The 180242.B06 3/4” Square Drive PTS Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Single Speed Pistol Grip Norbar is engineered to deliver powerful, controlled torque with excellent operator comfort and efficiency. Designed for an outstanding power-to-weight ratio, the 180242.B06 3/4” Square Drive PTS Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Single Speed Pistol Grip Norbar provides high torque output without the bulk typically associated with heavy-duty tightening equipment. Their single-speed pistol-style configuration offers intuitive handling and balanced control, making them well suited to repetitive industrial fastening tasks. With fast operation for rapid bolt rundown, they help improve throughput while maintaining precision on critical joints.

Operator safety and comfort are central to the PTS design. The 180242.B06 3/4” Square Drive PTS Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Single Speed Pistol Grip Norbar runs very quietly, with sound pressure levels between 77 dB and 79 dB(A), helping reduce the need for additional hearing protection in many environments. Their non-impacting mechanism produces exceptionally low vibrationjust 0.343 m/smaking them comfortable for extended use and safer than impact-based alternatives. The easy-access forward/reverse switch allows fast directional changes, while the air coupling is designed for both safety and rapid operation. A directional exhaust barrel channels exhaust away from the operator for improved comfort. With 3% accuracy and 3% repeatability from 20% to 100% of range, plus a replaceable square drive, these tools are built for dependable long-term performance. Each unit is supplied with a traceable calibration certificate (clockwise only). Made in the UK.

Ideal for heavy assembly, energy, rail, shipbuilding, industrial maintenance, and structural bolting, the 180242.B06 3/4” Square Drive PTS Pneumatic Torque Tool 100 – 7,000 Nm / 74 – 5,200 ft-lbs Single Speed Pistol Grip Norbar excels wherever high torque, fast rundown, and low-vibration operation are required. They are especially effective on production lines and field applications where accurate, repeatable tightening improves safety, productivity, and joint integrity.