The D26200 is a compact high performance handheld router that features a 900W motor and is ideal for smaller applications on the jobsite and in the workshop, such as laminate trimming, fitting fire strips and hinges to doors, and much more. 240V mains powered.
The DeWalt 900W 110V 1/4" Plunge & Fixed Base Router has been designed to be powerful yet heavy duty. The aluminium motor housing enables the router to quickly be transformed into a fixed base attachment enabling for increased versatility. The variable speed ranges from 16000-27000 rpm enabling the router bit to be optimised depending on application and material type. The router has been constructed with an aluminium motor housing for added durability. It features a five position adjustable turret enabling for stepped or repeated plunges. The multiple spindle lock offers quick and easy router bit change saving time.
Maximum Plunge Depth
55mm
Collet Capacity
6-8mm
No Load Speed
27,000 rpm
Weight
2.90 kg
Power Type
Mains
Cable Length
4 m
Wattage
900 W
Voltage
110 V
Includes
Router, Plunge and fixed bases, 2 x parallel fences, 2 x dust sxtraction adaptors, 8mm (1/4") collet, 17mm spanner, Centering cone and Kit Box
The D26200 is a compact high performance handheld router that features a 900W motor and is ideal for smaller applications on the jobsite and in the workshop, such as laminate trimming, fitting fire strips and hinges to doors, and much more. 240V mains powered.
The DeWalt 900W 110V 1/4" Plunge & Fixed Base Router has been designed to be powerful yet heavy duty. The aluminium motor housing enables the router to quickly be transformed into a fixed base attachment enabling for increased versatility. The variable speed ranges from 16000-27000 rpm enabling the router bit to be optimised depending on application and material type. The router has been constructed with an aluminium motor housing for added durability. It features a five position adjustable turret enabling for stepped or repeated plunges. The multiple spindle lock offers quick and easy router bit change saving time.