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Brand | Leviton | Leviton | Leviton | Leviton |
Name | Decora Commercial Grade Passive Infrared Single-Pole 2100 sq. ft. 180-Degree Occupancy Sensor, Gray | 120/277-Volt Single-Pole Occupancy Sensor Wall Switch Passive Infrared, Light Almond | Dual-Relay Multi-Technology Wall Switch Motion Sensor, White | Multi-Technology Wall Switch Motion Sensor with, Gray |
Price | $3515 | $3979 | $5493 | $5687 |
Ratings | (113) | (113) | (6) | (3) |
Electrical Features | No Additional Features | No Additional Features | No Additional Features | No Additional Features |
Wattage (watts) | 0 W | 0 W | 800 | 800 |
Mounting Type | In-Wall | In-Wall | In-Wall | In-Wall |
Indoor/Outdoor | Indoor | Indoor | Indoor | Indoor |
Motion Sense Type | Occupancy | Occupancy | Occupancy | Occupancy |
Field of View | 180 Degrees | 180 Degrees | 180 Degrees | 180 Degrees |
Voltage | 120 volt,277 volt | 120 volt,277 volt | 120 volt | 120 volt |
View Product | View Product | View Product | View Product |
![]() | ![]() | ![]() | ![]() | |
Brand | Leviton | Leviton | Leviton | Leviton |
Name | Decora Commercial Grade Passive Infrared Single-Pole 2100 sq. ft. 180-Degree Occupancy Sensor, Gray | 120/277-Volt Single-Pole Occupancy Sensor Wall Switch Passive Infrared, Light Almond | Dual-Relay Multi-Technology Wall Switch Motion Sensor, White | Multi-Technology Wall Switch Motion Sensor with, Gray |
Price | $3515 | $3979 | $5493 | $5687 |
Ratings | (113) | (113) | (6) | (3) |
Electrical Features | ||||
Wattage (watts) | ||||
Mounting Type | ||||
Indoor/Outdoor | ||||
Motion Sense Type | ||||
Field of View | ||||
Voltage | ||||
View Product | View Product | View Product | View Product |
Yes it work on 220 volt.
I will not
Yes, they will work with LED lights. That is what I installed mine to operate.
No
no it doesn't work, it said it would but no, and I can't return it
No
The set default is 20 seconds but I adjust mine to 40 sec
Yes. Every time you activate the motion sensor, whatever you have it wired to will come on..
I am not certain, but I can guess: Incandescent bulbs are purely resistive - they operate at unity power factor. That means the power delivered is exactly P=V * I. LED lighting loads include some kind of power supply in them that reduces the 120VAC to something around 1VDC - 2VDC at the terminals of the actual LED. These are probably switchmode power supplies, which generally draw power at something less than unity power factor. That means the power delivered to the load is P=(V * I) / pf. Since pf < 1.00, for a given power delivered to the load, the current has to be higher that at unity power factor. A power supply that includes power factor correction circuitry might operate at pf=0.95. One that does not could operate down around 0.85 or less. From a practical standpoint, if you are using this for residential service, this difference in pf is probably not an issue, because LEDs draw much less power than incandescents for the same luminosity. So, unless your application prohibits the user from swapping out your LEDs for incandescents, you probably should be designing the circuit this switch is in for incandescents.
Hi , Thank you for choosing Leviton. The ODS10 can handle up to 400W @ 120V for LED bulbs