Torque wrench YATO YT-0782, mechanical, 0–4200 N·m, 330 mm, 6.5 kg

YATO YT-0782 is a mechanical torque wrench designed for demanding fastening tasks where direct, reliable torque control is required. With a measurement range from 0 to 4200 N·m, a compact total length of 330 mm and a weight of 6.5 kg, this tool is intended for heavy-duty bolting in workshops, maintenance operations and industrial assembly environments. The wrench measures torque in N·m and transmits settings mechanically, providing a straightforward method to apply and check high tightening torques.

Advantages

The mechanical design delivers consistent torque application without dependence on batteries or electronics. Its wide measurement range up to 4200 N·m covers a broad set of heavy fastening tasks, while the relatively short 330 mm length helps when access is limited. The robust construction and substantial weight contribute to stability during operation and ensure durability in industrial conditions.

Suitable for

• Heavy-duty bolting and flange tightening
• Industrial assembly and maintenance
• Workshops requiring high-torque manual tools
• Applications where electronic torque tools are impractical

Key specifications

• Torque measurement range: 0–4200 N·m
• Total length: 330 mm
• Weight: 6.5 kg
• Type: mechanical torque wrench
• Torque units: N·m

How to use

Select the required torque within the 0–4200 N·m range according to the fastener specification and set the wrench using the mechanical adjustment mechanism. Position the wrench squarely on the fastener and apply steady, controlled force until the wrench indicates the set torque. For high-torque operations, ensure stable footing and use appropriate reaction supports or secondary tools to control leverage and maintain operator safety. After use, return the adjustment to its lowest setting for storage to relieve internal spring tension where applicable.

Usage recommendations

Use this torque wrench for mechanical tightening tasks that demand high torque values. Verify torque settings against assembly documentation, inspect the tool regularly for wear or damage, and calibrate periodically according to workshop practice or regulatory requirements to maintain accuracy.