B&R 8MSA5X.RO-X400-1 High power synchronous servo motor
Specific parameters
Electrical parameters:
Rated voltage: 400V AC
Power range: 5-20kW
Torque: nominal torque 50-150 Nm, maximum torque up to 300 N
Speed: nominal speed 1500-3000 rpm, maximum speed up to 6000 rpm
Mechanical parameters:
Protection level: IP54 (dustproof, splash proof in any direction, in compliance with general industrial environmental standards).
Shaft end specification: Keyway shaft, supporting J6 fit (centering diameter 80mm), suitable for heavy-duty load connection.
Weight: Approximately 20-30kg
Encoder: Supports Heidenhain EnDat 2.2 encoder feedback, with a resolution of up to 17 bits (131072 pulses/rev), supports multi turn absolute position detection, and meets high-precision control requirements.
Cooling method: Self cooling (A-type cooling), which needs to be installed on the heat dissipation surface to ensure stable operation.
Product Performance
High dynamic response: The dynamic response time is less than 1ms, suitable for scenarios that require fast start stop and precise positioning (such as heavy industrial robots, large CNC machine tools).
High precision control: Closed loop control is achieved through the integration of high-resolution encoders, with a positioning accuracy of ± 0.01mm, meeting high-end requirements such as semiconductor wafer processing and precision assembly.
Compact design: The 5X frame structure provides high torque while maintaining a compact size, suitable for the space constraints of medium-sized equipment (such as joint drives in automated production lines).
Reliability design:
IP54 protection: Suitable for general dust and splash environments (such as automotive manufacturing workshops).
Durability: Equipped with low-noise bearings and winding materials that can withstand temperatures up to 155 ℃, it can operate stably in harsh industrial environments.
Plug and play: Parameters are stored in the encoder chip, and motor replacement does not require reconfiguration, reducing downtime.
application area
Industrial robots: SCARA robots and six axis robots require joint drive, high torque, and fast response.
Numerical Control Machine Tool: The feed axis drive of the machining center requires high precision and stability.
Material handling: The main drive of the Automated Guided Vehicle (AGV) and the lifting platform control of the storage system.
Plastic machinery: mold closing drive for injection molding machines, precision speed control for extruders.
Packaging machinery: synchronous conveying of large filling lines, servo control of high-speed labeling machines.
Energy equipment: pitch control system for wind turbines, drive for solar tracking devices.
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