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Allen-Bradley MPL-B580F-MJ72AA Servo Motor – Detailed Product Description, Specifications, Applications and Model Guide

1. Product Overview

The Allen-Bradley MPL-B580F-MJ72AA is a high-performance low-inertia brushless AC servo motor from the MP-Series MPL family. It is designed for demanding motion-control applications where fast acceleration, accurate positioning, high torque density, and reliable continuous operation are important.

This motor uses a 460 V AC-class electrical design, a 165 mm frame size, and a 203.2 mm magnet-stack length. It is rated for a nominal speed of 3000 RPM and is equipped with a multi-turn high-resolution absolute encoder for accurate position feedback.

The motor uses a keyed shaft extension, making it suitable for conventional mechanical power transmission arrangements such as couplings, pulleys, gears, and other machine-drive components.

Another important feature is the SpeedTEC DIN connector. The connector is right-angle and can be rotated through 180 degrees, which gives machine builders more flexibility when routing motor cables in compact equipment.

The standard configuration of the MPL-B580F-MJ72AA is without a holding brake. This makes it particularly suitable for applications where the load does not need to be mechanically held after servo power is removed, or where the machine uses another method of load retention.

The motor is part of the low-inertia MPL family, which emphasizes a favorable torque-to-size ratio and rapid dynamic response. This makes the motor especially useful in machines with frequent acceleration and deceleration cycles.

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2. Basic Product Information

Parameter	Specification
Brand	Allen-Bradley
Product Family	MP-Series
Product Series	MPL Low-Inertia Brushless Servo Motors
Model	MPL-B580F-MJ72AA
Product Type	Rotary Servo Motor
Motor Technology	Brushless AC Permanent-Magnet Servo Motor
Voltage Class	460 V AC
Frame Size	165 mm / 6.50 in
Magnet Stack Length	203.2 mm / 8.0 in
Rated Speed	3000 RPM
Continuous Stall Torque	Approximately 34.0 N·m class
Peak Torque	High dynamic peak-torque capability; application-dependent
Feedback	Multi-turn high-resolution absolute encoder
Shaft	Keyed shaft extension
Brake	No brake
Connector	SpeedTEC DIN connector
Connector Orientation	Right-angle, 180° rotatable
Mounting	IEC metric mounting
Mounting Holes	Free mounting holes, Type FF configuration
Protection	IP50 minimum configuration; higher protection is possible with suitable sealing arrangements
Weight	25.4 kg
Frame Dimension	165 mm
Magnet Stack Dimension	203.2 mm
Overall Housing Dimensions	Configuration/mechanical drawing dependent

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3. Detailed Technical Parameters

3.1 Electrical and Performance Parameters

Parameter	MPL-B580F-MJ72AA
Motor Type	Brushless AC Servo Motor
Voltage	460 V AC
Rated Speed	3000 RPM
Continuous Stall Torque	Approx. 34.0 N·m
Feedback	Multi-turn high-resolution absolute encoder
Brake	No brake
Motor Frame	165 mm
Magnet Stack	203.2 mm
Weight	25.4 kg
Dimension Reference	165 mm frame × 203.2 mm magnet stack
Motor Construction	Permanent-magnet synchronous servo motor
Servo Function	Closed-loop speed, torque, and position control
Rotor Design	Low-inertia servo rotor
Feedback Function	Absolute multi-turn position feedback
Dynamic Response	Designed for rapid acceleration/deceleration
Torque Density	High torque output relative to motor size

The 3000 RPM rating places this motor in a useful range for general industrial servo applications. It provides enough speed for many indexing, positioning, material-handling, packaging, and machine-tool operations while maintaining substantial torque capability.

The approximately 34.0 N·m continuous stall torque class gives the motor considerable load-handling capability. The actual usable operating torque should always be evaluated together with the duty cycle, acceleration profile, ambient conditions, drive settings, and mechanical transmission.

