LEVITON WSWDR-H9W LEVNET WALL MOUNT OCCUPENCY SENSOR WITH 2 INTERCHANGEABLE LENSES WHITE
Product Details
Attributes
Features
Resources
Leviton®, WSWDR-H9W, Occupancy Sensor, Self-Powered, 24 VDC, PIR Sensor, 1500 sq-ft Coverage, LED Lamp, 902 MHz Response, Wall Mounting, 32 to 122 deg F, White, 5.83 in H x 2.52 in W x 1.8 in D Dimensions
The LevNet RF™ 902MHz passive infrared (PIR) wall mount occupancy sensor has built-in solar cells that draw on available ambient light to power themselves and can operate for up to 72 hours in total darkness. Batteries are not required. The self-powered wireless sensor design also overcomes the placement and coverage challenges of traditional sensors. Self-powered wireless sensors enable flexible placement, allowing sensors to be mounted where needed without the complexity of moving or installing new wiring.
- No additional wiring
- Up to 72 hr of stored power
- Additional energy savings
- 2 minute transmitter
- Zero power consumption - solar power provides the energy to keep the device on and sensor technology turns the lights off, eliminating additional expenses to the end users energy bill
- Zero wiring required - no wire limitations enable the installer to place the sensor in the optimal location of any application to capture minor motion and enhance performance
- Self-powered, self-charging - angled solar cells are optimal for light collection, enabling the sensor to capture additional ambient (natural and artificial) light over flat solar cells 10 FC vs. 6-7 FC (100 Lux vs. 64-75 Lux)
- Rapid charge time to operation - self-powered technology enables the sensor to be operational after a minimum charge time of 1 min
- True wireless - sensors are self-powered and communicate with all LevNet RF™ and EnOcean® receivers via a 902 MHz radio frequency
- Up to 80 hr of stored power - solar cells provide up to 80 hr of power to the sensor when no ambient light is available (for extended off time, an optional battery can be inserted)
- Advanced field-of-view - superior detection for parallel and perpendicular motion, innovative technology detects motion moving directly towards the sensor, 360 deg rotation to fine-tune the location of solar cells and field-of-view
- Improved aesthetics- blends seamlessly with ceiling decor and architecture
Product Details
Leviton®, WSWDR-H9W, Occupancy Sensor, Self-Powered, 24 VDC, PIR Sensor, 1500 sq-ft Coverage, LED Lamp, 902 MHz Response, Wall Mounting, 32 to 122 deg F, White, 5.83 in H x 2.52 in W x 1.8 in D Dimensions
The LevNet RF™ 902MHz passive infrared (PIR) wall mount occupancy sensor has built-in solar cells that draw on available ambient light to power themselves and can operate for up to 72 hours in total darkness. Batteries are not required. The self-powered wireless sensor design also overcomes the placement and coverage challenges of traditional sensors. Self-powered wireless sensors enable flexible placement, allowing sensors to be mounted where needed without the complexity of moving or installing new wiring.
Attributes
Features
- No additional wiring
- Up to 72 hr of stored power
- Additional energy savings
- 2 minute transmitter
- Zero power consumption - solar power provides the energy to keep the device on and sensor technology turns the lights off, eliminating additional expenses to the end users energy bill
- Zero wiring required - no wire limitations enable the installer to place the sensor in the optimal location of any application to capture minor motion and enhance performance
- Self-powered, self-charging - angled solar cells are optimal for light collection, enabling the sensor to capture additional ambient (natural and artificial) light over flat solar cells 10 FC vs. 6-7 FC (100 Lux vs. 64-75 Lux)
- Rapid charge time to operation - self-powered technology enables the sensor to be operational after a minimum charge time of 1 min
- True wireless - sensors are self-powered and communicate with all LevNet RF™ and EnOcean® receivers via a 902 MHz radio frequency
- Up to 80 hr of stored power - solar cells provide up to 80 hr of power to the sensor when no ambient light is available (for extended off time, an optional battery can be inserted)
- Advanced field-of-view - superior detection for parallel and perpendicular motion, innovative technology detects motion moving directly towards the sensor, 360 deg rotation to fine-tune the location of solar cells and field-of-view
- Improved aesthetics- blends seamlessly with ceiling decor and architecture