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Description


  Residual current operated circuit breakers with overcurrent protection AVDT32 are intended for electric shock hazard protection in case of electric installation insulation failures, for preventing fires caused by earth current leakages, overload and short circuit protection.
They are recommended for protecting group lines supplying outdoor installation receptacles, appliances and garage and basement lighting.

Range


  Name Rated current In, A rated breaking residual current, mA Package amount, pcs Product ID
multiple transport
  AVDT32 B16 16 10 6 60 MAD22-5-016-B-10
AVDT32 B25 25 10 6 60 MAD22-5-025-B-10
AVDT32 6 6 30 6 60 MAD22-5-006-C-30
AVDT32 10 10 30 6 60 MAD22-5-010-C-30
AVDT32 16 16 30 6 60 MAD22-5-016-C-30
AVDT32 20 20 30 6 60 MAD22-5-020-C-30
AVDT32 25 25 30 6 60 MAD22-5-025-C-30
AVDT32 32 32 30 6 60 MAD22-5-032-C-30
AVDT32 40 40 30 6 60 MAD22-5-040-C-30
AVDT32 40 40 100 6 60 MAD22-5-040-C-100
AVDT32 50 50 100 6 60 MAD22-5-050-C-100
AVDT32 63 63 100 6 60 MAD22-5-063-C-100

Advantages


  • Combined circuit with an electronic module of differential protection and integrated circuit breaker of VA47-29 series.
  • The most subtle electric shock hazard protection in case of direct contact with conducting parts.
  • Independent contact position indicator.
  • Wide range of operating temperatures from –25 to +40° .
  • Notches on terminal clamps provide for lowering thermal losses and boosting the mechanical stability of connection.
  • “TEST” button for checking the device’s operation and accuracy of connection.
  • AVDT dimensions correspond to 2-modular item at the expense of constructive elements placement.
  • Boosted capability of 6 kA provides for installing AVDTs as incoming protection switches.

Design Features


  Combined circuit with an electronic module of differential protection, D-class varistor and integrated circuit breaker of VA47-29 series ensures 4 types of protection: from residual current (leakage current), short circuit; overload and surge overvoltage.   Welding deposition of silver-bearing composite provides for boosting the contact block’s wear-resistance and lowering the transient one.
  Main circuit status indicator provides exact information on the contacts status independently from lever position.   Wide range of operating temperatures from –25 to +40° contributes to applying this switch in different climatic zones.
  “TEST” button for checking the device’s operation and accuracy of connection.   Notches on terminal clamps allow lowering thermal losses and boosting the mechanical stability of connection.
  Boosted screw head dimension with cross-functional crest (+,–) helps to facilitate mounting and prevents the screws from falling out during the installation.
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