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4. Mechanical Parameters

Parameter	Specification
Frame Size	165 mm
Magnet Stack Length	203.2 mm
Shaft Configuration	Keyed shaft extension
Brake	No brake
Mounting Standard	IEC Metric
Mounting Type	Flange mounting
Connector	SpeedTEC DIN
Connector Position	Right angle
Connector Rotation	180° rotatable
Environmental Protection	IP50 minimum configuration
Weight	25.4 kg
Frame Dimension	165 mm
Stack Dimension	203.2 mm
Overall Motor Dimensions	Refer to the mechanical configuration/drawing

The 165 mm frame gives the motor a relatively substantial mechanical footprint compared with smaller servo motors. The 203.2 mm magnet stack provides additional active motor length and contributes to the higher torque capability of this model.

The keyed shaft is useful for applications where positive mechanical torque transmission is required. It is particularly convenient when used with compatible keyed couplings, pulleys, gears, or other rotating machine components.

The absence of a standard holding brake reduces the mechanical complexity of the motor and can also be advantageous when the machine does not require brake holding.

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5. Model Number Interpretation

The model number MPL-B580F-MJ72AA contains information about the motor’s configuration.

Model Section	Meaning
MPL	MPL low-inertia servo motor family
B	460 V class configuration
5	165 mm frame class
80	203.2 mm magnet-stack length
F	3000 RPM class
M	Multi-turn high-resolution absolute feedback
J	Keyed shaft configuration
7	SpeedTEC DIN connector configuration
2	No-brake configuration
AA	Configuration/version identifier

This coding structure is useful when comparing the MPL-B580F-MJ72AA with other motors in the same family. Several models may share the same frame and stack dimensions while differing in speed, feedback type, shaft style, brake configuration, or connector arrangement.

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6. Product Introduction

The MPL-B580F-MJ72AA is designed around the requirements of modern industrial servo systems.

Unlike a conventional induction motor used mainly for constant-speed operation, a servo motor is intended to work as part of a closed-loop motion-control system. The motor continuously works with the servo drive and feedback device to control position, speed, and torque.

The multi-turn absolute encoder is particularly important in applications where the controller needs reliable position information over multiple mechanical revolutions.

The low-inertia rotor is another major feature. Lower rotor inertia allows the servo system to change speed more quickly because the drive does not need to overcome as much rotational inertia during acceleration and deceleration.

This characteristic is valuable in machines that repeatedly move between positions, perform indexing operations, or change speed rapidly.

The motor’s relatively high torque capability combined with its low-inertia design gives the MPL-B580F-MJ72AA a useful balance between power density and dynamic response.

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7. Main Advantages

7.1 Low-Inertia Design

One of the most important advantages of the MPL-B580F-MJ72AA is its low-inertia rotor design.

Lower rotor inertia can help the motor accelerate and decelerate rapidly. In practical machine operation, this can result in shorter positioning times and better response during repeated motion cycles.

This is especially useful for indexing machines, packaging equipment, material-handling systems, and other equipment where the motor frequently starts, stops, and reverses.

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7.2 High Torque Density

The 165 mm frame and 203.2 mm magnet-stack configuration provide substantial torque capability without requiring an excessively complicated motor arrangement.

A higher torque-to-size ratio can help machine designers obtain the required mechanical output without using an even larger motor.

This can be useful when machine space is limited or when the motor must be integrated into an existing mechanical structure.

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7.3 Multi-Turn Absolute Feedback

The multi-turn high-resolution absolute encoder provides detailed position feedback.

This is valuable in applications where the control system needs accurate knowledge of motor position across multiple revolutions.

Absolute feedback can also simplify machine operation because the controller can obtain meaningful position information without relying solely on a conventional incremental counting approach.

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7.4 Keyed Shaft

The keyed shaft extension provides a conventional mechanical connection method.

