The Norbar 18195 Compact Series Hand Torque Multiplier and Torque Wrench Kit with Anti Wind-Up Ratchet and Cranked Reaction, 1” Square Drive is a complete, ready-to-use solution for high-torque bolting in demanding applications. Designed with compact dimensions, the multiplier offers excellent access in restricted areas while remaining easy and safe to handle. It is supplied with an appropriate NorTorque Torque Wrench, creating a matched kit that simplifies setup and ensures a practical, integrated solution for controlled bolting tasks. Despite its capacity, the system remains lightweight for its torque class, improving portability and operator ease in both workshop and field environments.

The Norbar 18195 Compact Series Hand Torque Multiplier and Torque Wrench Kit with Anti Wind-Up Ratchet and Cranked Reaction, 1” Square Drive features a robust 48-tooth Anti Wind-Up Ratchet (AWUR) that contains the forces generated during tightening, improving safety and making high-torque application easier to manage. A ratcheting locking system is available on all multipliers, helping improve control during operation. Each kit is supplied as standard with a steel reaction arm, while additional and customized reaction options are available on request for specialist applications. With 4% accuracy, the system supports reliable torque multiplication for critical fastening. The kit is supplied in a robust carry case with space for accessories such as sockets, making transport and storage more efficient. Each multiplier includes its own unique traceable calibration certificate to support accurate input torque calculation. Made in the UK, it reflects Norbars focus on precision and durability.

The Norbar 18195 Compact Series Hand Torque Multiplier and Torque Wrench Kit with Anti Wind-Up Ratchet and Cranked Reaction, 1” Square Drive is ideal for industrial maintenance, utilities, rail, energy, offshore, and heavy equipment service where high torque, limited access, and controlled manual tightening are essential. It performs especially well on flanges, structural joints, and machinery connections, giving technicians a portable, traceable, and safer way to achieve accurate high-torque results.