Makita Impact Driver G -Series TD127DZ
£34
£57.00
(You save
£23.00
)
What's Included
- TD127D G Series 18v Impact Driver
Makita Impact Driver G -Series TD127DZ
Compact brushless impact driver with assist mode and two power settings
Benefits:
- The Makita TD127D Impact Driver is powered by a single 18V G Series battery (sold separately) to deliver up to 3,000 ipm, 2,300 rpm and 140 Nm of maximum fastening torque for precise fastening in a wide range of applications.
- The G-Series range from Makita is a different lithium-ion battery platform to the Makita LXT range of professional cordless power tools, and is powered exclusively by the G-Series battery and DC18WA charger. Produced to a quality far exceeding that of DIY products, the G-Series range offers a comprehensive catalogue of tools at an attractive market price. The G-Series battery is identifiable by the white or grey top section, and offers a 1.5 amp hour battery capacity.
Benefits:
- Built-in LED light with pre-glow and afterglow functions illuminates the work area
- Rubberised soft grip for more comfort and control
- Battery protection circuit protects against overloading, over-discharging and over-heating

Variable speed trigger allows operator to adjust speed based on materials or application

Electric brake for maximum productivity and increased operator safety
TECHNICAL
- G-series: U+2714
- Product Dimensions (L x W x H): 173 x 82 x 225 mm
- Tightening Capacity High Tensile Bolt: M5 - M12
- Tool weight with battery (EPTA): 1,5 kg
- Nominal Battery Voltage: 18 V
- Max Fastening Torque Impact Drill: 140 Nm
- No load speed: 0 - 2300 min⁻¹
- Driving Shank: 1/4 "
- Battery protection: U+2714
- Tightening Capacity Standard Bolt: M5 - M14
- Impacts per Minute (IPM): 0 - 3000 min⁻¹
- Capacity machine screw: M4 - M8
- Battery Chemistry (Ni-Cd / Ni-MH / Li-ion): Li-ion
NOISE AND VIBRATION
- Noise sound pressure: 93 dB(A)
- Noise sound power: 104 dB(A)
- Noise K factor: 3 dB(A)
- Vibration: Impact tightening of fasteners @ max capacity: 8.5 m/sec²
- Vibration K factor: 2 m/sec²