Leviton O3C10-MDW - ODC Series 1000 Sq. Ft. Multi-Technology Ceiling-Mount Vacancy Sensor - White

Leviton O3C10-MDW

Brand Features

The Leviton Provolt™ Series combine line voltage vacancy sensors into a self-contained unit. The integrated design alleviates the need for separate power pack and vacancy sensor wiring making it a low-cost, efficient energy solution for new construction and retrofits

Features and Benefits

Auto-Adapting: Time delay and sensitivity are continually adjusted to occupancy pattern of use

Configurable for Manual ON/Auto OFF

Vacancy Sensing Time Outs:

Delayed OFF Timer: The sensor will turn lights OFF if no motion is detected after a specified time

Exclusive Walk-through Feature: Provides increased energy savings by not leaving the lights ON for an extended period after only momentary occupancy

False Detection Timer: (PIR) The PIR scans for movement and shuts lights off after 31 minutes preventing false triggers from HVAC systems

Time delay and saved settings are protected during power outages and will return to the last known state

Output short circuit protection

Industry-exclusive self-configuring local manual switch input: Momentary or maintained switches are supported

Adjustable Time Delay: 30s, 5min, 10min, 20min, 30min

Test Mode for simplified commissioning

Manual Switch and Emergency Override are Class 1 or Class 2 circuits. Class 2 circuits provided for flexibility

Industry-exclusive “fail-safe” circuitry: In the event of product failure, Return-to-Closed feature causes the relay to default ON which eliminates life safety concerns

Industry-exclusive H.I.S. (High Inrush Stability) technology designed to handle today’s high inrush electronic ballast loads and offer unmatched durability and service

Robust and reliable mechanically held 10A latching relay provides dependability and robust performance for all load types and provides energy savings over electronically held relays

Lenses on PIR models are easily replaceable and color-coded red (mid range) for contractors and end-users to easily identify lenses from the ground