Equipped with a powerful 850 Watt motor, Metabo BE 850 2 comes with a two-speed gearbox. This Rotary Drill comes with a die-cast aluminium gear housing to facilitate optimum heat dissipation and improved durability. This Metabo 850 W Rotary Drill has a no-load speed of 0 – 1100 rpm and 0 – 3100 rpm. It has a maximum drilling capacity of 13/8 mm in steel and 40/25 mm in softwood. The chuck capacity in this Rotary Drill is 1.5 – 13 mm and the collar diameter is 43 mm. The maximum torque is 36/14 Nm. The rotating carbon brushes maximise the performance of the drill even in anti-clockwise operation. The Vario (V)-Electronics allows users to customize the speed to suit different applications. This Rotary Drill comes with thumbwheel for speed preselection that enhances user comfort. The S-automatic safety clutch allows for mechanical decoupling if the drill stops unexpectedly. The forward and reverse rotation allows users to drill into hard surface efficiently. The 6.35 mm drill spindle with hexagonal recess for screwdriver bits enables work without chuck. The motor is protected with patented dust protection that increases its service life. The handle in this drill has a non-slip, soft-grip surface that enhances user comfort. It is also equipped with a cable-protecting ball joint to maximize freedom of movement.
Product Attributes:
• Powerful 850 Watt motor
• Two-speed gearbox
• Die-cast aluminium gear housing
• No-load speed of 0 – 1100 rpm and 0 – 3100 rpm
• Maximum torque of 36/14 Nm
• Chuck capacity of 1.5 – 13 mm
• Collar diameter of 43 mm
• Rotating carbon brushes
• Vario (V)-Electronics
• Thumbwheel for speed preselection
• S-automatic safety clutch
• Forward and reverse rotation
• 6.35 mm drill spindle with hexagonal recess
• Non-slip, soft-grip surface handle
• Cable-protecting ball joint
Benefits:
• Lightweight and compact
• Facilitate optimum heat dissipation
• Improved durability
• Maximized performance of the drill even in anti-clockwise operation
• Enables work without chuck
• Maximized freedom of movement
• Mechanical decoupling if the drill stop unexpectedly