Poravasara DeWALT DCH263N-XJ, SDS Plus, 18V Li‑Ion, 1165 RPM, 2,7 kg

The DeWALT DCH263N-XJ is a compact SDS Plus rotary hammer designed for drilling and light chiseling in masonry, concrete, wood and metal. Weighing 2.7 kg and powered by an 18 V lithium-ion battery (battery not included), it delivers up to 1,165 RPM idle speed and combines a straight drill design with SDS Plus chuck for efficient bit changes and stable operation.

Advantages

The tool offers a rotation stop mode for light chiseling and an impact stop mode for rotary-only drilling in wood and metal. A brushless motor reduces tool size while maximizing power and extending runtime. An integrated bright white LED with delay improves visibility in low-light conditions. DeWALT’s Perform & Protect features include a low vibration level of 9.1 m/s² to reduce user fatigue during extended use.

Suitable for

• Drilling anchors and fixing holes in concrete, brick and masonry (4 mm–28 mm)
• Light chiseling and surface removal in plaster, tiles and render
• Rotary-only drilling tasks in wood and metal
• General drilling and screwdriving with SDS Plus accessories

Key specifications

• Brand: DeWALT
• Model: DCH263N-XJ
• Chuck type: SDS Plus
• Idle speed (max): 1,165 RPM
• Power source: 18 V battery (battery sold separately)
• Weight: 2.7 kg
• Vibration level: 9.1 m/s²
• Colour: Yellow, Black

How to use

Select the appropriate SDS Plus bit for the material and task, insert it into the chuck until it locks, and choose the correct mode: rotation stop for light chiseling, impact stop for rotary-only drilling, or full hammer mode for masonry drilling. Hold the tool firmly with both hands, apply steady pressure, and let the tool do the work. Use the LED to illuminate the work area and allow the motor to cool during extended operation. Follow battery manufacturer instructions for charging and storage.

Recommendations

For optimal performance, use DeWALT SDS Plus bits sized between 4 mm and 28 mm for concrete and masonry. Wear appropriate personal protective equipment, secure workpieces, and allow periodic breaks to prevent overheating and reduce fatigue.