Description
The Sealey DAS151 is a 750W variable speed disc sander designed for dust-free sanding applications across a range of trade and workshop environments. This 150mm disc sander combines professional-grade performance with integrated dust extraction, making it ideal for joiners, cabinet makers and general contractors working on site or in the workshop where maintaining a clean working environment is essential. The variable speed control delivers 4000-7000rpm, allowing operators to match the sanding speed to different materials and applications for optimal results. The alloy bevel gear head paired with a composite motor housing provides durability whilst keeping the overall weight to just 2.5kg for comfortable handling during extended use. The rotating self-contained dust extraction port connects to the included dust collection bag, helping to capture debris at source and reduce airborne dust particles. This disc sander comes supplied with a 150mm hook-and-loop backing pad for quick and easy abrasive disc changes, plus a side handle for enhanced control and stability during operation. The hook-and-loop system accepts standard 150mm sanding discs with matching backing, making consumables readily available. With a 3.5mm orbit size, the DAS151 suits fine to medium sanding tasks including surface preparation, paint removal and finishing work. Features and Benefits: • Variable speed control (4000-7000rpm) for versatility across different materials • Rotating dust extraction port with collection bag for cleaner working • Hook-and-loop backing pad system for quick abrasive changes • Lightweight 2.5kg design reduces operator fatigue • Supplied with side handle for improved control and stability Specifications: Brand: Sealey Consumable Parts: DAS151.V2-02 - Ø150mm Hook-and-Loop Backing Pad, DAS151.V2-49 - Sanding Pad, DAS151.V2-29 - Carbon Brush (pair) Motor Power: 750W Nett Weight: 2.5kg Noise Power/Pressure: 92/81dB(A) No-Load Speed: 4000-7000rpm Orbit Size: Ø3.5mm Pad Size: Ø150mm Supply: 230V Thread Size: n/a Vibration/Uncertainty: 7.19/1.5m/s²
