MSK101D-0450-NN-M2-BG0-RNNN
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MPN: R911314950
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In-Stock, Ships 3-5 Days
The MSK101D-0450-NN-M2-BG0-RNNN synchronous servomotor produced by Bosch Rexroth has Class F insulation. This servomotor portrays a thermal time constant of 100 minutes. It supports up to 80 N axial force. The motor operation gets cut off when its surface reaches a temperature of 150 °C during its operation.
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Product Description:
Bosch Rexroth is a manufacturer of industrial drive control systems and motion control products.
The MSK101D-0450-NN-M2-BG0-RNNN is a synchronous motor that has been manufactured for controlling the speed and position in industrial systems. This model has been manufactured for controlling the speed and position in different types of industrial settings. The device comes with a compact construction that allows easy installation in tight spaces. This motor has been designed with a high torque density and can be used in areas where there is a high torque requirement. This model can be installed in areas where a robotic arm is used. It is also suitable for machining metal parts and the fabrication of metallic components. This motor is also used with woodworking machines and supports precise woodcutting applications. This model has been designed for better stability at higher speeds since it incorporates wider gaps for air passage.
The MSK101D-0450-NN-M2-BG0-RNNN is also preferred in the industry due to its ability to function smoothly in areas where rotary mains as well as a servo platform are required. This motor can be used in areas where the ambient conditions are challenging and the ambient air temperatures are as high as 40 °C. The motor can also be used in areas where the ambient air temperatures are as low as 0 °C. The outer casing of this MSK motor is protected in line with the IP 65 ingress protection protocol. The motor is protected when exposed to high velocity jets of water, oils, emulsions, and noncorrosive particles. This motor can be used with a wide range of sensors and actuators. As a result, the drive control capabilities of this model can be significantly enhanced.
