Description
Leviton’s IPV02/IPS02 universal vacancy and occupancy Sensors combine state of the art technology with new aesthetics to provide optimal management of lighting and motor loads and a choice of either manual ON (Vacancy Sensor) or Automatic ON (Occupancy Sensor) switching. These energy saving sensors are engineered to control current LED, CFL, electronic and magnetic low voltage and incandescent loads and ensure that lights/motors will turn ON manually (vacancy) or automatically (occupancy) and turn OFF automatically when motion is no longer detected within the covered range. Designed to fit in a standard wallbox, both devices offer 180 degree field of View and 900 Square feet of coverage. All models have screw terminals for easy installation and do not require a neutral wire for connection. The devices feature a time delay setting which allows users the option to delay the lights/motor load from switching off for 30 seconds, 5 minutes, 15 minutes or 30 minutes. For example, closet lighting would ideally be set to turn OFF in 30 seconds while a bathroom fan may be set to turn OFF 15 minutes after the space is vacated. The IPV02/IPS02 is single pole, relay-based and designed to replace a single pole switch for loads such as exhaust fans. It is compatible with LED, CFL, incandescent, fluorescent and motor loads. Universal Light Control - Switches Incandescent, CFL, LED, electronic low voltage and magnetic low voltage loads using relay technologyLow-Profile design eliminates an obtrusive "scanning device" lookElegant styling compliments any interior180 degree field-of-view provides approximately 900 square feet of coverage suitable for bathrooms, basements, garages and utility roomsFits in standard wallbox and replaces single-pole wall switchNeutral wire not required for retrofit and new construction applicationsLight almondLeviton's IPV02/IPS02 universal vacancy and occupancy sensors combine state-of-the-art technology with new aesthetics to provide optimal management of lighting and motor loads and a choice of either manual-on (vacancy sensor) or automatic-on (occupan