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Allen-Bradley MPL-B1530F-V-X219 Servo Motor

1. Product Overview

The Allen-Bradley MPL-B1530F-V-X219 is an MP-Series MPL permanent-magnet servo motor used as a replacement motor for MP-Series electric-cylinder systems. It belongs to the low-inertia MPL servo motor family and is specifically configured for electric-cylinder applications rather than being a conventional standalone rotary servo motor with a standard catalog configuration.

The model is associated with a 400 V class motor system and a 40 mm frame size. Its corresponding electric-cylinder configuration uses a 5.0 mm/rev ball-screw pitch and the motor is supplied without a holding brake. The documented replacement-motor configuration identifies MPL-B1530F-V-X219 with the MPAR-B2xxxC-x2x electric-cylinder family.

The MPL-B1530F-V-X219 is therefore particularly relevant where a motor is required to replace or maintain an existing electric-cylinder assembly. Its design combines servo feedback, permanent-magnet motor technology, compact mechanical construction, and compatibility with precision linear-motion equipment.

This model should not be confused with the closely related MPL-B1530F-V-X220. The two models have the same general motor family and electric-cylinder configuration, but the X219 is the non-brake version, while the X220 is the 24 V DC brake version.

2. Brand

Brand: Allen-Bradley

Allen-Bradley is the brand associated with this servo motor family and with the MP-Series motion-control product range.

The MPL-B1530F-V-X219 is identified in industrial product records as an MP-Series electric-cylinder replacement motor rather than as a general-purpose motor.

3. Product Series

Series: MP-Series MPL

Product type: Permanent-magnet AC servo motor / electric-cylinder replacement motor

Motor family: MPL low-inertia servo motor family

Application family: MP-Series electric-cylinder replacement

The MPL-B1530F-V-X219 belongs to a group of specially configured MPL motors intended for MPAR electric-cylinder assemblies. The product family includes different frame sizes, screw pitches, voltage classes, and brake configurations.

For this particular model, the configuration is associated with:

• 400 V class system
• 40 mm frame size
• 5.0 mm/rev ball-screw pitch
• No motor brake
• MPL servo motor construction
• Electric-cylinder replacement application

The documented replacement-motor table places the MPL-B1530F-V-X219 alongside the MPL-B1530F-V-X220, with the X219 being the non-brake version and X220 being the 24 V brake version.

4. Detailed Technical Parameters

Parameter	Specification
Model	MPL-B1530F-V-X219
Brand	Allen-Bradley
Product family	MP-Series
Motor series	MPL
Product type	Servo motor / electric-cylinder replacement motor
Motor technology	Permanent-magnet AC servo
Voltage class	400 V class
Frame size	40 mm
Electric-cylinder screw pitch	5.0 mm/rev
Screw pitch in inches	0.197 in./rev
Brake	None
Feedback	Servo feedback configuration for MPL motion system
Motor construction	Low-inertia servo motor
Intended equipment	MPAR-B2xxxC-x2x electric-cylinder family
Mounting	Electric-cylinder integrated motor mounting
Dimensions	40 mm frame class; complete motor envelope depends on the cylinder/motor mechanical configuration
Overall L × W × H	Not separately specified as a standalone dimensional envelope for this replacement-motor catalog number
Weight	Approx. 4.54 kg listed item weight; actual motor net weight should be confirmed from the mechanical drawing or supplied unit
Application	Precision electric-cylinder and linear-motion systems
Brake comparison model	MPL-B1530F-V-X220
Configuration	Non-brake replacement motor

The 40 mm frame size, 5.0 mm/rev pitch, 400 V class, and absence of a brake are directly associated with the X219 configuration in the replacement-motor documentation.

The approximately 4.54 kg figure should be treated as a practical listed item-weight reference rather than a guaranteed bare-motor net mass. Some industrial inventory systems publish shipping or item weights that can differ from the engineering motor weight.

5. Model Number Explanation

The model number MPL-B1530F-V-X219 contains several useful identification elements.

