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Occupancy sensor wall switch (Leviton ODS10-IDW) with 180-degree field of view provides approximately 2,100 square feet of coverage and convenient push-button for manual on/off switching.
Power pack (Leviton 20-Amp Super Duty) designed for solid state lighting control with exclusive fail-safe circuitry to keep lights on meeting safety requirements.
Wall switch rated at 800W (incandescent), 1200/2700 VA (fluorescent), 1/4 hp (motor) at 120/277V; power pack supports wide range of lighting and receptacle loads.
Power pack features robust mechanical relays and high inrush stability circuitry designed for LED and electronic ballast loads.
Wall switch occupancy sensor with adjustable 180 to 32 degree horizontal field of view and 30 second to 30 minute time delay setting.
Leviton ODS10-IDW Decora 120/277-Volt Wall Switch Occupancy Sensor, White Infrared sensor; incandescent/fluorescent/motor load; 800 W at 120 V (incandescent), 1200/2700 VA at 120/277 V (fluorescent), 1/4 hp at 120 V (motor) load; 180 deg field of view; 30 sec to 30 min time delay; white; wall mounting Leviton 20-Amp Super Duty Power Pack for Occupancy Sensors, Basic with Auto-On, Gray The Leviton OPP20 Super Duty Power Pack is the first power pack designed to control virtually any lighting or receptacle circuit load to meet today's challenges for solid state lighting control and tougher code requirements for unmatched performance and durability. The Power Pack models are cost-effective with simplified energy management tools for daylight harvesting and energy management. The OPP20 is the latest addition to the Leviton Power Pack family, delivering a wide array of switching solutions in a single unit. Submitted for stringent testing, this robust Power Pack line is designed to deliver unmatched performance. The OPP20 line features robust and reliable mechanical latching delays, exclusive fail-safe circuitry, daylight harvesting, bi-level switching and is configurable for energy code requirements(CA Title 24, ASHRAE 90.1, NYC LL 48). Exclusive Leviton High Inrush Stability (H.I.S.) circuitry is specifically designed to handle high inrush electronic ballast loads and offer unmatched durability and service.