Hospital-Grade Tamper-Resistant 20A Self-Test Duplex GFCI, Red

Hospital-Grade Tamper-Resistant 20A Self-Test Duplex GFCI, Red

PSS2097HGTRRED 2097-HGTRRED 785007036435
40.91 / EACH
  • Amperage: 20 A
  • Certifications: CULUS
  • Color: Red
  • Country of Origin: China
  • Number of Poles: 2
  • Voltage: 125.0 V
Conducts an automatic test every three seconds, ensuring it's always ready to protect. If the device fails the test, the indicator light flashes to signal that the GFCI should be replaced. It also has our proven SafeLock&trade- Protection feature: if critical components are damaged and protection is lost, power to the receptacle is disconnected.For detailed Tamper-Resistant receptacle information, visit our Tamper-Resistant Receptacles page.
  • Product Description
  • Features
  • Specifications
Conducts an automatic test every three seconds, ensuring it's always ready to protect. If the device fails the test, the indicator light flashes to signal that the GFCI should be replaced. It also has our proven SafeLock&trade- Protection feature: if critical components are damaged and protection is lost, power to the receptacle is disconnected.For detailed Tamper-Resistant receptacle information, visit our Tamper-Resistant Receptacles page.
  • Certifications
    • cULus Listed
  • Trip Range : 4 to 6 mA
  • Application Sector : Residential/Commercial
  • Amperage : 20.0 A
  • Special Features : Pass & Seymour invented the GFCI receptacle, and at Legrand, we're constantly reinventing it to ensure the highest level of safety possible. From the most advanced self-testing device to audible alarms to nightlight combos, we're continuously resetting the bar on GFCI innovation and safety.
  • Connection : Back and Side Wire
  • Certifications : CULUS
  • Standard : cULus, UL Listed, FSUL
  • Product Line : Pass & Seymour
  • Color : Red
  • Number of Poles : Double Pole
  • Voltage : 125.0 V
  • Interrupt Rating : 4.0 A
  • Country Of Origin : CN
  • Frequency Rating : 60 Hz
  • Environmental Conditions : 95% Humidity, UL 94 V2