Electric Torque Wrench with SMART technology

The Electric Torque Wrench – in maximum torque capacities from 1625-8135Nm (1200-6000 ft-lbs) – incorporates the latest advanced SMART safety and efficiency technology based on Enerpac’s 50 years of experience as an industry leader in bolting solutions and is fully backed by Enerpac’s extensive service and distribution network throughout SE Asia,.

Advances incorporated into the design of the Electric Torque Wrench include a large seven-inch touchscreen on the control box as well as a bright 3-line LED display on the back of the tool, so that it can be read easily, even in bright sunlight.

The control box is designed to simplify complex jobs through the creation of automatic presets. In addition, fastening records can be viewed on-screen and transferred through a standard USB connection.

“The new Electric Torque Wrench is highly versatile,” says Mr Ramit Sharma, Bolting Manager, Enerpac SE Asia. “We have a full range of sockets, extensions and reaction arms to suit different applications, and can even supply non-standard versions on request to suit special applications,” he said.

“The LED display on the back of the tool is excellent for minimising downtime,” says Mr Sharma. “It has pass/fail indicators, increase/decrease selection buttons for torque and bolt numbers and direction turn selection and indicators – so the user can monitor and manage the fastening process without returning to the control box.”

“Efficiency and reliability are key considerations with this new tool. Each tool is performance tested and shipped with a factory calibration certificate to optimise torque accuracy and repeatability and to facilitate traceability and safety compliance. Enerpac SE Asia also provides free training sessions on how to safely and effectively use the new tool,” says Mr Sharma.

The Electric Torque Wrench has a high speed continuous rotation, which allows it to perform the job faster than manual methods. It is built with a low friction planetary gearbox to minimise wear and extend uptime. The user can input a nominal torque value followed by a specific angle of rotation, allowing for functionality, efficiency and ease-of-use.