Festool 576077 Eccentric Sander ETS 150/3 EQ-Plus GB 110v The perfect finishing sander The ETS 150/3 eccentric sander is the favourite when it comes to fine and extra-fine sanding. As the lightweight in its class, it\'s 3mm sanding stroke achieves an excellent surface quality while providing high power thanks to the MMC electronics. Whether it\'s horizontal, vertical or overhead, the combination of soft grip and ergonomic rod handle means that the ETS 150/3 can adapt to all hand movements. It provides extremely smooth running and infinite speed adjustment, even during sanding, and the safe sanding pad brake make the ETS ideal for perfect surfaces. HIGHLIGHTS Achieve ideal results more quickly: Compact and built for manual operation. For more direct contact when sanding edges, strips and trims Convenient and safe: Weighing just 1.8 kg and with a compact design, a prime example of successful ergonomics Systems get it done: Individual sanding pads in a range of hardnesses and an abrasive system which is optimally adapted to the tools, pads and extraction APPLICATIONS Finish sanding on paintwork, wood and plastic Pre-sanding for polishing Final sanding of mineral materials Sanding high-gloss surfaces ready for polishing Sanding wooden surfaces ready for waxing Final sanding of fillers FEATURES 3 mm sanding stroke for an excellent surface finish Sanding pad brake for safe, faultless work with no reworking costs Dual bearing for a long service life Weighs only 1.8 kg for particularly effortless work Stepless speed preselection, constant speed even under load For fine sanding SPECIFICATION Voltage: 110v Interchangeable Sanding Pad Dia.: 150.00 mm Eccentric Motion Speed: 4,000 - 10,000 min⁻¹ Sanding Stroke: 3.00 mm Power Consumption: 310 W Weight: 1.80 kg Dust Extraction Connection Dia.: 27 mm Drive Type: Mains NOISE & VIBRATION A-Weighted Sound Pressure Level, LpA: 72.00 dB(A) A-Weighted Sound Power Level, LWA: 83.00 dB(A) Uncertainty (Noise) K: 3.00 dB Total Vibration Average, Ah: 4.70 m/s² Uncertainty (Vibration) K: 1.50 m/s²