Birmingham AL – HVAC Services

Will need to get with ahs to replace outdoor coil leaking

Arrived on site and spoke with customer regarding system performance concerns. Performed a full diagnostic and evaluation of the entire HVAC system to verify proper operation and determine necessary repairs. Found evaporator coil required replacement. Removed existing evaporator coil and installed new coil according to manufacturer specifications. Properly brazed and sealed all refrigerant line connections to ensure system integrity and prevent refrigerant leaks. After installation was completed, pressure tested all joints and connections, then performed a deep vacuum procedure on the system. Successfully pulled vacuum down to 250 microns and monitored readings to confirm there were no leaks, moisture, or non-condensable gases remaining within the refrigerant circuit. Once vacuum held properly, charged system with the correct amount of R-407C refrigerant according to manufacturer charging specifications and verified proper refrigerant pressures and temperatures during operation. Perf

Arrived on site and performed a diagnostic inspection of the HVAC system. Upon evaluation, discovered the low-voltage yellow wire for the air conditioning circuit was disconnected/not properly terminated, preventing the system from operating correctly. Repaired and secured the low-voltage wiring connection, then tested the system through a complete cooling cycle to ensure proper functionality. After repairs were completed, the system resumed normal operation and is now cooling properly. Verified all major components are functioning within normal range at this time, and no additional issues were found during today’s visit.

Arrived on site and performed a complete diagnostic evaluation of the system. Upon inspection, found the system is not operating properly due to multiple issues affecting overall performance and drainage. Discovered a restriction within the evaporator coil, which is causing improper refrigerant flow and contributing to condensate drainage issues. The evaporator coil also appears to be internally restricted/clogged and will need to be replaced to restore proper system operation and efficiency. Additionally, found the indoor unit is not level and is leaning back toward the wall, causing condensate water to collect improperly in the rear section of the drain pan instead of draining correctly through the condensate line. This condition is contributing to repeated drainage problems and potential overflow concerns. At this time, recommendations are to replace the evaporator coil and return to properly level and secure the unit to ensure correct condensate drainage, proper refrigerant flow,

Arrived on site to inspect both the main level and upstairs HVAC systems due to reported performance issues. Performed a full diagnostic evaluation on both systems and found multiple mechanical and operational concerns affecting system performance and reliability. System 1 – Main Level Unit: Inspection revealed the compressor is grounded internally and has failed, preventing the system from operating properly. Also found the indoor blower wheel to be in poor condition due to age, extended life cycle, and lack of routine maintenance. The blower wheel buildup and wear are restricting proper airflow and contributing to overall system inefficiency. At this time, the system is not operating correctly and repairs or replacement options should be considered. System 2 – Upstairs Unit: System is operating improperly due to low R-22 refrigerant levels caused by a leak in the evaporator coil. Refrigerant loss is negatively impacting system cooling performance and efficiency. Further inspection

Added stop leak to system and a little refrigerant

Upon arrival at the property, a comprehensive diagnostic evaluation was performed on the HVAC system to address reports of cooling failure. The inspection revealed a critical loss of refrigerant, rendering the system inoperable. The on-site point of contact was briefed on the findings and provided with a formal estimate for the necessary repairs or component replacement. Detailed Findings & Observations • Initial Arrival: Secured the work area and performed a preliminary inspection of the indoor and outdoor sections of the HVAC equipment. • System Diagnostics: A full manifold gauge test and electronic leak detection protocol were executed. The system was found to be at zero standing pressure, indicating a complete atmospheric breach. • Leak Identification: Preliminary tracing suggests a significant failure within the evaporator coil assembly. No secondary mechanical failures were noted at this time, though the system cannot be operated until the refrigerant circuit is sealed and rechar

Part is ordered 5 days out

Arrived on site to evaluate system performance and address reported cooling concerns. Upon inspection, determined that the system was low on refrigerant. Added the appropriate amount of refrigerant (Freon) to restore system pressures to manufacturer-recommended levels and improve overall operation. Additionally, introduced UV leak detection dye into the system to assist in identifying the source of the refrigerant loss. System was tested after service and is currently operating within normal parameters. However, due to the presence of a refrigerant leak, a follow-up visit will be required. Advised customer that the dye will circulate through the system, allowing for a more accurate leak detection during the return visit. Plan to return at a later date to perform a thorough leak inspection using UV detection methods and recommend necessary repairs once the source of the leak is identified.

