Below, you will find answers to common air conditioning, refrigeration and heating problems.
Please keep in mind, these are basic, oversimplified explanations of how these systems work. There are a multitude of potential problems that can affect the performance of these mechanical systems and contacting a Minneapolis refrigeration repair pro is your best bet.
To keep these units running at peak efficiency, have one of our trained and experienced technicians examine your systems and recommend the services needed. Our preventative maintenance program provides for periodic cleanings, filter/belt replacement and systems check to keep your units operating at their peak efficiency. We offer top quality Minneapolis refrigeration repair and HVAC services.HEATING 101 > AIR CONDITIONING 101 > REFERIGERATION 101 >
There are multiple types of heating systems, including forced air, boilers, radiant, etc.; this example will concentrate on gas forced air systems.
The forced air systems include the following components (and often more): control unit, filters, gas valve, mixing chamber, ignition unit, burners, heat exchanger, blower/motor and ductwork.
If neither of these works, call for service.
Exhaust units typically contain ductwork and a blower/motor. If it is not functioning see if the circuit breaker is off or tripped. Turn breaker ON and/or reset. If unit is still not functioning correctly, call for service.
Air conditioning units have the same basic components and follow the same cycle as refrigeration units. However, an air conditioner is cooling a much bigger, less enclosed “box”. It is also not trying to reduce the temperature to the level of a cooler or freezer.
If these remedies do not resolve the issue, call for service.
Refrigeration systems are closed loop operations, and maintain the colder temperatures since they are within a closed, insulated box. Low temp refrigerants are used for freezers and medium temp refrigerants are used for coolers. They contain at least (and usually many more) components: a compressor, a metering device, a hot (condenser) coil, a cold (evaporator) coil, fans (for the condenser and evaporator coils) and a control unit (thermostat). The cycle is as follows:
If yes, unload the unit and deice. In addition, you may want to unplug the unit for 24 hours to deice thoroughly. If unit ices up again within a short time, call for service.
If none of these work, call for service.
If these remedies do not work, call for service.