Your Best Choice for Furnace, AC, Heat Pump Repair in Fayetteville, NC

A gas package unit was installed with precision. The equipment was meticulously leveled to ensure stability and efficiency. Each component was carefully sealed to prevent any leaks or air infiltration. The drainage pipe was installed with a proper slope to facilitate effective water drainage, preventing any potential water damage. The unit was thoroughly inspected to confirm that all connections were secure and that the system was ready for operation. Attention to detail was paramount, ensuring that the installation met all safety and performance standards. The job was completed with a focus on quality and reliability, ensuring the system would function optimally for years to come.

Performed routine maintenance today on a package heat pump system. Upon arrival, the customer stated there were no issues or concerns with system operation. Customer did request guidance on how to properly flush and maintain the condensate drain line. Provided a walkthrough on flushing the drain line, including recommended maintenance practices to help prevent clogs and water backups.

Replaced disconnect, system is operating properly

Performed maintenance today on a split heat pump system. System was started and evaluated in cooling mode to verify proper operation. Refrigerant pressures and temperature readings were checked and found to be within manufacturer-recommended ranges. Amp draws for the compressor and condenser fan motor were measured and are operating within normal limits. The capacitor was tested and is reading within specifications. All electrical connections were inspected and tightened as needed, and the outdoor condenser coil was cleaned to ensure proper airflow and system efficiency.

Performed maintenance today on a straight AC and furnace system. Upon arrival, the customer stated there were no current issues or concerns with system operation; however, she did request updated pricing for the inducer motor replacement that was previously discussed during the October visit due to signs of failure beginning to develop.

Arrived on site and removed existing PTAC unit. Disposed of old unit per standard procedures. Installed new PTAC unit in existing wall sleeve. Secured unit, verified proper fit, and reconnected electrical components.

Performed routine maintenance today on both a split heat pump system and a package heat pump system at the property. Upon arrival, the customer reported no issues or concerns since the previous service visit. Systems were evaluated under normal operating conditions to ensure continued performance and reliability.

The technician arrived on site today in response to the customer reporting a burning smell when the heat was turned on. The concern was taken seriously, and a full inspection of both air handler systems was performed to identify any potential safety or mechanical issues.

The technician arrived on site today in response to a no cooling concern. The customer stated that the system was not cooling and that the outdoor unit was not running. Upon inspection, it was found that the contactor was not passing power even when engaged, preventing the outdoor unit from operating.

The technician arrived on site today to perform routine maintenance on a package heat pump system. The customer was not present at the time of service; however, no issues or concerns had been reported prior to the appointment.

The technician arrived on site today to address a concern with the lobby thermostat not operating. The client stated that the thermostat was completely blank and unresponsive. Initial inspection confirmed that the thermostat had no power, prompting further investigation into the system.

The technician arrived on site today to evaluate a mini split system located on the back side of the barn. The customer stated that he had installed the system himself and mentioned that during the installation process, a portion of the refrigerant was inadvertently released. Due to this, the customer requested that the refrigerant charge be properly corrected to ensure optimal system performance.

Returned to the property today to replace blower control board. Once the new board was installed I tested the system, shutting it on and off multiple times. Each time the blower shut off after about one minute. System is operating properly at this time.

Arrived on site today to perform routine maintenance on two package heat pump systems. Both systems were started and operated in heating mode to evaluate overall performance. Refrigerant pressures and temperatures were checked and found to be within normal operating range on both units. Amp draws for the compressors and condenser fan motors were tested and are operating within manufacturer specifications.

We are performing on-site sheet metal fabrication and installation, delivering precision-crafted metal components tailored to the project’s specifications.

The condenser coil was cleaned to remove dirt and debris buildup that can restrict airflow and reduce system efficiency. A float switch was installed on the upstairs system as a safety device designed to shut the system off if the condensate drain line backs up, helping prevent potential water damage inside the home.

Returned to perform preventative maintenance on two split heat pump systems and one mini split system for the customer. Upon arrival, the customer stated there were no current issues or concerns, and that all systems have been operating properly.

