Product image for Wattstopper DSW-302-W 120/277 VAC White Dual Technology Dual Relay Wall Switch Occupancy Sensor
Image thumbnail 0
Image thumbnail 1
Image thumbnail 2
Image thumbnail 3
Image thumbnail 4
Image thumbnail 5
Image thumbnail 6
Email

Wattstopper DSW-302-W 120/277 VAC White Dual Technology Dual Relay Wall Switch Occupancy Sensor

Manufacturer: Legrand WattStopper | Catalog # DSW-302-W | Codale Part # 3536085
$228.59/ea
ea
Log in or register to view your price, purchase history, and more!
Experiencing long lead times. Please call for availability.
Primary Spec Sheet Installation / Instruction Manual
The DSW-302 dual technology wall switch sensor turns lights ON and OFF based on occupancy and contains two relays for controlling two independent lighting loads or circuits. It combines the benefits of passive infrared (PIR) and ultrasonic detection technologies for high sensitivity to small and large movements. The DSW-302 replaces existing wall switches and fits a standard decorator wall plate.

Technical Information

Amperage
8.3 Amp
Applications
For Offices, Conference Rooms, Lunch/Break Rooms, Commercial
Connection Type
Wired
Indicator
True
Input Voltage
120/277 VAC
Material
Plastic
Mounting Type
Surface
Sensor Type
Passive Infrared
Standard
CSA C22.2 No. 14,IEC 60947-3,UL 508
Type
Dual Relay, Wall Switch
Voltage
277 Volt

Manufacturer Information

Brand
WattStopper
Sub Brand
Pass & Seymour

General Product Info

12-Digit UPC
754182935505
Color
White, Gloss
Finish
Matte
Product UPC
75418293550
Weight
0.4900 lb

Dimensions

Depth
1.83 Inch
Height
2.73 Inch
Length
2.73 Inch
Width
1.76 in

Certifications and Compliance

Country of Origin
China
Features
  • Color-matched lens and low profile for appealing design
  • 120/240/277 VAC and 347 VAC models
  • Defaults to Manual-ON operation for maximum energy savings
  • Retrieving data. Wait a few seconds and try to cut or copy again.
  • High sensitivity and dense coverage for exceptional performance
  • Two relays for control of two separate lighting loads or circuits
Compare