WIHA Combination Pliers Inomic VDE * . Insulation up to 1000 V AC GS-Mark.

Inomic VDE* Diagonal Cutters and Needle Nose Pliers, with innovative head with dual cutting function, cutting edge with bevel near the joint, cutting edge without bevel in the front cutting area.


WIHA Combination Pliers Inomic VDE * . Insulation up to 1000 V AC GS-Mark. - cover page
Brand
WIHA
Category
Other
Document type
Product Leaflet
Language
English
Pages
1
File format
PDF
File size
50 KB
Published
10 May, 2012
Updated
30 September, 2023
MD5 checksum
5D7EB6A809801C3CA6D38F1B258EDE9A

About this manual

The Inomic VDE* series from WIHA includes combination pliers, needle‑nose pliers and diagonal cutters, all insulated up to 1000 V AC and bearing the GS‑Mark. The tools are manufactured according to EN/IEC 60900:2004 and are intended for gripping, holding, cutting and stripping tasks.

Key features include an innovative head with three parallel gripping surfaces at 2°, 10° and 20°, a parallel‑moving arm design that provides a +25 % force transfer, and an angled 23° shape for fatigue‑free work. Heads are made of ball‑bearing steel hardened to approx. 60 HRC, while handles use fibre‑glass reinforced plastic with an ergonomic soft‑grip zone.

What's inside

  • Standards
  • Head shape
  • Design
  • Material
  • Application
  • Order Numbers
  • Combination Pliers
  • Needle Nose Pliers
  • Diagonal Cutters

Specifications

Insulation ratingup to 1000 V AC
Standard complianceEN/IEC 60900:2004
Head materialball‑bearing steel, hardened to approx. 60 HRC
Handle materialfibre‑glass reinforced plastic with ergonomic soft‑grip zone
Force transfer improvement+25 % when arms move in parallel
Head angle23° angled shape

Frequently asked questions

What is the insulation rating of the Inomic VDE* pliers?

The pliers are insulated up to 1000 V AC and carry the GS‑Mark.

Which standard are the Inomic VDE* pliers manufactured to?

They are manufactured according to EN/IEC 60900:2004.

What material is used for the head of the pliers?

The head is made of ball‑bearing steel hardened to approximately 60 HRC.

How much force transfer improvement do the parallel arms provide?

The parallel‑moving arms give a +25 % increase in force transfer.

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