A powerful 12.0 AMP motor produces more output and has a variable RPM range (2,800 – 11,000).
SJSII is equipped with a leaf spring and cam gear drive mechanism that is specifically designed to reduce vibration.
A 5″ dust extraction tuck point guard is included for clean and accurate tuck pointing and cutting.
In high torque applications, the Electronic Controller is a three-part electronic feature designed to provide the necessary power while simultaneously increasing tool life.
A variable speed control dial enables the user to match the speed to the application being utilized.
A powerful 12.0 AMP motor produces more output and has a variable RPM range (2,800 – 11,000).
SJSII is equipped with a leaf spring and cam gear drive mechanism that is specifically designed to reduce vibration.
In order to provide longer-lasting industrial performance, the Makita 5″ SJSII High Power Angle Grinder with 5″ Tuck Point Guard incorporates features such as power, convenience, comfort, and motor protection. When it comes to clean and accurate tuck pointing and cutting, a grinder equipped with a tuck point guard is an excellent choice. A standard grinding guard (which is included) can also be used with the grinder, and it is ideal for a variety of tasks such as cutting and grinding ferrous metal, paint and rust removal, shipyard maintenance, metal polishing, general steel grinding, auto repair work, cutting brick and masonry, and other similar tasks. It is equipped with SJSII, a mechanical gear drive system, which helps to prevent motor and gear damage by dampening the force on the gear when the wheel is forced to come to a grinding halt. The SJSII is also equipped with a leaf spring and cam gear drive mechanism, which has been designed to reduce vibration for improved operator comfort when used for extended periods of time. The 12 AMP motor has a speed range of 2,800-11,000 RPM, allowing for maximum versatility and productivity. The labyrinth construction protects the motor with a complex network of channels, which prevents dust and contamination from entering the motor and causing it to fail. Added protection measures include the application of zig-zag epoxy coating to both sides of the armature coil and the application of a powder coating to the field. This forms a barrier when the tool is rotated and is designed to prevent dust and debris from penetrating the tool, resulting in a longer tool life.
This is an excellent piece of equipment. It was a success.