Model Element	Meaning
MPL	MPL servo motor family
B	400 V class family
1530F	Specific motor/frame and construction designation
V	Motor configuration associated with the electric-cylinder replacement family
X219	Specific replacement-motor configuration

The most important part for maintenance personnel is the final X219 designation.

The X219 configuration identifies the non-brake motor used with the MPAR-B2xxxC-x2x electric-cylinder family. The corresponding brake-equipped version is MPL-B1530F-V-X220, which is assigned to the MPAR-B2xxxC-x4x family.

6. Product Introduction

The MPL-B1530F-V-X219 is designed around the requirements of precision electromechanical linear motion.

Unlike a simple induction motor, a servo motor is intended to operate as part of a closed-loop motion-control system. The motor works together with a servo drive and feedback device so that position, speed, and acceleration can be controlled accurately.

In an electric-cylinder application, rotary motor motion is converted into linear movement through the cylinder’s mechanical transmission system. The 5.0 mm/rev screw configuration provides a defined relationship between motor rotation and linear travel.

This makes the motor suitable for applications where controlled linear positioning is more important than simply generating continuous rotary power.

The motor’s permanent-magnet construction allows it to operate as a high-response servo actuator. In a correctly matched servo system, the motor can accelerate and decelerate quickly, follow commanded motion profiles, and repeatedly position the mechanical load.

The MPL-B1530F-V-X219 is therefore best understood as part of a complete motion-control assembly rather than as an isolated motor.

7. Electric-Cylinder Application

One of the defining characteristics of this model is that it is a replacement motor for an electric-cylinder system.

The documented configuration associates the X219 with:

MPAR-B2xxxC-x2x

The associated cylinder configuration uses:

• 400 V class motor
• 40 mm frame
• 5.0 mm/rev ball-screw pitch
• No motor brake

This information makes the model particularly useful for maintenance and replacement work on existing electric-cylinder systems.

For maintenance applications, matching the exact catalog number is important because two motors can have very similar physical appearances while differing in brake configuration, electrical characteristics, feedback configuration, or mechanical compatibility.

8. Servo Motor Operating Principle

The motor operates as part of a closed-loop servo system.

The servo drive supplies controlled electrical current to the motor windings. The permanent-magnet rotor responds to the rotating magnetic field and produces controlled torque.

Feedback information is used by the motion-control system to determine the motor’s actual operating condition.

The controller can then compare commanded movement with actual movement and make corrections.

This closed-loop approach is particularly useful in:

• Precision positioning
• Repetitive linear movement
• High-speed indexing
• Assembly operations
• Material handling
• Packaging
• Automated machine mechanisms
• Electric-cylinder applications

9. 5.0 mm/rev Linear Motion Configuration

The 5.0 mm/rev specification is one of the most important characteristics when this motor is used with the corresponding electric cylinder.

A 5.0 mm/rev screw pitch means that, in a simplified mechanical relationship, one complete screw revolution corresponds to approximately 5.0 mm of linear screw travel.

For example:

Motor/Screw Movement	Approximate Linear Travel
1 revolution	5.0 mm
10 revolutions	50 mm
20 revolutions	100 mm
50 revolutions	250 mm
100 revolutions	500 mm

Actual linear displacement in a complete machine depends on the specific mechanical construction, transmission efficiency, servo resolution, electronic gearing, and control configuration.

This screw-pitch relationship is one reason why the X219 must be selected carefully when replacing another electric-cylinder motor.

10. Non-Brake Configuration

The MPL-B1530F-V-X219 does not include a motor holding brake.

This is an important distinction when selecting replacement parts.

The brake-equipped equivalent in the same replacement-motor family is:

MPL-B1530F-V-X220

The documented configuration distinguishes X219 as the non-brake version and X220 as the 24 V brake version.

A non-brake configuration can be useful when the mechanical system does not require the motor to hold a load at standstill.

Typical applications may include mechanisms where:

• The load is mechanically supported.
• A separate holding mechanism is installed.
• Gravity loading is not a concern.
• The cylinder is not required to hold position during power-off conditions.
• A brake would add unnecessary mechanical complexity.

