Heating & Cooling Services In Lubbock, TX

Performed heater maintenance on 3 systems in Lubbock. JP

Upon arrival, I began the heater tune-up by cycling the unit on at the thermostat. I monitored the temperature rise, ensuring it was within the expected range. Next, I adjusted the gas pressure to optimize performance. The flame sensor was meticulously cleaned to ensure proper ignition, and the pressure tube was cleared of any obstructions. The blower compartment was wiped down to remove dust and debris, enhancing airflow efficiency. After completing these tasks, I verified that the system was heating effectively. The heater is now functioning optimally, providing reliable warmth.

Completed a comprehensive maintenance service on a gas furnace. The process began with a thorough inspection of the furnace's components, including the burners, heat exchanger, and air flow systems. The furnace's electrical connections and safety controls were tested for proper functionality. The air filters were replaced to ensure optimal air quality and efficiency. The combustion chamber was cleaned to remove any soot or debris that could affect performance. The furnace's thermostat was calibrated to ensure accurate temperature control. Finally, a full system test was conducted to confirm that the furnace operates efficiently and safely. This maintenance will help extend the life of the furnace and ensure it runs smoothly.

Performed preventative maintenance in heating system in Lubbock.

Heater service

Arrived on site for the maintenance of three heating systems. First, I inspected and confirmed the condition of all filters, ensuring they were clean and functioning properly. Next, I activated each heating unit in the heat mode and monitored the temperature rise to verify efficient operation. The flame sensor was meticulously cleaned, and the pressure tube on the gas systems was cleared to ensure optimal performance. Additionally, I checked the electric heat strips using an amp draw test to confirm their functionality. After completing these tasks, all systems were tested and found to be operating effectively. The maintenance was successfully completed, ensuring the heating systems are ready for the upcoming season.

Upon arrival, the customer reported a missing filter. Upon inspection, it was discovered that the filter had fallen into the return ductwork. The missing filter was replaced using the one provided by the customer. Additionally, the customer opted for a heater tune-up. The system was thoroughly checked, and the temperature rise was verified to be within the acceptable range. The gas pressure was adjusted, and the flame sensor was cleaned. The pressure tube was cleared, and the coil was found to be clean. The heating system is now operating efficiently.

Heater tune up and service

Conducted a comprehensive system check on a 410a all-electric heat pump. The process began with a thorough visual inspection of the unit, ensuring all components were intact and free from visible damage. Next, I verified the electrical connections and ensured they were secure and properly insulated. I then checked the refrigerant levels, ensuring they were within the manufacturer's specifications. The system's thermostat was calibrated to ensure accurate temperature control. I also inspected the air filters and replaced them if necessary to maintain optimal airflow. Finally, I tested the heat pump's performance in both heating and cooling modes, confirming that it operated efficiently and effectively. The entire process was completed with precision and attention to detail to ensure the system's reliability and longevity.

Performed a system check on a 410 all electric heat pump.

I conducted a comprehensive heat and cool check on the recently installed system. I began by measuring the heat temperature rise and ensuring there were no gas leaks or carbon monoxide present. The April air 210 filter was inspected and found to be clean, indicating proper maintenance. I then cleaned the flame sensor and activated the system in cooling mode. The temperature differential (delta) was within the acceptable range. All outdoor electrical components and connections were examined and confirmed to be in good condition and within specified parameters. The R454B refrigerant temperatures were also within the required range. After cycling the unit, I verified that the system was operating correctly and efficiently.

Initiated a comprehensive tune-up on the gas heating system. First, I activated the unit via the thermostat and monitored the temperature rise to ensure it met specifications. I then adjusted the gas pressure to optimal levels. The 210 filter was replaced with a new one to ensure efficient airflow. The blower, a constant torque model, was inspected; the wheel was clean, and the bearings were in good condition. I cleared the pressure tube and meticulously cleaned the flame sensor to enhance ignition efficiency. The burner and blower compartments were thoroughly cleaned to remove any debris or buildup. After these adjustments, I cycled the unit multiple times to confirm proper operation. The system is now heating effectively.

