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The Lutron Maestro Occupancy sensing switch combines a Maestro switch with a passive infrared occupancy or vacancy sensor. The sensor detects the heat from occupants moving within an area to determine whether the space is occupied. Based on the feedback from the sensor, the occupancy sensing switch will adjust the load accordingly.
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The Lutron Maestro Occupancy sensing switch combines a Maestro switch with a passive infrared occupancy or vacancy sensor. The sensor detects the heat from occupants moving within an area to determine whether the space is occupied. Based on the feedback from the sensor, the occupancy sensing switch will adjust the load accordingly.
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The Lutron Maestro Occupancy sensing switch combines a Maestro switch with a passive infrared occupancy or vacancy sensor. The sensor detects the heat from occupants moving within an area to determine whether the space is occupied. Based on the feedback from the sensor, the occupancy sensing switch will adjust the load accordingly.
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Leviton's IPV02/IPS02 universal vacancy and occupancy sensors combine state-of-the-art technology with new aesthetics to provide optimal management of lighting and motor loads and a choice of either Manual-On (vacancy sensor) or Automatic-On (occupancy sensor) switching. These energy-saving sensors are engineered to control current LED, CFL, Electronic and Magnetic Low Voltage and incandescent loads and ensure that lights/motors will turn On manually (vacancy) or automatically (occupancy) and turn OFF automatically when motion is no longer detected within the covered range. All models have screw terminals for easy installation and do not require a neutral wire for connection. The IPV02/IPS02 is single pole, relay-based and designed to replace a single pole switch for loads such as exhaust fans.
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Leviton's IPV02/IPS02 universal vacancy and occupancy sensors combine state-of-the-art technology with new aesthetics to provide optimal management of lighting and motor loads and a choice of either Manual-On (vacancy sensor) or Automatic-On (occupancy sensor) switching. These energy-saving sensors are engineered to control current LED, CFL, Electronic and Magnetic Low Voltage and incandescent loads and ensure that lights/motors will turn On manually (vacancy) or automatically (occupancy) and turn OFF automatically when motion is no longer detected within the covered range. All models have screw terminals for easy installation and do not require a neutral wire for connection. The IPV02/IPS02 is single pole, relay-based and designed to replace a single pole switch for loads such as exhaust fans.
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Leviton's IPV02/IPS02 universal vacancy and occupancy sensors combine state-of-the-art technology with new aesthetics to provide optimal management of lighting and motor loads and a choice of either Manual-On (vacancy sensor) or Automatic-On (occupancy sensor) switching. These energy-saving sensors are engineered to control current LED, CFL, Electronic and Magnetic Low Voltage and incandescent loads and ensure that lights/motors will turn On manually (vacancy) or automatically (occupancy) and turn OFF automatically when motion is no longer detected within the covered range. All models have screw terminals for easy installation and do not require a neutral wire for connection. The IPV02/IPS02 is single pole, relay-based and designed to replace a single pole switch for loads such as exhaust fans.
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The Lutron Maestro Occupancy sensing switch combines a Maestro switch with a passive infrared occupancy or vacancy sensor. The sensor detects the heat from occupants moving within an area to determine whether the space is occupied. Based on the feedback from the sensor, the occupancy sensing switch will adjust the load accordingly.
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Eaton Wiring Devices' stylish passive infrared wallbox sensor provides a convenient energy saving lighting control alternative for 120 V applications. The sensor includes light level sensing capability to further enhance the energy savings by preventing automatic control of the lights when the ambient light level is sufficient. This sensor is easily installed in any standard wallbox to control most lighting loads and is available in six colors.
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Eaton Wiring Devices' stylish passive infrared wallbox sensor provides a convenient energy saving lighting control alternative for 120 V applications. The sensor includes light level sensing capability to further enhance the energy savings by preventing automatic control of the lights when the ambient light level is sufficient. This sensor is easily installed in any standard wallbox to control most lighting loads and is available in six colors.
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Eaton Wiring Devices' stylish passive infrared wallbox sensor provides a convenient energy saving lighting control alternative for 120 V applications. The sensor includes light level sensing capability to further enhance the energy savings by preventing automatic control of the lights when the ambient light level is sufficient. This sensor is easily installed in any standard wallbox to control most lighting loads and is available in six colors.
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The Lutron Maestro Occupancy sensing switch combines a Maestro switch with a passive infrared occupancy or vacancy sensor. The sensor detects the heat from occupants moving within an area to determine whether the space is occupied. Based on the feedback from the sensor, the occupancy sensing switch will adjust the load accordingly.
