The Wireless Remote Thermostat operates either as a remote control or thermostat and controls airflow from the ceiling diffuser into a space to eliminate discomfort and wasted energy caused by overcooling or overheating. In Remote Control Mode, the user simply touches the up or down key to adjust the airflow.
In Thermostat Mode, the user can program their workday schedule so that at night or days off when the space is not occupied, airflow is automatically reduced to save energy.
The Occupancy Sensor detects when lights are turned of or off and automatically adjusts airflow to provide optimum comfort when the space is occupied and reduce energy consumption when the space is vacant. Three low voltage wires connect the occupancy sensor to the VPD damper.
The Manual Wall Control adjusts airflow from a ceiling diffuser to provide optimum comfort when the space is vacant. Three low voltage wires connect the manual wall control to the VPD damper.
The WC Wireless Controlled Damper installs between the ceiling diffuser and the flex drop. The damper is controlled by the Wireless Remote Thermostat, T600, and can adjust airflow from 0% to 100%.
The damper blade is intentionally sized smaller in diameter than the shell to maintain a small amount of airflow when in the closed
The WCD Wireless Controlled Damper installs between the ceiling diffuser and the flex drop. The damper is controlled by the Wireless Remote Control or Wireless Thermostat and can adjust airflow from 0% to 100%.
The damper blade is intentionally sized smaller in diameter than the shell to maintain a small amount of airflow when in the closed position. A mechanical close-position stop
The VPD Variable Position installs between the ceiling diffuser and the flex drop. The damper is controlled by the Occupancy Sensor or Manual Wall Control and can adjust airflow from 0% to 100%.
The damper blade is intentionally sized smaller in diameter than the shell to maintain a small amount of airflow when in the closed position. A mechanical close-position stop
The Wireless Thermostat automatically controls airflow from the ceiling diffuser into a space to eliminate discomfort and wasted energy caused by overcooling or overheating. In Thermostat Mode, the user can program their workday schedule so that at night or days off when the space is not occupied, airflow is automatically reduced to save energy. In Thermostat Control Mode, a TS01 temperature sensor is used in the damper to detect if equipment is in heating or cooling mode. If the damper is in an
Comfort Controls
Wireless and wired Comfort Controls eliminate the overcooling and overheating found in many commercial and residential applications where a single thermostat controls multiple spaces. Comfort Controls allow a user to control the amount of air into a space by opening or closing the damper that is connected to the diffuser.
Light Commercial and Residential Applications
Improve your customer's experience by improving
their comfort.
Adjust the airflow when spaces are occupied and reduce energy consumption when the space is vacant.
Improve employee productivity by improving
employee comfort.
Model T600, Wireless Remote Thermostat
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Model WRC, Wireless Remote Control
When using Thermostat Control Mode, a TS01 temperature sensor is used in the damper to detect if equipment is in heating or cooling mode. If the damper is in an unconditioned space, a continuous airflow is required to ensure proper determination of a heating or cooling call.
Applications include large work spaces, restaurants, offices, conference rooms, examining rooms, classrooms and other spaces where overcooling and overheating occurs.
Applications include large work spaces, restaurants, offices and other spaces where overcooling and overheating occurs.
The Wireless Remote Control controls airflow from a ceiling diffuser into a space to eliminate the discomfort and wasted energy caused by overcooling and overheating. The user simply pushes the up or down key to adjust the airflow and pushes enter. The damper immediately responds making the space more comfortable.
Model T200WL01, Wireless Thermostat
Model OSL, Wired Occupancy Sensor
unconditioned space, a continuous airflow is required to ensure proper determination of a heating or cooling call.
Applications include offices, conference rooms, examining rooms, classrooms and other spaces where overcooling and overheating occurs and energy is wasted when spaces are vacant.
Applications include offices, conference rooms, training rooms, classrooms and other spaces where airflow control is desired.
Model MWC, Wired Manual Wall Control
Applications include offices, conference rooms, training rooms, classrooms and other spaces where airflow control is desired.
Model WC, Wireless Controlled Damper
Coming Soon
position. A mechanical close-position stop can be used to maintain some airflow when a large number of dampers are used on one HVAC system Dampers are powered by 24VAC and use only 2.8VA. Includes a TS01 air temperature sensor.
Available in 6", 8", 10", 12" and 14" diameters.
Compatible Control - Model T600
Compatible Control - Model VPD-XX
Compatible Control - Model VPD-XX
Compatible Control - Model WCD-XX
Compatible Control - Model WCD-XX
Compatible Control - Model WC-XX
Model WCD, Wireless Controlled Damper
can be used to maintain some airflow when a large number of dampers are used on one HVAC system Dampers are powered by 24VAC and use only 2.8VA. Includes a TS01 air temperature sensor.
Available in 6", 8", 10", 12" and 14" diameters.
Compatible Controls - Models WRC and T200
Model VPD, Wired Variable Position Damper
can be used to maintain some airflow when a large number of dampers are used on one HVAC system Dampers are powered by 24VAC and use only 2.8VA.
Available in 6", 8", 10", 12" and 14" diameters.
Compatible Controls - Models MWC and OSL
26072 Merit Circle #110 / Laguna Hills, CA 92653 949-916-0945 / Fax 949-458-8502
eControls
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