It is suitable for many types of mechanical transmission, including:

• Gearboxes
• Timing pulleys
• Couplings
• Belt-drive systems
• Rollers
• Lead-screw mechanisms
• Mechanical indexing systems

The keyed shaft is particularly useful where positive torque transmission is preferred.

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7.5 Flexible Connector Orientation

The right-angle SpeedTEC DIN connector can be rotated through 180 degrees.

This is useful when designing compact machinery because the cable exit direction can be adjusted to suit the available installation space.

Good cable routing is especially important in servo systems because power and feedback cables must be installed in a way that minimizes mechanical stress and helps maintain reliable signal performance.

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7.6 No Standard Holding Brake

The MPL-B580F-MJ72AA is configured without a brake.

For machines that do not need mechanical holding after power removal, the no-brake configuration can provide a simpler mechanical arrangement.

It can also be suitable for horizontal-axis applications where the load is not prone to falling or moving when servo power is removed.

For vertical axes or gravity-loaded mechanisms, a braking solution should be evaluated carefully.

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7.7 Industrial Servo Construction

The motor is designed for integration into industrial motion-control systems.

Its combination of permanent-magnet motor technology, closed-loop feedback, low rotor inertia, and high torque density makes it suitable for demanding repetitive motion applications.

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8. Typical Applications

The MPL-B580F-MJ72AA can be used in many industrial motion-control applications.

8.1 Packaging Machinery

Packaging equipment frequently requires fast and repeatable movement.

The motor can be used for:

• Conveyor positioning
• Product indexing
• Film handling
• Cutting mechanisms
• Sealing mechanisms
• Labeling systems
• Carton handling
• Pick-and-place mechanisms

The low-inertia design is especially useful when the machine needs frequent acceleration and deceleration.

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8.2 Material Handling

Material-handling equipment often requires controlled movement rather than simple continuous rotation.

Typical uses include:

• Transfer mechanisms
• Automated conveyors
• Positioning axes
• Lift mechanisms with appropriate load-holding provisions
• Rollers
• Sorting mechanisms
• Automated handling systems

The multi-turn absolute feedback can be useful where accurate position information is important.

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8.3 Machine Tools

Servo motors are widely used in machine tools because accurate speed and position control are essential.

Potential applications include:

• Rotary positioning
• Feed mechanisms
• Tool positioning
• Indexing tables
• Auxiliary axes
• Automated adjustment mechanisms

The motor’s 3000 RPM class operating speed provides a practical balance between speed and torque.

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8.4 Printing and Converting Equipment

Printing and converting machinery often requires coordinated movement between multiple axes.

Applications can include:

• Web handling
• Roller control
• Feed systems
• Cutting
• Slitting
• Registration control
• Tension-related motion

In these machines, stable feedback and fast dynamic response are important.

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8.5 Assembly Automation

Automated assembly systems often require repeated positioning with high consistency.

The motor can be considered for:

• Rotary positioning
• Component insertion
• Indexing
• Automated fixtures
• Transfer systems
• Pick-and-place mechanisms
• Screw-driving motion systems

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8.6 Robotics and Automated Mechanisms

The motor can also be used in certain industrial robotic or robotic-like mechanisms where its torque and feedback characteristics match the axis requirements.

The exact suitability depends on the axis inertia, load, speed, acceleration, duty cycle, gearbox ratio, and required positioning accuracy.

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9. Motion-System Integration

The MPL-B580F-MJ72AA is normally used as one part of a complete servo system.

A typical system can include:

1. Motion controller
2. Servo drive
3. Servo motor
4. Motor power cable
5. Feedback cable
6. Mechanical coupling
7. Gearbox or transmission
8. Machine load

The servo drive supplies controlled electrical power to the motor while processing the encoder feedback.

The controller determines the required motion profile, and the drive regulates motor torque and speed to follow the command.

The mechanical transmission then transfers the motor output to the machine.

