The Norbar 180246.B08.RA PTS Single Speed Right Angle Pistol Grip Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 1” Square Drive is engineered for high-torque fastening with an excellent power-to-weight ratio, making it a practical choice for demanding bolting tasks. Built around a right angle gearbox for improved access, the tool handle can rotate 360° relative to the gearbox so operators can find the most comfortable and safest working position. The Norbar 180246.B08.RA PTS Single Speed Right Angle Pistol Grip Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 1” Square Drive is also non-impacting, delivering exceptionally low vibration levels (0.343m/s) for safer, less fatiguing operation.

Designed for productivity, the Norbar 180246.B08.RA PTS Single Speed Right Angle Pistol Grip Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 1” Square Drive offers fast operation for rapid bolt rundown while maintaining accuracy of 3% and 3% repeatability from 20% to 100% of its range. An easy-access switch supports quick forward and reverse selection, and the air coupling is designed for safety and rapid operation in busy industrial settings. Very quiet running levelstypically 77dB to 79dB(A)help reduce the need for additional hearing protection compared to many high-torque pneumatic solutions.

Built for real-world durability and serviceability, the Norbar 180246.B08.RA PTS Single Speed Right Angle Pistol Grip Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs, 1” Square Drive features a replaceable square drive and a directional exhaust barrel that directs exhaust away from the operator for improved comfort. Bespoke reactions are available to match complex joint geometries and access constraints, improving versatility across multiple applications. Supplied with a traceable calibration certificate in the clockwise direction only and manufactured in the UK, this tool is ideal for energy, rail, shipbuilding, heavy maintenance, and industrial assembly environments where high torque, tight access, and operator-safe performance are essential.