The 16098.X 3/4” Square Drive Standard Series 1 to 6 Single Speed Remote Operated Pneumatic Torque Tool w/ Sliding Reaction Norbar is engineered for controlled bolting where remote actuation, safety, and repeatable results are essential. Tool direction is controlled through external pneumatic circuitry, making the 16098.X 3/4” Square Drive Standard Series 1 to 6 Single Speed Remote Operated Pneumatic Torque Tool w/ Sliding Reaction Norbar ideal for centralized control, automation cells, and applications where operators must remain clear of the joint. With a quiet operating level of 81dB(A) when free running (K=3dB), these tools support a more comfortable working environment while delivering dependable pneumatic torque performance.

Designed to fit hazardous working environments and multi-spindle torque and angle shut-off systems, the 16098.X 3/4” Square Drive Standard Series 1 to 6 Single Speed Remote Operated Pneumatic Torque Tool w/ Sliding Reaction Norbar integrates easily into process-controlled tightening setups. Stall control provides repeatability of 5% on a given joint, and for higher levels of process capability, torque transducers and angle encoders are available for all models. These options form the basis of sophisticated control systems that can deliver repeatability of up to 1%, improving quality assurance and reducing rework on critical bolting operations.

Each gearbox in the 16098.X 3/4” Square Drive Standard Series 1 to 6 Single Speed Remote Operated Pneumatic Torque Tool w/ Sliding Reaction Norbar is supplied with a standard reaction device or one specifically designed to suit the application, and a variety of reaction styles are available for maximum versatility across different joint geometries and access constraints. Supplied as standard with a traceable calibration certificate in the clockwise direction only and made in the UK, these tools are well suited for petrochemical, offshore, heavy manufacturing, rail, and industrial assembly environments where remote direction control, sliding reaction handling, and scalable monitoring options support safe, efficient, and repeatable tightening.