Tamper-resistant self-testing GFCI receptacle. Continuous self-test functionality - disconnects power to receptacle if critical components are damaged and GFCI protection is lost - providing “continuous self-testing” that initiates within 2.5 seconds and is a continuous cycle every 30 seconds or less. Manual test - this design incorporates a full system test function. The GFCI, when manually tested, induces a simulated ground fault leakage current to the printed circuit board. This in turn causes the mechanical system to react based on the action of the solenoid. The entire mechanical and electronic GFCI system is reviewed for functionality.
Three provisions for providing protection
Continuous electronic sensing, testing and evaluation utilizing diagnostic software located on the printed circuit board.
Traditional testing mode by manually operating the “test and reset” buttons utilizing a supervisory circuit as specified in UL 943 section 5.15
Auto-sensing mode for immediate interruption for a ground fault condition for Class A protection (4 -6mA).
Reverse wire safety feature – if wired incorrectly there will be no power to the face or to downstream receptacles for added safety
Clear visual indication of GFCI status - LED indicating lights
Green LED (power to the device)
Red LED (trip condition/ground fault condition)
Flashing Red LED (end of life)
Permanently installed internal tamper-resistant shutter mechanism capable of resisting insertion of foreign elements into the device
Internal back wiring clamp and guide pocket - quick and dependable termination
Receptacle face compatible with NEMA designer and NovaT® designer-opening wallplates
Compliant with NEC® 406.12 and NEC® 517-18(c)
Lighting Power Supply Type - Other
Spec Sheet available - Yes
Operating Temperature (Maximum):
66 C
Operating Temperature (Minimum):
-35 C
Certifications:
CE, FCC, UL
Lamp Type:
LED
AC Voltage:
125 Volts
Current Draw:
15 Amps
Electrical:
Trip Level: 4 to 6 mA
Trip Time: .025 seconds (nominal)
Frequency: 60 Hz
Max Interruption: 10,000 A
Emissions:
Compliant for radiated emissions 30 - 1000 MHz
Compliant for conducted emissions 150 kHz - 30 MHz