Angle grinder EMSH-230-9 (230mm)
Article: EMSH-230-9
| Frequency | 50 Hz |
| Mains voltage | 220-240 V |
| Power consumption | 2300 W |
| Rotation speed | 6500 rot/min |
| Spindle thread | M14 |
| Diameter | 230 mm |
| Warranty | 12 month |
The EMSH-230-9 angle grinder is a powerful and compact device designed for various surface treatment and material cutting tasks. With its help, you can perform efficient work with high precision and productivity.
The machine operates on a standard 220-volt power supply and a frequency of 50 Hz, making it easy to connect to regular household electrical networks. This allows you to use it conveniently in different environments and work conditions.
One of the key parameters determining the grinder’s efficiency is its rotation speed. The EMSH-230-9 model features an impressive speed of 6,500 revolutions per minute, ensuring fast and precise material processing as well as effective cutting performance.
The grinder’s power output of 2,300 watts enables it to handle a wide range of materials and tasks. Thanks to this high power, you can rely on its durability and performance even under the most demanding working conditions.
The EMSH-230-9 angle grinder is a powerful and compact device designed for various surface treatment and material cutting tasks. With its help, you can perform efficient work with high precision and productivity.
The machine operates on a standard 220-volt power supply and a frequency of 50 Hz, making it easy to connect to regular household electrical networks. This allows you to use it conveniently in different environments and work conditions.
One of the key parameters determining the grinder’s efficiency is its rotation speed. The EMSH-230-9 model features an impressive speed of 6,500 revolutions per minute, ensuring fast and precise material processing as well as effective cutting performance.
The grinder’s power output of 2,300 watts enables it to handle a wide range of materials and tasks. Thanks to this high power, you can rely on its durability and performance even under the most demanding working conditions.
























