Models in Kit

•821551-8 - CONNECTOR PLASTIC CASE (TYPE 3)
•DC18RC - DC18RC COMPACT CHARGER
•DHP481Z - 18V Brushless Combi Drill LXT
•DTD129Z - 18V IMPACT DRIVER LI-ION
•196673-6 - Battery BL1850 18v 5Ah Li-ion (2x)

Technical specifications
196673-6 Battery 5.0 Ah
Battery Type Li-ion
Voltage 18 v
Battery ID BL1850

821551-8
Description
Connector Case (Type 3)
Length 396 mm
Width 296 mm
Height 210 mm

DC18RC Charger
Battery Range 14.4 - 18 v
Battery Type Li-ion

DHP481Z
Chuck Capacity 1.5 - 13 mm
Max. in masonry 16 mm
Max. in steel 13 mm
Max. in wood 76 mm
Blows per Minute (Hi) - ipm 0 - 31,500 ipm
Blows per Minute (Lo) - ipm 0 - 8,250 ipm
Maximum Output 640 w
No Load Speed (Hi) 0 - 2100 rpm
No Load Speed (Lo) 0 - 550 rpm
Torque Settings 21 + drill
Lock Torque 125 Nm
Max. Fastening Torque (Soft Joint) 60 Nm
Max. Fastening Torque (Hard Joint) 115 Nm
Weight (with batteries) 2.7 kg

DTD129Z
Battery Type Lithium-ion
Voltage 18 v
Electric Brake
Variable Speed Control Trigger
Driving Shank 6.35mm (1/4") Hex
Machine Screw M4-M8
Impacts per Minute 0-3200 ipm
Maximum Output 220 w
No Load Speed 0 - 2500 rpm
Max Fastening Torque 160 Nm
Net weight 1.5 kg
 
196673-6
•Lightweight and shock-absorbing. The Li-ion range delivers 430% more working capacity during it's lifetime compared to Ni-Cad and is 40% Lighter than Ni-MH. The Li-ion has minimal depletion of power during use or in storage over it's lifetime.

821551-8
•Stacking cases with conecting clips, compatible with other makes of case systainer.

DHP481Z
•Forward/reverse rotation
•Single sleeve keyless chuck allows for easy bit installation/removal by one hand.
•Electric brake
•Twin LED job light with afterglow.
•2 mechanical gears.
•Battery fuel gauge
•Variable speed control by trigger
•Best possible ergonomic handle for drill-driver applications.
•Compact overall length.

DTD129Z
•LED Job light with pre-glow function.
•BLDC motor specially designed to provide, above all, more work amount on a single full battery charge.
•Fully Compatible with 18V 4.0Ah Battery with 36 minute charge time.
•Energy production is more efficient than brushed DC motor because of no friction loss caused by brushes, enabling lower amperage for reduced heat production and increased work amount on a single full battery charge.