► No wearing parts (carbon brushes, commutator, field coil)
The brushless motor offers a significantly extended product life cycle by eliminating trouble including armature burnout, layer short or commutator wear even in severe work environments. Besides, no carbon brush replacement is required.
More Torque. More Power.
The max tightening torque is 305Nm for the 18V WR18DBDL2 and 285Nm for the 14.4V WR14DBDL2.
The overall length is 145mm, which is 23mm shorter than that of our conventional models
Longer Runtime per Charge (Approx.)
When loosening M20 high-tension bolts tightened at 350 Nm.
Tightening Mode Settings
The tightening torque depends on the material, size and class of the bolt. Make a test fastening to adjust the mode setting to suit the bolt.
The friction ring holds a socket on the anvil, making it easier to install a pin and O-ring to securely lock the socket in place.
The rear fan efficiently cools down the motor and hammer case for more durability.
Less user fatigue due to the well-balanced design with the center of gravity positioned at the middle finger of the grip hand.
Thanks to the unique design of dust-protective cooling windows and fully plastic coating on some important inner parts, this product conforms to IP56 protection class ratings (dust and water resistance) for electrical equipment as stipulated by the international IEC regulations.
allows for finer adjustments in the low speed range. It is also more efficient in transferring energy resulting in longer tool life.
Our Original Brushless Motor Technology
► Our original compact controller
Long Lifetime, Maintenance-Free
Powerful
The torque is increased by 55Nm (18V) and 50Nm (14.4V) respectively, compared to our conventional models (WR18DBDL, WR14DBDL).
Compact Design for Better Handling
(WR18DBDL/WR14DBDL).
Highly Efficient
Tightening Mode Selector for a Variety of Applications
Mode
Low
Medium
High
Single
Tightening Mode Indicator Lamp
Applications
Light load work
Installing pipe supports, scaffolding, etc.
Heavy load work
Assembling steel frames, etc.
Delicate work
Tightening small diameter screws, etc.
Smooth Socket Changes with a Friction Ring Anvil
Note : It is possible to temporality hold the socket in place with the friction ring, but be sure to insert the pin and attach the O-ring before use. If the power tools is used while the socket is temporarily held in place, the socket may fall off and cause an injury.
Newly Designed Airflow System for Optimal Cooling Efficiency
Well-Balanced Weight Distribution for Better Work Efficiency
Dust and Water Resistant
Smooth Control Electronic Switch
Built-in cooling system of the UC18YSL3 charger reduces charging time by efficiently cooling both the battery and charger at the same time during charging.
* Included batteries vary by country or area.
Model | WR14DBDL2 | |
---|---|---|
Capacity | Bolt | M10 - M20 (3/8 - 3/4'') |
High Tension Bolt | M10 - M16 (3/8 - 5/8'') | |
Squire Drive | 12.7mm (1/2'') | |
Tightening Torque | 285Nm (210ft-lbs.) | |
Battery Voltage | 14.4V | |
No Load Speed | High Mode | 0 - 2,600/min |
Medium Mode | 0 - 2,000/min | |
Low Mode | 0 - 1,000/min | |
Single Mode | 0 - 2,600/min | |
Full Load Impact Rate | 0 - 3,500/min | |
Overall Length | 145mm (5-11/16'') | |
Weight *1 | 1.7kg (3.7lbs.) | |
Vibration Total Values (triax vector sum) *2 |
Vibration Emission Value = 13.4m/s2 Uncertainty K = 1.5m/s2 |
|
Standard Accessories *3 | 2 Batteries (BSL1450), Charger (UC18YFSL) | |
Battery Cover, Carrying Case |
Notify the transporting company that a package contains a lithium-ion battery, inform the company of its power output and follow the instructions of the transportation company when arranging transport.