Leviton R12-AFTR1-0KW AFCI Receptacle, 2 -Pole, 15 A, 125 V, Back, Side Wiring, NEMA: 5-15R, White
- A line-load reversal diagnostic feature is provided which prevents the AFCI from being reset and stops power from being fed to the AFCI receptacle face or through to downstream devices
- Automatically tests the AFCI every time the reset button is depressed, the AFCI will not reset if the AFCI circuit is not functioning properly
- By blocking reset of the AFCI if protection has been compromised, the SmartlockPro OBC AFCI reduces the possibility of end-users incorrectly assuming that a reset AFCI is providing protection when its functionality has been compromised
- Compatible with all Decora devices and wallplates
- Device design reduces nuisance tripping
- Great resistance to electrical surges and over-voltages
Description
Specifications
UNSPSC Code
35.353.353
Weight
0.4lb
Height
6.38in
Width
4.25in
Length
7in
Brand
Leviton
Category
SWITCHES & RECEPTACLES
Color
White
Current Rating
15 A
Frequency Rating
60 Hz
Material
Polycarbonate
Mounting Type
Wall
NEMA Configuration
5-15R
Number Of Poles
2
Number of Wires
3
Operating Temperature
-35 to 66 deg C
Voltage Rating
125 V
Wattage Rating
1 hp
Wire Size
14 To 10 AWG
Wiring Type
Back Side
Leviton R12-AFTR1-0KW AFCI Receptacle, 2 -Pole, 15 A, 125 V, Back, Side Wiring, NEMA: 5-15R, White
- A line-load reversal diagnostic feature is provided which prevents the AFCI from being reset and stops power from being fed to the AFCI receptacle face or through to downstream devices
- Automatically tests the AFCI every time the reset button is depressed, the AFCI will not reset if the AFCI circuit is not functioning properly
- By blocking reset of the AFCI if protection has been compromised, the SmartlockPro OBC AFCI reduces the possibility of end-users incorrectly assuming that a reset AFCI is providing protection when its functionality has been compromised
- Compatible with all Decora devices and wallplates
- Device design reduces nuisance tripping
- Great resistance to electrical surges and over-voltages