A non-brake motor should not be substituted for a brake motor without checking the complete machine design and safety requirements.

11. Advantages of the MPL-B1530F-V-X219

11.1 Designed for Precision Motion

The motor is intended for servo-controlled movement rather than basic constant-speed operation.

This allows it to be integrated into motion systems requiring controlled acceleration, deceleration, positioning, and repeatability.

11.2 Electric-Cylinder Compatibility

The model is specifically associated with an electric-cylinder replacement configuration.

This makes it useful for maintaining existing MP-Series linear-motion equipment without changing the entire mechanical concept of the machine.

11.3 Compact 40 mm Frame Class

The 40 mm frame size provides a relatively compact motor configuration for linear-motion equipment.

Compact motor construction is valuable when machine builders need to conserve installation space.

11.4 5.0 mm/rev Screw Configuration

The associated 5.0 mm/rev screw pitch provides a defined linear-motion relationship.

This is useful for controlled positioning and repeatable linear travel.

11.5 Permanent-Magnet Servo Technology

Permanent-magnet servo construction provides high dynamic response compared with many conventional motor technologies.

The motor can be rapidly accelerated and decelerated when correctly matched with the appropriate servo drive.

11.6 Non-Brake Design

The lack of a brake reduces the number of mechanical components incorporated into the motor assembly.

For machines that do not need a holding brake, this can simplify the motor configuration.

11.7 Suitable for Replacement and Maintenance

Because the model has a specific replacement designation, it is particularly useful for maintenance departments working with existing MP-Series electric-cylinder systems.

The exact catalog number helps reduce the risk of selecting a visually similar but mechanically incompatible motor.

12. Typical Applications

The MPL-B1530F-V-X219 can be used in various industrial linear-motion applications when the complete servo system is designed around the corresponding electric-cylinder configuration.

Typical applications include:

Packaging Machinery

The motor can be used in packaging equipment where controlled linear positioning is required.

Typical movements include:

• Product positioning
• Pusher mechanisms
• Cutting mechanisms
• Sealing mechanisms
• Indexing
• Film and material handling

Assembly Machinery

Automated assembly machines often require repeated linear movement.

The motor and electric-cylinder arrangement can be used for:

• Component insertion
• Clamping
• Pressing
• Pick-and-place mechanisms
• Fixture positioning
• Part transfer

Material Handling

Servo-controlled linear actuators can be used to move products or machine components accurately.

Examples include:

• Transfer mechanisms
• Conveyor positioning
• Stop mechanisms
• Automated feeders
• Linear indexing systems

Machine Tools

Precision linear movement is required in many machine-tool mechanisms.

Potential uses include:

• Tool positioning
• Workpiece positioning
• Auxiliary axes
• Automated fixtures
• Material positioning

Semiconductor and Electronics Equipment

Controlled and repeatable motion is important in electronics manufacturing.

Servo-driven linear systems can be used for:

• Component handling
• Inspection mechanisms
• Positioning stages
• Automated assembly
• Transfer equipment

Printing and Converting Machinery

The motor can also be relevant to machinery requiring repeatable linear movement.

Applications may include:

• Web positioning
• Cutting systems
• Registration mechanisms
• Material handling
• Automated adjustment mechanisms

General Factory Automation

The motor is suitable for machine builders and maintenance applications where an existing electric-cylinder system requires a compatible replacement motor.

13. Application Characteristics

Application	Motion Requirement	Suitability of MPL-B1530F-V-X219
Packaging equipment	Fast repetitive linear positioning	High
Assembly machinery	Controlled positioning and repeatability	High
Material handling	Linear transfer and indexing	High
Electric cylinders	Direct replacement configuration	Very high
Machine automation	Servo-controlled movement	High
Inspection equipment	Controlled positioning	High
Pressing mechanisms	Controlled linear movement	Depends on load
Heavy vertical loads	Position holding during power loss	Requires additional holding/braking analysis
High-inertia loads	High acceleration/deceleration	Requires complete servo sizing
Continuous rotary applications	Standalone rotary drive	Not the primary intended use

The table should be interpreted as an application guide rather than a replacement for a complete motor, drive, load, and mechanical sizing calculation.

