All electronics ship with US style plugs.You may need a voltage converter or a plug adapter.
Special Features
Powerful 5.5 amp motor of the electric hand planner provides a smooth, even finish in the hardest of woods
The hand planer featuring 34,000 cuts per minute achieves a fast removal rate
1/16-inch (1.5mm) maximum depth of cut
Includes industry-standard large, resharpenable high speed steel blades for straight edging or framing applications
Also accepts reversible carbide blades for improved blade life and material finish
Calibrated depth adjustment knob to 1/16-inch (1.5mm approximately)
Precision-machined front and back aluminum shoes ensure parallelism of cut
Kickstand allows user to rest the planer on work surface without gouging the material
Precision machined groove in front shoe allows for edge chamfering
Poly-V drive belt provides increased belt durability
Description
With a 5.5 Amp motor, the 3-1/4" Portable Hand Planer provides a smooth, even finish to the hardest of woods. Professionals trust the DEWALT 3-1/4" Portable Hand Planer for precise cutting and edging. Ergonomically designed handle provides comfort to reduce fatigue.
The DEWALT D26676 3-1/4-Inch Portable Hand Planer has a powerful 5.5 Amp motor that provides a smooth, even finish in the hardest of woods. It produces 34,000 cuts per minute to achieve a fast removal rate. Includes industry-standard large, resharpenable high speed steel blades for straight edging or framing applications. It also accepts reversible carbide blades for improved blade life and material finish. It has a depth adjustment knob and can be calibrated to 1/16-Inch (1.5mm approximately). Precision-machined front and back aluminum shoes ensure parallelism of cut. A built in kickstand allows user to rest the planer on work surface without gouging the material. It also has a precision machined groove in front shoe that allows for edge chamfering. The Poly-V drive belt provides increased belt durability. The ergonomically designed handle provides greater comfort and less user fatigue.