Arrived on site and completed a full system tune-up. Performed inspection of all major components, verified proper operation, and confirmed the system is currently running within normal parameters. At this time, no immediate mechanical issues are affecting system performance. Discussed overall system condition and any potential recommendations with the customer. The customer declined any additional repairs or services at this time, as they are currently addressing other unrelated matters. System was left operational and functioning properly upon departure.

Arrived on site to evaluate a reported non-operational HVAC system. Performed a comprehensive inspection of all major components, including the thermostat, electrical connections, air handler, condenser, and refrigerant circuit. Upon diagnosis, determined that the system is not functioning due to multiple underlying issues affecting overall performance and reliability. Components show signs of failure and wear beyond repair, making restoration impractical and not cost-effective. Based on the condition and age of the system, as well as the extent of the issues identified, I recommended a full system replacement to ensure proper operation, energy efficiency, and long-term reliability. Discussed findings and replacement options with the customer, including potential benefits such as improved performance, reduced energy costs, and manufacturer warranty coverage. Customer was informed of next steps and advised that a comfort advisor or installation team can provide a detailed estimate for

Rescheduled for 2 people out to fix and put dye in system

arrived on site and performed a comprehensive inspection of the HVAC system. A full evaluation was conducted on all major components, including but not limited to the condenser, evaporator coil, blower motor, electrical connections, capacitors, contactor, and overall system performance. System operation was carefully monitored to ensure it is functioning within manufacturer specifications. During the inspection, all accessible components were tested and visually inspected for signs of wear, damage, or inefficiencies. Airflow, temperature split, and overall system performance were evaluated to verify proper operation. Any findings and potential concerns were thoroughly documented. After completing the inspection, all available repair and maintenance options were clearly explained to the customer. The customer was informed of the current condition of the system, along with any recommended next steps to ensure optimal performance and longevity of the equipment. At the conclusion of the

Arrived on site and performed a comprehensive inspection of both HVAC systems. Upon evaluation, both units were found to be older in age; however, they are currently operating within normal parameters and functioning as designed at the time of service. System components were checked for overall performance, airflow, and general condition, with no immediate operational failures observed. Discussed findings with the customer, including the age of the equipment and the importance of ongoing maintenance to help ensure continued reliability and efficiency. Provided professional recommendations to improve system performance and indoor air quality, including duct cleaning services to address potential buildup within the ductwork. Additionally, discussed the benefits of installing surge protection to safeguard the HVAC systems from potential electrical damage, which is especially important for older equipment. An estimate was provided for both duct cleaning and surge protection services. Cu

Arrived on site and spoke with the customer regarding concerns with the HVAC system, which was originally installed by another company approximately four years ago. Performed a thorough inspection of the system and found that it has sustained significant electrical damage. The high-voltage components are burnt up, indicating a major failure within the system. Discussed findings in detail with the customer and explained the extent of the damage, along with potential safety concerns associated with operating the system in its current condition. Due to the severity of the issue and the fact that the installation was completed by another company, the customer has elected to contact the original installing company (or another provider) to proceed with repairs. System was left off to prevent any further damage or safety hazards. Customer understands the situation and next steps.

Arrived on site to investigate a suspected refrigerant leak. Conducted a thorough and detailed inspection of the entire system, including all indoor and outdoor components. The system, which was installed in 2026, was carefully evaluated due to its relatively recent installation. All accessible areas of the equipment were checked, and no leaks were detected within the system itself. Further inspection of the line set was performed, including tracing the full length of the piping. A leak was ultimately located on the line set beneath the mobile home. Due to the confined space and limited accessibility in this area, it is not feasible to safely perform a repair using torches to braze or solder the affected section. Based on these findings, it is recommended to replace the line set entirely to properly resolve the issue and ensure long-term system performance and reliability. This will eliminate the leak and prevent any further refrigerant loss or operational concerns.