14. Mechanical Characteristics

The MPL-B1530F-V-X219 is associated with a 40 mm frame size.

For this particular catalog number, the published replacement-motor documentation focuses heavily on the relationship between the motor and the electric-cylinder assembly rather than providing a conventional standalone motor dimension table.

Therefore, the safest engineering description is:

Mechanical Parameter	MPL-B1530F-V-X219
Model	MPL-B1530F-V-X219
Frame size	40 mm
Associated screw pitch	5.0 mm/rev
Shaft/application	Electric-cylinder drive configuration
Brake	None
Motor mounting	Integrated electric-cylinder configuration
Overall dimensions	Must be taken from the specific electric-cylinder/mechanical assembly drawing
Frame dimension	40 mm class
Approx. listed item weight	4.54 kg
Engineering net weight	Verify against supplied motor/mechanical drawing

This distinction is important because the X219 is not simply a standard standalone MPL rotary motor catalog number. It is a specially designated electric-cylinder replacement motor.

15. Electrical and Control Characteristics

The motor is intended to operate within a servo motion-control system.

The overall system normally includes:

1. Servo motor
2. Servo drive
3. Feedback system
4. Motion controller
5. Power supply
6. Motor power cabling
7. Feedback cabling
8. Mechanical electric-cylinder assembly

The drive controls motor current and torque while the motion controller establishes the required movement profile.

This arrangement allows the machine to control:

• Position
• Velocity
• Acceleration
• Deceleration
• Direction
• Stopping
• Repetitive indexing

16. Why Exact Model Matching Is Important

When replacing the MPL-B1530F-V-X219, simply selecting another MPL motor based on physical appearance is not recommended.

Important characteristics include:

• Voltage class
• Frame size
• Motor family
• Feedback configuration
• Mechanical interface
• Screw pitch
• Brake configuration
• Electric-cylinder compatibility
• Drive compatibility
• Cable configuration
• Control-system parameters

The X219 and X220 provide a good example.

Both belong to the same general replacement-motor family, but X219 is the non-brake version while X220 includes a 24 V brake.

17. Five Related Models in the Same Series or Application Family

The following models are closely related to the MPL-B1530F-V-X219 and are useful for comparison, replacement planning, or electric-cylinder selection.

Model	Voltage Class	Frame	Screw Pitch	Brake	Application	Dimensions	Weight
MPL-B1530F-V-X217	400 V	40 mm	10.0 mm/rev	None	MPAR-B1xxxE-x2x	40 mm frame; full envelope application-dependent	Approx. 4.5 kg*
MPL-B1530F-V-X218	400 V	40 mm	10.0 mm/rev	24 V DC	MPAR-B1xxxE-x4x	40 mm frame; full envelope application-dependent	Approx. 4.5 kg*
MPL-B1530F-V-X220	400 V	40 mm	5.0 mm/rev	24 V DC	MPAR-B2xxxC-x4x	40 mm frame; full envelope application-dependent	Approx. 4.5 kg*
MPL-B1520F-V-X215	400 V	32 mm	3.0 mm/rev	None	MPAR-B1xxxB-x2x	32 mm frame; full envelope application-dependent	Approx. 3–4 kg*
MPL-B220F-V-X221	400 V	40 mm	12.7 mm/rev	None	MPAR-B2xxxF-x2x	40 mm frame; full envelope application-dependent	Approx. 4–5 kg*

*Weight is a practical reference where a directly verified engineering net weight is not available. For replacement work, the supplied mechanical drawing or original motor nameplate should be used for final dimensional and weight confirmation.

The X217 through X220 models are documented within the same replacement-motor family. The principal differences are frame/screw-pitch configuration and brake configuration.

18. MPL-B1530F-V-X219 vs MPL-B1530F-V-X217

These two models share the 40 mm frame class and 400 V class.

The primary difference is the electric-cylinder screw pitch.

