MPL-B330F-M-X224 Servo Motor

1. Product Overview

The MPL-B330F-M-X224 is an industrial servo motor belonging to the MPL Series. It is designed specifically as a replacement motor for MP-Series electric-cylinder applications and is intended for precision linear-motion equipment where accurate positioning, repeatable movement, controlled acceleration, and stable operation are required.

This model is the 24 V brake version of the MPL-B330F-M electric-cylinder replacement motor configuration. It is associated with a 400 V voltage class, a frame size of 63, and a 10.0 mm/rev mechanical pitch when used with the corresponding electric-cylinder configuration.

The integrated brake is an important feature for applications where the actuator or driven load needs to be held in position when the motor is not actively producing torque. This makes the model particularly useful in vertical-axis equipment, positioning mechanisms, clamping systems, lifting applications, and other machinery where maintaining the mechanical position can be important.

The MPL-B330F-M-X224 is not simply a general-purpose AC motor. It is intended to operate as part of a closed-loop servo system consisting of a servo motor, servo drive, motion controller, feedback system, cables, and mechanical transmission.

2. Brand and Product Series

3. Detailed Technical Specifications

4. Model Number Interpretation

The model number provides useful information about the product configuration.

MPL-B330F-M-X224

The final suffix is particularly important when replacing a motor. Models that appear very similar can have different brake arrangements, mechanical configurations, voltage classes, or actuator compatibility.

For this reason, MPL-B330F-M-X224 should not automatically be replaced by MPL-B330F-M-X223, even though the two models are closely related. The key difference is the brake configuration.

5. Product Description

The MPL-B330F-M-X224 is designed for machinery in which a servo motor provides controlled rotary motion to an electric-cylinder mechanism.

An electric cylinder converts the rotary movement of the motor into controlled linear movement. Depending on the mechanical arrangement, this can provide accurate extension and retraction, positioning, pressing, clamping, lifting, or feeding.

The motor works together with a compatible servo drive. The drive supplies controlled electrical power to the motor while monitoring feedback from the motor. The control system can therefore regulate position, velocity, and torque according to the requirements of the machine.

The addition of a 24 V brake provides an additional mechanical holding function. This can be particularly useful when the machine needs to maintain the actuator position when the servo is disabled or when the system is stopped.

6. Main Technical Characteristics

6.1 400 V Class

The MPL-B330F-M-X224 belongs to the B-family 400 V class of electric-cylinder replacement motors.

This makes it appropriate for motion systems designed around the corresponding voltage class.

The servo drive must be selected to match the motor’s voltage class and electrical characteristics.

6.2 Frame Size 63

The motor uses a frame size of 63.

The frame size is important when designing the mechanical installation because it determines the general physical mounting class of the motor.

However, the frame number alone should not be used to determine every physical dimension. Shaft length, flange dimensions, connector position, motor length, and other mechanical details should be verified against the actual motor configuration before replacement.

6.3 10.0 mm/rev Pitch

The MPL-B330F-M-X224 is associated with a 10.0 mm/rev pitch in the corresponding electric-cylinder configuration.

This means the mechanical screw arrangement is designed around approximately 10 mm of linear movement per revolution.

For an ideal screw system:

Linear travel per revolution = 10.0 mm

Actual machine movement can differ depending on mechanical transmission, tolerances, backlash, loading, and control settings.

6.4 24 V Brake

One of the most important features distinguishing the MPL-B330F-M-X224 from the closely related no-brake configuration is the 24 V brake.

The brake provides a holding function when the motor is not being commanded to produce torque.

This is particularly useful for vertical or gravity-loaded mechanisms.

Typical examples include:

• Vertical actuators
• Lifting equipment
• Clamping systems
• Positioning mechanisms
• Press mechanisms
• Linear slides
• Loading and unloading mechanisms

7. Brake Function

The brake should not be regarded as a substitute for a complete safety system.

Its primary purpose is to hold the motor shaft under appropriate conditions. The brake must be used according to the electrical and mechanical requirements of the complete system.

A brake can be especially useful when:

1. The machine has a vertical axis.
2. The load could move under gravity.
3. The machine must remain in position while the servo is disabled.
4. The mechanism requires additional holding force.
5. The actuator needs to remain stationary during certain machine states.

The brake specification is therefore an important consideration when selecting a replacement motor.

