The best ways to Win the Fight for the Commercial Thermostat

  • Are you succeeding with "The Battle for the Commercial Thermostat" - the psychological aspect involved in raising and lowering the thermostat ... the feeling of control, and how it affects comfort? In this short article, we're supplying an interesting point of view into a few of the numerous aspects of Thermostat troubleshooting. Get more about sheperds-bush here www.boilerdoctor247.com.

    Even in buildings, where everything has been designed and installed to excellence ... the systems require some variability, the capability to alter ability in response to seasonality trends and, much more so as buildings and their systems get older.

    Thermostat Battle

    1) The thermostat causes the compressor to cycle ON and OFF in an attempt to maintain space temperature in a narrow band as dictated by the thermostat setting (plus/minus 2 degrees normally on an easy light commercial system's thermostat);.

    2) A system designed for 95 deg. F will operate less efficiently when the outside (ambient) temperature level is lower than design ~ implying more regular cycling, not necessarily less energy-efficient; and,.

    3) In any area of the world where humidity is reasonably low and stable, there isn't much of an issue that a cycling system may cause an accumulation of humidity in a conditioned space. However in a lot of other environments ... humidity accumulation and an uneasy environment is reasonably guaranteed.

    Cycle Timing. Others describe the same concept as The Duty Cycle - how long the compressor actively operates on versus the time from ON (start) to ON (start) as dictated by the thermostat. I have actually opted to address this subject yet again because we highly think this is where the APR Control can best help your client and the systems that need the service team's attention.

    I wanted to hammer on about how vital cycle time is to the operation and effectiveness of the a/c systems to guarantee that it is understood that this is at the core of what we do ... the core of the cooling system's function, is this problem of managing the cycle time!

    Thermostat Success=Humidity Control?

    The longer the ON time (especially in relation to total cycle time), the more likely the system will have the ability to handle space humidity. The APR Control can improve the active time for cooling and dehumidification vs. the off time when there is no active dehumidification or cooling: these results in more comfortable environments and perception that a system is working "right,"?

    Decrease Your Callbacks. If a basic addition like the APR would be seen by the end-user as a small cost to the project, could decrease the perception of an unpleasant space, would it not be an obvious choice ... an easy addition? In what method would such an addition additionally minimize the requirement for return check outs (otherwise referred to as callbacks) to the job-site because the tenants feel the space is cool and damp, eventually feeling unpleasant!