Brand:Allen Bradley PLC Item No.:MPL-B580J-SJ22AA Product Origin:USA Product Dimensions:Frame Size: 165 mm Product Weight:25.4 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Allen-Bradley MPL-B580J-SJ22AA is a high-performance low inertia servo motor designed for demanding industrial motion control applications. It is part of the MPL MP-Series and is widely used in systems requiring fast dynamic response and precise positioning.
With a 165 mm frame size and optimized rotor design, it delivers strong torque density and high-speed capability while maintaining smooth and stable operation. It is typically paired with Allen-Bradley Kinetix servo drives in advanced automation systems where accuracy, repeatability, and motion synchronization are critical.
Technical Specifications
Parameter
Description
Model
Allen-Bradley MPL-B580J-SJ22AA
Product Type
AC Servo Motor
Series
MPL MP-Series
Frame Size
165 mm
Voltage Class
460 VAC
Rated Speed
3750 RPM
Motor Type
Permanent magnet rotary servo motor
Inertia
Low inertia design
Feedback
High-resolution encoder
Brake
Not included
Shaft
Keyed shaft
Connector Type
Rotatable bayonet connector
Mounting
IEC metric flange
Operating Environment
Industrial automation systems
Weight
25.4 kg
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Popular Related Models
Model
Product Name
Allen-Bradley Kinetix 5700 Drive
Multi-axis Servo Drive System
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Applications
• High-performance motion control systems
Used in precision positioning systems requiring fast acceleration, deceleration, and accurate torque control in automated machinery.
• Packaging and material handling equipment
Supports synchronized motion in conveyors, labeling systems, and pick-and-place automation lines.
• Robotics and multi-axis servo systems
Enables coordinated motion control in robotic arms and automated assembly platforms.
• CNC and precision manufacturing machines
Provides stable torque and high-speed response for cutting, forming, and machining applications.
• Automotive production automation
Commonly used in welding, assembly, and component handling systems requiring repeatable motion accuracy.
• High-dynamic industrial equipment
Suitable for applications where rapid direction changes and low inertia response are critical.
Key Advantages
• Low inertia rotor design
Delivers fast dynamic response and high acceleration capability for precision motion control.
• High power density in compact frame
Provides strong torque output relative to its 165 mm frame size.
• Integrated high-resolution encoder feedback
Enables accurate position and speed control in closed-loop servo systems.
• Industrial-grade rugged construction
Designed for continuous operation in demanding automation environments.
• Compatible with Kinetix servo drive systems
Integrates seamlessly with Allen-Bradley Kinetix motion platforms for synchronized control.
• Stable high-speed performance
Supports reliable operation at high rotational speeds in precision applications.
Technical FAQs
Q1: What is the main function of this servo motor?
A: It converts electrical energy into precise mechanical motion for industrial automation systems.
Q2: What type of drive is it compatible with?
A: It is designed for use with Allen-Bradley Kinetix servo drive platforms.
Q3: What feedback system does it use?
A: It uses a high-resolution encoder for closed-loop position and speed control.
Q4: Is it suitable for continuous operation?
A: Yes, it is designed for industrial continuous-duty motion applications.
Q5: What industries commonly use this motor?
A: Packaging, robotics, automotive manufacturing, and CNC machinery industries.
Q6: Does it support high-speed operation?
A: Yes, it is designed for high-speed rotational performance in servo systems.
Q7: Is it a low inertia motor?
A: Yes, it is part of the MPL low inertia servo motor family.
Q8: Can it be used in multi-axis systems?
A: Yes, it is commonly used in synchronized multi-axis motion control systems.
Q9: Does it include a brake?
A: No, this model does not include an integrated holding brake.
Q10: What makes it suitable for precision automation?
A: Its combination of low inertia, high-resolution feedback, and stable torque control enables precise motion performance.
