ODS0D-INE
Leviton®* Actual product may vary from image
Leviton Passive Infrared Wallbox Occupancy Sensor, Dual Relay, Both Photocell Controlled, Low Profile, 180 Degree Field of View, 120 or 277 Volt, Black
Details
MFG PART #:ODS0D-INE
TRC Part #:LEVIODS0DINE
UPC #:078477486887
Inventory
$178.73 E
Details
MFG PART #:ODS0D-INE
TRC Part #:LEVIODS0DINE
UPC #:078477486887
Inventory
Attributes
Features
Documentation
Attributes
Brand:Leviton®
Type:1-Pole Dual Relay
Voltage Rating:120/230/277 VAC
Power Rating:110/270 mW
Sensor Type:PIR
Coverage:2100 sq-ft
Viewing Angle:180 deg
Time Delay:30 s to 30 min
Lamp Type:Fluorescent/Incandescent
Response Frequency:50/60 Hz
Control Output:Manual On/Automatic Off
Mounting Type:Wall
Temperature Rating:0 to 50 deg C
Color:Black
Dimensions:46 in H x 1.75 in W x 1.83 in D
Features
| Provides automatic switching for two separate banks of fluorescent, incandescent or low voltage lighting from a single unit |
| Convenient dual pushbuttons provide manual ON/OFF light switching of each load at any time |
| ODSOD-ID conference room mode - primary and secondary relays switch lighting to last ON/OFF status when personnel enter room, providing a consistent lighting level from one occupancy period to the next |
| ODS0D-ID classroom mode - both primary and secondary relays always switch lighting ON when personnel enter room, regardless of their ON/OFF status during last period of occupancy |
| Presentation mode feature for slide or film presentations allows pushbuttons to turn lights OFF and keep them OFF while the room is occupied |
| Auto-adapting delayed OFF time interval compensates for real time occupancy patterns, preventing unnecessary ON/OFF switching |
| Exclusive Walk-through feature provides increased energy savings by not leaving the lights ON for an extended period after only momentary occupancy |
| Non-adaptive mode disables self-adjusting delayed OFF time and Walk-through feature in applications where these feature are not desired |
| Daylight harvesting light sensor measures the ambient light in the room when it first detects motion |
| Low profile design eliminates obtrusive "scanning device" look, primary relay switches at the zero crossing point of the AC power curve to ensure longer contact life and compatibility with electronic ballasts |