Local contractor in 99216

The outdoor unit was not operating, prompting an investigation into the power supply. We discovered that the breaker in the panel had tripped, and after resetting it, the unit functioned as expected. Additionally, we checked the filter, which was clean, confirming that the equipment is working properly at this time.

The thermostat was unresponsive, so we replaced it with a Honeywell T6 programmable model to ensure optimal functionality. Additionally, we performed a service on the Rheem furnace, confirming that all components were in good working order. This provided peace of mind for efficient heating.

Poor ventilation in bathrooms can lead to moisture problems and discomfort. We installed a new bathroom exhaust fan with proper venting to effectively eliminate humidity and improve air circulation, ensuring a healthier environment for the homeowner. The fan was carefully positioned and connected to a suitable vent to optimize performance.

An inefficient compressor was causing inconsistent cooling in the split system. We promptly replaced the faulty compressor, ensuring the unit operated efficiently and effectively restored comfort to the space. This service not only resolved the immediate issue but also enhanced the overall performance of the system.

An air conditioning unit was not operating due to a faulty capacitor. We removed the disconnect switch and found the original capacitor measured 0/0 mfd. After replacing it with a verified 45/5 mfd round dual capacitor and insulating the leads, the unit was operational. We noted the low subcool and high superheat of 1 degree and 28F, respectively, and advised monitoring for potential evaporator freezing.

The main leasing office was experiencing a lack of air conditioning due to a malfunctioning compressor. We identified that the compressor’s start winding were open because the thermal overload switch kept tripping, indicating an internal fault. The compressor, which was excessively hot, needed replacement. The blower was operational and the filters were clean before we proceeded with the necessary replacement.

The air conditioning unit wasn’t functioning due to being turned off at the breaker. After identifying that debris had fallen on the breaker, we reset it and monitored the AC unit as it cycled multiple times, ensuring everything was working properly. The equipment is now operating as it should.

The furnace was tripping the breaker repeatedly, indicating a serious issue. We replaced the faulty draft motor, which had bad-sounding bearings and was overheating during extended use. After the installation, the unit is now operating properly, providing reliable heat without interruptions.

A whistling sound was emanating from the Trane XR95 furnace, causing discomfort in the home. We addressed the issue by fixing the disconnected ductwork in the attic and applying cork material in the bedroom near the register. This successfully eliminated the high-pitched noise, and the equipment is operating properly at this time.

Unit heater issues were identified due to a malfunctioning thermostat. We replaced the broken thermostat and conducted a test run on the unit. After the repair, the equipment is now operating properly, ensuring effective heating once again.

A whistling sound emanating from the Trane XR95 furnace indicated an issue that needed attention. We fixed the disconnected ductwork in the attic and added cork material in the bedroom, where the high-pitched noise was originating from the register. This solution effectively eliminated the unwanted noise, and the equipment is functioning properly at this time.

A need for efficient heating led to the installation of two 20KW electric unit heaters, operating at 480V, 3-phase, 60Hz. We expertly positioned and connected these units to ensure optimal temperature control and energy efficiency in the space, enhancing comfort and functionality. The result is a reliable heating solution tailored to the customer's requirements.

Upon discovering that the heat pump was sitting at 50 psi, indicating a leak in the system, we promptly recharged the system and performed comprehensive testing. The results showed pressures at 115/375#, temperatures at 38*/112*, with 12* subcool and 18* superheat. The return air improved from 78* down to 58*, ensuring optimal performance.

The equipment was not functioning properly due to blown fuses in the system. We promptly replaced the faulty fuses, ensuring the equipment is now operating efficiently as expected. The system is back to full functionality, providing optimal performance.

We identified issues with the Dunkirk boilers, including a faulty ignitor and damaged front insulation panel in house 2, which we replaced. Additionally, we upgraded the ignition electrodes in house 3. All Lockinvar boilers were inspected, leading to a thorough cleaning of heat exchangers, electrodes, and the vent motor. We also replaced a malfunctioning expansion tank in house 4.

Boiler 2 was inoperable due to a tripped thermal switch, which we reset and monitored for future issues. For Boiler 3, a leaking flow switch damaged the control board, so we replaced both the board and the switch, restoring functionality. Additionally, we replaced the faulty control board in House 10, Bay 1, fixed the broken vent impeller and housing in Bay 4, and addressed corroded connections in Bay 5. Lastly, we bypassed a misaligned door switch in House 223, Bay 4, to prevent future malfunctions.

The furnace was exhibiting a rumbling sound upon startup, potentially indicating a faulty blower motor. We cleaned the interior, tightened all wiring, and serviced the flame sensor. While monitoring the furnace’s operation, we noted a squealing sound from the inducer motor, which is likely due to its age. However, both the inducer and blower motor amp draws were within manufacturing specifications, and the system showed a 45° temperature split between return and supply air, indicating everything is functioning properly.

Upon inspection, the furnace and AC units were in excellent condition, but we ensured proper gas levels were maintained. We replaced the capacitor with a 30/30 and 5/5 mfd unit and cleaned the outdoor coil for optimal performance. Additionally, we replaced the old insulation near the valve caps to enhance system efficiency.

During our visit, we discovered that the thermostat wire was incorrectly connected to the W2 terminal on the back plate. We relocated the wire to the W1 terminal, replaced the air filters, and tested the furnace to ensure proper function. The system is now operational and ready for use.

The unit heater in building #130 was non-functional, impacting the shop's temperature. To remedy this, we temporarily transferred a motor from another unit heater to the center unit heater for immediate heat. After ordering replacements, we installed two new motors on January 23, ensuring all unit heaters are now operating efficiently.

A ventilation challenge required us to install a variety of components, including a 6" x 90° spiral elbow and multiple reducers. We also integrated 10 feet of 6" x 10" 26 GA spiral pipe and utilized EZ vent wyes to enhance the system's efficiency. The project was completed with precise fittings, ensuring optimal airflow throughout the ductwork.

We addressed the issue of no heat in the front offices by replacing the 501 filter and the limit switch. Following the repairs, the furnace is now operating effectively, delivering a supply temperature of 120 degrees. The system is functioning properly at this time.

Upon arrival, we discovered there was no heat in the home. We conducted a thorough inspection of the heating system, identifying a malfunctioning component. After addressing the issue and performing the necessary repairs, we ensured the heating system was functioning optimally, restoring warmth and comfort to the residence.