Lev-Lok® MGFN2-HGW Extra Heavy Duty Self Test Self Grounding GFCI Receptacle, 125 VAC, 20 A, 2 Poles, 3 Wires, White
GFCI Receptacles
911716
MFG #: MGFN2-HGW
Leviton®
38.81000
/ ea
Peace of mind, all the time. The SmartlockPro self-test GFCI tests itself even if you forget. Designed to meet the latest UL standard for auto-monitoring (self-test) our complete line of self-test GFCIs periodically conduct an automatic internal test to confirm that it can respond to a ground fault. With the slimmest profile on the market, the device allows for fast and easy installation, while Leviton's patented reset lockout mechanism prevents reset of the GFCI if it is not wired or operating correctly. The SmartlockPro self-test GFCI is the smart choice in ground fault circuit interrupter protection.
- Catalog URL - SmartlockPro_G5262_WT_Brochure.pdf(Catalog URL)
- http://www.leviton.com(Seller Home Page URL)
- Safety Data Sheet URL - MSDS.pdf(Safety Data Sheet URL)
- Spec Sheet URL - 12203_YLNEX0PH1O26938V.pdf(Spec Sheet URL)
- Spec Sheet URL - ExtraHeavyDutyGFCI.pdf(Spec Sheet URL)
- Tech Drawing URL - Lev_Lok_MGFN1_Installation_Sheet.pdf(Tech Drawing URL)
- Video - https://www.youtube.com/embed/Ve1u-Od7xR8(Video)
- Applications
- Features
Extra-Heavy Duty Hospital Grade |
Lev-Lok Modular Terminals |
Patented bridge contact design provides individual sets of contacts for GFCI receptacle face and downstream receptacles, no power will be delivered to receptacle face if improperly wired (line load reversed) |
Improved immunity to high frequency noise reduces nuisance tripping |
Advanced electronics design provides superior resistance to electrical surges and over voltages |
Low profile design is easy to install in all electrical boxes |
Patented SmartlockPro® protection prevents resetting when ground fault protection has been lost |
All modules have a circuit ID label for ease of identification |
Solid brass locking pins for strong, secure connection between receptacle and wiring module |
Lev-Lok® modular terminals |
20 A feed-through |