Heating & Cooling Service in Toronto

FAQ

• Is HVAC with more capacity better?

  No. Larger system is more expensive to operate, and it delivers less comfort. A system is the least efficient when first turning on. HVAC with too much capacity will continuously turn on and off, proving to be less efficient than the HVAC of the right size for your space. It is important to remember that an air conditioner dehumidifies air only when it is on, thus the HVAC with more capacity will not perform the job very well.
  Should I close the registers and doors to areas I am not using?
  Every system is made to cool a defined number of square feet. If you close the registers and/or doors to certain rooms that you do not use, you disrupt the airflow, and your system will work harder to circulate air to those areas. It will use more energy to cool less space, making it less efficient.
  
  

• What maintenance can I do for my air conditioner?

  The most important maintenance that you can do is to change your filters regularly. Outdoor units that that are mounted to the ground should be clear of clutter and debris. Pets should be kept away from the unit because pet urine can cause costly damage to the unit. Also, be careful with a weed trimmer as you can damage control wiring. Only qualified staff should do any other maintenance on your air conditioner.
  

• What maintenance should I do on my air conditioner?

  The most important maintenance you can do is to change your filters regularly. Ground mounted outdoor units need to be kept clear of debris, clutter; weeds or landscaping that can grow too close and reduce the airflow to the unit. Also, keep pets away from the unit because pet urine can cause expensive damage. Use caution with a weed trimmer around the unit to prevent damaging control wiring. Any additional maintenance should only be performed by qualified personnel.
  

• What temperature of the air should my AC produce?

  The temperature of the air that your system produces depends on the temperature of the air going in. The air produced should be 18 to 20 degrees lower than what enters the system. Thus, if the air entering the system is 70°, the air exiting should be about 50°-52°. This only works if the system has been on and running for at least 15 minutes. On a mild day, the air coming out could be 15°-17° cooler than what enters.
  

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