Product Description
What's in the box
1x DHP485Z Combi Drill Body Only
1x Belt Clip
Improved ergonomic soft rubber grip design for vibration absorption and comfortable operation features re-contoured rear grip portion and ribbed grip for improved hold
The Makita DHP485 18v LXT Brushless 2-Speed Combi Drill delivers outstanding performance without the bulkiness and weight of the typical cordless tool. The LXT Compact continues to refine the formula of faster-charging batteries with leading power-to-weight ratio's.(Batteries not included)
Having the mechanical 2 speed gearing allows you to choose between maximum rpm or higher torque. Its also has 21 Stage torque settings, so you can adjust for the task at hand and a brushless DC motor that generates less heat buildup and is ideal for prolonged use in manufacturing / production applications.
Replaces DHP459Z.
FEATURES
extreme Protection Technology (XPT) offers maximum protection against dust, debris and liquids for optimal performance in extreme conditions
Forward & reverse
Battery protection system provides over-discharge, temperature and circuit protection for enhanced performance, battery cycle life and overall battery life
21 clutch settings deliver up to 50Nm of torque
All metal gears and gear housing for more efficient power transmission
Ultra-compact design (only 182mm long)
Dual LED job lights with pre-glow and afterglow features
13mm Keyless chuck – for easy bit installation/ removal by one hand
SPECIFICATION
Battery Capacity: 18v Li-Ion
Impact Rate Low/High: 0-7,500/0-28,500 ipm
Max Drill Masonry: 13 mm
Max Drill Steel: 13 mm
Max Drill Wood: 38 mm
No Load Speed Low/High: 0-500/0-1,900 rpm
Blows per Minute Low/High: 0-7,500/0-28,500 bpm
Max Tightening Torque Hard/Soft: 50/27 Nm
Overall Length: 182 mm
Net Weight: 1.5-1.8 kg
NOISE & VIBRATION
Sound Pressure Level (LpA): 82 dB (A)
Sound Power Level (LWA): 93 dB (A)
Sound Uncertainty (K): 3 dB (A)
Drilling Vibration Level: 8 m/s²
Drilling Vibration Uncertainty (K): 1.5 m/s²
Drilling Metal Vibration Uncertainty (K): 1.5 m/s²