HVAC & Plumbing Services in Auburn, IN

Completed first cooling season maintenance visit on residential HVAC system. Inspection revealed significant corrosion and rust on electrical connections and motor assembly components, with heavy oxidation present on mounting brackets and U-shaped electrical connectors. Documented existing 16x25x4 air filter in housing unit with installation date marked as September 24, 2019, indicating filter is well beyond recommended replacement interval and requires immediate replacement for optimal system performance and air quality.

Completed preventive maintenance inspection on geothermal heating and cooling system located in basement. Performed comprehensive cooling mode evaluation including temperature differential measurements, airflow verification through ductwork system, and operational testing of all system components. Unit operating within normal parameters with supply air temperature reading of 55.5°F, confirming proper heat exchange function and adequate cooling performance for continued system efficiency.

Completed callback service to address heat pump cleaning concerns and outdoor temperature sensor calibration issues. Thoroughly cleaned outdoor unit and verified all components were properly serviced. Inspected and calibrated the recently installed outdoor temperature sensor to ensure accurate temperature readings, confirming thermostat display now reflects correct ambient conditions and system is operating within normal parameters.

Provided estimate for replacement of existing 40-gallon gas-fired Bradford White Defender water heater located on main floor in confined space behind furnace. Evaluated tight working conditions, existing copper plumbing connections, galvanized metal venting system, and pressure relief valve configuration to determine scope of replacement work and access requirements.

Completed full HVAC system upgrade consisting of Carrier 26VNA136W003 Infinity Series variable-speed air conditioner and Carrier CVAVA4217XMA evaporator coil. Removed and recycled existing equipment, then installed new outdoor condenser unit on 2" PVC pad with pea gravel base. Reconnected to existing line set after flushing and pressure testing for leaks. Installed new electrical disconnect and whip for outdoor unit power supply. Mounted evaporator coil in existing plenum and reconnected to supply and return ductwork. Connected condensate drainage system using PVC piping. Installed new thermostat and integrated outdoor temperature sensor for optimal system performance. Performed system startup, verified proper refrigerant charge, airflow, and electrical connections. Conducted operational testing to ensure variable-speed functionality and proper cycling. Provided homeowner with system operation training and thermostat programming instructions. Completed post-installation quality assuran

Responded to no cooling complaint on 5-year-old Mitsubishi mini split system serving pool house that had previously been serviced by two other companies without resolution. Performed diagnostic evaluation of the system, which was functioning properly in heating mode but failing to cool. Inspected outdoor condenser unit, indoor air handler, refrigerant lines, and electrical connections. Accessed attic space to examine refrigerant piping, condensate drainage, and control wiring between indoor and outdoor units. Documented system installation and component locations with photographs for reference. Customer requested quote for potential replacement if repair not feasible given system age and previous unsuccessful service attempts.

Responded to warranty call for calcium buildup clogging fixtures following water heater replacement. Upon initial inspection, assessed kitchen and half bath faucets and found blue-colored buildup on kitchen sprayer screen, which was cleared. Tested water hardness on hot and cold lines, measuring approximately two grains, confirming water softener functioning properly. After consultation with technical support, determined factory-installed aluminum anode rod was defective and causing the issue. Ordered Bradford White replacement segmented magnesium anode rod (part #415-55486-00) and returned on scheduled appointment to complete installation. Replaced defective aluminum anode rod with magnesium segmented anode rod in water heater to resolve calcium buildup issue under warranty.

Responded to service call for water intrusion through HVAC vent. Performed comprehensive assessment of existing Carrier HVAC system located in interior utility closet and evaluated exterior conduit routing and drainage conditions. Determined system requires full replacement and provided detailed estimate for new equipment installation to resolve moisture infiltration issues.

Responded to service call for tankless water heater displaying red error light and complete loss of hot water production. Unit had been previously flushed with vinegar solution by homeowner, which temporarily restored function for several days before failure recurred. Initial troubleshooting revealed unit was non-responsive to standard reset procedures via power cycling. Conducted comprehensive diagnostic inspection of wall-mounted tankless unit, examining all electrical connections, venting system including dual PVC exhaust pipes, and copper supply/return plumbing connections. Assessed control board error codes and evaluated heat exchanger condition for potential scale buildup or component failure. Documented existing installation configuration including proximity to HVAC humidifier system and current plumbing arrangement with multiple shut-off valves. Photographed unit condition, manufacturer labels, and associated plumbing infrastructure for service records. Based on diagnostic find

Completed post-installation warranty test (PIWT) on HVAC system that was installed on 6/5. Utilized Fieldpiece SMAN refrigerant manifold with integrated micron gauge to verify system pressures and performance with R454B refrigerant. Measured and documented operating pressures of 96.3 psig on low side and 265.7 psig on high side, confirming proper refrigerant charge and system operation within manufacturer specifications.

