Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet

BN 20795
Product image of Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet
  1. Product image of Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet
  2. Assembly illustration for Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet
Overlay

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Product image of Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet
  • Product image of Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet
  • Assembly illustration for Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet

Wera 887/4 RR - Universal bit holder 1/4" for bits with 1/4" hexagon drive with ring magnet

BN 20795
Drive
Hexagon
Brand
Wera
Brandtype
887/4 RR
Material
Steel
Surface
plain
Material execution
heat-treated

Description

Product features

  • Bit Driver 1/4" DIN ISO 1173-C 6,3 and E 6,3. 1/4" hexagon, suitable for power screwdrivers with take-up as per DIN ISO 1173-F 6.3.
  • Rapidaptor with ringmagnet. The floating, free-turning magnetic sleeve securely holds even large and heavy screws to enable immediate application. There is no need to hold the screw when applying the tool, something which can be dangerous and painful. Also ideal for overhead work.
  • Rapidaptor holder. Rapid bit change without needing any additional tools. One-hand operation with a freely spinning sleeve for simplified guidance of the tool.
  • Rapid-spin. The free-turning sleeve allows screw steadying at the start of the screwdriving process. This makes it easier to apply the tool to the screw and prevents slipping. It can also be used as a short extension for ¼" applications.
  • Single-hand function. Every function of the Rapidator quick-release chuck, such as inserting or releasing bits, can be carried out with one hand. This is faster, more economical and more ergonomic. There are no unnecessary manoeuvres.

Assembly

Variants

Suitable for this