M12 FUEL™ 150 mm Random Orbital Sander with 2.5 mm Orbit

M12 FUEL™ 150 mm Random Orbital Sander with 2.5 mm Orbit - M12FROS2.5-0 150MM R.O.SANDER 2.5 MM XXX

• High performance motor delivers 6,400 to 24,000 sanding strokes per minute for faster material removal
• 2.5 mm orbit function to deliver a paint-ready finish on primer
• Variable speed wheel with 8 speed settings allows the correct speed to be set for different types of material
• Compact and ergonomic design for fatigue-free working
• Lightweight - only 0.95 kg for the tool and 1.35 kg with a M12™ HIGH OUTPUT™ 5.0 Ah battery
• Convenient change of the backing pad by hand without the need for additional tools
• The dust port can be mounted on the left or right side and is therefore suitable for both left and right-handed users
• Universal hook and loop sanding pad allows easy changing of sanding discs
• Vacuum adaptor supplied fits directly to all MILWAUKEE® dust extractors
• The DNA of our FUEL™ platform redefines the balance of cordless technologies. MILWAUKEE®'s POWERSTATE™ brushless motor, REDLITHIUM™ battery pack and REDLINK PLUS™ electronic intelligence delivering outstanding power, run time and durability
• Flexible battery system: works with all MILWAUKEE® M12™ batteries

Diameter of orbit (mm) 2.5

No load speed (rpm) 3,200 - 12,000

Oscillation rate (opm) 6,400 - 24,000

Sanding pad size (mm) 150

Speed settings 8

Standard equipment Universal vacuum adaptor, left-hand vacuum port, right-hand vacuum port

Supplied in No kitbox or bag supplied

Variable speed Yes

Article Number 4933493647

EAN 4058546485184

Battery pack capacity (Ah) No batteries supplied

Battery type Li-ion

Charger included No charger supplied

Charger supplied No charger supplied

No. of batteries supplied 0

Voltage (V) 12

Weight with battery pack (EPTA) (kg) 1.4 (M12 HB5)

Sound power level (Lwa)(dB(A)) 84.7

Sound power level uncertainty (dB(A)) 3

Sound pressure level (Lpa)(dB(A)) 76.7

Sound pressure level uncertainty (dB(A)) 3

Vibration level (m/s²) 9.14

Vibration uncertainty (m/s²) 1.5