Responded to service call for water draining into an air conditioning supply vent while system was operating in cooling mode. Inspected HVAC system and accessed furnace compartment to trace condensate drainage issue. Upon investigation, identified improper condensate drain routing or blockage causing water to back up into the ductwork rather than draining properly to the exterior. Cleared condensate line obstruction, verified proper drain pan function, and confirmed water flow was redirected away from supply vent. System tested in cooling mode with no further water intrusion observed in vent registers.

Completed full HVAC system replacement including installation of Carrier 26SCA436N003 Comfort Series single-stage air conditioner and Carrier CVAVA4221XMA evaporator coil. Reconnected system to existing line set after performing flush and pressure test to ensure proper refrigerant flow and system integrity. Installed new 2" PVC condenser pad with pea gravel base for proper unit leveling and drainage, along with new electrical disconnect and whip for code compliance. Integrated Honeywell T6 thermostat with existing wiring and programmed system parameters for optimal comfort control. Reconnected existing supply and return ductwork to new evaporator coil, ensuring proper airflow and sealed connections. Performed refrigerant charging and system commissioning, verifying pressures and temperatures across both high and low sides using digital manifold gauges. System readings confirmed proper subcooling and superheat values within manufacturer specifications. Removed and responsibly recycled

Responded to service call for AC unit freezing up. Upon inspection, documented existing HVAC system configuration including indoor XL 80 furnace unit with associated PVC vent piping and outdoor Trane condensing unit. Measured and photographed current installation setup showing horizontal PVC venting with 90-degree elbows, mounting brackets, and refrigerant line connections between indoor and outdoor components. Assessed complete system for replacement estimate, noting equipment positioning on concrete pad adjacent to building exterior with proper condensate drainage and electrical connections in place.

Responded to no-cool condition on geothermal system with failed compressor and refrigerant leak. Provided estimate for complete HVAC system replacement, evaluating both geothermal and traditional split system options as alternatives to existing WaterFurnace unit. Documented current installation including EcoLink equipment, electrical disconnects for condenser and auxiliary heat strips, refrigerant lines with service valves, and associated plumbing components in basement mechanical room.

Completed first geothermal maintenance visit on basement-located system. Performed comprehensive system inspection including pressure testing and verification of all operating parameters. Documented system conditions with pressure gauge readings showing normal operating range, and noted minor moisture present on floor near equipment requiring monitoring on future visits.

Responded to callback for low water pressure and sediment issues following recent water heater installation. Upon inspection, found multiple faucet aerators throughout the home heavily clogged with calcium deposits and sediment debris. Removed and thoroughly cleaned aerators from kitchen sink, main hallway sink, downstairs bathroom sink, and upstairs fixtures. Flushed all lines to clear remaining sediment from system. Water pressure restored to proper flow levels at all affected fixtures.

Completed full HVAC system installation in residential basement mechanical room. Installed new Carrier brand furnace unit with proper venting configuration using white PVC intake and exhaust pipes routed vertically through structure. Mounted silver air handler unit on concrete floor with evaporator coil assembly positioned above handler. Connected gray metal supply plenum and ductwork transitions to distribution system. Ran yellow flexible gas line to furnace per code requirements. Installed tall gray metal return air ductwork component for proper air circulation. Secured all manufacturer labels and documentation to equipment faces for reference. Verified all electrical connections and wiring terminations. Tested system startup sequence and confirmed proper operation of all components. System commissioned and left in full operational status providing heating and cooling capacity to residence.

Conducted on-site evaluation for installation of hot water recirculation pump system to reduce wait time for hot water delivery. Assessed existing electric tank water heater located in basement and inspected current plumbing configuration, including hydronic manifold distribution system with PEX supply and return lines. Provided estimate for pump installation and integration with existing plumbing infrastructure.

Completed first prepaid cooling season maintenance visit on residential HVAC system. Performed comprehensive inspection of outdoor condensing unit, accessing internal components to verify proper operation of capacitor, compressor, electrical connections, and control relays. Measured system temperature at 79.8°F and confirmed all electrical components within normal operating parameters, with wiring harnesses and connections secure throughout the unit.

Completed estimate for complete HVAC system replacement including 96% AFUE 80,000 BTU two-stage natural gas furnace with media air filtration system, air conditioning unit, and programmable thermostat. Existing LP furnace system located in basement requires conversion to natural gas fuel source. Customer has existing ductwork in place that will be utilized with new equipment installation.