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- Allen Bradley
- MPL-A320P-H-X229
- Servo Motor
- USA
- 100 mm
- 3.63 kg
- Xiamen, China
- New & In Stock
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Product Overview
The Allen Bradley MPL-A320P-H-X229 Servo Motor is a high-performance Kinetix MP-Series MPL low-inertia brushless AC servo motor engineered for demanding industrial automation applications requiring rapid acceleration, exceptional positioning accuracy, and reliable continuous-duty operation. Designed for seamless integration with Allen Bradley Kinetix servo drive systems, this servo motor provides highly responsive closed-loop motion control for modern manufacturing equipment and precision machinery.
The MPL-A320P-H-X229 is a factory-configured MP-Series servo motor based on the 100 mm frame platform. It combines a compact mechanical design with high torque density, making it suitable for applications requiring fast response, smooth speed regulation, and accurate position control. Its low-inertia rotor significantly improves machine dynamics while reducing settling time and increasing overall production efficiency.
Featuring a 100 mm frame size and an approximate weight of 3.63 kg, the MPL-A320P-H-X229 provides an excellent balance between power output and compact installation. The motor is widely applied in packaging machinery, robotics, CNC machining centers, semiconductor manufacturing equipment, automated assembly systems, material handling equipment, pharmaceutical production lines, and printing machinery.
Designed for long-term industrial operation, the motor offers excellent reliability under demanding conditions involving frequent acceleration, deceleration, continuous positioning, vibration, and heavy-duty production cycles.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Allen Bradley (Rockwell Automation) |
| Model | MPL-A320P-H-X229 |
| Product Series | Kinetix MP-Series MPL |
| Product Type | AC Servo Motor |
| Motor Type | Low-Inertia Permanent Magnet Brushless Servo Motor |
| Voltage Class | 230 VAC |
| Frame Size | 100 mm |
| Rotor Design | Low Inertia |
| Cooling Method | Natural Convection |
| Mounting Method | IEC Metric Flange Mount |
| Shaft Configuration | Precision Servo Shaft |
| Feedback System | High-Resolution Servo Feedback |
| Protection Class | Industrial Duty Construction |
| Application | Precision Motion Control |
| Weight | Approximately 3.63 kg |
Function and Working Principle
The MPL-A320P-H-X229 converts electrical energy supplied by a compatible Kinetix servo drive into highly accurate rotary motion while continuously providing closed-loop feedback for precise position, speed, and torque regulation.
Typical Motion Control Architecture
Motion Controller
↓
Kinetix Servo Drive
↓
MPL-A320P-H-X229 Servo Motor
↓
Mechanical Transmission
↓
Machine Axis
↓
Industrial Equipment
During operation, the servo drive continuously exchanges motion data with the motor’s feedback device. The drive dynamically adjusts output current based on load variations to maintain accurate positioning and smooth motion throughout the operating cycle.
Primary operating functions include:
- Precision positioning
- Closed-loop speed regulation
- Dynamic torque control
- High-speed indexing
- Rapid acceleration and deceleration
- Continuous motion feedback
- Coordinated multi-axis synchronization
- Smooth low-speed performance
- Accurate electronic cam operation
- Reliable industrial motion control
The low-inertia rotor minimizes response time while maximizing positioning accuracy and production efficiency.
Role in Industrial Control Systems
Within industrial automation systems, the MPL-A320P-H-X229 functions as the primary motion actuator responsible for executing positioning commands generated by advanced motion controllers.
Typical automation architecture:
ControlLogix PLC
↓
Motion Control Module
↓
Kinetix Servo Drive
↓
MPL-A320P-H-X229 Servo Motor
↓
Precision Transmission
↓
Machine Axis
↓
Industrial Equipment
The servo motor delivers highly accurate, repeatable motion, enabling synchronized machine operation, reduced cycle times, improved production consistency, and enhanced overall equipment performance.
Industrial Applications
Packaging Machinery
Typical applications include:
- Filling machines
- Cartoning systems
- Wrapping equipment
- Labeling machinery
- Pick-and-place systems
Robotics
Suitable for:
- Industrial robot arms
- SCARA robots
- Delta robots
- Multi-axis robotic systems
- Automated assembly equipment
CNC Machinery
Frequently installed in:
- CNC machining centers
- Milling machines
- Precision lathes
- Grinding equipment
- Laser cutting systems
Semiconductor Manufacturing
Ideal for:
- Wafer handling systems
- Inspection equipment
- Precision positioning stages
- Electronic assembly machinery
- Cleanroom automation
Material Handling
Common applications include:
- Conveyor positioning
- Automated warehouse systems
- Sorting equipment
- Palletizing machinery
- High-speed transfer systems
Pharmaceutical and Food Processing
Widely used in:
- Packaging lines
- Filling systems
- Inspection machinery
- Conveyor automation
- Precision production equipment
Installation and System Integration
Before installation, engineers should verify:
- Kinetix servo drive compatibility
- Mechanical mounting dimensions
- Shaft alignment
- Coupling compatibility
- Feedback cable integrity
- Motor power wiring
- Protective grounding
- Mechanical load requirements
- Environmental operating conditions
- Motion controller configuration
Recommended Installation Procedure
- Disconnect all system power.
