4-Ton System - Single Stage System This system will include the matching electric coil back up. It will be installed to the existing electrical.
Return to replace blower motor, Control boards, And wire harnesses to blower motor for a second floor: * Shut power to system at arrival * Remove the plywood to access the air handler * Remove the air handler cabinet door * Disconnected all high and low-voltage wiring from the air handler and removed all controls from the system * Disassemble air handler cabinet to remove the blower motor and assembly * Also remove the wooden beam blocking access * Remove the bad blower motor * Installed and secured brand new motor in place * Removed bad wire harnesses, and replaced with brand new * Removed bad control boards (2) And replaced with brand new * Secured all connections And review all wiring * Installed the blower motor and assembly back into air handler cabinet * Installed all controls back into air handler cabinet and wire in high and low voltage electrical connection connections * Return power to the system and test operations- Cycle heating on and off multiple times from ecobee thermo
S/w Upon arrival found basement thermostat ambient temperature @ 52 degrees. Thermostat is calling for heat @ 70 degrees. Checked baseboard temperature 53 degrees. Checked that zone is calling. Found Honeywell motorized valve stuck for basement zone, even when trying to manually open zone up. Bypassed zone valve to have heat flowing once more. Zone is operating with zone valve bypassed. Shut power and checked continuity on end switch wires, reading OL. Bad zone valve and body that needs to be replaced. Temporarily locked Honeywell zone valve in manual position to give customer heat for basement and disconnected 1 leg of 24volts & 1 leg for the end switch to keep valve open. Customer is aware that basement zone will be getting heat when other zones are calling. Need to return and make repair for basement zone. Office to follow up with customer and schedule return visit View visual findings from this job here - https://visionshare.xoi.io/?id=XA-2F41-739BCEAECDC1410985429639B5DE1B81
Upon arrival spoke with customer. Customer is explaining that thermostat was just replaced yesterday. System was working after repair but after a few hours temperature was not going up on thermostat. Remove thermostat and jumped out wiring directly. Zone is working normally, both supply and return lines are hot. Checked all baseboard in basement found louvres closed in basement bedroom and x1baseboard non-operational. All other baseboard loop is heating. Check temperature split @ all baseboard. Temperature is over a hundred degrees. Re-installed thermostat on the wall and have thermostat call for heat normally. System is heating. Check zone valve voltage and resistance. Zone valve is operating correctly @ this time. All zone are heating. While on site checking and testing system operation. Thermostat went up three degrees. Customer will monitor thermostat and basement zone for any changes. System ran tested and monitored. Left all zone operational @ this time. View visual findings from
Customer has no heat in the basement zone of their house: * At arrival I found the boiler on and running for the additional two zones of the customers house * The basement zone valve is closed and not receiving a call to open * Confirm that the thermostat is calling for heat and cycled the thermostat on and off- no change zone valve remains closed * jump out thermostat and zone valve opens and boiler fires normally * bad thermostat- customer approved replacement * shut power to boiler * removed existing thermostat and wiring from wall * installed and secured brand new Honeywell digital programmable thermostat and wire in and configure for heating only * thermostat is installed level on wall, return power to boiler and test system operations * call for heating at thermostat- boiler fires * confirm zone valve opens with call for heat and circulator pump is on and running * monitor operations and confirm system satisfied at 180 degrees and supply and return and baseboard all hot * re
Today I arrived on site to address the gas valve issue. Gas Valve Replacement Replaced the defective gas valve. Installed the new gas valve provided by the client. This equipment supports the heating and DHW systems. Upon arriving at the property I contacted the owner to inform him of our repair scheduled for this day. The client told me that his wife was in the house and would give me access to enter the boiler room. Mrs. Lauren cordially directed me to the boiler room. I was given a gas valve to be installed in the unit. I proceeded to close the gas line that supplies the boiler unit. I proceeded to disassemble the defective gas valve of the unit. Install the new gas valve in its place. I made all the connections and adjustments necessary to conclude with the installation of the gas valve. I started the system and monitored for about 20 minutes. The unit did not present faults or malfunction after concluding with the repair. Take the client to the basement to show her the result of
Today I arrived on site to address the parts installation. Service Actions: Replaced the control module. Replaced the ignition assembly. Returned to replace parts for the heating and DHW systems. Upon arrival at the property, contact the client to inform him about today's visit. The client was waiting for me to install the recommended parts last Saturday. I proceeded to verify the system visually. The unit is failing due to the malfunction of the control module, ignition assembly and gas valve. The client provided me with the parts that will be installed on this day. The customer provided me with the new control module and ignition assembly. The client mentioned that the gas valve will not arrive until next week. I explained to the customer that it is necessary to replace the gas valve also since the short circuit of the control module has caused an internal circuit. The client gave me permission only to install the control module and the new ignition assembly he received. I
Today I arrived on site to address the reported issue with the 1st floor HeatPump. Service Actions: Addressed the low pressure (R410A) fault on the HeatPump system 1st floor. Identified and secured loose wiring connections at the AHU. Upon arriving at this property, the client explained to me that she needs a definitive solution to the situation of this system. I explained to the client that there are all the necessary checks to provide her with the most convenient solution for them. When checking the AHU in the basement, I found the blown fuse. I proceeded to check the wiring of the system and the vintages and amps of the system. I found the 240 volt cable loose in the electric heater. I also found two fuses out of place corresponding to the electrical heater. The electrical heater is only working two coils of 4 coils that it has integrated. I proceeded to check the condenser unit. The condenser coil was frozen. I proceeded to activate the defrost mode to defrost the condenser coil.