Because the MPL-B580F-MJ72AA is a relatively high-capacity servo motor, the complete system should be sized as a complete motion chain rather than selecting the motor based only on rated torque.

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10. Environmental and Protection Characteristics

Parameter	Specification
Minimum Protection	IP50
Enhanced Protection	IP66 possible with suitable shaft sealing and environmentally sealed cable arrangement
Minimum Operating Temperature	0 °C class
Maximum Operating Temperature	40 °C class
Storage Temperature Range	Approximately -30 °C to +70 °C class
Relative Humidity	Approximately 5–95% RH class
Weight	25.4 kg
Frame Dimension	165 mm
Magnet Stack	203.2 mm

Environmental protection should be considered together with cable connectors, shaft sealing, installation orientation, machine enclosure, and contamination level.

The basic motor configuration should not automatically be treated as suitable for harsh washdown environments. Where higher environmental protection is required, the appropriate sealing and cable arrangement should be used.

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11. Installation Considerations

The mechanical mounting surface should be rigid enough to support the motor and resist vibration.

The motor should be mounted so that the shaft remains properly aligned with the driven equipment.

Misalignment can increase bearing loading and can create unwanted vibration.

When a coupling is used, the coupling should be selected according to the motor’s torque, speed, shaft geometry, and allowable misalignment.

Cable routing is also important. Servo power and feedback cables should be routed carefully and protected from excessive bending, crushing, heat, or mechanical abrasion.

The connector should not be used as a structural support point for the cable.

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12. Maintenance Considerations

The MPL-B580F-MJ72AA is intended for industrial service, but proper installation and operating conditions remain important for long-term reliability.

Regular inspection should focus on:

• Motor mounting bolts
• Shaft coupling
• Cable condition
• Connector condition
• Unusual vibration
• Unusual noise
• Excessive motor temperature
• Mechanical backlash
• Encoder-related faults
• Repeated drive overload conditions

A sudden increase in motor temperature can indicate excessive load, poor ventilation, incorrect tuning, mechanical binding, or an unsuitable duty cycle.

Likewise, repeated following-error faults may be caused by mechanical problems rather than the motor itself.

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13. Important Selection Points

When selecting the MPL-B580F-MJ72AA for an application, the following factors should be checked:

Load Torque

The required continuous and peak torque should be calculated from the actual machine load.

Load Inertia

The motor inertia and reflected load inertia should be evaluated together.

Speed

The complete motion profile should be checked rather than looking only at maximum speed.

Acceleration

Peak acceleration can have a major influence on required motor torque.

Duty Cycle

Frequent high-torque operation may produce significantly more heat than steady operation.

Vertical Loads

Vertical axes require special consideration because a no-brake motor does not mechanically hold the load after power is removed.

Mechanical Transmission

Gearboxes, belts, pulleys, lead screws, and couplings all influence reflected inertia and torque requirements.

Environment

Temperature, dust, moisture, vibration, and chemical exposure should all be considered.

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14. Recommended Same-Series or Closely Related Models

The following models are useful comparison choices within the same MPL family or closely related B580/B560 configurations.

Model	Main Configuration	Speed / Feedback	Shaft	Brake	Frame / Stack	Weight / Dimension Reference
MPL-B580F-MJ72AA	Reference model	3000 RPM, multi-turn absolute	Keyed	No brake	165 mm / 203.2 mm	25.4 kg; 165 mm × 203.2 mm stack
MPL-B580F-MJ74AA	B580F alternative	3000 RPM, multi-turn absolute	Keyed	Brake configuration	165 mm / 203.2 mm	Approx. 29 kg; 165 mm × 203.2 mm stack
MPL-B580J-MJ72AA	Higher-speed B580 variant	3750 RPM, multi-turn absolute	Keyed	No brake	165 mm / 203.2 mm	Configuration-dependent; 165 mm × 203.2 mm stack
MPL-B560F-MJ72AA	Shorter-stack related model	3000 RPM, multi-turn absolute	Keyed	No brake	165 mm / 152.4 mm	Configuration-dependent; 165 mm × 152.4 mm stack
MPL-B560F-MJ74AA	Shorter-stack brake version	3000 RPM, multi-turn absolute	Keyed	Brake configuration	165 mm / 152.4 mm	Configuration-dependent; 165 mm × 152.4 mm stack

Why These Models Are Worth Comparing

The MPL-B580F-MJ72AA is the main reference point when high torque capability and a 3000 RPM operating class are required.

