DeWalt
D25134K

D25134K sds plus drill

Dewalt 26mm sds plus hammer drill
  • Description
  • More Details

26mm 3 mode hammer with

quick change chuck

  • Ideal for drilling anchor and fixing holes into concrete and masonry from 4 to 26 mm in diameter
  • Rotation-stop for light chiselling applications in brick, soft masonry and occasionally concrete
  • Quick Change Removable Chuck for drilling in wood, steel, ceramic and screwdriving applications
  • Impact-stop for drilling in wood, steel, ceramic and screwdriving applications
  • Large hammer mechanism delivers high performance with low stress to the critical components resulting in better durability
  • Mechanical clutch eliminates sudden high-torque reaction should the bit jam
  • Electronic variable speed for total control in any application
  • Ergonomic rubber coated back handle design for improved comfort in use
  • Rubber coated side handle to improve user comfort
  • Rounded ergonomic industrial design allows easy and comfortable handling in any application
  • Improved sealing for maximum protection from dust ingress ensuring long tool life
  • Output air slots designed to protect users' eye


 

  • Power Input 800 Watts

  • No Load Speed 0-1500 rpm

  • Blows per Minute 0-5540 bpm

  • Impact energy (EPTA 05/2009) 2.8 J

  • Tool Holder SDS-Plus

  • Max. Drilling Capacity [Wood] 30 mm

  • Max. Drilling Capacity [Metal] 13 mm

  • Max. Drilling Capacity [Concrete] 26 mm

  • Max. Drilling Capacity [Core bit] 65 mm

  • Weight 3.0 kg

  • Length 355 mm

  • Height 210 mm

  • Sound Pressure 89 dB(A)

  • Sound Pressure Uncertainty 3.8 dB(A)

  • Sound Power 100.1 dB(A)

  • Sound Power Uncertainty 3.8 dB(A)

  • Hand/Arm Vibration - Hammer drilling into concrete 15.7 m/s²

  • Hand/Arm Vibration - Chiselling 14.3 m/s²

  • Hand/Arm Vibration - Drilling into metal <2.5 m/s²

  • Hand/Arm Vibration - Screw driving without impact <2.5 m/s²

  • Uncertainty K 1 (Vibration) 1.5 m/s²

  • Uncertainty K 1 (Vibration) 1.5 m/s²

  • Uncertainty K 1 (Vibration) 1.5 m/s²

  • Uncertainty K 1 (Vibration) 1.5 m/s²