8. Product Applications

8.1 Electric Cylinder Systems

The primary application of this model is as a replacement motor for compatible electric-cylinder systems.

An electric cylinder can provide controlled linear movement without relying on pneumatic pressure.

Typical applications include:

• Linear positioning
• Controlled pushing
• Controlled pulling
• Clamping
• Pressing
• Lifting
• Feeding
• Workpiece positioning
• Automated adjustment

8.2 Vertical Motion Systems

The 24 V brake makes this model particularly relevant to mechanisms where maintaining position is important.

Examples include:

• Vertical lifting axes
• Height-adjustment mechanisms
• Vertical positioning tables
• Automated loading systems
• Tool-height adjustment
• Material transfer systems

8.3 Automated Assembly Equipment

The motor can be used in automated assembly equipment requiring repeatable linear movement.

Possible operations include:

• Insertion
• Press fitting
• Component positioning
• Clamping
• Feeding
• Part transfer

8.4 Packaging Equipment

Servo-controlled electric cylinders can be used in packaging machinery where accurate movement and repeatability are required.

Typical functions include:

• Product positioning
• Cutting
• Feeding
• Clamping
• Film control
• Packaging adjustment

8.5 Material Handling

The motor can be applied to automated mechanisms that move components between defined positions.

Examples include:

• Transfer units
• Pick-and-place mechanisms
• Automated loading systems
• Conveyor positioning
• Workpiece handling

8.6 Inspection and Measurement Equipment

Precision motion is frequently required for automated inspection.

The motor can be used for:

• Sensor positioning
• Camera positioning
• Workpiece positioning
• Inspection-stage movement
• Automated measurement

9. Product Advantages

9.1 Integrated 24 V Brake

The integrated 24 V brake is one of the most useful features of the MPL-B330F-M-X224.

It allows the motor to provide a holding function when the servo is not actively controlling the shaft.

This is valuable in vertical-axis and gravity-loaded applications.

9.2 Designed for Electric-Cylinder Applications

Rather than being selected as a general-purpose rotary motor, the model is associated with electric-cylinder applications.

This simplifies selection when replacing the motor in a compatible actuator system.

9.3 Precise Servo Control

The motor is intended to work within a closed-loop motion-control system.

This allows the machine to control:

• Position
• Speed
• Acceleration
• Deceleration
• Torque
• Movement sequence

9.4 Suitable for Repetitive Operation

Industrial automation frequently requires thousands of repeated motion cycles.

Servo systems are designed for this type of operation and can provide consistent movement when properly sized and maintained.

9.5 Compact 63-Frame Configuration

The frame size provides a relatively compact mechanical package for applications where installation space is limited.

The compact arrangement is useful in machine designs where the actuator and motor need to fit within a restricted mechanical envelope.

9.6 Suitable for Linear Positioning

When combined with the appropriate electric-cylinder mechanism, the motor can provide controlled linear movement.

This is useful for applications that require repeatable travel rather than simple continuous rotation.

10. Dimensions and Weight

The weight and frame classification are important when planning a replacement.

The 5.44 kg figure should be treated as an approximate product weight. Packaging weight, cable weight, mounting hardware, and other accessories are not necessarily included.

For a physical replacement, the exact mechanical drawing should be used to confirm the complete dimensions before installation.

11. Important Replacement Considerations

Replacing a servo motor requires more than matching the motor’s general appearance.

The following items should be checked.

12. Difference Between MPL-B330F-M-X223 and MPL-B330F-M-X224

These two models are closely related.

The most significant distinction is the brake.

If the original actuator requires a brake, the no-brake version should not be treated as an equivalent replacement without verifying the complete machine design.

13. Five Related MPL Series Models

The following models are closely related within the MPL electric-cylinder replacement motor family.

The related models should be selected according to the actuator’s mechanical requirements rather than simply according to physical similarity.

The MPL-B330F-M-X223 is the closest functional counterpart to the target model because it shares the same general 330F configuration, frame class, voltage class, and 10.0 mm/rev pitch, while the principal difference is the brake arrangement.

14. Five Additional Models from the Same Brand

The following models provide additional references within the broader servo-motor product range.

These models belong to the broader MPL servo-motor family but are not necessarily direct replacements for the MPL-B330F-M-X224.