The MPL-B580F-MJ74AA is particularly relevant when a holding-brake configuration is required.

The MPL-B580J-MJ72AA is useful when the application requires a higher speed than the 3000 RPM class.

The MPL-B560F-MJ72AA has a shorter magnet stack and can be considered when the machine requires a more compact motor configuration.

The MPL-B560F-MJ74AA combines the shorter stack with a brake-oriented configuration, making it useful for applications where both packaging and load holding need to be considered.

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15. Comparison of the Recommended Related Models

Model	Speed	Feedback	Shaft	Brake	Stack Length	Weight	Dimension Reference
MPL-B580F-MJ72AA	3000 RPM	Multi-turn absolute	Keyed	No	203.2 mm	25.4 kg	165 mm frame × 203.2 mm stack
MPL-B580F-MJ74AA	3000 RPM	Multi-turn absolute	Keyed	Yes/configured	203.2 mm	Approx. 29 kg	165 mm frame × 203.2 mm stack
MPL-B580J-MJ72AA	3750 RPM	Multi-turn absolute	Keyed	No	203.2 mm	Configuration-dependent	165 mm frame × 203.2 mm stack
MPL-B560F-MJ72AA	3000 RPM	Multi-turn absolute	Keyed	No	152.4 mm	Configuration-dependent	165 mm frame × 152.4 mm stack
MPL-B560F-MJ74AA	3000 RPM	Multi-turn absolute	Keyed	Yes/configured	152.4 mm	Configuration-dependent	165 mm frame × 152.4 mm stack

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16. Five Popular Models from the Same Brand

The following models are useful choices when building a broader selection list of servo and motion-control products from the same brand.

Model	Product Category	Main Parameter	Feedback / Function	Brake	Dimension / Frame	Weight
MPL-B580F-MJ72AA	MPL Servo Motor	3000 RPM, approx. 34.0 N·m class	Multi-turn absolute	No	165 mm frame / 203.2 mm stack	25.4 kg
MPL-B580F-MJ74AA	MPL Servo Motor	3000 RPM, approx. 34.0 N·m class	Multi-turn absolute	Yes/configured	165 mm frame / 203.2 mm stack	Approx. 29 kg
MPL-B580J-MJ72AA	MPL Servo Motor	3750 RPM class	Multi-turn absolute	No	165 mm frame / 203.2 mm stack	Configuration-dependent
MPL-B560F-SJ74AA	MPL Servo Motor	3000 RPM class	Single-turn feedback configuration	24 V DC brake configuration	165 mm frame / 152.4 mm stack	Configuration-dependent
MPL-B560F-SK74AA	MPL Servo Motor	3000 RPM class	Single-turn feedback configuration	24 V DC brake configuration	165 mm frame / 152.4 mm stack	Configuration-dependent

These models cover several important combinations of motor speed, stack length, feedback arrangement, shaft configuration, and brake configuration.

For a direct comparison with the MPL-B580F-MJ72AA, the B580F family is generally the most relevant starting point because it maintains the same 165 mm frame and 203.2 mm magnet-stack class.

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17. Choosing Between B580F and B560F

One of the most useful distinctions is the difference in magnet-stack length.

The B580F uses a 203.2 mm magnet stack, while the B560F uses a 152.4 mm magnet stack.

This difference affects the motor’s overall active length and torque capability.

