Leviton IPS15-1LZ 1800-Watt Incandescent, 600-Watt LED/CFL Occupancy Sensor (Auto ON/Auto OFF), Single Pole or 3-Way

Lower electrical costs and add convenience to everyday living by replacing standard switches with occupancy sensors. Leviton's IPS15 Occupancy Sensor Switch is designed specifically to handle higher power lighting and motor loads. It automatically turns the lights ON when you enter a room and OFF when you leave, convenient in rooms such as basements and laundry rooms where you frequently enter and exit with your hands full. Leviton occupancy sensors are a simple, cost effective way to automate a space in your home.

Perfect for areas where you may have your hands full such as laundry rooms, kitchens, garages, basements, pantries and storage areas rooms. view larger

Installation and Placement Considerations

• A simple and effective way to save energy and the associated electric costs. Actual savings from sensors vary greatly depending on usage patterns and occupant habits, but used diligently the energy savings and reduced frequency of bulb replacement over time can provide significant cost savings.
• Time delay settings of 30 seconds, 5 minutes, 15 minutes or 30 minutes for automatic OFF. For example, closet lighting would ideally be set to turn off in 5 minutes while a bathroom fan may be set to turn off 15 minutes after the space is vacated.
• The IPS15 requires a neutral wire, making it ideal for new construction or for applications where a neutral wire is present. A ground wire is required for operation.

How the Sensor Works

It uses "passive infrared technology" which responds to the infrared heat people naturally emit to monitor a specific area. When this "heat" is sensed, the lights will stay ON in the room. When you leave the room and this “heat” is no longer sensed the lights will automatically turn OFF.

Features and Benefits

Leviton Universal Sensors use passive infrared (PIR) technology to detect movement so there are a number of factors that must be considered when installing them.

• They require a clear view of the room or space for accurate detection—any furniture or obstructions that block the sensor’s view will prevent occupant’s movement from being detected
• For optimal performance, locate with a clear line-of-view of the area to be covered; perpendicular to the likely movement
• They are most effective in small, enclosed areas with high levels of occupant motion
• Size and shape of area needing coverage must be in line with the range of the occupancy sensor
• The more activity there is in a space, the more sensors will contribute to energy savings and convenience
• Avoid installing in locations where nearby airflow may falsely register as motion; be mindful of the location of heating units, air conditioners, dryers and other large appliances that generate rapid changes in temperature or movement