AB VPL-B0633M-PJ12AA
The Allen-Bradley VPL-B0633M-PJ12AA is a high-performance servo motor from Rockwell Automation’s Allen-Bradley product family. This servo motor is commonly used in motion control applications requiring high precision and high response speed, such as CNC machine tools, robots, packaging machinery, etc.
Product parameters and specifications (specific parameters may vary depending on the model an
d configuration, please refer to the official data)
Type: Servo motor
Voltage level: 480V AC
Frame size: 63mm bolt circle
Speed: 6000 RPM
Encoder: multi-turn absolute encoder, supporting Hiperface DSL protocol
Other features: Low inertia, 3 magnetic stacks, keyway shaft, SpeedTec right Angle DIN connector, IEC metric mounting flange, standard
Main function
Precise motion control: Combined with servo drives, precise position, speed and torque control is achieved.
High-speed operation: Up to 6000 RPM, suitable for high-speed motion applications.
Multi-turn absolute encoder: Provides accurate position feedback and maintains position information even after power failure.
Low inertia design: Suitable for applications requiring rapid acceleration and deceleration.
Application field
CNC machine tool: used to control each axis of the machine tool to achieve high-precision machining.
Robot: Used to control the joints of the robot to achieve flexible movement.
Packaging machinery: used to control the moving parts of packaging machinery to achieve high-speed and accurate packaging.
Automatic production line: used to control various mechanical equipment on the production line.
Product characteristics
High performance: high precision, high response speed, high reliability.
Flexible configuration: It can be configured according to different application requirements.
Easy integration: Seamless integration with Allen-Bradley drives and controllers.
Matters needing attention
Matching drive: Needs to be used with a suitable Allen-Bradley servo drive.
Installation: The installation should be carried out in accordance with the instructions to ensure that the motor is firmly connected to the load.
Debugging: Parameter debugging is required to obtain the best motion performance.
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