Feature	B560F Class	B580F Class
Frame Size	165 mm	165 mm
Magnet Stack	152.4 mm	203.2 mm
Typical Speed Class	3000 RPM	3000 RPM
Torque Capability	Lower class	Higher class
Motor Length	Shorter	Longer
Space Requirement	Lower	Higher
Typical Selection	More compact applications	Higher torque applications
Weight	Configuration-dependent	25.4 kg for MJ72AA

If the machine has limited motor space and the required torque is moderate, a B560F model may be more appropriate.

If the machine requires greater continuous torque and has sufficient mounting space, the B580F configuration becomes more attractive.

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18. Why the Multi-Turn Encoder Matters

The multi-turn absolute encoder is one of the important characteristics of the MPL-B580F-MJ72AA.

A servo system needs reliable feedback to determine the actual motor position.

The encoder provides the drive and motion controller with position information so that the system can correct the motor’s movement and maintain the commanded trajectory.

The multi-turn capability is especially useful for mechanisms that rotate through several revolutions rather than operating within a single mechanical turn.

Examples include:

• Screw mechanisms
• Rotary indexing
• Long-travel linear axes
• Material feed systems
• Roll positioning
• Automated adjustment systems

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19. Keyed Shaft Versus Keyless Shaft

The keyed shaft configuration is another important selection factor.

A keyed shaft uses a mechanical key to transmit torque between the shaft and the connected component.

This is a familiar industrial mechanical arrangement and is widely used with compatible couplings, gears, pulleys, and other transmission components.

A keyless shaft configuration, by comparison, can be preferable in some applications where smooth shaft surfaces or particular coupling systems are desired.

For the MPL-B580F-MJ72AA, the keyed shaft is part of the standard model configuration.

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20. Brake Selection

The MPL-B580F-MJ72AA has no standard holding brake.

This is not necessarily a disadvantage.

A no-brake servo motor can be the correct choice for horizontal axes, rotary mechanisms, conveyors, and other systems where mechanical holding is not required after servo power is removed.

However, vertical applications require more careful analysis.

If the load can fall or move under gravity, a suitable holding mechanism or brake arrangement may be required.

The important point is that the motor should be selected according to the machine’s safety and mechanical requirements rather than simply choosing the highest-torque model.

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21. Cable and Connector Considerations

The SpeedTEC DIN connector is designed for flexible industrial installation.

The right-angle configuration helps reduce the space needed behind the motor.

The connector can also be rotated, allowing the cable exit direction to be adjusted.

This is particularly useful in compact machines where a straight connector would interfere with guards, frames, cable tracks, or adjacent components.

Cable selection should match the motor, drive, feedback arrangement, connector configuration, and installation environment.

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22. Advantages in Machine Design

From a machine-builder’s perspective, the MPL-B580F-MJ72AA offers several useful characteristics.

High Torque Capability

The approximately 34.0 N·m continuous stall torque class makes the motor suitable for demanding motion axes.

3000 RPM Operating Class

The speed is suitable for many general-purpose industrial servo applications.

Multi-Turn Absolute Feedback

This provides a strong feedback solution for applications requiring multi-revolution position information.

Low-Inertia Rotor

The low-inertia design supports rapid dynamic response.

Keyed Shaft

The keyed shaft works well with conventional industrial mechanical transmission systems.

Flexible Connector

The rotatable right-angle connector simplifies machine integration.

Large 165 mm Frame

The substantial frame provides a solid mechanical platform for higher-output servo applications.

203.2 mm Magnet Stack

The long active stack supports the motor’s higher torque capability.

