 |

Are you the type to
Do It Yourself?
Just Launched!
DIY Home Automation
Designed for you, the do-it-yourself home owner interested in learning about the benefits of home automation, at your own pace!
 DIYHomeAutomation.com
|
|
|
 |
Shop > X-10 Wall Switches & Module Receivers > HVAC Zone Controllers for RCS 4, 8, and 16 Relays Systems > IPP10-1LX
|
Leviton Decora Manual-ON Occupancy Sensor
|
|
|
|
Enlarge Image
|
The replacement product is the IPP15-1LW
Leviton’s IPP10-1L Decora Occupancy Sensor acts like a standard wall switch and it has the added energy savings benefit that if you forget to turn the lights OFF, the lights will turn OFF automatically if motion is not detected within the coverage area.
The unit installs in place of a single-pole wall switch and fits in a standard wallbox. The unit can be used for switching
incandescent and fluorescent and low voltage lighting with electronic or magnetic ballasts.
|
|
|
|
|
|
After the switch is manually turned ON, when a person passes into or out of a sensor zone, the sensor detects motion and keeps the lights ON. The lights will remain ON as long as there is an occupant moving through the sensor zones.
A delayed-OFF time adjustment prevents the lights from switching OFF when the space is occupied. In order to keep he lights ON, a person must pass through a sensor zone at least once during the selected delayed-OFF time interval. An LED indicator blinks each time the unit detects activity in the sensor zones. When the space being monitored by the sensor is unoccupied for the length of time chosen as the delayed-OFF interval, the unit will switch the lights OFF. If motion is detected within 30 seconds after the lights have turned OFF, the lights will turn back ON. If no motion is detected within 30 seconds, the lights will remain OFF and will need to be turned back ON manually.
To ensure longer service life and compatibility with electronic ballasts, the device carefully times its switching contact pening and closing with the zero crossing point of the AC power curve. This minimizes contact wear caused by in-rush currents from electronic ballasts.
|
|
|
|
|
|
 |
 |
|