SCHUKO socket outlet with residual current circuit-breaker enhanced contact protection, Berker K.1, anthracite matt, lacquered

47087006 SCHUKO socket outlet with residual current circuit-breaker enhanced contact protection,  Berker K.1, anthracite matt,  lacquered
Art No. 47087006
EAN No. 4011334296645
P.U. 1 PART
  • Technical Properties

    Rated voltage 250 V AC
    Frequency 50/60 Hz
    Rated current 16 A
    Measurement error current 30 mA
    Trigger time ≤ 30 ms
    Surge current resistance 250 A (8/20) µs
    Short-circuit resistance (with back-up fuse 20 AgL) 3 kA
    Type type A for alternating currents and pulsating direct currents
    Protection Enhanced contact protection
    Type of connection with plug-in terminals
    Information text, image price list/catalogue For use in old installations with provision made to safeguard existing standards without additional protective regulations ; Through-wired socket outlets are also protected.
    Connection terminals according to VDE 0620-1
    Design according to DIN 49440
    Tested conform VDE 0664 (EN 61008)
    Product description SCHUKO socket outlet with residual current circuit-breaker
      enhanced contact protection
      anthracite matt, lacquered
      enhanced contact protection
    Main design line Berker K.1
  • Download

    • Manuals & installation instructions

      Manual for 4708xx - SCHUKO socket outlet with residual current circuit-breaker (EN, 2010-12)
    • Catalogue - Pages

      Safety devices flush-mounted Order Overview for Safety devices flush-mounted
      Safety devices flush-mounted
    • Catalogue - Chapters

      Berker K.1 Catalogue Chapter for Berker K.1
      Berker K.1
    • Product data sheets

      SCHUKO socket outlet with residual current circuit-breaker enhanced contact protection, Berker K.1, anthracite matt, lacquered Product Data Sheet for 47087006
      SCHUKO socket outlet with residual current circuit-breaker enhanced contact protection, Berker K.1, anthracite matt, lacquered
All data is subject to errors and technical modifications.