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The Lutron Maestro Occupancy sensing switch combines a Maestro switch with a passive infrared occupancy or vacancy sensor. The sensor detects the heat from occupants moving within an area to determine whether the space is occupied. Based on the feedback from the sensor, the occupancy sensing switch will adjust the load accordingly.
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Leviton's IPS06 occupancy sensor combines state-of-the-art technology with new aesthetics to provide optimal management of lighting loads. These energy-saving sensors are engineered to control current LED and Incandescent/Halogen loads and ensure that lights will turn On automatically and turn OFF automatically when motion is no longer detected within the covered range. The IPS06 has screw terminals for easy installation and does not require a neutral wire for connection. The devices feature a time delay setting which allows users the option to delay the light load from switching off for 30 secs, 5 mins, 15 mins or 30 mins.
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The Lutron Maestro occupancy sensing switch combines a Maestro switch with a passive infrared occupancy or vacancy sensor. The sensor detects the heat from occupants moving within an area to determine whether the space is occupied. Based on the feedback from the sensor, the occupancy sensing switch will adjust the load accordingly.
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Occupancy/vacancy sensor switches use advanced Passive Infrared (PIR) technology to sense the movement of heat-emitting bodies. Occupancy sensors provide auto-On/Off or manual-On/auto-Off operation while vacancy sensors provide manual-On/auto-Off operation only (CA Title 24 Compliant). The sensors automatically turn lights off after a space becomes vacant and a preset time delay elapses. Both versions provide 1-pole (single-location) and 3-way (multi-location) wiring and work with all lighting load types (INC, MLV, ELV, FLR, CFL, LED). A selectable and dimmable LED nightlight is provided. All sensors are compatible with any decorator-style or decorator screwless wallplate.
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Occupancy/vacancy sensor switches use advanced Passive Infrared (PIR) technology to sense the movement of heat-emitting bodies. Occupancy sensors provide auto-On/Off or manual-On/auto-Off operation while vacancy sensors provide Manual-On/Auto-Off operation only (CA Title 24 Compliant). The sensors automatically turn lights off after a space becomes vacant and a preset time delay elapses. Both versions provide 1-pole (single-location) and 3-way (multi-location) wiring and work with all lighting load types (INC, MLV, ELV, FLR, CFL, LED). A selectable and dimmable LED nightlight is provided. All sensors are compatible with any decorator-style or decorator screwless wallplate.
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Occupancy/vacancy sensor switches use advanced Passive Infrared (PIR) technology to sense the movement of heat-emitting bodies. Occupancy sensors provide auto-On/Off or manual-On/auto-Off operation while vacancy sensors provide Manual-On/Auto-Off operation only (CA Title 24 Compliant). The sensors automatically turn lights off after a space becomes vacant and a preset time delay elapses. Both versions provide 1-pole (single-location) and 3-way (multi-location) wiring and work with all lighting load types (INC, MLV, ELV, FLR, CFL, LED). A selectable and dimmable LED nightlight is provided. All sensors are compatible with any decorator-style or decorator screwless wallplate.
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Occupancy/vacancy sensors use advanced Passive Infrared (PIR) technology to sense the movement of heat-emitting bodies. Occupancy sensors provide Auto-On/Auto-Off or Manual-On/Auto-Off operation while vacancy sensors provide Manual-On/Auto-Off operation only. The sensors automatically turn lights off after a space becomes vacant and a preset time delay elapses. Built-in dimmer provides preset full-range dimming of light load. A horizontal dim/bright bar with row of green LEDs provide intuitive control. Both versions provide 1-pole (single-location) wiring and work with incandescent and magnetic low-voltage lighting load types. All sensors are compatible with any decorator-style or decorator screwless wallplate.
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Occupancy/vacancy sensors use advanced Passive Infrared (PIR) technology to sense the movement of heat-emitting bodies. Occupancy sensors provide Auto-On/Auto-Off or Manual-On/Auto-Off operation while vacancy sensors provide Manual-On/Auto-Off operation only. The sensors automatically turn lights off after a space becomes vacant and a preset time delay elapses. Built-in dimmer provides preset full-range dimming of light load. A horizontal dim/bright bar with row of green LEDs provide intuitive control. Both versions provide 1-pole (single-location) wiring and work with incandescent and magnetic low-voltage lighting load types. All sensors are compatible with any decorator-style or decorator screwless wallplate.
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Estimates