Makita VC003GL Cordless Vacuum Cleaner

Makita VC003GL cordless vacuum cleaner: 40Vmax XGT BL Cordless 15L Dust Class L Vacuum Cleaner (Wet & Dry). Features: - The same high power as corded vacuum cleaners - Powered by 40Vmax XGT Li-Ion battery (two in parallel); Automatically switches to the second battery when the first battery runs out - Variable suction power control dial (stepless) allows for a wide range of applications from "High power" to "Quiet" cleaning - Excellent Vacuum performance equivalent to Corded models achieved by improving cooling efficiency against more heat generation from electrical parts due to the increased output power - Disturbing noises like wind noise have been reduced by suppressing the transmission of motor vibration with anti-vibration rubber and redesigning the exhaust air flow path of the motor to reduce wind noise - IPX4-rated water-resistance - Features Extreme Protection Technology (XPT) which is engineered to provide increased dust and water resistance in harsh job site conditions - Compatible with the current MAKPAC adapter; Battery can be removed/ installed even when the adapter is attached - For both wet and dry vacuum cleaning - 15L large tank capacity enables continuous cleaning work - Flat top design for space saving in storage - Carry handle for easy transport - Filter type: Cloth filter - Caster locking mechanism Specifications: Capacity: Dust / Water: 15 / 12 L Continuous Use (min.): w/ BL4050F at Dial 1: 220 w/ BL4050F at Dial 5: 28 Max Air Flow: 3.2 m³/min Max Sealed Suction: 23 kPa Suction Power: 310 W Vibration Level: 2.5 m/s² or less Vibration K Factor: 1.5 m/s² Sound Pressure Level: 70 dB(A) or less Noise K Factor: 2.5 dB(A) Dimensions (L x W x H): 366 x 334 x 475 mm (14-3/8 x 13-1/8 x 18-3/4") Net weight: 8.4 - 11.5 kg (18.5 - 25.4 lbs.) Standard accessories: Floor Nozzle, Straight Pipe, Bent Pipe, Hose, Plastic Dust Bag, Plastic Dust Bag x10, Stopper, Telescopic pipe assembly, Long Sash Nozzle, Multi Hook, Battery, Charger Detail & Spec Related Contents Related Local Models