Arrived on site today after the customer reported that the system was not cooling. Upon initial inspection, the system was found to be in a low-pressure lockout condition and completely out of refrigerant, indicating a significant leak within the system.

Arrived on site today to perform a preseason tune-up on a package heat pump system. The customer stated there were no current issues or concerns with the system at this time.

Arrived on site today to perform routine maintenance on three systems, including two gas package units and one split heat pump system. The customer reported no issues or concerns with any of the systems at this time. Due to a significant amount of pine needles and debris around the outdoor equipment, the customer was advised on the benefits of installing condenser covers to help protect the units. The customer approved this recommendation, and condenser covers were added to all three systems during today’s visit.

Upon arrival, customer requested installation of a new duct run to the laundry room in order to improve airflow and overall comfort in that area of the home. After assessing the space, installed new ductwork and properly sealed all connections using mastic insulation to minimize air loss and improve system efficiency. Secured duct boots tightly in place using zip screws and zip ties to ensure a solid and lasting installation. Verified that all fittings and connections were properly fastened and that the new duct run was positioned for effective airflow to the laundry room. After completion, showed customer the work performed and reviewed the installation. Customer was satisfied with work at this time. Customer also shared that she and her husband, along with their family, will be PCS’ing to Korea. We would like to sincerely thank your family for your service and sacrifice. From our Family Heating and Air family to yours, we wish you peace, prosperity, safe travels, and many blessing

Arrived on site today to perform routine maintenance on a package heat pump system. The customer reported no issues or concerns with the system at this time.

Both units were tested in heating mode and are operating within normal parameters. Refrigerant levels, temperatures, and amp draws were all within manufacturer specifications. Electrical components and capacitors were inspected and found to be in good condition. Noted microbial buildup on both blower assemblies; recommend pull and clean to improve airflow and indoor air quality. Both systems are currently operating properly, with additional cleaning recommended for optimal performance.

Existing equipment was safely removed and disposed of. New system installation included setting a new drain pan, installing foam isolation blocks under the air handler, running a properly pitched PVC condensate drain line, and adding a new unit cover. Equipment was positioned, leveled, and secured, all sealing and electrical/control connections were completed. System was started and tested in both heating and cooling modes, with airflow, temperature split, and overall performance within normal operating range.

Returned to the customer’s property today to perform routine maintenance on two Goodman split heat pump systems. The customer reported no current issues or concerns with either system at this time.

Undertook a comprehensive ductwork relocation project, meticulously planning and executing the movement of ductwork from its original position to a new location. This involved precise measurements, careful disassembly, and strategic rerouting of ducts to ensure optimal airflow and efficiency. Each segment of ductwork was inspected for damage, cleaned, and sealed to maintain system integrity. The project required precise coordination to avoid disruptions, and all modifications adhered to industry standards and building codes. Post-installation, thorough testing was conducted to confirm the system's performance and reliability. The successful completion of this task resulted in improved air distribution and enhanced overall building functionality.

Today we arrived on site to inspect all HVAC systems at the property, determine the tonnage of each unit, and identify maintenance needs and startup requirements, including evaluation of three 4-ton systems (year 2000) that will need to be started up once repairs are completed.

Technician arrived to perform routine maintenance on four systems: three 2020 split heat pump systems and one mini split. Customer reported no current issues or concerns with any systems at the time of service.

Upon arrival, tore out existing equipment and ductwork installing new equipment with ductwork.

A comprehensive heat pump split system changeout was successfully executed. The project began with a thorough assessment of the existing system to determine the best approach for the new installation. The old system was carefully dismantled, ensuring minimal disruption and mess. The new heat pump unit was then installed, with precise attention to electrical connections, refrigerant lines, and ductwork integration. The indoor and outdoor units were securely mounted and connected, followed by a rigorous testing phase to ensure optimal performance. The system was calibrated for energy efficiency and comfort. The job concluded with a detailed walkthrough, explaining the new system's features and maintenance tips to the client.

Split system change out

Split system change out

Popeyes

Split system change out

Change out package unit

Servicing a 12.5 ton roof top gas package unit.

Compressor change out with a condenser cleaning.

Working on Piston change out

Working on mini split