Brand:Allen Bradley PLC Item No.:MPL-A420F-M-X214 Product Origin:USA Product Dimensions:Frame Size: 63mm Product Weight:6.8 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-A420F-M-X214 Servo Motor is a specialized motion-control motor designed for use with compatible electric-cylinder systems. This distinction is important because an electric cylinder combines the servo motor with a mechanical transmission that converts rotary motion into controlled linear movement.
In automated production equipment, linear motion is frequently required for pushing, pulling, feeding, clamping, positioning, indexing, and other repetitive machine operations. Using a servo-driven electric cylinder allows the machine controller to manage travel, speed, acceleration, and positioning with much greater flexibility than a simple pneumatic or fixed-speed mechanical actuator.
The 63 mm frame size makes the MPL-A420F-M-X214 suitable for relatively compact machine architectures. This can be advantageous in packaging equipment, assembly systems, material-handling mechanisms, and other applications where actuator performance must be balanced against available installation space.
For maintenance engineers, the motor is particularly relevant when an installed electric-cylinder assembly begins to show performance problems. Before replacing the motor, the actuator's mechanical transmission, feedback system, coupling, and servo-drive configuration should all be evaluated. A positioning problem does not necessarily indicate that the motor itself has failed.
A replacement motor should also be matched to the exact electric-cylinder configuration. Two motors may share the same frame family while having different mechanical interfaces or electrical characteristics. Using the complete MPL-A420F-M-X214 catalog number greatly reduces the risk of selecting an unsuitable replacement.
The motor's role in a linear actuator also means that commissioning should be approached as a complete motion-system task. After replacement, technicians should verify the feedback response, movement direction, travel limits, acceleration and deceleration behavior, and mechanical alignment before returning the machine to full production.
For industrial automation users, the MPL-A420F-M-X214 offers a practical servo-motor solution for compatible electric-cylinder systems where compact construction, repeatable movement, and dependable motion performance are required.
Technical Specifications
Specification
Details
Brand
Allen Bradley
Manufacturer
Rockwell Automation
Product Family
MP-Series
Model
MPL-A420F-M-X214
Product Type
Electric Cylinder Servo Motor
Motor Type
Brushless AC Servo Motor
Frame Size
63 mm
Application
Electric Cylinder / Linear Motion
Motion Type
Servo-Controlled Linear Actuation
Configuration
Electric Cylinder Replacement Motor
Dimensions
Not fully supplied
Weight
6.80 kg (14.99 lb)
Installation
Compatible Electric Cylinder Assembly
Application Area
Industrial Linear Motion Control
Weight: 6.80 kg (14.99 lb)
The supplied product information specifies a 63 mm frame size and 6.8 kg weight. Complete overall motor dimensions and detailed electrical ratings were not provided, so unsupported values have not been added.
Recommended Related Models
For Allen Bradley MP-Series electric-cylinder and servo-motion applications, the following models are useful related references:
Allen Bradley MPL-A420F-M-X213 – Servo Motor
Allen Bradley MPL-A420F-M-X214 – Servo Motor
Allen Bradley MPL-A330F-M-X211 – Servo Motor
Allen Bradley MPL-A330F-M-X212 – Servo Motor
Allen Bradley MPL-A330P-SK74AA – Servo Motor
The X213 and X214 configurations are especially relevant when comparing compatible electric-cylinder motor arrangements. Final selection should be based on the complete actuator, motor, feedback, and servo-drive configuration.
Popular Related Models
For customers maintaining Allen Bradley motion-control equipment, these related MP-Series models are also useful references:
Allen Bradley MPL-A420F-M-X213 – Servo Motor
Allen Bradley MPL-A330F-M-X211 – Servo Motor
Allen Bradley MPL-A330F-M-X212 – Servo Motor
Allen Bradley MPL-A330P-SK72AA – Servo Motor
Allen Bradley MPL-A330P-SK74AA – Servo Motor
When sourcing the Allen Bradley MPL-A420F-M-X214 Servo Motor, always provide the complete catalog number. The MPL-A420F-M-X214 configuration is intended for a specific electric-cylinder application, so frame size alone is not enough for replacement selection. Matching the actuator interface, feedback system, servo drive, and mechanical configuration is essential for reliable installation and commissioning.
