AC servomotor BSH, 0.7 N.m, 8000 rpm, smooth shaft, without holding brake, IP50 BSH0701T01A1A

Schneider Electric AC servomotor from the BSH series is a component designed for precise motion control in industrial applications. Model BSH0701T01A1A offers a torque of 0.7 N.m and reaches a speed of 8000 revolutions per minute, making it an ideal solution for systems requiring fast and accurate response. The smooth shaft design simplifies integration with various mechanisms, and the absence of a holding brake simplifies configuration in applications where maintaining position is not critical.

This motor is characterized by an IP50 protection degree, which means effective protection against dust and limited contact with water – sufficient for most industrial environments. Its construction based on a three-phase synchronous motor ensures high efficiency and reliable operation. The rated voltage of 480 V and frequency of 50/60 Hz allow for flexible adaptation to different electrical network standards.

This servomotor also stands out with several key features:

• High efficiency: Rated power of 0.35 kW combined with precise control ensures optimal energy utilization.
• Wide range of applications: Thanks to its universal design, it can be used in many applications, from industrial automation to robotics.
• Durable construction: Used materials ensure long-lasting and trouble-free operation even in demanding conditions.
• Easy integration: Smooth shaft facilitates mounting and connection with other system elements.
• Operating temperature range: Designed to operate at temperatures from 0 to 20°C, making it suitable for most industrial environments.

This motor does not work directly with a frequency inverter, which should be taken into account when designing the control system. The lack of temperature sensors (PTC or RTD) means that monitoring the motor temperature requires the use of external measurement solutions. Insulation class and housing material have not been specified in the provided data, therefore these parameters should be checked in the manufacturer's technical documentation before using the motor in a specific application.