Sealey 15 Piece Air Die Grinder 90° Angle Kit

About this product

The Sealey 15 Piece Air Die Grinder 90° Angle Kit is a compact pneumatic grinding tool designed for precision work in confined spaces. This complete kit includes a 90° angle die grinder, grinding points, chuck spanners and a storage case, providing tradespeople with everything needed for detailed grinding, deburring and finishing tasks. Operating at 20,000rpm with 90psi air pressure, this mid-size angle grinder delivers controlled power for metalworking applications where access is restricted. The 170mm length and angled head configuration make it ideal for reaching tight corners and working around obstructions that straight die grinders cannot access. The soft-grip handle ensures comfortable control during extended use, whilst the adjustable exhaust outlet allows you to direct air away from the work area or yourself. Safety and convenience features include a trigger with integrated safety catch to prevent accidental operation, essential when working in busy workshop environments. The dual collet system accepts both 3mm and 6mm shank grinding points, offering versatility for different tasks. With relatively low vibration levels of 1.4m/s² and a 1/4"BSP inlet compatible with standard air line fittings, this kit suits both automotive and general engineering applications. Features and Benefits: • Complete 15-piece kit with grinding points, spanners and case for immediate use • 90° angle configuration for access to confined spaces and awkward angles • Soft-grip handle provides comfort and control during prolonged grinding tasks • Adjustable exhaust outlet directs air flow away from work area • Safety catch trigger prevents accidental starting • Dual collet system accepts 3mm and 6mm shank accessories Specifications: Air Consumption: 4cfm Brand: Generation Collet Diameter: Ø3mm, Ø6mm Configuration: 90° - Midi Free Speed: 20000rpm Inlet Size: 1/4"BSP Length: 170mm Nett Weight: 1.7kg Noise Power/Pressure: 103/92dB(A) Operating Pressure: 90psi Vibration/Uncertainty: 1.4/0.7m/s²