Makita HR3210C 110v 850w 32mm SDS Plus Combination Drill 315-650rpm 1650-3300ipm 5.0 Joules 5.6kg

Makita HR3210C 110v 850w 32mm SDS Plus Combination Drill 315-650rpm 1650-3300ipm 5.0 Joules 5.6kg

The Makita HR3210C single speed variable, 3 mode SDS+ hammer drill available to buy in Caulfield Industrial is fitted with AVT, Makita's anti vibration technology, designed to protect the user from excessive hand vibration when used for prolonged periods. Powered by an 850 Watt motor and with a rating of 5.0 J and a maximum impacts per minute of 3300 the Makita HR3210C has a drilling capacity of 32 mm in concrete with a solid drill bit and a 90 mm capacity with a TCT core bit.

• Soft start
• Constant speed under load
• Built-in job light
• Anti vibration technology
• Torque limiter The drill stops when the bit hits against reinforcements
• Triple operation mode Rotary only, hammer only and rotary hammer
• This 3 function machine provides rotary-only operation for drilling with a no load speed of between 315 and 630 rpm
• Rotary action with hammer support can be selected as can pure hammer-only action for heavy-duty breaking and demolition work
• The HR3210C has a variable speed control and is fitted with a torque limiter device that instantly disengages the drive should the drill bit or core snag during operation
• This action protects both the operator from physical injury and the machine from mechanical and electrical overload

Product Specifications

Impact Rate (Low): 0 - 1650 impacts per minute
Impact Rate (High): 0 - 3300 impacts per minute
Impact Energy (EPTA 05/2009): 5.0 J
Maximum Bit Diameter: 32 mm
Maximum Core Diameter: 90 mm
No-Load Speed (Low): 0 - 315 rpm
No-Load Speed (High): 0 - 630 rpm
Power Input: 850 Watt
Sound Power Level: 100 dB(A)
Sound Power Uncertainty: 3 dB(A)
Sound Pressure Level: 89 dB(A)
Sound Pressure Uncertainty: 3 dB(A)
Tool Holder: SDS - Plus
Vibration (Chiselling): 7 m/s²
Vibration (Drilling into Metal): 2.5 m/s²
Vibration (Hammer Drilling into Concrete): 10 m/s²
Uncertainty K 1 (Vibration): 1.5 m/s²