Integrated Linear Servo Motor Systems
Integrated Linear Servo Motor Systems
Terapec integrated linear servo motor systems combine linear motion and control functions within a single architecture, developed for applications requiring high precision and stable performance.
High-Performance Linear Actuation Solutions
With its compact and highly integrated design, the system simplifies overall system architecture, accelerates integration processes, and enhances operational reliability. By integrating the servo motor, controller, and power electronics into a single housing, it delivers high force output, precise stroke control, and stable linear motion performance. The ability to operate without external drives or additional control units strengthens system integrity, especially in mission-critical applications.
Terapec integrated linear servo solutions are optimized for aerospace, space, and marine applications, as well as advanced systems requiring integrated actuation. With high force capacity and precise control capability, they adapt to a wide range of application requirements.
2000N – 2500N
Force Range
RS422 / CAN
Communication
0.2°
Control Accuracy
Aviation & Maritime
Application Suitability
Contact us for a solution tailored to your technical requirements.
2000N Servo System
The 2000N servo system is a compact, high-performance solution developed for linear motion applications requiring high force.
With its stable control characteristics, low-latency response, and precise force management, it delivers reliable and repeatable performance in mission-critical applications.
2000N Nominal Force
1.774 kg Weight
RS422 / CAN Communication
0.2° Control Accuracy
Integrated structure
The controller and power electronics are integrated into the servo housing. This eliminates the need for an external drive, providing a simplified and reliable system architecture.
High force and precise control
With 2000N nominal and 2500N maximum force capacity, the system ensures stable performance in high-load applications. Its precise control capability enables consistent and repeatable linear motion.
Suitability for harsh environments
Designed to withstand vibration and environmental conditions encountered in aerospace and marine applications. Optimized for long-term and reliable operation.
2000N Servo System Technical Specifications
| Control / Power Voltage | 28V / 28V |
| Communication Bus | RS422 / CAN |
| Rated Torque | 2000N |
| Maximum Torque | 2500N |
| Rated Speed | 50° /s |
| Operating Range | ±25mm |
| Control Accuracy | 0.2mm |
| Bandwidth | ≥ 3.5Hz |
| Weight | 1.774 kg |
| Dimensions (mm) | 290 x 67 x 94 |
| Application Areas | Aviation, Maritime |
Applications
Aerospace Systems
Integrated linear servo motor systems are preferred in applications requiring control mechanisms, guidance systems, and linear actuation due to their high force output and precise control capability. They offer reliable solutions for critical tasks with their stable and repeatable performance.
Marine Applications
Systems designed for harsh environmental conditions; their vibration-resistant and durable construction ensures long-term use in marine applications. Their compact design allows for easy integration in confined spaces.
Systems Requiring Integrated Actuation
The integrated architecture eliminates the need for external drivers. This structure offers simple, reliable, and quickly deployable solutions for mobile platforms, specialized mechanical systems, and applications requiring high force.
How Does an Integrated Linear Servo Motor System Work?
1. Integrated Control Architecture
In integrated linear servo motor systems, the controller and power electronics are located within the motor body. This architecture eliminates the need for an external driver, offering a simpler, more compact, and more reliable system structure.
2. Power and Communication Structure
The system operates at a 28V supply voltage and supports RS422 / CAN communication protocols. This structure enables fast and stable data communication with higher-level control systems.
3. Precise Force and Motion Control
With high control accuracy, the system manages force and motion in a stable and repeatable manner. This is especially critical for mission-critical applications where reliable performance is essential.
4. High Force Performance
With a 2000N nominal and 2500N maximum force capacity, the system provides a stable and powerful actuation solution for applications requiring high load handling.
Frequently Asked Questions
What is an integrated linear servo motor system?
Integrated linear servo motor systems are compact, highly integrated actuation solutions that combine linear motion, a controller, and power electronics within a single housing. This design eliminates the need for an external driver, offering a simpler, more reliable, and easier-to-integrate system architecture.
What is the difference between integrated linear servo motors and classic linear systems?
In classic linear actuation systems, the motor, driver, and control units are usually positioned as separate components. In integrated linear servo motor systems, however, these components are combined within a single body. This reduces system complexity, speeds up the integration process, and increases system reliability.
What force range do integrated linear servo motor systems offer?
Terapec integrated linear servo motor solutions are developed for applications requiring high force. The current product portfolio offers solutions with a nominal force capacity of 2000N and a maximum force capacity of 2500N. Custom configurations can also be developed for different application needs.
Which communication protocols does it support?
Integrated linear servo motor systems support RS422 and CAN communication protocols. This enables reliable and stable data communication with high-level control systems.
What is the level of control sensitivity?
Integrated linear servo motor systems offer approximately 0.2° control accuracy. This accuracy ensures stable and repeatable linear motion.
In which sectors is it used?
Integrated linear servo motor systems can be used in all applications requiring high force and precise linear motion, particularly in aviation and marine applications. Their integrated design offers advantages, especially in systems with space and weight constraints.
Which model is suitable for my system?
The selection of the appropriate servo motor is determined based on the required force, motion profile, speed, environmental conditions, and integration requirements. You can contact us to determine the most suitable solution for your application’s technical requirements.