The 16067 Norbar Standard Series HT7 – HT9 Hand Torque Multiplier with Adjustable Reaction, 1-1/2” Square Drive is built for demanding high-torque applications where controlled output and adaptable setup are essential. With high multiplication ratios, the 16067 Norbar Standard Series HT7 – HT9 Hand Torque Multiplier with Adjustable Reaction, 1-1/2” Square Drive allow operators to use a small torque wrench as the input tool while generating significantly higher output torque, reducing operator effort and improving handling during large fastener tightening. This makes them an effective choice where traditional large torque wrenches would be difficult to use, especially in restricted or awkward access conditions.

The 16067 Norbar Standard Series HT7 – HT9 Hand Torque Multiplier with Adjustable Reaction, 1-1/2” Square Drive delivers mean torque multiplication accuracy of 4%, supporting repeatable, dependable results for critical fastening work. The adjustable reaction design adds flexibility by allowing users to position the reaction point to best suit the application, improving compatibility with varying joint layouts, structures, and access constraints. For users who require enhanced verification and tighter process control, electronic torque transducers can be fitted to provide more precise torque monitoring and better visibility during tightening. If formal calibration is required, a UKAS accredited calibration certificate may be ordered separately for applications up to 6,000 Nm. Made in the UK, the HT7HT9 range reflects Norbars commitment to durable, precision-engineered torque multiplication solutions.

The 16067 Norbar Standard Series HT7 – HT9 Hand Torque Multiplier with Adjustable Reaction, 1-1/2” Square Drive is ideal for energy, utilities, rail, shipyards, offshore maintenance, and heavy industrial service where very high torque must be applied accurately and safely. They perform especially well on large flanges, structural bolting, and machinery joints where reaction flexibility, controlled manual operation, and optional precise monitoring help technicians work efficiently in tough environments.