Wera Click-Torque X 3 Chave dinamométrica para ferramentas de encaixe 20-100 Nm 14x18 mm 05075653001

In the assembly bay of a busy automotive workshop, a technician reaches for the Wera Click-Torque X 3 to tighten a critical engine mount bolt. With a quick twist of the handle, the torque is set to 85 Nm, and the wrench clicks audibly as the correct value is reached. This 20-100 Nm torque wrench is built for insert tools with a 14x18 mm square drive, making it a versatile companion for controlled tightening of screws and bolts.

Key specifications

• Torque range: 20 - 100 Nm
• Accuracy: ±4%
• Drive type for insert tools: 14 x 18 mm square drive
• Length: 395 mm
• Calibration standard: DIN EN ISO 6789-1:2017-07
• Test certificate included: Yes
• Torque setting mechanism: Easy-to-set and save torque value
• Release mechanism: Automatic short-path release
• Handle type: Ergonomic 2-component handle
• Direction of operation: Right-hand thread tightening (clockwise)
• Scale type: Main and fine scale
• Click indication: Audible and tactile
• Construction material: Robust design
• Tool type: Click-type torque wrench

Why choose it

The Wera Click-Torque X 3 stands out for its precision and ease of use. The audible and tactile click signal ensures you hit the exact torque every time, while the robust design withstands demanding workshop conditions. The included test certificate gives you confidence in its calibration, and the ergonomic 2-component handle provides a secure, comfortable grip for long working sessions.

Ideal use cases

• Automotive repair and maintenance, such as tightening engine mounts, wheel nuts, and suspension components.
• Industrial assembly where precise torque control is required.
• Professional workshops and service centers.

Good to know

This torque wrench is designed for use with insert tools (14x18 mm). The torque setting is easy to adjust and lock, preventing accidental changes during operation. The automatic short-path release provides a clear signal when the set torque is reached, reducing the risk of over-tightening.