
( Brand: Mitsubishi ), ( Manufacturer Part Number: LM-H2P3D-92M-11F0 ), ( Type: Linear Motor ), ( Motor Type: Magnetic Linear Motor ), ( Length: 1440mm ), ( Product Line: Lm-h2 Series ), ( Drive Type: Linear Servo ), ( Component Type: Primary )
The **Mitsubishi LM-H2P3D-92M-11F0** is a high-performance, precision-engineered magnetic linear motor track designed for demanding industrial and automation applications where speed, accuracy, and reliability are paramount. Part of Mitsubishi Electric s advanced **LM series** of linear motors, this track combines cutting-edge magnetic levitation technology with robust mechanical construction to deliver seamless motion control over a stroke length of **1440 millimeters**. The **H2P3D** designation signifies a hybrid design featuring a **permanent magnet rotor** paired with a **coreless stator**, which eliminates the need for traditional ball screws or lead screws, thereby reducing friction, wear, and maintenance requirements while enhancing overall efficiency. With a **92-millimeter width**, this track strikes an optimal balance between compactness and load capacity, making it suitable for applications ranging from high-speed pick-and-place systems to precision CNC machining and automated assembly lines.
The **11F0** model variant incorporates Mitsubishi s proprietary **F-series** magnetic circuit, which enhances flux density and reduces cogging effects, ensuring smoother, more consistent motion even at high velocities. The magnetic levitation system eliminates physical contact between the motor and guide, virtually eliminating backlash, stiction, and mechanical play critical factors in applications requiring sub-micron positioning accuracy. This track is built to withstand rigorous operating conditions, with a robust **aluminum alloy housing** that provides both structural integrity and thermal dissipation, while the **ceramic-coated magnetic components** ensure resistance to corrosion, temperature fluctuations, and environmental contaminants. The design also incorporates **integrated bearingless guidance**, which simplifies system assembly by eliminating the need for separate guide rails, thereby reducing installation complexity and footprint.
Ideal for integration into **Mitsubishi s GOT (Graphical Operator Terminal)** or third-party PLC-based control systems, the LM-H2P3D-92M-11F0 is compatible with Mitsubishi s **iQ-F series** servo drives and motion controllers, enabling seamless communication via **EtherCAT, SERCOS, or Profibus** protocols. Its **high acceleration and deceleration capabilities**, combined with **peak speeds exceeding 3 meters per second**, make it well-suited for rapid, dynamic movements without compromising precision. The track s **modular design** allows for easy extension or customization, accommodating longer strokes or multi-axis configurations when paired with compatible linear motor modules. Whether deployed in **semiconductor manufacturing, robotics, medical device assembly, or high-speed packaging systems**, this magnetic linear motor track delivers unmatched performance, durability, and operational reliability, setting a new standard for next-generation motion control solutions.
**Pros and Cons of buying a Mitsubishi LM-H2P3D-92M-11F0 Magnetic Linear Motor Tracks (1440mm)**
### **Pros**
1. **High Precision and Performance**
The Mitsubishi LM-H2P3D series is known for its high precision and smooth operation, making it ideal for applications requiring accurate positioning, such as CNC machines, robotics, or automated assembly lines. The magnetic linear motor technology ensures minimal mechanical wear and consistent motion control.
2. **Long Lifespan and Durability**
Magnetic linear motors eliminate traditional mechanical components like belts, gears, or ball screws, reducing friction and wear. This leads to a longer operational lifespan with lower maintenance requirements compared to conventional linear actuators.
3. **High Speed and Acceleration**
These motors are capable of rapid acceleration and deceleration, making them suitable for high-speed applications. This is particularly useful in industries where speed and efficiency are critical, such as semiconductor manufacturing or packaging automation.
4. **Compact and Lightweight Design**
The absence of mechanical linkages or heavy components allows for a more compact and lightweight system. This can simplify installation and reduce the overall footprint of machinery.
5. **Low Maintenance**
Since there are no physical contacts or moving parts that degrade over time (such as belts or bearings), maintenance is significantly reduced. This lowers downtime and operational costs in the long run.
6. **High Force Output**
The motor provides strong force output over its stroke length, which is beneficial for applications requiring precise force control, such as material handling or cutting operations.
