Screwdriver Topex electric insulated 1000V PH 3x160 T 39D414

The Topex electric insulated screwdriver T 39D414 is designed for electrical work where protection against live circuits is required. Rated for 1000V insulation, it features a Phillips PH tip and a shaft with a 3×160 mm dimension. The tool combines a driven rotation mechanism with an insulated handle to reduce the risk of electrical shock while performing fastening and loosening tasks on installations and devices.

Advantages

The insulated construction certified for use up to 1000V provides protection when working near live parts. The Phillips PH tip ensures compatibility with a wide range of cross-head screws commonly used in electrical fittings. The 3×160 mm shaft length offers reach into recessed terminals and compact enclosures while maintaining control. The design integrates powered rotation action for efficient screwdriving and an ergonomically shaped insulated handle to support grip and torque transfer.

Suitable for

• Electrical installation and maintenance work on residential and commercial systems
• Service and repair of electrical appliances and control panels
• Fastening and loosening Phillips-head screws in electrical enclosures
• Tasks requiring insulated hand tools when working near live circuits

Key specifications

• Insulation rating: 1000V
• Tip type: Phillips PH
• Shaft dimensions: 3×160 mm
• Tool type: Electric insulated screwdriver
• Brand: Topex

How to use

Before use, verify the screwdriver insulation rating and visually inspect the handle and shaft for damage. Select the Phillips PH tip end and position the tip squarely in the screw recess. Apply steady axial pressure and engage the powered rotation function to drive or remove the screw, maintaining a firm grip on the insulated handle throughout the operation. Avoid using the tool if the insulation is compromised or if the screwdriver shows signs of mechanical damage.

Usage recommendations

Use the Topex electric insulated screwdriver only on dead or live circuits in accordance with applicable safety protocols and local regulations. Regularly inspect insulation and tip condition; replace the tool if protective properties are degraded. Combine with appropriate personal protective equipment such as insulated gloves and eye protection when working on or near live electrical components.