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23. Potential Applications by Machine Type

Machine Type	Typical Servo Function	Suitability
Packaging Machine	Indexing, feeding, cutting	Excellent
Conveyor System	Positioning and synchronization	Excellent
Printing Equipment	Roller control and registration	Very good
Material Handling	Transfer and positioning	Very good
Assembly Machine	Indexing and positioning	Excellent
Machine Tool	Feed and auxiliary axis	Very good
Converting Machine	Web handling and cutting	Excellent
Automated Production Line	Coordinated motion	Excellent
Rotary Indexing Machine	Positioning and indexing	Excellent
Pick-and-Place System	High-speed positioning	Very good

The actual selection should always be confirmed by calculating torque, inertia, speed, acceleration, duty cycle, and thermal loading.

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24. Advantages and Limitations at a Glance

Item	Assessment
Torque Capability	High
Speed Capability	3000 RPM class
Dynamic Response	Very good
Position Feedback	High-resolution multi-turn absolute
Mechanical Connection	Keyed shaft
Connector Flexibility	Very good
Brake	Not included in this configuration
Motor Size	Large 165 mm frame
Stack Length	Long 203.2 mm
Weight	25.4 kg
Compactness	Moderate
High-Torque Applications	Excellent
Rapid Positioning	Excellent
Vertical Axis Without Additional Holding	Not recommended without suitable load-holding provisions

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25. Overall Product Assessment

The Allen-Bradley MPL-B580F-MJ72AA is a substantial industrial servo motor designed for applications that require a combination of high torque, accurate feedback, and responsive motion control.

Its 165 mm frame, 203.2 mm magnet stack, 3000 RPM operating class, multi-turn high-resolution absolute encoder, and keyed shaft make it a strong candidate for medium-to-high performance industrial motion applications.

The low-inertia rotor is particularly useful when the machine needs fast acceleration and deceleration. Instead of focusing only on maximum torque, the motor’s dynamic characteristics make it well suited to machines where motion cycles repeat frequently.

The 25.4 kg weight also reflects the physical scale of the motor. This should be considered during machine-frame design, especially where the motor is mounted on a moving axis.

The no-brake configuration is appropriate for many horizontal or rotary applications, but vertical loads should be evaluated carefully.

Overall, this model is best suited to applications where a large-frame, high-torque, 3000 RPM-class servo motor with multi-turn absolute feedback is required.

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26. Quick Technical Reference

Parameter	Value
Brand	Allen-Bradley
Series	MP-Series MPL
Model	MPL-B580F-MJ72AA
Motor Type	Low-Inertia Brushless AC Servo Motor
Voltage	460 V AC
Frame	165 mm / 6.50 in
Magnet Stack	203.2 mm / 8.0 in
Speed	3000 RPM
Continuous Stall Torque	Approx. 34.0 N·m
Feedback	Multi-turn high-resolution absolute encoder
Shaft	Keyed
Brake	No brake
Connector	SpeedTEC DIN, right-angle
Connector Adjustment	180° rotatable
Mounting	IEC Metric
Protection	IP50 minimum configuration
Weight	25.4 kg
Main Advantage	High torque with low-inertia dynamic response
Typical Applications	Packaging, material handling, automation, indexing, machine tools, printing, converting

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27. Final Recommendation

The MPL-B580F-MJ72AA is a strong choice when the application calls for a 3000 RPM servo motor with approximately 34.0 N·m continuous torque capability, multi-turn absolute feedback, a keyed shaft, and a 165 mm × 203.2 mm motor configuration.

For a higher-speed requirement, the MPL-B580J-MJ72AA is worth considering.

For an application that needs mechanical holding, the MPL-B580F-MJ74AA is a more appropriate comparison.

For a shorter motor configuration, the MPL-B560F family is worth evaluating.

For general machine design, the most important selection factors remain torque, peak torque, speed, reflected inertia, acceleration, duty cycle, ambient temperature, mounting space, and whether a holding brake is required.

The MPL-B580F-MJ72AA is therefore best viewed as a high-torque, low-inertia, 3000 RPM-class industrial servo motor for demanding closed-loop motion-control applications, rather than simply as a general-purpose electric motor.