Makita Slide Compound Mitre Saw LXT® DLS110Z

Brand:
Makita
|
Part Number:
DLS110Z
Availability:
Sorry this item is currently unavailable
£868
What's Included
  • DLS110 Twin 18v Brushless Slide Compound Mitre Saw
Current Stock:
Sorry this item is currently unavailable
Sorry this item is currently unavailable
Makita Slide Compound Mitre Saw LXT® DLS110Z
Efficient brushless cordless saw.

  • The Makita DLS110 is a 260mm (10-1/4") cordless slide compound mitre saw powered by two 18V Li-ion batteries in the LXT series. It has been designed based on the LS1019 mains machine.
  • Sold as body only, this tool requires 2x 18v LXT Lithium-Ion batteries (2x BL1850B 5.0Ah or BL1860B 6.0Ah recommended for best runtime). Batteries and chargers sold separately.
  • CUTTING CAPABILITIES (H x W)


Benefits:

  • Battery protection system automatically shuts off power when the battery level is low
  • Large turn base supports workpiece securely for increased stability
  • Integrated guide fences for increased rigidity and high cutting accuracy
  • Single sliding system enables smooth operation to produce superior cuts
  • Front knob for easy bevel angle adjustment
  • Holders are provided on both sides of the tool to hold long workpieces horizontally
Brushless maintenance-free and long-life motor

TECHNICAL

  • Capacity 45°: 218 mm
  • Nominal Battery Voltage: 2 x 18 V
  • Max. Bevel Range (Left): 48 º
  • Sound Power Level (LWA): 102 dB(A)
  • Voltage LXT: U+2714
  • Product net weight: 26,6 kg
  • Sound Pressure Level (LpA): 92 dB(A)
  • Capacity 45° left: 60 mm
  • Noise Uncertainty (K Factor): 3 dB(A)
  • Blade Diameter: 260 mm
  • No load speed: 4400 min⁻¹
  • Blade Diametre: 260 x 30 mm
  • Capacity 90°: 310 mm
  • Bore Size (Arbor Diameter): 30 mm
  • Vibration Level (3 axes): = 2,5 m/s²
  • Battery protection: U+2714
  • Max. Mitre Range (Left): 60 º
  • Product Dimensions (L x W x H): 805 x 644 x 660 mm
  • Vibration Uncertainty (K Factor): 1,5 m/s²

NOISE AND VIBRATION

  • Vibration: 2.5 m/s²
  • Vibration K Factor: 1.5 m/s²