Description
DEWALT 60V MAX Rotary Hammer SDS MAX Combination Kit 2″ Brushless
The DeWalt 2 Inch brushless cordless SDS-Max rotary hammer combination kit contains a hammer, two 60 Volt batteries, fast charger, kit box and a 360 degree side handle. Brushless motor design helps in operating under heavy loads and is used for masonry projects. The 9.4 Joules energy is enough for fast drilling and chipping of hard concrete and the constant speed mechanism maintains the pace under load. Use this hammer to drill #9 to #14 rebar dowelling, dry coring up to 6 Inch, ground rod driving and bushing purposes. The E-clutch mechanism and the active vibration technology shuts down the operation of the hammer in case of binding. Shocks vibration technology reduces the fatigue on the hand while operating. Wireless Tool Connect technology allows the user to attach a dust extractor to the hammer and the Tool Connect mechanism helps the user to monitor the operation of the tool. The seven-position variable speed dial helps in controlling the operating speed depending upon the application.
Features
13.3 Joules of Impact energy for fast driling and chipping, even in the hardest concrete.
Constant speed electronics allows the tool to maintain speed under load.
Brushless motor and German-engineered mechanism for efficient performance and runtime.
The midweight design makes this tool ideally suited for horizontal and downward drilling for #9 – #14 rebar dowel applications and dry coring up to 6 in.
Ideally suited for chipping in any lower wall and floor, ground rod driving, and bushing.
The SHOCKS Active Vibration Control System reduces vibration felt by the user at the handles, compared to rotary hammers without this feature.
Anti-Rotation E-CLUTCH System shuts down the tool in bind up situations.
This tool comes Tag Ready™ so users and companies can attach the DEWALT Tag™ and track its location virtually anywhere via the DEWALT Tool Connect™ app.
7-position, variable-speed dial offers users control by adjusting speed of drilling or chipping based upon the thickness and density of the material.
