Click Torque X 7 Torque Wrench Insert Tools

The Wera Click-Torque X 7 is a precision torque wrench designed for use with 14x18 mm interchangeable insert tools, offering a measuring range of 10–100 Nm with ±4% accuracy in accordance with DIN EN ISO 6789-1:2017-07. It is well suited to applications where consistent, verified torque is essential — including mechanical assembly, automotive work, and engineering maintenance tasks. Setting the desired torque value is straightforward, with audible and tactile clicks at each scale increment making accurate adjustment reliable even in busy working environments. Once the target torque is reached, the robust release mechanism delivers a clearly audible and felt signal, reducing the risk of over-tightening. The ergonomic two-component handle is designed for both right and left-handed use, ensuring comfortable operation across a wide range of users. A protective Click-Torque collar sits around the wrench tube to prevent ground contact, guarding against dirt ingress and accidental damage, while also acting as an anti-roll safeguard during use. A laser-engraved, abrasion-resistant QR code is integrated into the wrench, allowing quick reference to correct torque values based on the specific wrench and insert tool combination in use — a practical feature for tradespeople working across multiple tool setups.

Features and Benefits:

• Designed for 14x18 mm interchangeable insert tools
• Audible and tactile clicks for precise torque setting and confirmation
• Clearly audible and tactile release signal when set torque is reached
• ±4% accuracy certified to DIN EN ISO 6789-1:2017-07
• Ergonomic 2-component handle suitable for right and left-handed use
• Click-Torque collar provides anti-roll protection and shields against dirt and damage
• Laser-engraved abrasion-proof QR code for quick torque reference

Specifications: Measuring Range: 10–100 Nm Accuracy: ±4% (DIN EN ISO 6789-1:2017-07) Insert Size: 14x18 mm Contents: Click-Torque X 7 torque wrench for insert tools, 14x18 mm, 10–100 Nm