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What is the purpose of a deadband thermostat and how does it help in regulating temperature effectively?
A deadband thermostat helps regulate temperature by allowing a range within which the temperature can fluctuate before the heating or cooling system turns on or off. This prevents frequent cycling of the system, saving energy and maintaining a more consistent temperature in the space.
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What component is added to a thermostat to prevent over shoot?
To prevent overshoot in a thermostat, a component known as a "hysteresis" or "deadband" is often added. This feature creates a range of temperature within which the thermostat does not respond to fluctuations, allowing for more stable control and reducing the likelihood of rapid cycling. By implementing hysteresis, the system can maintain a more consistent temperature without excessive adjustments.
What has the author William Harold Charnholm written?
William Harold Charnholm has written: 'Design and evaluation of an adaptive element which compensates for deadband as applied to a guidance system' -- subject(s): Electronics in navigation, Computer programs
Difference between photohelic and magnahelic guage?
PHOTOHELIC® Pressure ControlPHOTOHELIC® models combine the MAGNEHELIC®gauge with a precise pressure switch that lets you control low and high gas pressures. Knob controls adjust dual set points, which allow for variable deadband control. These set points contain photocells that actuate DPDT relays when room pressures reach a preset upper or lower limit, and they can be set up to control corrective damper action. As the room pressure changes in response to damper motion, and the indicator returns to the null band, damper motion is halted.
