The 16072.MTS Norbar Standard Series 7 to 9 Pneumatic Torque Tool Manual Two Speed with Handle and Adjustable Reaction, 1-1/2” Square Drive is engineered for faster, controlled bolting on demanding joints where throughput and repeatability matter. A manual two-speed gearbox allows the operator to run down a nut at up to 5 times normal operating speed, then manually change gear to apply the specified torquereducing cycle times while keeping the final tightening controlled. With a high-quality adjustable reaction and handle, the 16072.MTS Norbar Standard Series 7 to 9 Pneumatic Torque Tool Manual Two Speed with Handle and Adjustable Reaction, 1-1/2” Square Drive supports secure positioning across varied bolt patterns and access constraints.

Designed for operator comfort and safer long-term use, these tools are non-impacting and produce low vibration levels, helping reduce fatigue during repetitive tightening. Quiet free-running operation at 81dB(A) (K=3dB) supports a more comfortable work environment. With 5% accuracy and forward and reverse operation, the 16072.MTS Norbar Standard Series 7 to 9 Pneumatic Torque Tool Manual Two Speed with Handle and Adjustable Reaction, 1-1/2” Square Drive delivers practical performance for both tightening routines and controlled backing-off procedures in assembly and maintenance tasks.

For higher process visibility and verification, electronic torque transducers can be fitted to the 16072.MTS Norbar Standard Series 7 to 9 Pneumatic Torque Tool Manual Two Speed with Handle and Adjustable Reaction, 1-1/2” Square Drive for precise torque monitoring on critical joints. Other reaction styles can be designed to suit specific applications, improving versatility in complex geometries or restricted access points. Supplied as standard with a traceable calibration certificate in the clockwise direction only and made in the UK, these tools are ideal for heavy manufacturing, plant maintenance, rail, utilities, and industrial assembly environments where rapid rundown, controlled final torque, and adaptable reaction handling improve productivity and safety.