Makita DGA517Z 18V Li-Ion LXT Brushless 125mm Angle Grinder - Batteries and Charger Not Included

Product Information

Brushless Motor eliminates carbon brushes, enabling it to run cooler and more efficiently for longer life

Makita DGA517Z 18V LXT Brushless 125mm Grinder - Body Makita DGA517Z 18V LXT Brushless 125mm Grinder - Body

Equipped with battery protection circuit: designed to protect the battery from damages due to overdischarge, high temperature or overload current Automatic Torque Drive Technology adjusts speed and torque during operation for optimum performance Variable speed control dial allows manual RPM adjustment (3,000-8,500) to match the speed to the applicationAutomatic torque drive technology (ADT) adjusts speed and torque during operation for optimum performance It's powered by a Makita brushless motor for longer run time, increased power and speed, and longer tool life. For the most demanding applications, Makita’s exclusive "Automatic Torque Drive Technology" or ADT technology, automatically adjusts speed and torque during operation for optimal performance. The DGA517 is ideal for grinding and cutting a wide range of materials including tile, concrete, pipe, conduit, and more.

DGA517 - Angle Grinder LXT® - Makita UK

The Makita DGA517 is a 125mm (5"), paddle switch, variable speed angle grinder that's part of the ever expanding Makita 18V LXT lithium-ion battery cordless range.The electronically-controlled Brushless Motor efficiently uses energy to match torque and RPM to the changing demands of the application It's powered by a Makita brushless motor for longer run time, increased power and speed, and longer tool life. For the most demanding applications, Makita’s exclusive "Automatic Torque Drive Technology" or ADT technology, automatically adjusts speed and torque during operation for optimal performance. The DGA513 is ideal for grinding and cutting a wide range of materials including tile, concrete, pipe, conduit, and more. Automatic Torque Drive Technology" adjusts speed and torque during operation for optimum performance