Wera 05006513001 Kraftform Kompakt VDE 62 iS Phillips PH1 Lama intercambiabile, 154 mm

Working on live electrical circuits demands absolute confidence in your tools. The Wera Kraftform Kompakt VDE 62 iS interchangeable blade gives you that confidence: a slim, insulated shaft that reaches deep into recesses while meeting strict VDE safety standards for work up to 1000 V AC. It is a single PH1 Phillips blade engineered for the Wera Kraftform Kompakt VDE handle system, so you can swap tips in seconds without carrying a full set of screwdrivers.

Who is it for

Electricians, maintenance technicians, and serious DIYers who work on live or potentially live equipment and already use the Wera Kraftform Kompakt VDE system. It suits anyone who wants a compact, high-performance insulated blade for Phillips PH1 screws.

Main features

• Phillips PH1 tip with Wera Black Point for a secure, slip-resistant fit in the screw head.
• Slim shaft with integrated insulation (iS) allows access to low-lying fasteners and spring elements.
• VDE-tested for working on live parts up to 1000 V AC / 1500 V DC.
• 154 mm blade length, 6 mm hexagonal drive for quick changing in Kraftform Kompakt VDE handles.
• Made from high-alloy special steel for long service life and corrosion resistance.

Specifications

• Blade type: Phillips (PH)
• Tip size: PH 1
• Blade length: 154 mm
• Shaft design: Slim (iS – integrated insulation)
• Insulation standard: VDE, IEC 60900
• Voltage rating: 1000 V AC / 1500 V DC
• Compatibility: Wera Kraftform Kompakt VDE handles
• Material: High alloy special steel
• Tip feature: Wera Black Point Tip
• Corrosion protection: Yes
• Shaft diameter (slim part): 4 mm
• Handle connection type: Hexagonal 6 mm (Wera Kompakt)
• Product series: Kraftform Kompakt VDE 62 iS

Tips

Always verify that the blade is fully seated in the handle before use. For live working, follow your organisation's safety procedures and use appropriate personal protective equipment. The slim shaft is ideal for terminal blocks and recessed screws, but avoid excessive torque that could damage the insulation.