A rotary servo motor and an electric-cylinder replacement motor may have different mechanical interfaces and different application requirements even when their frame sizes appear similar.

15. Product Selection Comparison

16. Servo Motor Working Principle

The MPL-B330F-M-X224 operates as part of a closed-loop servo system.

The basic operating sequence is:

Motion command → Servo controller → Servo drive → Motor → Mechanical actuator → Feedback → Controller correction

The controller first determines the desired movement.

The servo drive then supplies the appropriate current and voltage to the motor.

The motor generates torque and rotates the mechanical transmission.

The electric cylinder converts rotary movement into linear movement.

The feedback system reports the actual motor position to the control system.

The controller compares the commanded position with the actual position and continuously adjusts the motor operation.

17. Application in Electric Cylinders

Electric-cylinder systems provide an alternative to pneumatic or hydraulic actuation for applications requiring programmable movement.

Compared with a basic pneumatic cylinder, an electrically driven cylinder can provide more direct control over:

• Position
• Speed
• Acceleration
• Deceleration
• Force-related motion
• Motion sequence
• Repeatability

The MPL-B330F-M-X224 is therefore suitable for machinery where the linear actuator must perform different movement profiles rather than simply moving between two fixed positions.

18. Typical Industrial Applications

19. Advantages in Vertical Applications

The brake configuration can be particularly useful in vertical-axis equipment.

For example, imagine an actuator carrying a machine component vertically.

When the servo motor is energized, the motor generates torque and controls movement.

When the machine stops, the brake can provide a holding function.

This can reduce the tendency of the mechanism to move when motor torque is removed.

However, the brake should always be considered together with the machine’s safety requirements, load characteristics, mechanical transmission, and emergency-stop design.

20. Maintenance Recommendations

Regular inspection is important for maintaining reliable servo operation.

Recommended inspection points include:

21. Installation Precautions

Before installation, confirm that the motor is the correct model and configuration.

Particular attention should be paid to the 24 V brake.

The brake wiring must be connected according to the appropriate electrical design. Incorrect brake control can cause unexpected motor behavior or mechanical movement.

The shaft should be correctly aligned with the actuator or coupling.

Excessive radial or axial load should be avoided.

The motor should also be securely mounted to prevent vibration and movement during operation.

The feedback connection is equally important. A damaged or incorrectly connected feedback cable can result in servo alarms, incorrect positioning, or unstable operation.

22. Advantages Summary

The major advantages of the MPL-B330F-M-X224 can be summarized as follows:

23. Key Parameters at a Glance

24. Product Positioning

The MPL-B330F-M-X224 is best understood as a specialized servo motor for electric-cylinder and linear-motion applications.

Its 24 V brake differentiates it from the corresponding no-brake model.

The 63-frame configuration provides a balance between compact installation and the motion requirements of medium-size automated mechanisms.

The 10.0 mm/rev pitch association makes the model suitable for actuator configurations requiring controlled linear movement at this mechanical pitch.

The motor is particularly appropriate where the machine needs more than simple motor rotation and requires coordinated control of position, speed, acceleration, and stopping.

25. Final Product Summary

The MPL-B330F-M-X224 is an MPL Series servo motor designed for electric-cylinder replacement applications.

Its principal specifications include a 400 V class, 63 frame size, 10.0 mm/rev pitch, and 24 V brake configuration. Its approximate weight is 5.44 kg, while exact overall dimensions depend on the specific mechanical configuration and should be checked against the corresponding dimensional drawing when used for equipment replacement.

The model is suitable for precision linear positioning, automated assembly, material handling, pressing, clamping, lifting, packaging, inspection equipment, and other industrial automation applications.

The 24 V brake is especially useful for applications where the actuator must remain mechanically held after the servo motor stops producing active torque.

From a system-design perspective, the motor should be selected together with the servo drive, controller, feedback system, actuator, mechanical transmission, load, and duty cycle. Correct motor selection depends not only on the model number but also on torque, speed, inertia, acceleration, mechanical dimensions, electrical compatibility, and brake requirements.

For replacement applications, the most important point is to verify that the complete model number is MPL-B330F-M-X224 and that the existing actuator requires the corresponding 24 V brake configuration. Similar-looking MPL models may have different mechanical or electrical characteristics and should not be assumed to be direct substitutes without verification.