The X217 is associated with a 10.0 mm/rev pitch, while X219 is associated with a 5.0 mm/rev pitch.

That difference directly affects the relationship between motor rotation and linear travel.

Parameter	MPL-B1530F-V-X217	MPL-B1530F-V-X219
Voltage class	400 V	400 V
Frame	40 mm	40 mm
Screw pitch	10.0 mm/rev	5.0 mm/rev
Brake	None	None
Associated cylinder family	MPAR-B1xxxE-x2x	MPAR-B2xxxC-x2x
Dimensions	40 mm frame class	40 mm frame class
Weight	Approx. 4.5 kg*	Approx. 4.54 kg listed item weight

The two should not be treated as direct substitutions simply because the motor family and frame are similar.

19. MPL-B1530F-V-X219 vs MPL-B1530F-V-X220

This is the most direct comparison.

Parameter	MPL-B1530F-V-X219	MPL-B1530F-V-X220
Voltage class	400 V	400 V
Frame	40 mm	40 mm
Screw pitch	5.0 mm/rev	5.0 mm/rev
Brake	None	24 V DC
Associated cylinder	MPAR-B2xxxC-x2x	MPAR-B2xxxC-x4x
Dimensions	40 mm frame; assembly dependent	40 mm frame; assembly dependent
Weight	Approx. 4.54 kg listed item weight	Approx. 4.5 kg*

The X220 should be considered when a holding brake is required.

The X219 is the appropriate configuration where the corresponding cylinder system is designed for the non-brake motor.

20. Five Same-Brand Popular or Commonly Encountered Models

The following models are useful comparison products from the same general Allen-Bradley MP-Series/MPL servo family. They are not ranked by quality or performance; they represent commonly encountered configurations within the broader product family.

Model	Motor Family	Voltage Class	Frame / Stack	Speed / Configuration	Feedback	Brake	Dimensions	Weight
MPL-B1520U-VJ74AA	MPL	460 V class	63 mm / 50.8 mm	7000 rpm	Multi-turn absolute	24 V DC	Approx. 66.5 × 63 × 182.3 mm	1.4 kg
MPL-B1530U-VJ74AA	MPL	460 V class	63 mm / 76.2 mm	7000 rpm	Multi-turn absolute	24 V DC	63 mm frame; overall length depends on configuration	Approx. 1.6 kg
MPL-B210V-VJ74AA	MPL	460 V class	75 mm / 25.4 mm	8000 rpm	Multi-turn absolute	24 V DC	Approx. 75 mm frame; approx. 137 mm base motor length	Approx. 1.4 kg
MPL-B220T-VJ74AA	MPL	460 V class	75 mm / 50.8 mm	6000 rpm	Multi-turn absolute	24 V DC	Approx. 75 mm frame; approx. 163 mm base motor length	Approx. 2.0 kg
MPF-B320P-MJ72BA	MP-Series	460 V class	100 mm class	5000 rpm	Multi-turn absolute	No brake	Approx. 100 mm frame class	Approx. 3.7 kg

These models cover several different motor sizes and performance levels, making them useful references when evaluating servo-system alternatives within the broader MP-Series family.

21. MPL-B1520U-VJ74AA

The MPL-B1520U-VJ74AA is a compact low-inertia rotary servo motor configuration.

It uses a 63 mm frame and 50.8 mm stack, with a rated speed of approximately 7000 rpm. The model includes a multi-turn high-resolution absolute feedback configuration and a 24 V DC brake.

Its approximate mechanical envelope is about 66.5 × 63 × 182.3 mm, including the brake configuration, with a motor weight of approximately 1.4 kg.

Parameter	Specification
Model	MPL-B1520U-VJ74AA
Voltage	460 V AC class
Frame	63 mm
Stack	50.8 mm
Speed	7000 rpm
Feedback	Multi-turn high-resolution absolute
Shaft	Keyed
Brake	24 V DC
Dimensions	Approx. 66.5 × 63 × 182.3 mm
Weight	Approx. 1.4 kg

This model is significantly more compact and lighter than the electric-cylinder replacement motor discussed in this article.

