The Norbar 16013.MTS Standard Series 1 to 6 Manual Two Speed Pneumatic Torque Tool with Handle and Sliding Reaction, 1” Square Drive is designed for faster, more efficient bolting while maintaining controlled torque delivery. A manual two-speed gearbox lets the operator run down a nut at up to 5 times normal operating speed, then manually shift gear to apply the specified torquereducing cycle time on repetitive joints. These tools are non-impacting, producing low vibration levels that make the Norbar 16013.MTS Standard Series 1 to 6 Manual Two Speed Pneumatic Torque Tool with Handle and Sliding Reaction, 1” Square Drive comfortable and safe for extended use, and they operate quietly at 81dB(A) free running (K=3dB).

Equipped with a high-quality sliding reaction and handle, the Norbar 16013.MTS Standard Series 1 to 6 Manual Two Speed Pneumatic Torque Tool with Handle and Sliding Reaction, 1” Square Drive provides stable, adaptable reaction positioning across different joint layouts and access conditions. Forward and reverse operation supports practical use in both tightening and controlled backing-off procedures, and other reaction styles can be designed to suit specific applications where standard reactions are not ideal. With accuracy of 5%, these tools are well suited for industrial tightening where repeatability and productivity are key.

For enhanced process control, electronic torque transducers can be fitted to the Norbar 16013.MTS Standard Series 1 to 6 Manual Two Speed Pneumatic Torque Tool with Handle and Sliding Reaction, 1” Square Drive for precise torque monitoring and improved traceability on critical joints. Each tool is supplied as standard with a traceable calibration certificate in the clockwise direction only, supporting quality documentation and audit requirements. Made in the UK, these manual two-speed pneumatic tools are ideal for manufacturing, plant maintenance, rail, utilities, and heavy assembly environments where rapid rundown, controlled final torque, low vibration, and adaptable reaction handling improve safety and throughput.