Top-Rated HVAC & Plumbing Services in Kalamazoo, MI

Installed a new Bradford White gas water heater with a vertical vent connector and copper supply and distribution piping tied into the existing plumbing. Mounted a thermal expansion tank on the supply line, connected the gas supply, and verified proper operation, venting, and leak-free connections.

Responded to a reported leak at a gas-fired Rheem water heater and inspected the unit, including the flue connection, supply piping, and base of the tank. Found water pooling at the base with containment buckets and absorbent towels already in place, and no visible corrosion or damage on the top fittings, copper supply lines, or flue assembly. Documented the unit's condition with photos and recommended further evaluation of the tank and relief valve discharge line to pinpoint the leak source and determine whether repair or replacement is required.

Installed a new gas furnace with a condensing PVC vent and secured condensate drain line, set on a drip pan with new galvanized supply plenum and ductwork transitions. Installed an AprilAire humidifier with humidistat control, connected the associated water supply and drain piping, and completed the electrical and low-voltage connections with the wiring properly secured. Verified the water heater connection and gas control valve, completed unit labeling, and left the service log in place at the equipment.

Repaired slow leaks at two faucets, a main floor bathroom faucet and a laundry room utility sink faucet. Inspected the laundry room valve and faucet assembly, which showed corrosion and wear at the joints, then serviced both fixtures to eliminate the leaks. Verified proper operation and confirmed no remaining leaks.

Diagnosed and repaired loose connections causing intermittent operation of the under-cabinet kitchen lighting, and troubleshot and corrected the fault causing flickering at the basement entry door lights. Installed a new receptacle in the laundry room below the existing outlet, then verified correct wiring and 121 VAC output with an outlet tester, confirming proper operation of the circuit.

Replaced the failed draft inducer motor on the gas furnace per the approved quote. Removed the upper access panel, disconnected the wiring and pressure tubing, and installed the new inducer assembly. Reconnected the electrical and vent connections, then verified proper ignition sequence and draft operation, with the exterior PVC vent termination inspected and free of obstruction.

Replaced all remaining cellular core PVC in the furnace vent system with approved vent piping per code section G2427.4.1, including previously concealed sections, and documented the concealed runs with photographs prior to inspection. Installed dummy registers as required to complete the correction and confirmed the vent assembly is properly connected and ready for re-inspection.

Performed annual preventive maintenance tune-up on a Honeywell standby generator, inspecting the engine compartment, wiring, hoses, exhaust, and control panel. All components were found clean and in good condition, with no visible rust, leaks, or damage. The unit was left operational with no deficiencies noted.

Performed annual heating tune-up on 12-year-old Rheem furnace with humidifier, including inspection of combustion components, humidifier, and condensate drain system. Documented rust staining at the PVC exhaust/drain coupling connection and debris with moisture staining on the concrete floor beneath the equipment, indicating past leakage; recommend monitoring the coupling and surrounding area for further moisture and cleaning the debris from the floor.

Performed an on-site estimate for replacement of an aging (15+ year) Rheem tank-style water heater located in a utility area with standing water present on the floor. Inspected the water heater, flue, shutoff valves, and adjacent water softener and ductwork, and documented existing conditions and equipment data labels with photographs to support replacement quoting.

Removed the existing unit and installed a new 40-gallon natural gas, non-direct-vent Bradford White water heater, set in a drain pan and connected to the existing galvanized flue/vent piping. Reconnected the hot and cold copper supply lines with shutoff valves and the gas line, then verified the installation was secure and the unit was ready for operation.

Installed a new Bradford White power-vent gas water heater in the basement mechanical area, set within a drain pan on the concrete floor. Connected the copper supply and recirculation piping with isolation valves and circulation pump, gas supply, and PVC exhaust venting, then verified proper operation.

Performed a comprehensive tune-up on a 14-year-old Heil gas furnace, including a borescope inspection of the blower assembly and motor housing, which showed dust and debris accumulation on the blower wheel and interior surfaces. The inspection also revealed heavy scale and corrosion buildup with flaking along the rim and walls of a circular opening in the heat exchanger or flue passage, which should be monitored given the age of the unit. Completed the standard tune-up and verified the furnace is operating safely.

Diagnosed a 19-year-old Goodman gas furnace for failure of the blower to engage on high speed and found heavy debris contamination across the burner assembly, gas valve, and burner compartment floor, along with a corroded flue pipe. The leak source was traced to the gas water heater, whose top fittings and tank are heavily scaled with mineral deposits and show active leakage and corrosion. Recommended cleaning of the furnace burner compartment, repair of the blower speed circuit, flue pipe replacement, and water heater replacement.

Installed a new upright gas furnace on a base pad in the basement mechanical space, connecting it to the existing supply and return ductwork with a louvered return air grille. Piped and secured the PVC venting and condensate drain line, and completed all required connections. The unit was set level and the installation left clean, with no visible damage or defects.

Diagnosed a no-heat condition on a 27-year-old Goodman GMPN 080-4 furnace that operated only with the pressure switch bypassed. Inspected the burner assembly, gas valve, and associated wiring and found dust and debris accumulation in the burner compartment, with the draft inducer pressure switch circuit and sensing path as the suspected cause of the persistent fault despite the previously replaced switch and checked hoses. Cleaned the burner area and verified the pressure switch and sensing path to restore proper operation.

Responded to a no-heat call on a Lennox gas furnace approximately 7 years old and inspected the system, including the Honeywell Home digital thermostat, which displayed an indoor temperature of 62°F against a 70°F setpoint with a "Heat On" call active, confirming the thermostat was signaling for heat while the furnace failed to respond. Performed diagnostic evaluation of the heating equipment, and documented the installation with photos, including the adjacent tankless water heater, venting, and supply piping, with no visible frost, ice, or rust noted.

Installed a 20kW Kohler standby generator with a 200A transfer switch, including mounting and wiring the transfer switch to the main electrical panel with conduit. Coordinated a utility disconnect/reconnect for the electrical tie-in, pulled the required electrical and mechanical permits, and performed a gas line pressure test, which held steady at approximately 12–13 psi. System was prepared for municipal inspection.

Responded to a no-heat complaint on an aging gas furnace blowing air without heating. Inspected the burner compartment, gas valve, and ignition wiring, noting heavy soot and dust accumulation on the burner assembly and light corrosion along the burner compartment door. Evaluated the condensate drain, venting, and ductwork connections and diagnosed the unit's heating failure, with findings and repair recommendations provided to the customer.

Installed a new Liberty Pumps sump pump with a battery backup system, including a battery box, control unit, and associated wiring. Connected the discharge piping with a check valve and rubber couplings, and tagged the electrical cords for identification. The system was set up at the existing sump pit to provide primary and backup water removal during power outages.