22. MPL-B1530U-VJ74AA

The MPL-B1530U-VJ74AA belongs to the same MPL family but uses a longer 76.2 mm magnetic stack than the B1520U version.

It is a 63 mm frame motor with a 7000 rpm configuration and multi-turn absolute feedback.

Parameter	Specification
Model	MPL-B1530U-VJ74AA
Voltage	460 V AC class
Frame	63 mm
Stack	76.2 mm
Speed	7000 rpm
Feedback	Multi-turn absolute
Shaft	Keyed
Brake	24 V DC
Dimensions	63 mm frame; overall length depends on configuration
Weight	Approx. 1.6 kg

This is a useful reference when a higher-capacity MPL motor is required while remaining within a relatively compact servo-motor form factor.

23. MPL-B210V-VJ74AA

The MPL-B210V-VJ74AA is another compact MPL servo motor configuration.

It uses a larger frame than the B15-series motors but a relatively short stack, providing a useful combination of speed and torque capability.

Parameter	Specification
Model	MPL-B210V-VJ74AA
Voltage	460 V AC class
Frame	75 mm
Stack	25.4 mm
Speed	8000 rpm
Feedback	Multi-turn absolute
Brake	24 V DC
Shaft	Keyed configuration
Dimensions	Approx. 75 mm frame; approx. 137 mm base motor length
Weight	Approx. 1.4 kg

The model is suitable as a reference for applications requiring higher-speed servo operation in a compact package.

24. MPL-B220T-VJ74AA

The MPL-B220T-VJ74AA provides a larger torque capability than the smaller MPL-B210V configuration.

It uses a 75 mm frame and 50.8 mm stack and is designed around a 6000 rpm operating configuration.

Parameter	Specification
Model	MPL-B220T-VJ74AA
Voltage	460 V AC class
Frame	75 mm
Stack	50.8 mm
Speed	6000 rpm
Continuous torque	Approx. 1.61 Nm
Peak torque	Approx. 4.74 Nm
Feedback	Multi-turn absolute
Brake	24 V DC
Dimensions	Approx. 75 mm frame; approx. 163 mm base motor length
Weight	Approx. 2.0 kg

This model is useful where the application requires more torque than a smaller-frame high-speed servo motor can provide.

25. MPF-B320P-MJ72BA

The MPF-B320P-MJ72BA represents a larger MP-Series servo configuration.

It is considerably larger than the MPL-B1530F-V-X219 and is intended for applications requiring greater motor output and torque capacity.

Parameter	Specification
Model	MPF-B320P-MJ72BA
Product family	MP-Series
Motor type	Permanent-magnet servo motor
Voltage class	460 V class
Frame	100 mm class
Rated speed	Approx. 5000 rpm
Output	Approx. 1.4 kW
Feedback	Multi-turn absolute configuration
Brake	No brake in MJ72BA configuration
Dimensions	Approx. 100 mm frame class; complete dimensions configuration-dependent
Weight	Approx. 3.7 kg

This model is more appropriate for larger machine axes than the compact MPL-B1530F-V-X219 electric-cylinder replacement configuration.

26. Performance Comparison of Related Models

Model	Voltage	Frame	Screw / Stack	Brake	Main Purpose	Dimensions	Weight
MPL-B1530F-V-X219	400 V class	40 mm	5.0 mm/rev	None	Electric-cylinder replacement	40 mm frame; assembly dependent	Approx. 4.54 kg listed item weight
MPL-B1530F-V-X217	400 V class	40 mm	10.0 mm/rev	None	Electric-cylinder replacement	40 mm frame; assembly dependent	Approx. 4.5 kg*
MPL-B1530F-V-X220	400 V class	40 mm	5.0 mm/rev	24 V DC	Electric-cylinder replacement	40 mm frame; assembly dependent	Approx. 4.5 kg*
MPL-B1520F-V-X215	400 V class	32 mm	3.0 mm/rev	None	Electric-cylinder replacement	32 mm frame; assembly dependent	Approx. 3–4 kg*
MPL-B220F-V-X221	400 V class	40 mm	12.7 mm/rev	None	Electric-cylinder replacement	40 mm frame; assembly dependent	Approx. 4–5 kg*

The replacement-motor family and its associated pitch/brake combinations are documented together in the MP-Series electric-cylinder replacement documentation.

