MLP300C-0090-FT-N0CN-NNL3
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MPN: R911322914
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The MLP300C-0090-FT-N0CN-NNL3 Synchronous Linear Motor from Rexroth Indramat Bosch is the designation of the primary part of an IndraDyn L motor. This specific motor has a listed motor size of 300, Liquid Cooling system, and a Windings Code of 090, which describes the reachable maximum speed.
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Product Description:
Bosh Rexroth is a manufacturer of industrial drive control systems and motion control products for supporting motion control applications.
The MLP300C-0090-FT-N0CN-NNL3 is a direct linear drive designed at Rexroth. This model excels at various types of motion control applications and has been manufactured for controlling the speed and position with reliable accuracy. The system is a highly suitable platform for modern industrial needs because of its ability to accelerate rapidly. This model caters to the requirements of merging technologies that are numerically controlled. The system enables high speed numerically driven movements and also ensures pinpoint accuracy. The linear drive technology comes as a replacement for the conventional drive technologies. The conventional numerically controlled technologies often use a number of mechanical parts that need relative movements between metallic and nonmetallic parts. This is the cause of excessive wear and tear in the long run and also causes significant energy losses. The main advantage is that the direct linear technology operates without pinions, gear racks, gearboxes, and other mechanical components.
The MLP300C-0090-FT-N0CN-NNL3 is capable of providing very high feed rates. The feed rates available with this model are in the range of 250 N to 21,000 N per motor. This linear drive is suitable for use in a wide range of industrial climates. It can be operated in all areas where the external air has a maximum temperature of 40 °C and a minimum temperature of 0 °C. This model can be used for cutting applications at very high speed in machining centers and transfer lines. The system provides a very high force density during drive control applications because of its synchronous linear technology.
