Wera Bicycle Set Torque 1 Manual

Wera Bicycle Set Torque 1 Screwdriver manual cover

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Wera Bicycle Set Torque 1 Screwdriver Specification

The Wera Bicycle Set Torque 1 Screwdriver is a precision tool designed for bicycle maintenance, ensuring accurate torque application for sensitive components. This tool encompasses a torque range of 2.5 to 11.5 Nm, accommodating various bicycle components that require precise torque settings to prevent damage and ensure safety. The screwdriver features an adjustable torque mechanism, allowing users to set the desired torque level with ease. An audible and tactile click signals when the set torque is achieved, enhancing user confidence and preventing overtightening.

The tool's ergonomic design includes a comfortable handle that facilitates ease of use and minimizes hand fatigue during prolonged tasks. The compact form factor makes it convenient for both workshop use and on-the-go adjustments. The set includes a variety of interchangeable bits, compatible with the most common fasteners found on bicycles, ensuring versatility across different bike models and components.

Manufactured with high-quality materials, the Wera Bicycle Set Torque 1 Screwdriver is built for durability and long-term performance. The precision engineering ensures consistent torque delivery, maintaining its accuracy over repeated use. Its robust construction is complemented by a sleek, professional aesthetic, reflecting Wera's commitment to quality and design excellence. This tool is an essential addition to any cyclist's toolkit, providing peace of mind through reliable performance in maintaining optimal bike functionality.

Wera Bicycle Set Torque 1 Screwdriver F.A.Q.

How do I set the correct torque value on the Wera Bicycle Set Torque 1 Screwdriver?

To set the correct torque value, first ensure that the driver is unlocked. Rotate the handle to adjust the torque setting, visible on the scale located on the handle. Once set, lock the setting to prevent accidental changes.

What is the torque range for the Wera Bicycle Set Torque 1 Screwdriver?

The torque range for the Wera Bicycle Set Torque 1 Screwdriver is typically between 2.5 Nm and 25 Nm, providing precise control for various bicycle components.

How can I ensure accurate torque application with this screwdriver?

To ensure accurate torque application, always use the screwdriver perpendicular to the fastener. Apply steady pressure until you hear a click, indicating the set torque has been reached.

What should I do if the torque screwdriver is not clicking?

If the screwdriver is not clicking, double-check the torque setting and ensure the tool is not locked. Verify that the correct bit is used, and if issues persist, consider recalibration or consult customer support.

How often should I calibrate the Wera Bicycle Set Torque 1 Screwdriver?

It is recommended to calibrate the torque screwdriver at least once a year or every 5000 uses, whichever comes first, to maintain accuracy and performance.

Can I use the Wera Bicycle Set Torque 1 Screwdriver for non-bicycle applications?

Yes, the Wera Bicycle Set Torque 1 Screwdriver can be used for any application within its torque range, but it is specifically designed for bicycle maintenance.

What maintenance is required for the Wera Bicycle Set Torque 1 Screwdriver?

Maintenance includes keeping the tool clean, storing it in a dry place, checking for wear on bits, and ensuring regular calibration to maintain accuracy.

How do I change the bits on the Wera Bicycle Set Torque 1 Screwdriver?

To change the bits, pull back the collar of the bit holder, remove the current bit, insert the new one, and release the collar to secure it in place.

What should I do if the torque screwdriver slips during use?

If the tool slips, ensure that the correct bit size is used, check for bit wear, and confirm that the fastener is within the torque range. If problems persist, inspect the tool for damage.

Is the Wera Bicycle Set Torque 1 Screwdriver suitable for carbon components?

Yes, it is suitable for carbon components as it allows for precise torque settings, which is crucial to avoid damage to sensitive materials like carbon fiber.