Gas Heating:

HEAT EXCHANGER inspected for cracks and deterioration:

• Heat exchangers can develop cracks with age or improper fan speeds. If they exist, there is a risk of serious illness from carbon monoxide fumes. Carbon monoxide kills almost 200 people a year.

BURNERS cleaned:

• Dirty burners can cause poor combustion, which reduces efficiency and can be a safety hazard.

THERMOCOUPLE replaced:

• The thermocouple is a safety device and can cause the furnace to shut down unexpectedly. We won't take a chance with your comfort & safety. It is replaced before it causes a problem. Newer furnaces have flame sensors instead of thermocouples and require periodic cleaning.

ELECTRONIC IGNITION CONTROLS tested & cleaned:

• Most of the newer furnaces have electronic ignition controls that are responsible for lighting the burners, sensing a flame is present and provide safety shutdown if conditions require.

FAN SWITCH checked and adjusted as needed:

• A fan switch that is not properly adjusted can waste energy or cause nuisance fan cycling. PILOT cleaned and adjusted as necessary. Weak or dirty pilots can easily be extinguished causing the furnace to shut down.

SAFETY CONTROLS operationally checked:

• Safety controls that do not operate can cause dangerous problems.

BLOWER WHEEL inspected:

• Dirty blower wheels reduce airflow, causing longer operating time and increased cost.

GAS LINE checked for leaks from the furnace shut off valve to the burners:

• Undetected gas leaks are dangerous.

COMBUSTION AIR openings checked:

• Blocked or restricted combustion air openings can be dangerous.

FLUE PIPE inspected:

• Flue pipe corrosion or leaks are dangerous.

MOTORS cleaned, lubricated (if possible), inspected and tested:

• Dirty non lubricated motors run hotter, less efficient and will fail sooner.

BLOWER MOTOR SPEED checked for proper speed setting:

• Indoor blower speed will be checked to assure proper airflow. A furnace with inadequate airflow (too low a speed setting) can cause premature failure of the heat exchanger and create unsafe conditions in your home.

CAPACITORS tested:

• Capacitors work together with motors and without a properly functioning capacitor the motor can stop running, run hot or fail. Most of the time a capacitor will slowly loose its capacity over time and therefor a test is performed to determine how much loss there is, if any.

THERMOSTAT checked:

• Malfunctioning thermostats can run equipment too long or short a time for optimum operation and comfort. You can have the best equipment in the world, but if you control it with a "standard" thermostat, you will not achieve the potential efficiency and comfort the equipment is capable of.

AIR FILTER:

• A restricted air filter can restrict the airflow enough to cause the heat exchanger to overheat.

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