Makita HR4010C 1-9/16" Rotary Hammer Drill accepts SDS-Max Bits with AVT Anti-vibration technology for less vibration, more efficient power
Includes
(1) Makita HR4010C-R 1-9/16" SDS MAX ROTARY HAMMER DRILL
Technical Data + Specifications
Amp : 11
Capacity-Concrete Drilling : 4-1/8"
Impact Energy- Joules : 9.5
Impact Energy- FT LBS. : 7
Blows Per Minute : 1,350 - 2,750 BPM (Variable Speed)
No Load Speed : 235 - 480 RPM (Variable Speed)
Overall Length : 18.5"
Bit Type : SDS-MAX
Power Source : Electric
Voltage : 110v
Benefits + Features
- Powerful 11 AMP motor delivers 7 ft.lbs. of impact energy to handle the most demanding applications
- Constant speed control automatically applies additional power to the motor to maintain speed under load to complete the most challenging jobs
- Soft start suppresses start-up reaction for more control and better accuracy
- L.E.D. service light notifies the user approximately 8 hours before the brushes need to be replaced
- L.E.D. power light indicates switch failure or cord damage
- Anti-Vibration Technology is an internal counterbalance system that greatly reduces vibration
- Variable speed control dial enables user to match the speed to the application for greater versatility
- Torque limiting clutch engineered to prevent gear damage by automatically disengaging gears if the bit binds
- Sequential impact timing delivers timed hammering during rotation to minimize overlapping bit impacts for up to 50% faster drilling
- Extended life brushes are longer for more work between service intervals and less downtime
- Automatic brush cut-off protects commutator from damage for longer tool life
- 2-mode operation for "Hammering Only" or "Hammering with Rotation"
- 16 bit angle settings allow the bit to be set at different positions for operating convenience
- One-touch sliding chuck for quick bit changes
- Lock-on switch for continuous operation ("Hammering Only" mode)
- Rubberized ergonomic soft grip provides more comfort and control
- Makita Motor Advantage engineered with field core interlocking steel lamination, dual ball bearing armature and more copper commutator bars, increasing energy transfer efficiency for more power and longer tool life