27. Main Advantages at a Glance

Advantage	Description
Servo control	Designed for closed-loop precision motion
Electric-cylinder integration	Specifically configured for MPAR electric-cylinder systems
40 mm frame	Compact mechanical class
5.0 mm/rev pitch	Provides controlled linear movement relationship
Permanent-magnet technology	Supports responsive servo operation
Non-brake configuration	Suitable where a motor holding brake is not required
Industrial construction	Designed for machine automation environments
Replacement suitability	Exact catalog designation simplifies maintenance identification
Precision positioning	Suitable for controlled linear positioning
Repeatability	Appropriate for repetitive automated movement
Motion-system compatibility	Designed as part of an integrated servo/electric-cylinder system

28. Advantages for Machine Builders

For machine builders, the main benefit of the MPL-B1530F-V-X219 is that it is not merely a generic motor.

The model is associated with a specific electric-cylinder configuration.

This means the motor selection is tied to the mechanical transmission, frame size, and screw-pitch arrangement of the cylinder.

That relationship can simplify system design when the machine is already based on the MP-Series electric-cylinder architecture.

The 5.0 mm/rev screw configuration also provides a useful compromise between linear travel and positioning capability.

Compared with a larger-pitch screw, a smaller pitch can provide more linear displacement per motor revolution at a lower travel rate. The actual force, speed, and positioning capability still depend on the complete mechanical and servo system.

29. Advantages for Maintenance Departments

For maintenance personnel, exact model identification is particularly important.

A machine may contain several motors that appear similar, but the final catalog designation can indicate major differences.

For example:

• X219 = no brake
• X220 = 24 V brake

Similarly:

• X217 = 10.0 mm/rev configuration
• X219 = 5.0 mm/rev configuration

These differences can affect the complete cylinder’s mechanical operation.

Using the correct replacement model can therefore reduce problems involving:

• Incorrect screw-pitch matching
• Incorrect brake configuration
• Mechanical incompatibility
• Incorrect servo setup
• Incorrect replacement assumptions
• Unplanned machine downtime

30. Installation Considerations

Before installation, the following items should be checked.

Mechanical Compatibility

Confirm:

• Frame size
• Mounting arrangement
• Motor-to-cylinder interface
• Shaft/interface dimensions
• Coupling arrangement
• Screw-pitch configuration
• Overall mechanical clearance

Electrical Compatibility

Confirm:

• Servo drive compatibility
• Voltage class
• Motor cable configuration
• Feedback connection
• Drive motor parameters
• Grounding
• Shielding

Control Compatibility

Confirm:

• Feedback configuration
• Motor identification
• Servo tuning
• Electronic gearing
• Position scaling
• Acceleration and deceleration
• Travel limits

Safety

Where the cylinder operates vertically or supports a potentially dangerous load, the absence of a motor brake must be carefully considered.

The X219 is a non-brake configuration.

If the machine requires positive holding force during power loss, an appropriate external or motor-integrated holding solution may be necessary.

31. Replacement Checklist

Inspection Item	Check
Model	MPL-B1530F-V-X219
Voltage class	Confirm 400 V class system
Frame size	Confirm 40 mm
Screw pitch	Confirm 5.0 mm/rev
Brake	Confirm no brake required
Cylinder model	Confirm MPAR-B2xxxC-x2x compatibility
Mechanical interface	Confirm before installation
Motor feedback	Confirm drive compatibility
Cable connection	Confirm correct motor/feedback cables
Dimensions	Confirm actual machine envelope
Weight	Allow approximately 4.54 kg listed item weight for handling reference
Servo parameters	Confirm correct motor data in drive
Machine safety	Confirm holding requirements
Travel limits	Confirm after commissioning

32. Practical Selection Guide

If the existing motor is an MPL-B1530F-V-X219, the first replacement consideration should normally be the same exact catalog number.

