ManualsLib has more than 81 wattstopper manuals Popular Categories: Switch Accessories Models Document Type Show all wattstopper Accessories manuals Control Panel Models Document Type Control Unit Models Document Type Controller Models Document Type Power Pack Models Document Type Power Strip Models Document Type IDP-3050-A User Manual
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Wattstopper’s industry-leading energy efficient lighting controls technology and services offering is designed to meet code, ensure ease of installation, and enable precision control of natural and artificial light in offices, classrooms, hospitals, and more. Wireless Digital Lighting Management Go wireless with your lighting controls system.
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They are the foundation of a Wattstopper Digital Lighting Management (DLM) system, and allow integration of occupancy sensors, daylighting controls and switches for energy-efficient lighting control. More Number of Connectors 1 1 2 3 Voltage 120/277 VAC 120/277 VAC 347 VAC In Stock WHERE TO BUY Send Save as PDF Favorite this Features Specifications
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Basic training for Wattstopper's Hclock
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EOHR-101 EOHR-102 EORS-101 EORS-102 InteliSwitch AS-100 Legrand Miro MRDS10 HB Series LMIO-301 LMPL-201 LMRC-101 LMZC-301 FS-PP v2 IDP-3050-A Legrand Miro Key Fob LMRH-101
The PW sensor can turn a load on, and hold it on as long as the sensor detects occupancy. After no movement is detected for the selected time delay, the lights switch off. A “walk-through” mode can turn lights off after only 3 minutes, if no activity is detected after 30 seconds following an occupancy detection.
Wattstopper’s industry-leading energy efficient lighting controls technology and services offering is designed to meet code, ensure ease of installation, and enable precision control of natural and artificial light in offices, classrooms, hospitals, and more. Go wireless with your lighting controls system.
All Watt Stopper occupancy sensors use either passive infrared or ultrasonic technology, or a combination of both. Passive infrared (PIR) technology Relies on “line-of-sight” coverage to detect occupancy by sensing the difference in heat emitted by humans in motion from that of the background space.