Brand:Allen Bradley PLC Item No.:MPL-B310P-SK72AA Product Origin:USA Product Dimensions:Frame Size: 100 mm Product Weight:2.7 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-B310P-SK72AA Servo Motor is designed for industrial motion-control systems that require more precise movement than conventional motor-control methods can provide. Servo motors are commonly used when equipment must perform repeatable positioning, indexing, synchronized movement, or controlled acceleration and deceleration.
In an automated machine, the servo motor is only one part of the motion system. The motor works together with a servo drive, motion controller, feedback device, mechanical transmission, and machine load. The complete system must be correctly matched to achieve stable and accurate motion.
With a 100 mm frame size, the MPL-B310P-SK72AA can be considered for equipment where motor performance must be combined with practical mechanical integration. Its supplied weight of 2.7 kg also makes it relatively manageable during machine construction and maintenance.
Servo motor replacement requires particular attention to the exact model number. Motors within the same product family may have different feedback arrangements, electrical characteristics, shaft configurations, or other specifications. Installing a visually similar motor without verifying these parameters can result in compatibility problems or unexpected motion behavior.
During commissioning, technicians should first confirm all motor and feedback connections. The associated drive should then be configured with the appropriate motor information and tested under controlled conditions. Positioning accuracy, direction, acceleration, deceleration, and fault response should be verified before the machine is returned to production.
For industrial automation applications, the MPL-B310P-SK72AA provides a compact servo-motor option for machines requiring controlled and repeatable motion. Proper selection, installation, tuning, and maintenance are essential for achieving reliable long-term performance.
The 100 mm frame size should be considered when designing or replacing the motor mounting arrangement. The supplied 2.7 kg weight corresponds to approximately 5.95 lb and should be considered when planning equipment handling and axis construction.
Recommended Related Models
For applications based on the Allen Bradley MPL servo motor family, related configurations can be evaluated according to mechanical frame size, feedback arrangement, motor performance, mounting requirements, and application duty.
Recommended comparison categories include:
MPL-series servo motors with similar frame sizes
MPL servo motors with alternative performance characteristics
Compact servo motors for automated machine axes
Servo motors intended for positioning and indexing applications
Allen Bradley servo motors designed for coordinated motion
Compatible Allen Bradley servo drives and motion-control components
When selecting a replacement, the complete motor catalog number should be checked together with the existing servo drive and machine mechanics.
Popular Related Models
Common product groups considered for Allen Bradley motion-control applications include:
Allen Bradley MPL-series servo motors
Compact-frame MPL servo motor configurations
Higher-performance MPL servo motors
Servo motors for packaging and assembly equipment
Servo motors for positioning and indexing systems
Allen Bradley servo drives used with MPL motor systems
For a reliable replacement or new installation, engineers should verify the complete catalog number, frame size, feedback configuration, electrical requirements, mounting arrangement, shaft details, and compatible servo drive before commissioning the MPL-B310P-SK72AA.
Applications
The Allen Bradley MPL-B310P-SK72AA is a 100 mm frame servo motor intended for industrial motion-control applications where accurate, repeatable, and coordinated movement is required. It can be used as part of a complete servo system incorporating a compatible servo drive, controller, feedback system, and mechanical load.
Typical applications include:
Automated assembly machinery
Packaging and filling equipment
Pick-and-place systems
Precision indexing mechanisms
Material-handling equipment
Machine tools
Printing and converting machinery
Automated production lines
Robotics and motion-control equipment
Positioning and synchronized-axis applications
The motor is particularly suitable for machinery where speed and position must be controlled according to a programmed motion profile.
Motion Control Advantages
Precision-Oriented Servo Operation
The MPL-B310P-SK72AA is designed for applications where conventional fixed-speed motor operation is insufficient. Servo control allows the motor to respond to motion commands with controlled acceleration, speed, positioning, and stopping.
Compact 100 mm Frame
Its 100 mm frame size provides a practical mechanical format for automated equipment where mounting space is an important design consideration. The frame dimension should be evaluated together with shaft, mounting, connector, and coupling requirements.
Lightweight Mechanical Design
The supplied weight is 2.7 kg, or approximately 5.95 lb. This relatively low motor mass can simplify handling during machine assembly, servicing, and replacement.
Suitable for Coordinated Motion
Servo motors are commonly used where several machine axes must operate together. When correctly integrated with a compatible controller and drive, the motor can participate in synchronized positioning and motion sequences.
Useful for Automation and Replacement Projects
The MPL series is suitable for industrial motion applications as well as maintenance and replacement work. When replacing an installed motor, however, the complete catalog number and system compatibility should always be verified.
Technical FAQs
1. What is the Allen Bradley MPL-B310P-SK72AA?
The Allen Bradley MPL-B310P-SK72AA is an industrial servo motor with a 100 mm frame size. It is intended to operate as part of a closed-loop motion-control system rather than as a standalone motor.
2. What types of applications use this servo motor?
It can be considered for automated assembly, packaging, indexing, positioning, material handling, machine tools, and other applications requiring controlled and repeatable machine movement.
3. What does the 100 mm frame size mean?
The 100 mm frame size identifies the motor's mechanical frame classification and helps engineers evaluate mounting and machine-space requirements. It does not by itself define the motor's complete electrical or performance characteristics.
4. Does the motor require a servo drive?
Yes. A servo motor is normally operated through a compatible servo drive that supplies controlled electrical power and works with the motor's feedback system. The drive and motor should be treated as a matched motion-control system.
5. Why is feedback important in a servo system?
Feedback provides the control system with information about motor operation, such as position and speed. The controller can use this information to correct motion and maintain the required axis behavior.
6. What should be checked before selecting a replacement motor?
The complete catalog number, frame size, electrical characteristics, feedback configuration, mounting arrangement, shaft configuration, connectors, and compatible servo drive should all be checked. Mechanical compatibility alone is not enough.
7. What can cause servo positioning errors?
Potential causes include incorrect servo tuning, excessive mechanical backlash, feedback problems, mechanical coupling issues, excessive load, incorrect motion parameters, vibration, or problems elsewhere in the motion-control system.
8. What maintenance should be performed on the servo motor?
Maintenance should include inspection of connectors and cables, mounting hardware, shaft and coupling condition, abnormal vibration or noise, contamination, and operating temperature. Mechanical problems should be corrected before they affect the motor or feedback system.
9. What can cause a servo motor to overheat?
Possible causes include excessive load, high-duty operation, inadequate cooling, mechanical binding, incorrect tuning, repeated high-demand acceleration and deceleration, or unsuitable operating conditions. The complete servo axis should be evaluated when investigating overheating.
10. How should the MPL-B310P-SK72AA be commissioned?
After installation, technicians should verify motor and feedback connections, confirm compatibility with the servo drive, configure the required motor parameters, and perform controlled tests. Rotation direction, acceleration, deceleration, positioning performance, and fault behavior should be checked before normal production operation.