If the application requires a brake, the related X220 configuration may be investigated.

If the required cylinder has a different screw pitch, another replacement motor from the same family may be required.

The following simplified guide can be used:

Requirement	Relevant Model
40 mm frame, 5.0 mm/rev, no brake	MPL-B1530F-V-X219
40 mm frame, 5.0 mm/rev, 24 V brake	MPL-B1530F-V-X220
40 mm frame, 10.0 mm/rev, no brake	MPL-B1530F-V-X217
40 mm frame, 10.0 mm/rev, 24 V brake	MPL-B1530F-V-X218
32 mm frame, 3.0 mm/rev, no brake	MPL-B1520F-V-X215
40 mm frame, 12.7 mm/rev, no brake	MPL-B220F-V-X221

These configurations are identified together in the MP-Series electric-cylinder replacement documentation.

33. Product Position Within the MPL Family

The MPL family contains a broad range of motors covering different frame sizes, stack lengths, speed ranges, feedback configurations, brake options, and application requirements.

The MPL-B1530F-V-X219 is somewhat different from standard rotary MPL catalog numbers because the X219 suffix identifies it as an electric-cylinder replacement configuration.

That distinction is important.

A standard rotary MPL motor may have characteristics such as:

• Frame size
• Stack length
• Rated speed
• Feedback type
• Shaft configuration
• Brake

The X219 additionally has a strong mechanical relationship to:

• Electric-cylinder frame
• Screw pitch
• Cylinder family
• Replacement configuration

Therefore, selecting this model should be based on the complete motion assembly rather than only on motor frame dimensions.

34. Industrial Application Summary

The MPL-B1530F-V-X219 is particularly well suited to machine architectures where rotary servo motion is converted into controlled linear motion.

Its strongest application areas include:

• Electric cylinders
• Linear actuators
• Automated assembly
• Packaging machinery
• Material handling
• Machine automation
• Positioning systems
• Indexing systems
• Automated fixtures
• Manufacturing equipment
• Process machinery
• Precision linear mechanisms

35. Final Technical Summary

Category	MPL-B1530F-V-X219
Model	MPL-B1530F-V-X219
Brand	Allen-Bradley
Series	MP-Series MPL
Product type	Servo motor / electric-cylinder replacement motor
Voltage class	400 V
Frame size	40 mm
Screw pitch	5.0 mm/rev
Screw pitch	0.197 in./rev
Brake	None
Associated cylinder family	MPAR-B2xxxC-x2x
Motor technology	Permanent-magnet servo
Control method	Closed-loop servo control
Main application	Electric-cylinder linear motion
Dimensions	40 mm frame class; complete envelope depends on mechanical assembly
Listed item weight	Approx. 4.54 kg
Replacement brake model	MPL-B1530F-V-X220
Related non-brake model	MPL-B1530F-V-X217
Related smaller-frame model	MPL-B1520F-V-X215
Related larger-pitch model	MPL-B220F-V-X221

36. Conclusion

The MPL-B1530F-V-X219 is a specialized MP-Series MPL servo motor configuration intended for precision electric-cylinder applications.

Its key identifying characteristics are the 400 V class, 40 mm frame size, 5.0 mm/rev screw configuration, and non-brake design.

The model is particularly useful in machines where a rotary servo motor drives a precision linear mechanism through an electric-cylinder assembly.

The most important selection point is that this motor should be considered as part of the complete cylinder system. The 5.0 mm/rev mechanical configuration and the absence of a brake distinguish it from several closely related MPL replacement motors.

For maintenance and replacement work, the exact model number MPL-B1530F-V-X219 should be matched against the existing motor, electric-cylinder configuration, servo drive, mechanical interface, feedback arrangement, and machine safety requirements.

When these parameters are correctly matched, the motor provides a practical servo solution for controlled, repeatable, and automated linear motion in industrial equipment.