Makita TD110DZ 10.8v CXT Slide Impact Driver Body Only
The Makita TD110DZ is part of the CXT range of 10.8v tools with the slide type Li-Ion battery and higher speed and torque, supplied as a body only unit no batteries, charger or carry case.
The TD110DZ is a compact and lightweight impact driver with a maximum torque of 110Nm and maximum speed of 2,600 RPM. Features include a rubber moulded handle, LED light with afterglow feature and an electric brake that stops rotation almost immediately. The TD110D has a rubber moulded handle for a firm grip and a ¼” single sleeve chuck for rapid bit changeover.
CXT (Compact eXtreme Technology) batteries have higher battery capacity, a battery protection circuit that protects against overloading and overheating and are durable in low temperatures up to -20°C. Multi contact slide type terminals ensure stable contact even under vibration and a 4 stage LED battery fuel gauge displays remaining charge.
FEATURES AND BENEFITS:
New CXT ‘Slide’ type Lithium-ion battery style
Electric Brake
Variable speed by trigger
Higher rotation speed
High power – More torque than TD090D
Battery protection circuit
Forward/reverse rotation
LED job light
Ergonomic grip
Belt clip
SPECIFICATIONS:
Voltage: 10.8v
Max Torque (Nm): 110
Brake Type: Electric
LED Job Light: Yes / Pre-glow & After-glow
Battery Capacity Indicator: No
Battery Compatibility: 10.8v Lithium-Ion (CXT Slide)
Rotation: Forward & Reverse
Variable Speed Control Trigger: Yes
No Load Speed (RPM): 0-2600
Machine Screw Capacity: M4-M8
Standard Bolt Capacity: M5-M12
High Tensile Bolt Capacity: M5-M10
Coarse Thread Length Capacity (mm): 22-90
Max. Impacts Per Minute (ipm): 0-3500
Driving Shank: 1/4″ Hex
Overall Length (mm): 153
Net Weight (Kg with 1.5/2Ah Battery): 1.0
Net Weight (Kg with 3/4/5Ah Battery): 1.2
Brushless Motor: No
NOISE & VIBRATION:
Sound Pressure Level (LpA): 94 dB (A)
Sound Power Level (LWA): 105 dB (A)
Sound Uncertainty (K): 3 dB (A)
Vibration Emission (ah) (Using Max Capacity of Tool): 8.0 m/s²
Vibration Uncertainty (K): 1.5 m/s²