Upon receiving a call about an inconsistent heating issue, I began by thoroughly inspecting the heating system. I identified that the problem was intermittent, occurring sporadically. I methodically checked the thermostat settings, ensuring they were correctly configured. Next, I examined the heating elements and wiring for any signs of wear or damage. I also tested the control board for proper functionality. After ruling out these common issues, I focused on the area near the slide, where the problem seemed to originate. I discovered a loose connection that was causing the intermittent failure. I securely reconnected the wiring and tested the system to confirm the issue was resolved. The heating system now operates consistently, providing reliable warmth.

Installed a new carrier furnace and coil. Added flood protection. And installed a 20x25x4” filter base with a 4” pleaded filter. Outside we upgraded the electrical distribution capacitor and compressor saver. We installed a new disconnect and whip. Set the unit on vibration dampers . We pressure tested the system with high pressure nitrogen . Pulled a vacuum a weight in a new charge of R427a refrigerant . Cycled the system in heat and adjusted the blower and gas pressure to mfgs specifications . Cycled the system in cool systems is cooling.

Located source of rattling noise for customer and gave customer recommendations to fix issue in Lubbock.

I performed a comprehensive fall system maintenance renewal, cycling the system in heat mode to ensure proper operation. I inspected the 24x24x2 filter, checked the temperature rise, and cleaned the flame sensor. The pressure switch was cleared, and I conducted thorough checks for gas leaks and carbon monoxide, finding none. After cycling the system multiple times, it operated correctly. The system is equipped with flood protection. Additionally, I cycled the system in cool mode to verify the air conditioner's performance, finding it to be functioning correctly.

Annual heater maintenance

Arrived on site to perform a heater tune-up. Initiated the heat pump unit and monitored its performance in heating mode. Verified the temperature rise was within the expected range. Conducted a thorough inspection of the heat strips, measuring the amp draw to ensure optimal performance. Replaced the old 210 filter with a new one to enhance air quality and system efficiency. Checked the outdoor electrical connections and confirmed they were secure and functioning correctly. Verified that the system was heating effectively and efficiently. All components were tested and found to be in good working order. The heater is now operating at peak performance.

Reconfigured thermostats to restore heating for customer in lubbock.

Upon arrival, the customer reported that the system was not cooling. I inspected the unit and discovered it had shut off due to low pressure, a condition caused by restrictive air filters. I informed the customer, who agreed to replace the filters. I retrieved the new filters and replaced the old ones. After changing the filters, I cycled the unit and checked the refrigerant levels. The system is now operating efficiently and effectively. The customer was satisfied with the resolution, and the cooling system is functioning as intended.

I thoroughly inspected all electrical components, ensuring they were functioning correctly. The blower wheel and capacitor were examined, and the wiring was checked for any issues. I used CO2 to meticulously clean the blower wheel, blower cabinet, and electrical cabinet. I jumped the red, white, and green wires and measured the amps on both heat strips, achieving 19.7 amps on each. The 24x24x2" filter was found to be in good condition. I also changed the filter in the back office and checked for gas leaks, finding none. The Aprilaire 410 was replaced with a new unit, and the blower wheel was inspected for bearing play. The flame sensor was cleaned, and a temperature rise within factory specs was confirmed.

I inspected the gas furnace, ensuring it operated correctly. I replaced the air filter, checked the thermostat functionality, and verified the temperature rise was within the acceptable range. The flame sensor was cleaned, and the pressure switch tube was cleared. I used a gas leak detector to confirm there were no leaks in the furnace and gas fittings. A carbon monoxide detector showed no presence of CO. After cycling the equipment multiple times, the heating system functioned properly.

follow-up visit to perform a candle test on the heater and remove the restricted evaporator coil. The customer added a return over the weekend. We removed the heavily restricted coil. We relit the pilot, tested heating operations multiple times, and checked for gas leaks and carbon monoxide, finding none. The system's temperature rise is within range, and it is heating effectively. We recommend adding carbon monoxide detectors due to the age of the equipment.

Replaced filters in lubbock

Replacing defective limit switch in Lubbock.