Applications
The Allen Bradley MPL-A420F-M-X214 Servo Motor is a specialized MP-Series servo motor designed for integration with compatible electric-cylinder systems. Rather than serving as a conventional standalone rotary motor, this configuration is intended to work as part of a servo-driven linear-motion assembly where rotary motor movement is converted into controlled linear travel.
With a 63 mm frame size, the motor is well suited to compact automation equipment where installation space, positioning accuracy, and responsive motion are important design considerations.
Typical applications include:
Electric cylinder systems
Precision linear positioning
Automated assembly equipment
Packaging machinery
Material handling systems
Pick-and-place equipment
Clamping and pressing mechanisms
Automated feeding systems
Machine tooling
Indexing and positioning applications
Production-line automation
Industrial actuator replacement
The MPL-A420F-M-X214 is particularly useful when an existing electric-cylinder system requires a replacement servo motor while the mechanical actuator assembly remains suitable for continued operation.
Advantages
Purpose-built actuator integration
The MPL-A420F-M-X214 is intended for compatible electric-cylinder applications, providing a more application-specific solution than a generic servo motor.
Compact 63 mm frame
The 63 mm frame size makes the motor suitable for machinery where installation space needs to be controlled without sacrificing servo-based positioning performance.
Responsive motion control
As part of the MPL servo family, the motor is designed for applications requiring controlled acceleration, deceleration, and repeatable positioning.
Supports precise linear motion
When correctly matched with the associated electric-cylinder mechanism, the servo motor can contribute to accurate and repeatable linear movement.
Suitable for automated production
The motor is well suited to repetitive machine operations where consistent positioning and cycle-to-cycle performance are important.
Practical replacement solution
For compatible electric-cylinder installations, replacing the motor can restore actuator performance without necessarily replacing the entire linear-motion assembly.
Useful for maintenance and refurbishment
The motor is a valuable option for service teams maintaining established Allen Bradley motion systems and looking to extend the operating life of existing equipment.
Efficient system integration
Its dedicated electric-cylinder configuration helps simplify component selection when the actuator specification is already known.
Technical FAQs
1. What is the Allen Bradley MPL-A420F-M-X214?
The MPL-A420F-M-X214 is an Allen Bradley MP-Series servo motor designed for compatible electric-cylinder and linear-motion applications.
2. Is this motor intended to operate as a standalone rotary motor?
It is specifically configured for electric-cylinder applications. Its suitability should therefore be evaluated together with the compatible actuator and mechanical transmission rather than as an isolated rotary motor.
3. What frame size does the MPL-A420F-M-X214 use?
The motor uses a 63 mm frame size.
4. What should be checked before installing this motor?
Confirm the electric-cylinder model, mechanical interface, feedback configuration, servo-drive compatibility, motor voltage class, connector arrangement, and actuator specifications before installation.
5. What can cause inaccurate linear positioning?
Possible causes include servo tuning errors, feedback problems, mechanical backlash, ball-screw wear, coupling issues, excessive load, incorrect motion parameters, or actuator alignment problems.
6. What can cause abnormal noise from the actuator?
Potential sources include motor bearings, coupling misalignment, ball-screw wear, insufficient lubrication, mechanical interference, or an incorrectly loaded actuator.
7. Can the servo drive cause motor performance problems?
Yes. Incorrect motor parameters, unsuitable tuning, feedback configuration errors, or drive faults can affect acceleration, positioning accuracy, torque response, and overall motor behavior.
8. What should be checked if the motor does not move after a command is issued?
Check the servo enable condition, active drive alarms, motor power connection, feedback connection, control commands, brake or holding functions where applicable, and mechanical restrictions.
9. Can the MPL-A420F-M-X214 replace another MPL-A420 motor?
Not automatically. Motors in the same frame family can have different actuator interfaces, feedback systems, shaft configurations, electrical characteristics, and application requirements.
10. What is the best way to select a replacement for an electric-cylinder motor?
Match the complete motor catalog number and verify the associated actuator specifications, mechanical interface, feedback system, servo drive, and machine requirements rather than selecting solely by frame size.
