Expert Baton Rouge, LA

Responded to after-hours diagnostic call for inadequate cooling with thermostat set at 67°F but indoor temperature reaching 75°F during high ambient conditions. Upon inspection, discovered severely clogged return air filter with heavy dust and debris accumulation, restricting airflow throughout the system. Documented filter condition with photos showing significant blockage that would impair system performance and cooling capacity. Identified restricted airflow as primary cause of temperature control issues and uneven cooling in different areas of the residence.

Responded to after-hours diagnostic call for AC system with inadequate airflow and cooling performance. Thermostat set to 68°F but indoor temperature reading 77°F. Performed visual inspection of ductwork system using borescope camera to identify airflow restrictions. Camera inspection revealed significant dust and debris accumulation within supply ductwork and interior duct surfaces showing signs of contamination. Documented findings with inspection photos showing buildup on duct interior walls and seams. System producing cool air but insufficient air velocity at registers. Identified likely cause as restricted airflow due to dirty ductwork and possible additional restrictions requiring further investigation. Contacted property manager with diagnostic findings and recommended duct cleaning service and full system evaluation to restore proper airflow and cooling capacity.

Completed comprehensive inspection of three HVAC systems: master bedroom 2-ton unit, living room 4-ton unit, and upstairs 2-ton unit. All systems were found to be operating within normal parameters with no mechanical deficiencies noted. Verified proper operation of compressors, air handlers, refrigerant pressures, and airflow on all three units. Inspected upstairs bathroom exhaust vent ducting in response to minor mold concerns identified during home inspection. Confirmed vent ductwork is properly installed and terminates to building exterior as required by code. Flexible aluminum ductwork observed in attic space shows proper support, secure connections, and adequate insulation. No disconnections, improper terminations, or code violations were identified. Mold occurrence appears related to inadequate ventilation fan usage during bathroom use rather than any mechanical deficiency. Replaced three 12x12x1 air filters on the upstairs 2-ton system as requested. Confirmed the two other sys

Responded to after-hours emergency service call for HVAC system not producing cold air. Customer reported indoor fan running but no cooling, with previous unsuccessful service attempts by another contractor. Upon arrival, performed comprehensive system diagnostics including electrical testing at outdoor disconnect using multimeter. Verified power supply to condensing unit and checked voltage at disconnect terminals. Inspected indoor air handler unit and associated electrical connections in mechanical space. Documented equipment conditions and electrical measurements with photos for service records. System evaluated for compressor operation, refrigerant circuit integrity, and control circuit functionality to identify root cause of cooling failure.

Performed second opinion evaluation for non-cooling HVAC system. Conducted thorough inspection of attic-mounted equipment and ductwork, documenting existing conditions including flexible duct routing, insulation placement, and structural configuration. Prepared comprehensive estimate for complete system replacement based on assessment findings.

Performed second opinion evaluation on 2.5 ton residential cooling system installed in 2021 serving 1200-1500 square foot home with enclosed garage. System reported not cooling adequately with thermostat unable to maintain temperature below 80 degrees. Inspected attic ductwork and found 10-inch supply duct disconnected from plenum, confirmed by photographic documentation showing separated flexible ductwork with displaced insulation in attic space. Assessed outdoor condensing unit condition and verified concerns regarding dirty coil requiring cleaning. Evaluated refrigerant charge levels and confirmed low refrigerant condition requiring leak detection and repair. Reviewed system capacity relative to conditioned space and determined 2.5 ton unit appropriately sized for square footage. Documented ductwork installation quality including loose-fill insulation and flexible duct routing through attic crawl space. Provided property manager with findings to compare against previous technician's

Responded to amperage issue affecting new HVAC system installation. Inspected electrical panel and circuit breaker configuration, documented existing wiring conditions including multiple circuit breakers, bus bar connections, and cable routing to verify proper electrical capacity and identify source of amperage concern for system operation.

Completed installation of HVAC system including air handler unit and outdoor condensing unit. Air handler was properly mounted within framed interior space with connections made to flexible ductwork and rigid duct piping. Exterior condenser unit was installed on building exterior with appropriate electrical disconnect and protective grille. All ductwork connections were secured and system was prepared for final startup and commissioning.

Responded to no-cooling call and performed diagnostic on HVAC system. Found evaporator coil completely frozen with extensive ice crystal formation and heavy dust/debris accumulation restricting airflow. Indoor blower motor operating but outdoor unit not running, resulting in warm air discharge. Advised shutting down compressor while leaving fan in continuous operation to facilitate ice melting and prevent further damage. Documented coil conditions with photos showing severe frost buildup and maintenance neglect. System requires follow-up service for coil cleaning, refrigerant charge verification, and potential component replacement once ice has melted.

Responded to no cooling complaint on kitchen area unit while main system replacement is pending with two temporary units operating. Upon arrival, confirmed indoor unit running and compressor operational but no cool air delivery. Inspected condensate pan and verified no water present. Removed outdoor unit access panel and performed diagnostic evaluation of electrical components including dual capacitors and wiring connections. Utilized Elitech LMC-100A+ diagnostic meter to test system performance and electrical values. Documented equipment condition with photos showing capacitor assembly, electrical connections with multiple wire colors, terminal blocks, and overall component layout. Unit shows signs of age with interior weathering and dirt accumulation noted during inspection.

Performed callback service to address elevated indoor humidity levels reported at 73% during day and 63% at night. Conducted thorough inspection of attic-mounted HVAC system and ductwork. Sealed all joints and seams on both supply and return ductwork to eliminate hot attic air infiltration into the conditioned air system. Previous diagnosis identified air leakage as primary cause of humidity control issues. All duct connections, seams, and penetrations were properly sealed using appropriate materials to ensure airtight system operation and prevent unconditioned attic air from entering the airstream.

