Click torque wrench Wera 05075652001

The Wera 05075652001 click torque wrench is a mechanical tool for precise torque application, calibrated to the DIN EN ISO 6789-1:2017-07 standard. It displays and applies torque in both Nm and ft·lb, features a robust metal construction and a 9×12 mm square drive for insert bits. The wrench is designed for right- and left-hand use, has a length of 338 mm and weighs 960 g, offering a compact and durable solution for controlled tightening tasks.

Advantages

The wrench provides high accuracy according to DIN EN ISO 6789-1:2017-07 and offers audible and tactile click feedback when the preset torque is reached. Settings are easy to make and the tool can save a default value. A robust release mechanism ensures a clear tactile and audible signal at the moment of torque release, while the 9×12 mm insert square allows use of standard insert tools.

Suitable for

• Assembly and maintenance tasks requiring precise torque control
• Automotive fastenings where both Nm and ft·lb are used
• Workshop and industrial applications with insert bits
• Right- and left-hand tightening operations

Key specifications

• Brand: Wera
• Model / MPN: 05075652001
• EAN: 4013288193797
• Standards: DIN EN ISO 6789-1:2017-07
• Drive: 9×12 mm insert square
• Measurements: Nm and ft·lb
• Length: 338 mm
• Weight: 960 g
• Manufactured in: Taiwan

How to use

Select the desired torque value using the adjustment mechanism and, if required, store the default setting. Fit an appropriate insert bit into the 9×12 mm square drive. Apply the wrench to the fastener and turn in the required direction (right- or left-hand operation). Continue applying force until the wrench emits a clear tactile and audible click indicating the preset torque has been reached; then stop applying force to avoid over-torquing.

Usage recommendations

For reliable accuracy, periodically verify calibration according to the DIN EN ISO 6789-1 schedule and avoid dropping the tool. Use the wrench within its specified torque range and store it with the adjustment set to the lowest value to preserve spring tension.