Arrived on site and performed a comprehensive inspection of the HVAC system. Upon evaluation, the system was found to be operating properly and within normal performance parameters. All major components are functioning as designed, and no immediate issues were identified at this time. Additionally, all installed UV systems were inspected and confirmed to be operating correctly. During today’s visit, one surge protector was successfully installed to help protect the system from potential electrical fluctuations. It is recommended to return at the earliest convenience to install the remaining surge protector in order to ensure full protection of the equipment. Overall, the system is currently running efficiently and safely. Will follow up with the customer to schedule a return visit to complete the surge protection installation.

Upon arrival at the job site, a complete inspection of the system was performed. During the evaluation, it was determined that the system is in need of a properly installed auxiliary drain pan beneath the unit due to the finished space located directly below. At this time, there is evidence of water leakage occurring, which poses a risk to the surrounding area. Further inspection revealed that the existing condensate drain setup is not functioning correctly. The current P-trap and drain line configuration is allowing water to be pulled back into the system, rather than draining properly. As a result, condensate is overflowing the internal pan and contributing to the observed leakage. It is recommended that we return to reconfigure and properly install the P-trap and drain line to ensure correct drainage and prevent water from being drawn back into the system. Additionally, installing an auxiliary drain pan will provide an added layer of protection against potential water damage in th

Arrived on site and performed a thorough inspection of both HVAC systems. Completed a full operational check, including verification of system performance, airflow, and overall condition. Both systems were found to be running properly and within normal operating parameters. No signs of mechanical failure, electrical issues, or refrigerant-related concerns were observed at this time. Equipment is clean, well-maintained, and functioning efficiently. Discussed system condition and preventative measures with the customer. At this time, the customer has expressed interest in improving system protection by adding two condensate drain safety switches to help prevent potential water damage in the event of a drain line blockage. Customer would like to proceed with this upgrade at a later time. Overall, both systems are operating as designed with no immediate issues present.

Reason for Visit: Customer reported a no cooling (no A/C) issue at the residence. Findings & Diagnosis: Upon arrival, a full evaluation of the system was performed. The primary cause of the cooling issue was identified as a clogged condensate drain line, which was restricting proper drainage and system operation. In addition, a significant biological growth issue was observed within the upstairs system. Further inspection revealed that the existing supply trunk line is undersized for the current system and home configuration. The home was previously upgraded from a 2-ton system to a 3-ton system, and additional square footage was added. The upstairs area now totals approximately 1,500 square feet, which exceeds the capacity of the existing ductwork design. Work Performed: • Cleared and restored proper flow to the condensate drain line • Verified system operation after repair • Restored cooling functionality at time of visit System Condition & Recommendations: • The undersized s

Customer going to call gas company to test gas line we don’t do that customer understands

Arrived on site to perform a full system tune-up. Conducted a comprehensive inspection of the entire system, including all major components such as the compressor, condenser fan motors, and blower motor. During the inspection, identified that the condensate drain line is not properly connected and will need to be corrected to ensure proper drainage and prevent potential water issues. Additionally, observed that the ductwork “doghouse” only covers the top portion of the duct system, leaving the remaining sections insufficiently protected. Recommended installation of a surge protector to help safeguard the system from electrical damage and improve overall reliability. Customer wants to do gold package customer wants to be penciled in for June 1 give her a call.

Arrived on site and spoke with the customer regarding system performance. Performed a complete system tune-up, including a full inspection and operational check of all components. At this time, the system is operating properly and within manufacturer specifications with no issues found. Customer advised that the system was recently replaced by our company and declined any additional services or recommendations at this time. System left running in good condition upon departure.

Customer got issues fixed on his own wants to cancel didn’t want us to look at it at this time