Metabo KGS254M Cross Cut Mitre Saw 254mm

R5,995.00

In stock

Description

  • Crosscut and mitre saw of the mobile M-class with sliding function – light, precise, user-friendly
  • Large cutting capacity thanks to sliding function for wide work pieces
  • Compact light weight, suitable also for one-handed transport
  • Robust die-cast aluminium design for the highest demands
  • Easy transport thanks to ergonomically-designed handles and saw head lock
  • Effective dust extraction via integrated dust scoop
  • Fast and precise setting of common angles using stop points
  • Laser for exact display of the cutting line (mains powered, no batteries required)
  • Extendable table width extensions, also removable to put underneath extremely long work pieces
  • Bright LED work light for illumination of the cutting line (mains powered, no batteries required)
  • Sliding high rear fence profiles for safe sawing
  • Quick-action clamp for secure fixing of the work piece from the top or front
  • Depth guide for easy creation of grooves
  • Saw head can be inclined to the left, with additional angle range for undercuts
  • All scales and operating elements are visible from the working position and can be operated intuitively
  • Easy saw blade change by means of spindle lock: No dismantling of the pendulum guard required

Technical Data

Characteristics

  • Dimensions(790 x 515 x 515 mm)
  • Support surface(340 x 775 mm)
  • Maximum cutting width 90°/45° (305 / 205 mm)
  • Maximum cutting depth at 90°/45° (92 / 47 mm)
  • Cutting capacity 90°/90° (305 x 92 mm)
  • Cutting capacity 45°/45° (205 x 47 mm)
  • Turntable setting left/right (47 / 47 °)
  • Saw blade tilt left/right (47 / 2 °)
  • Saw blade (254 x 30 mm)
  • Rated input power S1 100% (1450 W)
  • Rated input power S6 20% (1800 W)
  • No-load speed (4500 rpm)
  • Revolutions at rated load (3150 rpm)
  • Cutting speed (60 m/s)
  • Weight (16.3 kg)
  • Cable length (2 m)

Noise emission

  • Sound pressure level (99 dB(A))
  • Sound power level (LwA) (106 dB(A))
  • Uncertainty of measurement K (3 dB(A))