SensorWorx SWX-200-B SERIES wireless ceiling sensors
As with all Sensors detect movement in the infrared energy that radiates from occupants as they move within the deviceÕs field-of-view. Once occupancy is detected, the sensor immediately signals a wirelessly linked load controller (e.g. power pack) to switch on or dim up the connected lighting. If equipped with passive dual technology (PIR/Acoustic), the units microphone is then also enabled to further enhance detection while the lights are on. At regular intervals, the sensor will retransmit its latest occupancy status such that the load controller can keep lights on for occupants during brief periods of inactivity, while returning the space to an energy saving lights off (or dim) state once no longer occupied Links in Seconds with Wireless Controllers Passive Infrared (PIR) Detection Passive Dual Technology (PIR/Acoustic) Detection (Optional) 360¡ Small Motion Coverage Compact Size and Matte Finish Four Contractor Friendly Mounting Methods Mounting Nipple Attachment with Integrated Hole Saw Convenient Test Modes Optional Daylight Harvesting & On/Off Photocell Units with dual technology (model 10 year battery life design for PIR only models. For PIR units with enabled integrated photocells, expected battery life is 7 years. For dual technology units with acoustic detection enabled, expected battery life is 5 years. Wireless sensors periodically transmit their PIR and/or acoustic (if equipped) occupancy status. Referred to as the sensorÕs ÒheartbeatÓ, this period is optimized to conserve battery life. Sensors with the integrated photocell require auto-setpoint calibration to be initiated from the sensor in order to enable photocell operation. Linking a sensor with a wireless wall switch controller or power pack load controller is quickly done via the following procedure:
As with all Sensors detect movement in the infrared energy that radiates from occupants as they move within the deviceÕs field-of-view. Once occupancy is detected, the sensor immediately signals a wirelessly linked load controller (e.g. power pack) to switch on or dim up the connected lighting. If equipped with passive dual technology (PIR/Acoustic), the units microphone is then also enabled to further enhance detection while the lights are on. At regular intervals, the sensor will retransmit its latest occupancy status such that the load controller can keep lights on for occupants during brief periods of inactivity, while returning the space to an energy saving lights off (or dim) state once no longer occupied Links in Seconds with Wireless Controllers Passive Infrared (PIR) Detection Passive Dual Technology (PIR/Acoustic) Detection (Optional) 360¡ Small Motion Coverage Compact Size and Matte Finish Four Contractor Friendly Mounting Methods Mounting Nipple Attachment with Integrated Hole Saw Convenient Test Modes Optional Daylight Harvesting & On/Off Photocell Units with dual technology (model 10 year battery life design for PIR only models. For PIR units with enabled integrated photocells, expected battery life is 7 years. For dual technology units with acoustic detection enabled, expected battery life is 5 years. Wireless sensors periodically transmit their PIR and/or acoustic (if equipped) occupancy status. Referred to as the sensorÕs ÒheartbeatÓ, this period is optimized to conserve battery life. Sensors with the integrated photocell require auto-setpoint calibration to be initiated from the sensor in order to enable photocell operation. Linking a sensor with a wireless wall switch controller or power pack load controller is quickly done via the following procedure:
