Wattstopper CI-205-1

WattStopper CI-205-1 Low Profile Ceiling Mount Occupancy Sensor With Isolated Relay and Light Level, 24 VDC, Passive Infrared Sensor, 500 sq-ft Coverage, 360 deg Viewing, Wall Mount
Occupancy and Motion Sensors
472464 CI-205-1
Wattstopper
$0.00 / ea

  • Amperage Rating: 11
  • Color: White
  • Connection Type: Flying Lead
  • Control Output: Automatic On/Automatic Off
  • Coverage: 500
  • Dimensions: 3.3 in Dia x 2.2 in D
  • Lamp Type: Fluorescent/LED
  • Material: Plastic
  • Mounting Type: Wall
  • Sensor Type: Passive Infrared
  • Series: CI-205
  • Temperature Rating: 35
  • Time Delay: 15 s to 30 min
  • Type: Low Profile
  • Viewing Angle: 360
  • Voltage Rating: 24
This passive infrared (PIR) Ceiling Sensor provides 360В° coverage to detect occupancy in the controlled area. These low profile sensors reliably control lighting in a variety of applications. Up to 500 sq feet coverage.
QTY
  • Features
  • 95% relative humidity, non-condensing, for indoor use only environmental conditions
  • This passive infrared (PIR) ceiling sensor provides 360 deg coverage to detect occupancy in the controlled area
  • These low profile sensors reliably control lighting in a variety of applications
  • Detection signature analysis eliminates false triggers and provides immunity to RFI and EMI
  • Pulse count processing eliminates false OFF without reducing sensitivity
  • ASIC technology reduces components and enhances reliability
  • Low profile design ensures a clean and uncluttered ceiling appearance
  • User adjustable time delay from 15 sec to 30 min by 2 min increments
  • Sensitivity is programmed through a dip switch which has four settings ranging from minimum to maximum
  • Light level output can create bi-level lighting for added convenience and energy savings
  • Isolated relay can interface with HVAC, EMS or an additional lighting load
  • Dual element, temperature compensated pyro-electric sensor
  • 1 A at 24 VAC/VDC load rating
  • Ceiling Sensor provides 360 deg coverage to detect occupancy in the controlled area