DeWalt DCG408B 20V Max Cordless 4-1/2" Paddle-Switch Grinder (Tool Only)

Complete grinding applications with the 20V MAX brushless cordless 4.5" Paddle-switch angle grinder that maintains constant speed under load. Equipped with overload protection and an efficient brushless motor, this cordless tool accommodates 4.5" Wheels and includes both a type b guard for grinding and a clip-on guard to convert the type b guard for cutting operations. Designed for versatility and durability, this grinder features mesh screens that help prevent debris that can cause damage from entering internal components. Offering paddle-switch operation that allows the user to conveniently start and stop their grinder, the 20V MAX brushless cordless 4.5" Paddle-switch angle grinder is ideal for tough days on the job. Battery & charger sold separately.

Standard Equipment:

• (1) Cordless Grinder (DCG408B)
• (1) Side Handle
• (1) Clip-On Guard
• (1) Inner and Outer Flange

Optional Accessories:

• DeWalt 20V Batteries & Chargers
• Grinding Accessories

Specifications:

• Battery Rating: 20 Volt Max
• No-load RPM: 9,000
• Wheel Size: 4-1/2"
• Arbor Size: 5/8"-11
• Length: 13.0"
• Weight: 4.83 lbs

Features:

• Run Time ‐ Up to 56 cuts of 1/2 " rebar
• PERFORM & PROTECT ‐ This grinder is equipped with anti-rotation features including a kickback brake and E-CLUTCH
• Powerful Performance ‐ Take on tough jobs with a brushless motor engineered to deliver up to 850 MWO and up to 9,000 RPM (no load)
• Ideal for Common Size Applications ‐ Accommodates common regional market requirements with a 4" ‐ 5" Wheel acceptance
• Brushless Motor ‐ Maintains constant speed under load and minimizes maintenance with an efficient brushless motor that doesn't require brush changes
• Paddle-switch Operation ‐ Help prevent accidental start ups with an intuitive paddle switch which allows users to quickly shut off and activate the grinder as needed
• Quick-change Guard Removal ‐ Quickly remove guard with tool-free change system
• Durable Engineering ‐ Helps block debris from entering internal components with mesh screens