Leviton® ODW12-MDW Relay Switching Wall Mount Occupancy Sensor, 120/277 VAC, Multi-Technology (PIR/Ultrasonic) Sensor
Wall Mount Occupancy Sensors
654692
MFG #: ODW12-MDW
Leviton®
225.13000
/ ea
Leviton's ODC and ODW series sensors provide a full line of self contained PIR, ultrasonic (U/S) and multi technology (M/T) occupancy sensors. The sensor's main function is to turn the lights-on or maintain the lights-on while movement is detected within the sensor's field-of-view, and turn the lights off when the space is vacant.
- http://www.leviton.com(Seller Home Page URL)
- Install Instructions URL - Leviton_ODW12_MDW_Installation_Instructions.pdf(Install Instructions URL)
- Owners Manual URL - Leviton_OPB15_DAW_Manual.pdf(Owners Manual URL)
- Safety Data Sheet URL - MSDS.pdf(Safety Data Sheet URL)
- Spec Sheet 2 URL - ID-SPE-v1-ODW12-MDW.pdf(Spec Sheet 2 URL)
- Spec Sheet URL - 10962_ID-SPE-v1-ODW12-MDW.pdf(Spec Sheet URL)
- Spec Sheet URL - ProductDetail.jsp?partnumber=ODW12-MDW&minisite=10251(Spec Sheet URL)
- Tech Bulletin URL - Leviton_ODC0P_W_Technical_Bulletin.pdf(Tech Bulletin URL)
- Video - https://www.youtube.com/embed/jK48BrNhHBw&rel=0(Video)
- Applications
- Features
| Commercial |
| Maximum Reliability, Low Cost, 5-Year Limited Warranty, Country of Origin China |
| Streamlined installation offers customers an immediate energy management solution |
| Mounts easily in electrical box and provides leads for simple line voltage connection |
| Zero crossing circuitry for enhanced reliability and long life operation |
| Maximum reliability, low cost |
| Ambient light Override |
| 15 A incandescent, electronic or magnetic fluorescent ballast, 3/4 hp motor at 120 VAC |
| Relative humidity 0 to 90 PCT |
| -10 to 85 deg C storage temperature range |
| Streamlined installation offers customers an immediate energy management solution |
| Mounts easily in electrical box and provides leads for simple line voltage connection |
| Zero crossing circuitry for enhanced reliability and long life operation |
| Non-volatile memory, learned and adjusted settings saved in protected memory are not lost during power outages |
| Maximum reliability, low cost, digital circuitry uses a minimum of components |
| Walk-through provides increased energy savings by decreasing the time delay to 2.5min when someone momentarily walks through the monitored space |
| Electronic or magnetic fluorescent ballast/motor load type |