HVAC, IAQ, & Plumbing Services in Hartford, WI

Performed comprehensive tune-up on residential furnace system, including thorough inspection of internal electronic components, circuit boards, and mechanical parts. Utilized diagnostic equipment to test electrical systems and verify proper functioning of all components. Ensured proper ventilation through PVC exhaust pipes and confirmed all connections were secure for optimal system performance.

Performed routine HVAC tune-up service including comprehensive pressure testing using dual port manometer. Readings of 35.7/34.7 inWC and 351/347 pascals were documented, confirming system is operating within manufacturer specifications. All pressure differentials were verified to be within acceptable parameters for optimal system performance.

Performed comprehensive tune-up service on the air handler unit, inspecting the evaporator coil and copper refrigerant lines which were found to be in good condition with no signs of corrosion or leakage. Temperature measurements indicated proper system operation with supply air temperature at 116.5°F, confirming the heating cycle is functioning within normal parameters. All connections were verified secure and the system is operating efficiently.

Completed tune-up service on HVAC system, verifying proper leveling of mounting bracket installation using built-in spirit level. Inspected plumbing connections including PVC, copper, and galvanized steel pipes, confirming all components were properly installed and functioning as designed.

Diagnosed and repaired a no-heat condition on a residential boiler system less than 10 years old. Inspection revealed a faulty circulator pump and clogged condensate line causing system shutdown. Replaced circulator pump, cleaned condensate drain, and verified proper system operation with normal heating function restored.

Performed diagnostic service on Armstrong furnace showing no heat operation. Removed access panel to inspect internal components including control board, gas valve assembly, and blower motor. Identified significant corrosion on electrical connections and wear on multiple components consistent with 10+ year old system. Cleaned electrical contacts, tested ignition sequence, and restored heating function. Recommended customer consider replacement options within next 1-2 heating seasons due to age-related component deterioration observed throughout system.

Inspected Bryant furnace unit with front panel removed for comprehensive system evaluation. Observed exposed control board, internal wiring, and connected ductwork. Noted electrical wiring issue requiring attention where single black wire protrudes through floor with visible rust/corrosion around penetration point.

Responded to no-heat call on newer furnace unit. Diagnosed issue with ignition sequence - observed flame rollout during startup. Removed access panel to inspect components, found inducer motor failing to maintain proper draft. Replaced draft inducer assembly and verified proper ignition sequence with sustained blue flame. System now operating within normal parameters with appropriate airflow and combustion.

Diagnosed electrical issues on aging furnace with clamp meter showing 122.3V. Accessed internal components by removing panels to inspect control board, blower motor assembly, and wiring connections. Identified and repaired faulty wiring in the control circuitry to restore proper heating function.

Completed replacement of existing HVAC system with new equipment including outdoor condenser unit installed on concrete pad and indoor furnace with proper ductwork connections. Installation included all necessary refrigerant lines, electrical connections, PVC venting, and condensate drainage to ensure full system functionality and compliance with manufacturer specifications.

Conducted comprehensive inspection of electrical panel and window installation in preparation for HVAC system replacement. Documented existing electrical infrastructure to ensure proper load capacity for new equipment. Evaluated window placement and structural elements in partially renovated space to determine optimal positioning of replacement HVAC components.

Responded to a no-heat call for a Bryant heating system under 10 years old. Upon inspection, accessed the furnace's internal components and examined the blower motor assembly, control board, and wiring connections. Discovered faulty wiring in the motor circuit which was preventing proper operation. Repaired damaged connections and verified system operation before closing access panel.

Performed inspection of GE electrical panel showing signs of age and wear. Panel has main breaker with handwritten circuit directory and visible wiring extending from top. Adjacent Lennox HVAC system was noted with insulated ductwork and associated piping. No electrical modifications were made at this time; assessment completed for future fixture and outlet installation planning.

Performed diagnostic inspection on Goodman furnace with no-heat complaint. Found faulty flame sensor causing improper ignition sequence. Cleaned sensor contacts, tested system functionality through multiple heating cycles, and verified proper operation. Unit now functioning correctly with normal flame detection and consistent heat output.

Responded to no-heat call for relatively new furnace unit located in basement. Upon inspection, identified failed ignition sequence due to dirty flame sensor. Cleaned flame sensor contacts, verified proper ignition sequence, and tested system through complete heating cycle. Unit now operating at manufacturer specifications with proper flame detection and consistent heat output.

Responded to customer's no-heat call for unit less than 10 years old. Upon inspection, found clogged air filter restricting proper airflow through the system. Removed and replaced filter, cleaned internal components, and verified proper ignition sequence. System now operating at optimal performance with restored heat output.

Responded to a no-heat call for a relatively new furnace system. Upon inspection, discovered faulty pressure switch causing system failure. Replaced defective pressure switch, tested system operation through multiple heating cycles, and verified proper ignition sequence. Unit now functioning correctly with normal heat output.

Performed comprehensive inspection of existing HVAC system in basement area. Evaluated electrical panel capacity and breaker configuration to ensure compatibility with potential replacement unit. Documented current installation including furnace unit with PVC venting, air handler with associated ductwork, and condensate drainage system. Assessment indicates system is properly installed but replacement options were presented to homeowner based on age and efficiency considerations of current equipment.

Responded to no-heat call for aging furnace system. Upon inspection, found failed ignition control module causing system failure. Replaced faulty module, cleaned flame sensor, and performed complete system check. Unit now functioning properly with normal ignition sequence and adequate heat output.

Responded to no-heat call for aging system. Diagnosed faulty control board on furnace showing intermittent operation. Replaced control board, cleaned flame sensor, and verified proper ignition sequence. System now operating within manufacturer specifications with consistent heat output.