Sealey GSA6006 Twin Hammer Composite Air Impact Wrench 1/2" Drive

The Sealey GSA6006 is a 1/2" drive air impact wrench combining composite construction with a twin hammer mechanism for powerful, lightweight performance. Engineered for demanding automotive and workshop applications, this tool delivers an impressive 1,180lb.ft breakaway torque and 737lb.ft fastening torque, making it ideal for wheel removal, suspension work and other heavy-duty fastening tasks.

The composite body construction with alloyed metal components keeps the weight down to just 2.1kg whilst maintaining durability for professional use. The downward-facing exhaust design reduces noise levels and importantly limits brake dust circulation when working on wheel applications, creating a cleaner working environment for technicians and mechanics.

Fingertip control of both power and direction is provided via a conveniently positioned lever on the rear of the wrench, allowing quick adjustments without repositioning your grip. The soft-grip handle enhances comfort during extended use, whilst the twin hammer mechanism delivers reliable power transfer at 8500rpm free speed.

Operating at 90psi with an air consumption of 6.5cfm, this impact wrench is suitable for use with standard workshop air compressor systems through its 1/4" BSP inlet connection.

Features and Benefits:
• Twin hammer mechanism provides powerful, consistent torque delivery
• Lightweight composite construction at 2.1kg reduces operator fatigue
• Downward-facing exhaust minimises brake dust circulation on wheel applications
• Soft-grip handle offers comfortable operation during extended use
• Fingertip control lever allows quick power and direction changes
• 1/2" square drive compatible with standard impact sockets

Specifications:
Air Consumption: 6.5cfm
Brand: Generation
Breakaway Torque: 1,180lb.ft(1600Nm)
Drive: 1/2"Sq
Fastening Torque: 737lb.ft(1000Nm)
Free Speed: 8500rpm
Inlet Size: 1/4"BSP
Nett Weight: 2.1kg
Noise Power/Pressure: 111/100dB(A)
Operating Pressure: 90psi
Vibration/Uncertainty: 6.389/1.5m/s²