When working on electronic components, there is a risk of damaging them. With the TorqueVario®-S ESD torque screwdriver, this problem is a thing of the past. The ESD torque screwdriver is manufactured according to the international standard IEC 61340-5-1, thus ensuring maximum protection of electronic components. The dissipative tool handle has a surface resistance of 10⁶ - 10⁹ Ohms and safely and controlledly discharges electrostatic energy. Additionally, the torque screwdriver allows for controlled screw tightening. Using the integrated numerical scale and the included adjustment tool, the torque range can be variably set, thus covering a wide range of applications. A clearly audible and tactile signal when the torque is triggered ensures process-reliable work and protects against material damage and rework. With a release accuracy of +/- 6%, the torque tool meets the requirements of DIN EN ISO 6789. The set includes a bit holder for 1/4" bits. The ESD torque screwdriver is also compatible with Wiha Torque 4 mm interchangeable blades (Series 2859). All tools in the set are sorted and organized in a robust and clear box.
- Meets your demands - Variable adjustable torque covers a wide range of applications.
- Boosts your efficiency - The right torque protects you from material damage and rework.
- Protects your health - With patented SoftFinish® handle design for ergonomic and muscle-relieving work. Recommended by doctors and therapists of the AGR!
- Reduces your costs - Electrostatically dissipative tools protect electronic components from destruction.
Included in the delivery are the Torque-Setter and the Universal Bit Holder (2859).
Note: No bits are included in the delivery.
Electrostatic Discharge - marking for materials intended to protect other components from ESD by avoiding potential differences.
External hexagon
The external hexagon head is one of the most common head shapes for screws and bolts. It has a hexagonal shape and is designed so that it can be turned with a wrench, socket wrench or ring wrench.