74 degrees. Supply temperature was 104 degrees. Outlet gas pressure was 1.7,3.5 WC. Inlet gas pressure was 9 WC. Inducer motor amp draw was .45. Hot surface ignitor was good. Cleaned flame sensor. System is operating correctly. WORK SUGGESTED: keep up the maintenance. Install emergency overflow switch shut off

System is operating upon arrival. Bob and Sue have no issues with systems or airflow. Sue wanted me to reset her thermostat clock. I hope to Bob and Sue navigate their thermostat. Thermostat is responsive when calling for heat. Furnace is located up in attic with ductwork and insulation. both disposable filters were replace with new filters. I also replaced two washable filters for Bob for the house fan. Circuitboard in furnace is in great condition. No signs of electrical damage or loose wires. Blower is still clean but recommend upgrading filters to pure air X polarizers to keep the system clean and provide better. Air quality to the home. Amperage on blower motor is within range. ohms on pressure switch or within range. Flame sensor is within range and was cleaned off. Catch tank was cleaned off from any little bit of gunk buildup. All water is draining properly. Bob and sewer. Very satisfied with today’s maintenance and can’t wait for their AC tuneup. System was left running upon d

Called and lvm, will follow up.

System operates upon arrival. Phillip says that the system never stopped working but the drain line would get backed up and caused it to overfill into system. He let me know that they redid the drain line to help drain better but then it was causing leakage/water damage on the carpet in front of the closet where the furnace sits due to drain line going straight down under the home. Phillip said that there was no access to under the home or to the attic because of the way the house was built. He let me know that he was planning on installing a drain line through the wall to go outside. I recommended adding a flood switch and a condensate pump to help drain out the water as well as if it were to back up again, the flood switch would cut power to the system to avoid, any future damage. Phillip will let us know whenever he is ready for the repairs, I will follow up with him next week. System was left running upon departure.

System is running upon arrival. Clariece says that her system is running good and has no complications. Air handler is located in attic with ductwork and insulation. Heat pump is located in backyard. Thermostat is responsive when calling for cool. Temperature split is between 18 and 20°. Ductwork and insulation are within code. Circuitboard in air handler is free from any electrical damage. All electrical components were tightened up. April air filter is dirty and needs to be replaced. Blower is clean. Amperage on blower is within range. Evaporator coil is clean and produces condensation. All water is draining properly. I noticed there was a disposable filter in the return and I removed it letting Clariece know that she already had a filter up in the attic, so there was no need for tube, causing air restriction. I disconnect box and fuses are in good condition circuit board in air handler shows no signs of electrical damage. all electrical components were tightened up. Contactor shows

System is operating upon arrival. Dave and Sylvia have no issues with systems or airflow. They do have a concern with the vents in their bedroom, making a vibrating noise. I addressed the issue first and I tried to adjust the vent to make sure it wasn’t making the vibrating noise anymore. Both thermostats are responsive when calling for cool. air handler is located in attic with ductwork and insulation. Ductwork is original to the home but no signs of any defects. Insulation meets code. Zoning board has no issues. Circuitboard in air handler is free from any electrical damage and or loose wires. All electrical components were tightened up. blower is clean and amperage on blower Motor is within range. Evaporator coil is clean and produces condensation. All water is draining properly. Temperature split it between 18 and 20°. Dirty Filter was replaced with a new filter. heat pump is located in backyard. Hosed down heat pump. Amperage on heat pump is within range. Disconnect box and fuses

System is operating upon arrival. Came to perform blower cleaning. Cleaned blower. Ran and tested system. Everything is operating normally. Denny and Kelli were very satisfied with work! System is left running upon departure.

Dennis described issue regarding temperature not matching setting on thermostat; he stated that it’s been OK today and most other days however, during the hottest of the days we’ve had so far this year the thermostat doesn’t match the temperature. Unfortunately, Dennis did not take a photo of the temperature gap that was present. Checked airflow and temperature split airflow and temperature split are both appropriate; 20° temperature split is present in the home. Went into attic to inspect ductwork and insulation. Ductwork is intact. However, the insulation on the ductwork is the older R4.2. The insulation itself in the attic is running low; attached photos, and informed Dennis that adding new insulation to bring it up to today’s standard and replace what has deteriorated overtime would be best; he stated that due to the system operating properly on most days he will think about it and let us know if he would like to proceed.

Upon arrival client stated that the back rooms vents aren’t working. I’ve checked the vents and I did feel airflow coming out I’ve also checked the delta T and was receiving 20. There’s about 4 filters in this home and all of the filters are dirty. Replacing all the filters may help out with airflow. I went on the roof where the unit is located and inspected the Evap coil and blower motor. Both are dirty and could be causing an airflow issue. The system is also 21 years old and it’s at the age where it could start failing. The back rooms where the client stated there’s no airflow we could possibly install mini-splits as a solution since the ac works fine for the rest of the home. I’ve also noticed a portable unit in one room but the exhaust vent isn’t hooked up which makes the room the same temperature. First thing I recommend is replacing the filters. If that doesn’t solve the problem then I would recommend installing mini splits. Overall the system is on the older side which makes it

Has multiple bids ranging from 9700-22000. Has one more bid tomorrow. Just wanted best price.

System is not operating properly upon arrival. spoke with Lauren’s husband, he says the system cools the home, but takes a very long time to cooler home and not very much cold air comes out the vents. I first started with the temperature split test and I noticed it was about 8° split. I checked the filter and I noticed that it was dirty so I asked if they had a replacement. Went to the outside condenser unit and noticed it was very dirty so I hosted down for a while to get all the debris off the coils. I then check temperature test again and noticed that it was still around 10° split. I then checked refrigerant levels and noticed that pressures were low. evaporator coil did not have a lot of debris buildup. Blower had a bit of dust. Recommended adding a UV seal and 3 pounds of refrigerant. I ran and tested system. Temperature split was between 18 to 20°. System is operating normally. Recommended adding our CCC membership program to come maintain his system twice a year and take advant

System is operating upon arrival. Denny and Kelli have no issues with systems or airflow. Both thermostats are responsive and calling for cool. Furnace is located in upstairs hallway closet. Washable filter was washed off. Circuitboard shows no signs of electrical damage. Blower capacitor’s within range. Blower is dirty and needs to be cleaned. evaporative coil is clean and all water is draining properly. Temperature split was at 10°. AC unit is located in backyard. Disconnect box is in good condition. Both capacitors were within range. Amperage on compressor and fan motor are within range. Contactor shows no electrical damage. Low side lines that shows no signs of condensation. Refrigerant levels were low added 3 pounds of refrigerant with easy seal. Ran and tested system. Temperature split was at 20°. System is operating normally. Coming back next week to perform blower cleaning. System was left running upon departure.