Today I arrived on site to address issues with the WeilMclain Boiler unit. WeilMclain Boiler Service: Identified the WeilMclain Boiler unit was not working correctly, impacting both heating and DHW systems. Confirmed the control module and gas valve were malfunctioning. Completed maintenance to address the identified faults. Upon arriving at the client's property, the very friendly client invited me to go to his property. The client directed me to where the boiler unit is. The customer explained to me that the unit has been presenting an intermittent error in the boiler panel indicating a failure in the flame sensor. I proceeded to verify the unit. At first I noticed that the boiler needs maintenance to clean the burners and the pilot assembly that were dusty. I presented the estimate to the client and also offered him our service contract. The client cordially accepted the proposal. I proceeded to verify the system and do the tuneup of the unit. The conclusion with the tune
Today I arrived on site to address the no heat issue in the master bedroom. Troubleshooting and Diagnosis: Determined the heating system for the master bedroom was not functioning. Identified the fan motor as non-operational. Discovered the fan control board was also faulty. Observed the harness was in poor condition. Upon arriving at the property, the client explained to me that the master bedroom system is not working. The client mentioned that the tstat presented an alert on the screen. I proceeded to verify the tstat. The tstat is working correctly at this time. I proceeded to check the boiler unit. The boiler is working well for the moment. Check the circulated pumps of the system, all the circulated pumps are working properly. I proceeded to check the AHU of the master bedroom area. I confirmed that the tstat is calling for heating. I found that AHU is not working. I proceeded to check the electrical components of the unit. I found the fan motor not working. I found t
View visual findings from this job here - https://visionshare.xoi.io/?id=XA-A243-F6D8F899B02148529444E4812C33425D Customer has no heating on the main level of home: This is a Carrier heat pump with electric heating strips - at arrival confirm the thermostat is calling for heating - No air flow from any vents - Check air handler inside basement crawl space- system is off - Confirm air filter is clean - Open blower cabinet door - Found blown 5 amp in line fuse inside of air handler - There are fuses taped to the system doors - Replaced the blown fuse and the system turns right on - Check the low voltage wiring and relays inside of the air handler- okay - Check the low voltage wiring and controls in outdoor condenser- okay - Check the low voltage wiring connections behind the thermostat- okay - Cycle system on and off multiple times testing heat pump and electric heating strips- normal operations This has been a intermittent issue in the past for the customer but has not happened
X1 Hot Water Boiler. X1 DHW indirect tank. X3 AHU Perform a tune-up and cleaning to help ensure reliable and safe operation. Inspect for cracks & deterioration of Heat Exchanger. Check and clean Burners, brush and vacuumed-ok Check and clean flame sensor and ignition Assembly-ok Check Safety Controls-ok Check electrical wiring and components-ok Check water feeder-ok Check back flow prevent-ok Check expansion tank-ok Check relive valve-ok Check Gas valve & Gas Line-ok Check Combustion Air, Flue pipe-ok Check Temperatures & Water pressure settings; Performance-ok Check and run Thermostats-okay Check circulation pumps-ok Hydro air handlers. - Open air handler cabinet doors - Vacuumed inside of air handler cabinet, clean, and clear - Chemically cleaned and treated indoor coils - Secured and inspected indoor electrical wiring and components - Clean and inspect Hydro coil for leaks or corrosion- okay - Inspected air filter replaced X3 14x24x1 X1 20x30x1 - Polished and wiped down inside of
Steam canister UV Bulb replacement x3 Heating Maintenance on x1 Gas Hot Water Boiler: New Yorker Boiler and x3 Air handler units with Hydro coils. Perform a tune-up and cleaning to help ensure reliable and safe operation. Inspect for cracks & deterioration of Heat Exchanger Check and clean Burners and heat exchanger- ok, vacuumed-ok Check and clean flame sensor and ignition Assembly-ok Check porcelain for crack or carbon buildup. Check igniter electrode gap. Check Safety Controls-ok Check electrical wiring and components-ok Check Gas valve & Gas Line-ok Check Combustion Air & Exhaust-ok Check Temperatures & Water pressure settings; Performance-ok Check and run Thermostats- operating well at this time . Check zoning operation-isolate and run zoning. Check zone valve & circulator pumps-ok amps and voltage check. Check for water leak no leakage at this time. Run and monitored for good operations. All zones are fine supply and return lines getting hot. Perform check for indirect storage
Hot Water Boiler. Perform a tune-up and cleaning to help ensure reliable and safe operation. Inspect for cracks & deterioration of Heat Exchanger. Check and clean Burners, brush and vacuumed-ok Check and clean flame sensor and ignition Assembly-ok Check Safety Controls-ok Check electrical wiring and components-ok Check water feeder-ok Check back flow prevent-ok Check expansion tank-ok Check relive valve-ok Check Gas valve & Gas Line-ok Check Combustion Air, Flue pipe-ok Check Temperatures & Water pressure settings; Performance-ok Check and run Thermostats-okay Check circulation pumps-ok Perform inspection on a HWH. Check for water leak, no leakage at this moment. Check gas valve-ok Check gas line-ok Check combustion and flue pipe -okay Run and monitored for good operation-ok Run system, check radiators, all of them getting hot, left system operating well at this moment.. -/-/-/-/-/-/-/- - Richard Dominguez checked the thermostats in the customer's home and confirmed there were
Customer had a security tech up in the attic and he noticed something loose on one of the units a 6ft ladder is needed for access into the attic. Found that the filter door for the 2nd floor system had fallen off. Customer has two air handlers in this attic with electronic air filters. There were spares on top of one of the units so I replaced both air filters size 20x20 and taped up the filter door back to the unit. I recommend to the customer to have a maintenance on all of the units in the home the customer is going to follow up with the office.