Completed scheduled late evening inspection on 3-ton R22 air conditioning system with focus on refrigerant level verification as requested. Performed electrical diagnostics using clamp meter, obtaining amperage readings on system components. Inspected contactor assembly and associated wiring connections, noting age-related wear on wire insulation and terminal connections. System evaluated and measurements documented for customer review.

Conducted site assessment for residential addition or renovation project involving brick structure with new framed extension. Documented existing conditions including brick wall with mounted handrail, Tyvek HomeWrap installation on wooden framing, and construction staging area. Coordinated access arrangements for measurement collection while homeowner was unavailable. Photographed work area showing building envelope materials and structural framing to support scope development for upcoming construction phase.

Responded to service call for low refrigerant in kitchen area HVAC system. Upon arrival, connected Fieldpiece SMAN refrigerant manifold and micron gauge to verify system pressures and diagnose refrigerant loss. System readings confirmed low R-410A refrigerant levels affecting cooling performance. Added R-410A refrigerant to manufacturer specifications to restore proper system operation. Verified pressures, temperatures, and system performance using digital diagnostic equipment. System restored to normal operating parameters and tested for proper cooling function in kitchen area.

Completed installation of 4-ton Amana slab coil to match existing Amana system. Performed measurements and proper sizing verification in confined mechanical space to ensure compatibility with current equipment. Successfully installed and connected new coil unit with appropriate ductwork connections, maintaining manufacturer specifications for optimal system performance.

Completed installation of Amana 4-ton gas system with comprehensive ductwork routing through attic space. Installed and properly sealed all registers, secured flexible metallic ductwork with appropriate support brackets, and applied spray foam insulation between wall studs. Adjusted secondary drain line to discharge into emergency drain pan and repositioned float switch to lowest point of system for proper operation. Completed final quality control inspection including thermostat plate installation, equipment labeling, retrieval of extension cords and fans from attic and bathroom areas, verified all ductwork connections were sealed, and obtained required manufacturer warranty documentation before confirming customer satisfaction with completed installation.

Responded to no cooling complaint with continuous fan operation. Upon arrival, found thermostat displaying 72°F setpoint with actual temperature reading of 89°F, indicating significant temperature differential and system failure to maintain desired cooling. Performed diagnostic inspection of HVAC system and identified severe water damage at air handler location with compromised insulation, deteriorated drywall, and moisture staining on surrounding surfaces. Documentation captured showing extensive structural damage affecting unit operation and performance. System requires immediate attention to address water intrusion source and damaged components preventing proper cooling cycle operation.

Completed installation of large-scale framing structure for residential construction project. The work involved installing dimensional lumber framing including ceiling joists, wall studs, rafters, and cross-bracing with proper metal brackets and hurricane ties at all critical connections. Routed electrical cables and wiring through the framing structure, securing black and gray cables along designated pathways with appropriate connectors and end caps. All structural members were aligned and secured according to building code standards, with plywood sheathing installed on ceiling joists. The installation provides a complete skeletal framework ready for the next phase of insulation and interior finishing work.

Responded to callback for no cooling issue following condenser fan motor replacement performed on previous visit. Upon arrival, verified thermostat reading of 79 degrees and conducted comprehensive system inspection. Performed measurements and diagnostic assessment of air handler unit and ductwork to identify cause of continued cooling deficiency. Inspected refrigerant lines, ductwork connections, and overall system operation to determine root cause and ensure proper equipment function following previous motor replacement.

Responded to service call for 20-year-old air conditioning unit experiencing freeze-up and inadequate cooling despite refrigerant being added in August. Upon arrival, performed visual inspection of HVAC system interior, documenting significant dust accumulation on blower motor assembly and general equipment wear consistent with age. Observed moisture-related issues including visible mold growth, staining, and deteriorated surfaces in the air handler area, indicating drainage problems or condensate management failure. Photographed interior components including blower motor housing, electrical wiring connections, and evaporator coil area showing signs of restricted airflow and contamination. Equipment condition suggests multiple contributing factors to freeze-up including dirty evaporator coil, compromised airflow from accumulated debris, and potential drain line blockage causing moisture retention. Awaiting gate code access information from customer to complete full diagnostic evaluatio

Completed installation of 3.5 ton Amana HVAC system including outdoor condensing unit positioned in protected alcove area with proper electrical disconnect and conduit routing. Unit installed on concrete pad with adequate clearance for airflow and serviceability, system commissioned and operational.

Responded to service call for non-operational condenser fan on 30-year-old HVAC system. Customer reported loud noise prior to fan failure. Performed diagnostic evaluation of outdoor condensing unit and indoor air handling equipment to assess system condition and identify cause of failure.

Completed installation of new HVAC system in residential attic space. Installation included routing and securing multiple flexible duct runs with proper insulation wrapping, connecting supply and return air distribution throughout the crawl space, and integrating all ductwork with the new heating and cooling equipment. All components were properly installed per manufacturer specifications and building codes, with ductwork strategically positioned between structural framing members to ensure optimal airflow and system efficiency.

Reattached flexible aluminum supply duct that had become disconnected in the attic space. The duct was properly secured back to the HVAC plenum junction point and fastened with appropriate strapping to ensure proper airflow to the designated zone. Verified all connections were tight and ductwork was properly supported to prevent future disconnection.

Performed second opinion evaluation on residential HVAC system with reported evaporator coil leak. Inspected attic-mounted air handler and associated ductwork, documenting system condition and configuration. Assessed flexible duct installation, insulation integrity, and overall system accessibility for potential evaporator coil replacement. Photographed existing equipment layout, ductwork routing through attic framing, and workspace constraints to support replacement estimate preparation.