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  • Etel SA-IL 03-208 Linear Motor Section
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  • Etel SA-IL 03-208 Linear Motor Section

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    Mr.FSN
    chnfcsXM@163.com
    +86-153-9626-8993
    Selection, installation, operation, maintenance, troubleshooting, safety
    Petrochemical/Chemical,Power industry,Metallurgical industry,Municipal/Environmental Protection,Oil and gas industry,Robot system accessories,automobile manufacturing,3C Electronics,Machining
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    Weight:6.200KG
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Description
<span style="font-size: 18px; font-family: arial;">Etel SA-IL 03-208 Linear Motor Section</span>

Etel SA-IL 03-208 Linear Motor Section

The Etel SA-IL 03-208 is a precision-engineered linear motor section, designed as a modular component for constructing customized long-stroke linear motion systems. This motor section is part of ETEL's SA-IL series, which offers flexible and scalable solutions for applications requiring high force, smooth motion, and extended travel lengths. The SA-IL 03-208 provides a building block approach to linear motor design, enabling system integrators to create tailored motion solutions.

Modular Linear Motor Architecture

The SA-IL 03-208 is a modular segment that can be combined with additional sections to create linear motors of virtually any desired travel length. Each section contains a precisely manufactured magnet track with high-energy permanent magnets arranged in an optimized pattern. The modular design allows for easy assembly and disassembly, facilitating transport, installation, and maintenance of long-stroke linear systems.

High Force and Smooth Motion

Despite its modular nature, the SA-IL 03-208 delivers impressive force output and smooth motion characteristics. The magnet track's optimized magnetic configuration provides high magnetic flux density, resulting in high thrust forces when paired with compatible coil assemblies. The precision-ground surface of the track ensures a consistent air gap, minimizing force ripple and enabling smooth, vibration-free motion essential for precision applications.


Scalable System Design

The modularity of the SA-IL 03-208 enables scalable system design, allowing engineers to configure linear motors that exactly match their application requirements. Multiple sections can be joined end-to-end with precise alignment to form a continuous, uniform magnet track. This scalability is particularly advantageous for applications such as large-format printing, material handling, and automated storage systems where long travel lengths are required.

Robust Construction for Industrial Use

Built with durable materials and robust construction, the SA-IL 03-208 is designed for reliable operation in demanding industrial environments. The magnet track features a corrosion-resistant protective coating, ensuring long-term performance even in harsh conditions. Its rigid structure maintains dimensional stability, preserving accurate alignment between sections and ensuring consistent system performance.

Seamless Integration with ETEL Motion Systems

The SA-IL 03-208 is fully compatible with ETEL's range of linear motor coils, drives, and controllers, enabling seamless integration into complete ETEL motion systems. This compatibility simplifies system design, reduces engineering effort, and ensures optimal performance. The modular sections are designed for easy mounting and alignment, facilitating quick installation and commissioning.

Applications in Extended-Stroke Automation

The SA-IL 03-208 is ideal for applications requiring extended travel lengths with high precision, including large-format printing, laser cutting, automated inspection, and long-span material handling. Its modular design offers flexibility and cost-effectiveness, allowing system builders to create custom motion solutions that meet specific performance requirements without the need for bespoke motor manufacturing.

In summary, the Etel SA-IL 03-208 linear motor section is a versatile and robust building block for creating scalable linear motion systems. Its modular architecture, high force output, and compatibility with ETEL components make it a valuable solution for extending the capabilities of industrial automation systems.

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