SensorWorx SWX-400-B SERIES wireless wide view sensors
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. 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. A single wireless wide view sensor provides an excellect soltion for a medium sized space like a conference room or small classroom. However, multiple wireless sensors can be easily linked to the same load controller(s) to provide coverage for larger spaces like an open office or large classroom. The wireless hallway sensor provides excellent coverage of hallways from one or both ends. Additionally, when linked to wireless wall switch load controllers ( Pairs in Seconds with Wireless Controllers Passive Infrared (PIR) Detection Wide View or Hallway (Long Range) Coverage Pattern Options 10 Year Battery Life Design Compact Size and Matte Finish Five Contractor Friendly Mounting Methods Mounting Nipple Attachment with Integrated Hole Saw Convenient Test Mode Sensors can be used to meet The sensor runs on one CR123(A) Lithium Battery (included). Linking a sensor with a wall switch controller or power pack is quickly done via the following procedure: By default, every ~60 seconds the sensor transmits whether or not occupancy was detected during the previous period. Referred to as the sensorÕs ÒheartbeatÓ, this period can be reduced to ~30 seconds although this will decrease expected battery life. If a sensor transmitted ÒunoccupiedÓ at its last heartbeat, any new occupancy detection event will be transmitted immediately. If a sensor transmitted ÒoccupiedÓ at its last heartbeat, new occupancy events will only be transmitted at the heartbeat interval, thus conserving battery life. The wirelessly linked wall switch load controller and/or power pack maintains a master time delay that is reset every time a linked sensor reports occupancy. Lights will be switched off once all linked sensors have continously reported unoccupied for the duration of the time delay.
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. 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. A single wireless wide view sensor provides an excellect soltion for a medium sized space like a conference room or small classroom. However, multiple wireless sensors can be easily linked to the same load controller(s) to provide coverage for larger spaces like an open office or large classroom. The wireless hallway sensor provides excellent coverage of hallways from one or both ends. Additionally, when linked to wireless wall switch load controllers ( Pairs in Seconds with Wireless Controllers Passive Infrared (PIR) Detection Wide View or Hallway (Long Range) Coverage Pattern Options 10 Year Battery Life Design Compact Size and Matte Finish Five Contractor Friendly Mounting Methods Mounting Nipple Attachment with Integrated Hole Saw Convenient Test Mode Sensors can be used to meet The sensor runs on one CR123(A) Lithium Battery (included). Linking a sensor with a wall switch controller or power pack is quickly done via the following procedure: By default, every ~60 seconds the sensor transmits whether or not occupancy was detected during the previous period. Referred to as the sensorÕs ÒheartbeatÓ, this period can be reduced to ~30 seconds although this will decrease expected battery life. If a sensor transmitted ÒunoccupiedÓ at its last heartbeat, any new occupancy detection event will be transmitted immediately. If a sensor transmitted ÒoccupiedÓ at its last heartbeat, new occupancy events will only be transmitted at the heartbeat interval, thus conserving battery life. The wirelessly linked wall switch load controller and/or power pack maintains a master time delay that is reset every time a linked sensor reports occupancy. Lights will be switched off once all linked sensors have continously reported unoccupied for the duration of the time delay.
