The 16066.XMTS Norbar Standard Series 7 to 9 Manual Two Speed Remote Operated Pneumatic Torque Tool with Adjustable Reaction, 1-1/2” Square Drive is engineered for faster, controlled tightening where remote actuation and repeatable results are critical. 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 time while keeping final tightening controlled. Tool direction is controlled through external pneumatic circuitry, making the 16066.XMTS Norbar Standard Series 7 to 9 Manual Two Speed Remote Operated Pneumatic Torque Tool with Adjustable Reaction, 1-1/2” Square Drive ideal for centralized control, automation fixtures, and safety-focused work zones.

Designed for hazardous working environments and multi-spindle torque and angle shut-off systems, this series supports scalable process capability. Quiet free-running operation at 81dB(A) (K=3dB) helps maintain a more comfortable work area, while stall control provides repeatability of 5% on a given joint. For higher levels of control and verification, torque transducers and angle encoders are available for all modelsforming the basis of sophisticated systems that can deliver repeatability of up to 1% when integrated into advanced torque-and-angle control platforms.

The 16066.XMTS Norbar Standard Series 7 to 9 Manual Two Speed Remote Operated Pneumatic Torque Tool with Adjustable Reaction, 1-1/2” Square Drive includes a high-quality adjustable reaction designed for remote-operated pneumatic tools, improving stability and adaptability across different joint layouts. Each gearbox 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 where access and geometry vary. Supplied as standard with a traceable calibration certificate in the clockwise direction only and made in the UK, these tools are ideal for petrochemical, offshore, rail, and heavy manufacturing environments where rapid rundown, controlled final torque, and remote operation improve safety and throughput.