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SmartlockPro® GFNT1-I 110735

SmartlockPro® GFNT1-I GFCI Receptacle, 125 VAC, 15 A, 2 -Pole, 3 -Wire, Ivory, NEMA 5-15R

  • Manufacturer: Leviton
  • Brand Name: SmartlockPro®
  • Part#: 110735
  • MPN: GFNT1-I
  • UPC: 078477712542
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • Availability: loading

SmartlockPro® GFCI Receptacle, 125 VAC, 15 A, 1 hp, 10 kA Short Circuit, 2 Poles, 3 Wires, 14 to 10 AWG Wire, Self-Grounding Grounding, NEMA Rating: NEMA 5-15R, 1250 V Dielectric Strength, LED Indicator, Screw Terminal, Polycarbonate Body, Brass Contact, Ivory, -35 to 66 deg C, 1.36 in Length, 1.74 in Width, 4.05 in Height

Amperage Rating      :      15 A
Body Material      :      Polycarbonate
Color      :      Ivory
Contact Material      :      Brass
Dielectric Strength      :      1250 V
Grounding      :      Self-Grounding
Height      :      4.05 in
Indicator Type      :      LED
Length      :      1.36 in
NEMA Rating      :      NEMA 5-15R
Number of Poles      :      2
Number of Wires      :      3
Power Rating      :      1 hp
Short Circuit Rating      :      10 kA
Temperature Rating      :      -35 to 66 deg C
Terminal Type      :      Screw
Voltage Rating      :      125 VAC
Width      :      1.74 in
Wire Size      :      14 to 10 AWG
  • Provides continuous ground fault protection - detects and trips on actual ground fault even when self-test is being conducted
  • On initial power up, tests the GFCI within 3 sec
  • Auto adapts and shifts to more frequent testing if potential problem is detected
  • Status indicator light provides simple, intuitive feedback on power and protection status as well as indication of line/load reversal
  • Patented lockout action prevents reset if GFCI is damaged and cannot respond to a ground fault
  • Electronics are designed to minimize any false triggers
  • Reduced depth makes it easier to install in any electrical box, even shallow ones
  • External back wire clamps provide visual indication of proper wire seating
  • Withstands high torque and resists wire pull-out
  • Improved immunity to high-frequency noise reduces nuisance tripping
  • Advanced electronics design provides superior resistance to electrical surges and over voltages