The 180273.B06 Norbar PTS Single Speed Remote Operated Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 3/4” Square Drive is engineered for controlled, high-torque tightening where operator access is limited or remote actuation is required. Designed to offer an excellent power-to-weight ratio, these tools deliver serious torque capability without unnecessary bulk, making integration into fixtures and automated rigs more practical. With tool direction controlled through external pneumatic circuitry, the 180273.B06 Norbar PTS Single Speed Remote Operated Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 3/4” Square Drive supports centralized control and consistent operation across repeat cycles.

Built for precision fastening, the 180273.B06 Norbar PTS Single Speed Remote Operated Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 3/4” Square Drive provides accuracy of 3%, supporting reliable torque delivery on critical joints. Remote direction control via pneumatic circuitry makes them ideal for integration into multi-spindle torque and angle shut-off systems, where synchronized tightening and process control are essential. The replaceable square drive improves serviceability and uptime, allowing quick maintenance in high-demand environments and reducing the cost of ownership over long-term production use.

The 180273.B06 Norbar PTS Single Speed Remote Operated Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 3/4” Square Drive is ideally suited for hazardous working environments where minimizing electrical components and enabling remote control can improve safety and compliance. Common applications include petrochemical, offshore, heavy manufacturing, and automated bolting cells where controlled tightening must be performed repeatedly and reliably. Each tool is supplied with a traceable calibration certificate in the clockwise direction only, supporting quality documentation and audit requirements. Made in the UK, this remote-operated PTS range delivers dependable high-torque performance for modern industrial fastening systems.