Power Screwdriver/Impact Driver DeWALT DCF850P2T-QW, 3250 RPM, 475 W, 18 V, 5 Ah

The DeWALT DCF850P2T-QW is a cordless power screwdriver and impact driver combining high idle speed and compact dimensions. It delivers up to 3250 RPM idle speed and is driven by an 18 V rechargeable battery with 5 Ah capacity, providing extended runtime for installation and assembly tasks. The tool outputs 475 W and is designed with a height of 200 mm and a lightweight 0.9 kg body to improve access in confined spaces and reduce operator fatigue.

Advantages

The integrated LED light improves visibility in low-light working conditions. A balance of high speed and moderate power supports fast screw driving and impact fastening in many materials. Compact form factor and low weight make the DeWALT DCF850P2T-QW easy to handle for overhead, vertical and precision operations. The 18 V / 5 Ah battery combination offers longer continuous use compared to lower-capacity packs.

Suitable for

• Assembly and installation of furniture and cabinets
• Electrical and HVAC fastening tasks in confined spaces
• Light to medium-duty construction fastening where quick screw driving is required
• Maintenance and repair jobs requiring a compact cordless driver

Key specifications

• Maximum idle speed: 3250 RPM
• Output power: 475 W
• Battery voltage: 18 V
• Battery capacity: 5 Ah
• Built-in light: Yes
• Weight: 0.9 kg
• Height: 200 mm

How to use

Charge the 18 V battery fully before first use and insert it securely into the tool. Select the appropriate bit and secure it in the chuck or bit holder according to the bit type. Use the built-in light to illuminate the work area as needed. Start at a lower speed for initial alignment of fasteners, then increase to higher speed for final driving. Apply steady pressure and allow the tool to complete each fastening cycle. After use, remove the battery and store the tool and battery in a dry, ventilated place.

Usage recommendations

For consistent performance, use a matching DeWALT 18 V battery pack and follow battery charging best practices. When working on sensitive surfaces, use appropriate torque settings or control technique to avoid overdriving. Regularly inspect bits and tool components for wear and replace worn parts to maintain efficiency and safety.