Local contractor in 99208

The air conditioning system was not functioning due to a faulty transformer. We replaced it with a new Total line transformer, and now the AC is operating smoothly and effectively. The customer's comfort is restored with reliable cooling.

It became apparent that a crack in the heat exchanger was causing the flame to roll out of the burner box, which triggered the rollout safety when the blower motor activated. We replaced the heat exchanger, but initially found the circuit board faulty, likely due to adverse weather conditions. After replacing the board at no charge, we discovered a failed capacitor, which we also replaced. Finally, the inducer motor was determined to be non-functional, leading us to replace it as well. Now, the system is operating properly.

A faulty exhaust "Y" connection was causing inefficiencies in the furnace and hot water heater system. We replaced the outdated component with a new, high-quality exhaust "Y," ensuring optimal operation and enhancing safety for the heating appliances. This upgrade improved the venting process, providing reliable performance for both heating and hot water supply.

We conducted a thorough inspection and servicing of both the AC and furnace systems. Both systems are currently operating at peak efficiency, delivering 22 degrees of cooling and optimal warmth. Refrigerant levels are sufficient, ensuring no additional repairs will be necessary for the next owner.

The mini split system in the office was not functioning properly, indicating a need for immediate attention. We identified that the unit was low on refrigerant and added one pound to the ductless system. After this adjustment, the equipment is now operating efficiently.

The gas fireplace was not heating properly and emitted a burning smell. We replaced the fireplace fan and pilot assembly, ensuring that the new fan operates as intended. The equipment is functioning correctly, providing reliable warmth and safety moving forward.

The AC system was freezing up, causing airflow issues. Upon inspection, we discovered low side pressures at 105 psi, close to the freezing point. To resolve the problem, we added one pound of refrigerant, stabilizing pressures at 125 psi. The home temperature was 73 degrees upon our arrival, and we effectively improved system performance.

The existing HVAC system was underperforming and inefficient, necessitating an upgrade. We replaced it with a new 2.5-ton furnace and air conditioning unit, ensuring improved climate control and energy efficiency for enhanced comfort in the home. The installation process was executed meticulously to guarantee optimal functionality.

There was an issue with the furnace turning on the AC when it was supposed to provide heat. We configured the thermostat for gas auxiliary heat and installed an outdoor sensor. Now, the equipment is functioning properly and efficiently, ensuring optimal climate control for the home.

The furnace was cycling on and off, so we conducted a thorough evaluation. We cleaned the flame sensor and verified the airflow and condensate conditions, finding no debris. Additionally, the fan capacitor was confirmed to be in good shape. With no reported issues in heat performance, the equipment is functioning properly.

During the duct cleaning, we accessed all ductwork and removed considerable debris from each run, significantly enhancing airflow. We discovered that the entire duct system was undersized for the home, utilizing 4-inch runs and 2-inch boots in the branches. Despite this, the system was able to safely get heat from the furnace.

The gas fireplace was struggling to stay lit, leading us to investigate the issue. We discovered that the fireplace was not getting gas, indicating a problem with the gas valve. After diagnosing the situation, we ordered a new gas valve to ensure reliable performance and restore warmth to the customer's home.

The existing AC system had problematic filter issues, impacting its efficiency. We replaced the old filters with new ones and recommended a high-quality 16x25x1 filter available on Amazon for optimal air quality. This maintenance ensures the system functions properly and extends its lifespan.

The compressor was found to be overheating, prompting us to conduct a thorough assessment. We discovered a refrigerant charge with no leaks and proceeded to install a hard start kit. After one hour of operation, the compressor showed no improvement, indicating that it may need replacement. We provided a quote for new equipment to the customer.

To accommodate the new cooking range, we rerouted the gas line, ensuring safe and efficient gas distribution. This involved precise measurements and adjustments to the existing infrastructure, allowing the appliance to function optimally in its new location. We maintained strict safety standards throughout the process to ensure a reliable installation.

Upon inspection, we found the heat exchangers heavily coated in soot, indicating a need for cleaning. We thoroughly cleaned the burner area, reinstalled the burner, and conducted a test run of the system. The adjustments resulted in an ideal flame, with draft tests showing good results and CO levels at 50ppm, while oxygen registered at 18%. The boiler is now running properly.

The Wi-Fi thermostat for one zone was malfunctioning despite being situated next to the router, leading to connectivity issues. We installed a new Wi-Fi thermostat, ensuring it was properly registered to the app for easy access. The original thermostat was returned to the vendor for credit, and the invoice reflects the diagnostic fee for our service.

We addressed the need for effective ventilation by installing four Panasonic bath fans in the Master bath, Powder bath, and Bull bath on the second floor, ensuring optimal airflow. Additionally, we provided a whole house fan along with necessary venting and insulation. To complete the setup, we installed six-inch venting through the roof, facilitating efficient system performance.

To ensure the kitchen was ready for future equipment installation, we mapped out the existing gas line and assessed the current Make Up Air Unit (MAU). We also conducted a thorough check of the existing rooftop units (RTU), evaluating gas connections, BTUs, and ratings. Following a request from the City of Spokane Building Department, we paused our work pending further instructions regarding the gas pipe reconnection at the meter.

Inoperable equipment was identified due to a faulty circuit board and issues with the evaporator coil. We replaced the circuit board and sealed a hole in the evaporator coil. Additionally, we cleaned the condenser coil to enhance efficiency. Everything is working properly at this time, ensuring optimal performance for our customer.

A negative pressure switch was preventing the gas valve from receiving power. We disconnected the switch, cleaned the tubing, and reassembled the components. This addressed the issue, and the system fired up immediately. Currently, everything is functioning properly, demonstrating the importance of regular maintenance to prevent dust from obstructing safety devices.

We installed a high-efficiency Ameristar 95% gas furnace and a 13 SEER 3 Ton air conditioner with a cased coil to enhance the customer's home comfort. Additionally, we incorporated a Navien tankless water heater for optimal energy efficiency, complete with a custom install kit. To ensure proper operation, we managed gas piping, line sets, and venting for both units, along with necessary electrical work.

The exhaust fan in the pool room was not functioning properly, affecting ventilation above the hot tub. We replaced the non-operational unit with a new 12" direct drive axial exhaust roof fan, restoring optimal airflow and ensuring a comfortable environment in the pool area. The installation was completed efficiently, enhancing the overall ventilation system.

Preventative maintenance was necessary to ensure the efficiency and longevity of the equipment. We meticulously inspected and serviced all critical components, performed necessary adjustments, and replaced worn parts, ensuring optimal performance for the upcoming season. Each step aimed to reduce the risk of unexpected breakdowns and increase overall reliability.