- Mount the servo motor securely.
- Align the motor shaft with the driven equipment.
- Install the coupling or transmission mechanism.
- Connect the motor power cable.
- Connect the feedback cable.
- Verify protective grounding.
- Restore system power.
- Configure motor parameters.
- Perform motor identification.
- Verify rotation direction.
- Tune servo parameters.
- Verify positioning accuracy.
- Perform complete functional testing.
- Complete commissioning documentation.
Proper installation improves positioning accuracy, minimizes vibration, and extends motor service life.
Compatible System Components
| Component | Function |
|---|---|
| Allen Bradley Kinetix Servo Drive | Servo motor control |
| ControlLogix PLC | Motion controller |
| CompactLogix PLC | Machine automation |
| MPL-A320P-H-X229 | Precision servo motor |
| Motion Control Module | Multi-axis synchronization |
| EtherNet/IP Network | Industrial communication |
| PanelView HMI | Operator interface |
| Precision Coupling | Torque transmission |
| Ball Screw Assembly | Linear positioning |
| Industrial Power Supply | System power |
Recommended Alternative Models
| Model | Product Type | Typical Application |
|---|---|---|
| MPL-A320P-H-X229 | AC Servo Motor | Factory-configured precision motion control |
| MPL-A320P-HJ72AA | AC Servo Motor | Incremental encoder, no brake |
| MPL-A320P-HJ74AA | AC Servo Motor | Incremental encoder with holding brake |
| MPL-A320P-HK72AA | AC Servo Motor | Keyless shaft, no brake |
| MPL-A320P-HK74AA | AC Servo Motor | Keyless shaft with holding brake |
Key Advantages
- Compact 100 mm frame size
- Approximate weight 3.63 kg
- Low-inertia rotor for rapid response
- High positioning accuracy
- Excellent dynamic performance
- Smooth speed and torque regulation
- Closed-loop servo control
- Compact industrial construction
- Seamless integration with Allen Bradley Kinetix servo drives
- Reliable continuous-duty operation
- Suitable for high-speed automation equipment
- Designed for demanding industrial environments
Technical FAQs
What is the Allen Bradley MPL-A320P-H-X229?
The MPL-A320P-H-X229 is a factory-configured Kinetix MP-Series MPL low-inertia AC servo motor designed for precision industrial motion control.
What is its primary function?
Its primary function is to provide accurate closed-loop control of position, speed, and torque in industrial automation systems.
What is the frame size?
The motor features a 100 mm frame size.
What is the approximate weight?
The servo motor weighs approximately 3.63 kg.
Which servo drives are compatible?
The motor is designed for use with compatible Allen Bradley Kinetix servo drive systems.
Which industries commonly use this servo motor?
It is widely used in packaging, robotics, CNC machining, semiconductor manufacturing, pharmaceutical production, food processing, printing, and material handling industries.
What are the main advantages of a low-inertia servo motor?
A low-inertia design provides faster acceleration, shorter settling time, improved positioning accuracy, higher machine productivity, and smoother motion control.
Where is this servo motor typically installed?
It is commonly installed on robotic axes, CNC machines, conveyor positioning systems, packaging equipment, automated assembly lines, and precision manufacturing machinery.
Is the motor suitable for continuous industrial operation?
Yes. The MPL-A320P-H-X229 is designed for reliable long-term operation in demanding industrial environments.
Why is precise servo feedback important?
High-resolution feedback enables the servo drive to continuously correct position and speed errors, resulting in improved motion accuracy, stable machine performance, and consistent production quality.
Conclusion
The Allen Bradley MPL-A320P-H-X229 Servo Motor is a compact and reliable motion control solution designed for demanding industrial automation applications. With its 100 mm frame size, 3.63 kg lightweight construction, low-inertia rotor, and advanced closed-loop servo technology, it delivers outstanding positioning accuracy, fast dynamic response, and dependable long-term operation.
When integrated with compatible Allen Bradley Kinetix servo drives, ControlLogix PLCs, motion controllers, EtherNet/IP communication networks, and precision mechanical transmission systems, the MPL-A320P-H-X229 enhances machine productivity, improves motion precision, reduces maintenance requirements, and supports efficient, high-performance industrial automation.