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Leviton OSC10-M0W
Leviton OSC10-M0W Low Voltage Occupancy Sensor, 24 V DC, PIR/Ultrasonic Sensor, 1000 sq-ft Coverage, 360 deg Viewing, Ceiling Mounting
Leviton OSC10-M0W
Leviton OSC10-M0W Low Voltage Occupancy Sensor, 24 V DC, PIR/Ultrasonic Sensor, 1000 sq-ft Coverage, 360 deg Viewing, Ceiling MountingIn Stock: 2more info
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In Stock: 2more info
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Product Description
Leviton, OSC10-M0W, Occupancy Sensor, Low Voltage, 24 V DC, 25 mA, PIR/Ultrasonic Sensor, 1000 sq-ft Coverage, 360 deg Viewing, 30 s to 30 min Time Delay, LED Lamp, 40 kHz Response, Wired Connection, Automatic On/Automatic Off Control Output, Ceiling Mounting, 0 to 40 deg C, Plastic, 4.2 in Dia x 1.571 in D Dimensions
Attributes
Documents
Applications
Warranty
Features
Attributes
ColorOff-White
Connection TypeWired
Control OutputAutomatic On/Automatic Off
Country of OriginMX
Coverage1000 sq-ft
Dimensions4.2 in Dia x 1.571 in D
Lamp TypeLED
ManufacturerLeviton
MaterialPlastic
Mounting TypeCeiling
Package TypeEACH
Response Frequency40 kHz
Sensor TypePIR/Ultrasonic
Temperature Rating0 to 40 deg C
Time Delay30 s to 30 min
TypeLow Voltage
Type / StyleLow Voltage
Viewing Angle360 deg
Voltage Rating24 V DC
Documents
Applications
Cafeterias, Classrooms, Computer Rooms, Conference Rooms, Day Care Centers, Filing Rooms, Workspaces, Open Warehouses, Offices With Cubicles, Open Areas, Restrooms, Stairwells, Storage Rooms, Executive, Open, Private Offices and Commercial Applications
Warranty
5 Years Limited
Features
- Small size installed sensor appears almost invisible
- Fast simple installation easy ceiling mount, three wire connection (low voltage) and twist-lock sensor attachment
- Accurate, consistent switching occupant complaints are eliminated, lights are ON when room is occupied, OFF when empty, annoying false-offs are minimized and lights ON at night is eliminated
- Self-adapting an internal microprocessor continually analyzes, evaluates and adjusts settings, performance is kept at a maximum and user complaints are eliminated
- Maximum reliability, low cost all digital circuitry uses a minimum of components
- Non-volatile memory learned and adjusted settings saved in protected memory, power outages will not cause status loss
- Ambient light recognition the photocell prevents lights from turning ON when room is adequately lit by natural light