The 16072 1-1/2” Square Drive Standard Series 7 to 9 Single Speed Pneumatic Torque Tool w/ Handle and Adjustable Reaction Norbar is engineered for controlled, repeatable bolting where operator comfort and stable reaction management are essential. With a non-impacting drive, these tools deliver low vibration levels that make them comfortable and safe to use during repetitive tightening tasks. Quiet operation81dB(A) when free running (K=3dB)helps reduce overall noise exposure on the shop floor. Supplied with a handle and adjustable foot reaction, the 16072 1-1/2” Square Drive Standard Series 7 to 9 Single Speed Pneumatic Torque Tool w/ Handle and Adjustable Reaction Norbar is designed to support secure positioning across varying joint layouts.

Built for dependable performance, the 16072 1-1/2” Square Drive Standard Series 7 to 9 Single Speed Pneumatic Torque Tool w/ Handle and Adjustable Reaction Norbar provides 5% accuracy and include forward and reverse operation for practical tightening and controlled backing-off procedures. For users who require enhanced measurement and process visibility, electronic torque transducers can be fitted for precise torque monitoring, supporting higher levels of quality control and traceability on critical joints. Each tool is supplied as standard with a traceable calibration certificate in the clockwise direction only, helping teams maintain documented compliance and verification routines.

The 16072 1-1/2” Square Drive Standard Series 7 to 9 Single Speed Pneumatic Torque Tool w/ Handle and Adjustable Reaction Norbar is well suited for heavy assembly, plant maintenance, rail, utilities, and general industrial environments where high torque, repeatability, and safe reaction control are required. The adjustable foot reaction improves adaptability when working around obstructions or different bolt patterns, and other reaction styles can be designed to suit specific applications for maximum versatility. Made in the UK, this series delivers a rugged, low-vibration pneumatic solution for demanding bolting workflows where consistent results and operator safety are critical.