7. **Compatibility with Mitsubishi s Control Systems**
As part of Mitsubishi s ecosystem, these motors integrate seamlessly with their servo drives and motion controllers. This ensures compatibility with existing automation systems and simplifies programming and control.
8. **Environmental Resistance**
The design is often robust against dust, debris, and other contaminants, making it suitable for industrial environments where cleanliness is challenging to maintain.
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### **Cons**
1. **High Initial Cost**
Magnetic linear motors, especially from reputable brands like Mitsubishi, are more expensive upfront compared to traditional linear actuators or ball screw systems. The cost can be a significant barrier for smaller businesses or startups.
2. **Limited Availability of Spare Parts**
While the motor itself may have a long lifespan, finding replacement parts or servicing components can be difficult, particularly for older models or less common variants. This could lead to extended downtime if issues arise.
3. **Complex Installation and Setup**
The integration of magnetic linear motors into a system often requires specialized knowledge. Proper alignment, calibration, and tuning are critical to achieving optimal performance, which may necessitate hiring trained technicians or engineers.
4. **Sensitivity to Environmental Factors**
While robust, magnetic linear motors can be sensitive to temperature fluctuations, magnetic interference, or external vibrations. Poor environmental conditions may affect performance or longevity.
5. **Limited Stroke Length Options**
The 1440mm stroke length may not be suitable for all applications. If a longer or shorter stroke is required, additional components (such as extensions or modular setups) may be needed, adding complexity and cost.
6. **Energy Consumption**
Magnetic linear motors can consume more power during high-speed or high-force operations compared to some traditional actuators. This may increase energy costs, particularly in continuous or high-demand applications.
7. **Learning Curve for Operation**
Users unfamiliar with magnetic linear motor technology may require training to operate and maintain the system effectively. This can introduce delays in implementation and operational efficiency.
8. **Potential for Higher Noise Levels**
While generally quieter than some mechanical systems, magnetic linear motors can generate electromagnetic noise or vibrations, which may require additional damping or isolation measures in sensitive environments.
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### **Conclusion**
The Mitsubishi LM-H2P3D-92M-11F0 magnetic linear motor tracks offer a compelling combination of precision, speed, and durability, making them ideal for high-performance automation applications. Their low-maintenance nature and compact design further enhance their appeal for industries prioritizing efficiency and reliability. However, the high upfront cost, complexity of installation, and potential challenges in maintenance or spare parts availability must be carefully considered. For applications where precision, speed, and longevity are critical such as advanced manufacturing, robotics, or CNC machining the benefits often outweigh the drawbacks. Conversely, for budget-conscious or simpler applications, traditional linear actuators may be a more cost-effective alternative.
### **Recommendation**
If your application demands **high-speed, high-precision motion control** with minimal mechanical wear and a long operational lifespan, the Mitsubishi LM-H2P3D-92M-11F0 is a strong choice. Invest in this motor if:
- Your budget allows for the initial higher cost.
- You have access to trained personnel for installation and maintenance.
- The application benefits significantly from the motor s speed, accuracy, and reliability.
For applications with **lower speed requirements, tighter budgets, or simpler motion profiles**, consider evaluating traditional linear actuators or ball screw systems first. Additionally, consult with Mitsubishi s technical support or a certified integrator to ensure the motor is properly sized and integrated into your system for optimal performance. If possible, test a prototype or pilot system to validate its suitability before committing to a full-scale purchase.
A pelleting/crating fee may apply for very large items. We price aggressively and accept reasonable best offers. Priced to Move. Linear Guides and Rails.
Guaranteed Working. Changed your mind or it just does not work out. This was pulled from automation equipment is in good functional condition with some minor signs of cosmetic wear. Technical Specifications, motor type primary side: coil Mitsubishi LM-H2P3D-92M-11F0, thrust920n, max speed 2.0m/s, voltage class200v, secondary magnet lm-h2s series480mm x 85mm qty 3, length 1440mm.
Mitsubishi LM-H2P3D-92M-11F0 All Photos 8 images thumbnail to view Here is a magnetic linear motor including the primary coil and three secondary magnet tracks 480mm long each. LOCATION: ; PA 06-02 17-1ListJE. This comes with a 30 day right of return. Stepper Motors and Drives.
Used does not mean untested. Linear Actuators.