The Norbar 18159.B08 PTM Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Pistol Grip, 1” Square Drive is engineered for powerful, controlled fastening in demanding industrial applications. Designed with a pistol style grip for maximum comfortability, this tool gives operators excellent handling during prolonged use. Its non-impacting mechanism keeps vibration levels low, making the Norbar 18159.B08 PTM Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Pistol Grip, 1” Square Drive both comfortable and safe to use in repetitive bolting tasks. The gearbox can rotate independently from the handle, ensuring reaction forces are not transmitted back to the operator, which adds another layer of safety in high-torque environments.

Built for efficiency, the Norbar 18159.B08 PTM Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Pistol Grip, 1” Square Drive features a Soft Start trigger that helps control socket location and allows gradual, safe reaction placement before full torque is applied. Fast operation supports rapid bolt run-down, improving productivity on time-sensitive jobs. The direction control knob is locked while the tool is running to prevent accidental gearbox damage, while the square drive is quickly and easily replaceable for simple maintenance and reduced downtime. Operating at a quiet 84dB(A) when free running, this tool helps reduce workplace noise compared to many conventional torque solutions.

With accuracy of 5%, the Norbar 18159.B08 PTM Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Pistol Grip, 1” Square Drive is ideal for applications where dependable, repeatable torque is essential. A variety of reaction styles are available for maximum versatility, allowing the tool to adapt to different joint configurations and restricted-access bolting points. Supplied with a traceable calibration certificate in clockwise rotation only, and proudly made in the UK, this tool is well suited for energy, heavy maintenance, rail, shipbuilding, and industrial assembly environments where operator comfort, controlled torque delivery, and reliable long-term performance are critical.