The Sealey SA6002 is a twin hammer air impact wrench with a 1/2" square drive, designed for demanding fastening and removal tasks in professional garage and workshop environments. This powerful pneumatic tool delivers an impressive 1400lb.ft breakaway torque and 800lb.ft fastening torque, making it ideal for tackling stubborn wheel nuts, suspension components, and other heavy-duty automotive applications. Built with a composite body and aluminium front casing, this impact wrench combines lightweight portability with exceptional durability. The ergonomic design enables true one-handed operation, with a conveniently positioned 3-speed selector switch and forward/reverse control that puts power adjustment at your fingertips. Operating at 90psi with a free speed of 7300rpm, it provides the performance needed for professional vehicle maintenance and repair work. User comfort has been carefully considered in this model. The handle features a downward-facing exhaust that helps reduce noise levels during operation, while soft grips minimise vibration and cold transfer during extended use. At just 2.0kg and requiring 5.4cfm air consumption, the SA6002 offers an excellent balance of power and manoeuvrability for mechanics and technicians working in busy workshop environments. Features and Benefits: • Twin hammer mechanism for reliable high-torque performance • Lightweight composite construction at only 2.0kg reduces operator fatigue • 3-speed selector allows precise torque control for different applications • One-handed operation with fingertip controls for improved productivity • Downward exhaust design reduces noise exposure in the workspace • Soft-grip handle reduces vibration and maintains comfort during use • 3-year guarantee for professional peace of mind Specifications: Air Consumption: 5.4cfm Brand: Premier Breakaway Torque: 1400lb.ft(1900Nm) Drive: 1/2"Sq Fastening Torque: 800lb.ft(1085Nm) Free Speed: 7300rpm Inlet Size: 1/4"BSP Nett Weight: 2.0kg Noise Power/Pressure: 111/100dB(A) Operating Pressure: 90psi Vibration/Uncertainty: 6.922/2.77m/s²