Wildomar, CA

Replaced pressure switch. System operational.

Replaced pressure switch. System operational.

Replaced pressure switch. System operational.

Replaced pressure switch. System operational.

Returned to replace flame sensor. Cycled system. Error codes no longer present. System is fully operational upon departure.

System is completely isolated into 3 sections -Each section has 300 psi of nitrogen -We will be coming back in a few weeks to observe which section is low and which one is leaking

Performed diagnostic. Unit is not heating, displaying error code for failure to ignite. Went into attic and furnace was displaying low flame current.pulled out flame sensor and cleaned off as best possible. Flame sensor is getting weak and would recommend replacing. Ordering new flame sensor, will return to install once part is in. System is operational upon departure.

Upon arrival performed diag. Replaced pressure inducer switch, won’t be in Goodman until Friday . System is non operational.

Upon arrival performed diag. Replaced pressure inducer switch, won’t be in Goodman until Friday . System is non operational.

Upon arrival performed diag. Replaced pressure inducer switch, won’t be in Goodman until Friday . System is non operational.

Upon arrival performed diag. Replaced pressure inducer switch, won’t be in Goodman until Friday . System is non operational.

Performed furnace maintenance on 3 year old Goodman unit. Flushed condensate drain with water. Replaced filter with new owner-supplied MERV 16 filter. Inspected blower compartment, found blower wheel to be clean and balanced. Inspected electrical connections. Cleaned flame rod. Tested resistance of hot surface igniter. Tested all safety switches. Temperature rise is normal. Upon departure system is operational.

I came to home for a no heating service. I set thermostat to heating mode and started diagnostic. Furnace turned on and burners ignited. I never got any error codes and had heating on. I recommended a maintenance agreement to stay on top of systems. I began my maintenance on furnace, I cleared pressure switch tube. Blew out all debris out of tubing, I cleared ports on both ends. Cleaned inside and out of furnace with my brush. Deep cleaned the flame sensor because it was caked on with brown corrosion. Filter was replaced by myself last visit.

During my twenty point heating inspection, I started with the thermostat. Giving a call for heating, and going to furnace to start maintenance. Temp rise of 30-60 needed, I got a temp rise of 39. House heats up to designated temperature. I checked out blower motor of any dirt or debris and it’s clean. Replaced air filter for new air filter. Owner had extra one, so just used his. Hot surface igniter not cracked or having white spots. Flame sensor still working good, no need to be cleaned. Ducting done correctly, and all runs intact. Inducer motor is failing, and leaking oil. System using max amps while furnace is being used of 12 amps. Blower motor is caked on with dirt and debris. Motor is leaking oil, and motor control is reading low. Moved onto the upstairs unit, I shut off downstairs after I was done with my inspection. Put system in a call for heating mode. Soon as the house warmed up after thirty minutes. I got a temp rise of 42, which is perfect in my temperature rise range.

Performed a heating maintenance on a 2011 amana system. Cleaned and Adjust Burners. Check Combustion Air for Proper Venting. Examine the Heat Exchanger for Damage / Corrosion. Test Furnace Safety Controls. Inspect Gas Piping. Tighten Electrical Connections. Measure the Voltage and Amperage. Flush the Condensate Drains. Measure Tempurature Difference between Supply and Return Air. Vacuum Furnace Return Grille. Adjust Gas Pressure & Pilot. Clean in-place Blower Compartment. Inspect Blower Wheel for Proper Balance. Check the System's Static Pressures to Ensure Proper Airflow. Inspect Duct Connections for Air Leaks / Sizing / Insulation. Check all System Safety and Limit Switches. Clean Flame Sensor. Inspect Carbon Monoxide Detector. Check Thermostat for Proper Operation / Calibration. Filters where changed this visit. System was fully operational on time of departure.

When I arrived, I was told furnace didn’t work. Went directly to thermostat and gave a call for heating. The heating turned on, but the whole inside of cabinet was soaked with water. I dried up all wet spots by the burners. I replaced air filter that owner provided. Then I went up to roof and found spots where water came through. Used roof sealant to assure no more flooding in furnace. I let sealant and furnace dry of any water. Closed up furnace and left heating on for owners.

Arrived on site and talked to owner and he believes unit is original to home from 1942. Home is a floor heater. Found unit not operational. Advised we do not work on it so did not perform diagnostic. Spoke to client about it’s not worth putting money into old heater. Client was interested in putting in central air and heater to home as this is a rental property. he did want to have someone come out to go over replacement options. Will be getting Darren out today to go over replacement options today and owner will be there is not local. Charged 29 to client for Dispatch fee. He is aware. Advised if he replaces with us we would credit back dispatch fee today. He is aware. Unit is not operational

During my twenty point heating inspection, I started with the thermostat. Giving a call for heating, and going to furnace to start maintenance. Temp rise of 30-60 needed, I got a temp rise of 51. House heats up to designated temperature. I checked out blower motor of any dirt or debris and it’s clean. Air filter still in good condition, will swap out next visit. Hot surface igniter not cracked or having white spots. Flame sensor still working good, no need to be cleaned. Ducting done correctly, and all runs intact. Inducer motor is working efficiently. House heats good and ready for winter. Went onto AC maintenance next and set my thermostat to cooling mode. I started off with hosing down condenser coil of any dirt and debris. Opened condenser cabinet and checked everything thoroughly. Starter (good), fuses (good), fan motor amps (0.7), dual secondary motor control (good), 24v (good), 240v (good), refrigerant levels (good). Then went onto the furnace and checked furnace cabinet tho

Upon arrival u it was operational and heating. Checked amps they were in range condensation line was clear blower wheel was free of oil. Ducting was fair but not the best. Temp rise was in range .safety switches were functioning properly. Upon departure unit was heating and operational.

During my twenty point heating inspection, I started with the thermostat. Giving a call for heating, and going to furnace to start maintenance. Temp rise of 40-70 needed, I got a temp rise of 41. House heats up to designated temperature. I checked out blower motor of any dirt or debris and it’s clean. Replaced air filter for new air filter. Owner had extra one, so just used his. Hot surface igniter not cracked or having white spots. Flame sensor still working good, no need to be cleaned. Ducting done correctly, and all runs intact. Inducer motor is working efficiently. House heats good and ready for winter.

Arrived on site to perform heating tune up on 2 2015 lennox units. Both location attic. Client shined up on maintenance plan and used today as her first visit. Cycled both heaters on and both are operational. Client replaced filter a bit ago. Blower motor and wheels are both good. Slight dust. Motor are good. Inducer motor are or good in range. Temperature rise is good on both units. Black flex ducting found. Drain lines are good at this time. All safety switches are operational. No protection on either unit. Cycled both units and went over how units are running and recommendations with client and she is aware and did hold off. Cycled unit to ensure unit is heating upon departure.

Performed FAU maintenance on 5 year old Trane unit. Pulled air filter and washed with cleaner. Cleaned flame sensor. Tested resistance of hot surface igniter. Was unable to perform static pressure test due to the confines of the unit. Inspected blower compartment, blower wheel sounds balanced. Inspected electrical connections. Temperature rise is within limits. Upon departure system is operational.

Arrived on site to initially perform AC diagnostic all the client is already aware that they would like to swap the system out and would prefer next week a comfort advisor returning to go over replacement options will be following up tomorrow to confirm a date

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