Wattstopper HB350W-L3

WattStopper HB350W-L3 HB3x0W-Lx High/Low Bay Fixture Mount Occupancy Sensor, 24 VDC, Passive Infrared Sensor, 1200 sq-ft Coverage, 360 deg Viewing, Bracket/Fixture Mount
Occupancy and Motion Sensors
7021877 HB350W-L3
Wattstopper
$0.00 / ea

  • Color: White
  • Connection Type: Flying Lead
  • Control Output: Automatic On/Automatic Off
  • Coverage: 1200
  • Dimensions: 3.66 in Dia x 0.66 in H
  • Enclosure Type: IP65
  • Lamp Type: LED
  • Material: Plastic
  • Mounting Type: Bracket/Fixture
  • Power Rating: 0 to 800 W, 1200 W, 1/6 hp
  • Sensor Type: Passive Infrared
  • Series: HB3x0W-Lx
  • Temperature Rating: 35
  • Time Delay: 15
  • Type: High/Low Bay
  • Viewing Angle: 360
  • Voltage Rating: 24
These High Bay Passive Infrared (PIR) Occupancy Sensors for Wet Locations consist of a sensor and a lens module. These components are designed to work as a convenient system. HB3x0W-Lx occupancy sensors are designed for automatic lighting control in warehouses and other medium and high bay wet location applications. Different models offer a choice of coverage patterns for a range of applications. L3 Lens
QTY
  • Features
  • Easy mounting using extender module mounting accessory
  • Line voltage for direct connection to load
  • Low voltage units require power packs
  • Compatible with all program start ballasts
  • Multi-cell, multi-tier, 360 deg fresnel lenses
  • Lenses sealed and gasketed
  • Polycarbonate, flame retardant, UV and impact-resistant
  • 20 to 90% non-condensing humidity
  • 85 deg F maximum dew point
  • 0 to 800 W at 120 VAC ballast or tungsten
  • 0 to 1200 W at 277 VAC ballast
  • 1/6 hp at 120 VAC power rating
  • These high bay passive infrared (PIR) occupancy sensors for wet locations consist of a sensor and a lens module
  • These components are designed to work as a convenient system
  • HB3x0W-Lx occupancy sensors are designed for automatic lighting control in warehouses and other medium and high bay wet location applications
  • Different models offer a choice of coverage patterns for a range of applications