Ex Tax: £108.33
DCG405N is a brushless
angle grinder which is powered by DeWalt 18v XR lithium-ion batteries. It has a
slim and streamlined body with rubber for excellent comfort, grip and control,
while the compact angled gear head allows improved access to tight spaces. The
machine is activated by a side mounted slide switch which has built in restart
protection; a no-volt release system resets the switch in the event that the
battery becomes depleted or detached while the grinder is in operation, thus
ensuring it cannot start up by itself when power is restored. The DCG405 also
has an electronic clutch and fast action brake, helping to safeguard against
kickback or disc bursts and bringing spinning accessories to a rapid halt in
under 2 seconds.
User benefits:
18V Brushless
motor for efficiency, improved application performance and power.
Capable of x69 cuts in 1/2" steel rebar when used
with 5.0Ah battery (sold separately).
Compact gear case for increased access to tight spaces
and gives excellent cutting depth.
Slide switch provides less user fatigue. Built in
no-volt release gives protection against accidental start when new battery is
installed.
Electronic brake has braking time of < 2 seconds
when the trigger is released to help reduce accidental contact and injury.
Constant Clutch and E-Clutch protects from kickbacks,
cuts and wheel bursts.
Mesh Covers restricts dust being sucked through the
motor.
Ergonomic slim body with rubber over-mould for
improved comfort and control.
Two Position Side Handle offers greater comfort and
control.
1 or 2 touch guard for quick and easy keyless
adjustment.
Product information:
Voltage: 18v XR
Power Input: 1000 Watts
Power Output: 800 Watt
No Load Speed: 9000 rpm
Max. Disc Diameter: 125 mm
Bore Diameter:
Spindle Thread: M14
Weight: 1.75 kg
Length: 310 mm
Sound Pressure: 85 dB(A)
Sound Pressure Uncertainty: 3 dB(A)
Sound Power: 96 dB(A)
Sound Power Uncertainty: 3 dB(A)
Hand/Arm Vibration - Grinding: 4.4 m/s²
Uncertainty K 1 (Vibration): 1.5 m/s²
Hand/Arm Vibration - Sanding: 2.5 m/s²
Uncertainty K 2 (Vibration): 1.7 m/s²