Electromagnetic coil Air Linear Flat Edgewise coils Motor Coil for industrial automation
Electromagnetic coil Air Linear Motor Coil for industrial automation
High-Performance Flat Edgewise Coils for Efficient Power Solutions
| Material | 200℃~220℃ Class Fat Enameled Copper /Aluminum Wire/Use 200~220 class wire to makethe coil temperature re |
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| Bare Copper/Bare Aluminum Wire,etc. sistance better | ||||
| Wire thickness (mm) | 0.05~6.0 | / | ||
| Wire width(mm) | 0.6~20.0 | The maximum width to thickness ratio that can be wou |
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| nd is 30 times | ||||
| Cross-sectional area | 0.1~60mm² | / | ||
| (mm²) | ||||
| Winding Method | Vertical Winding,Fat Winding,Bifilar Winding | / | ||
| Winding Direction | Clockwise Winding,Counterclockwise Winding | / | ||
| Shape | Round/Rectangle/Racetrack/Triangle/Trapezoid | / | ||
| Processing | Winding/Bending/Paint removal/Soldering/Perforatin | The diameter of the inner hole should be more than 1.5 | ||
| g/Riveting/Welding/Tapping | timesthe wire width | |||
| Height of coil | ≤95mm(0.75~200 Turns) | Height of Coil Calculation: | ||
| Height=Wire thickness*Gas Coef*Turns | ||||
A linear motor coil is a key component in linear motors, which are designed to produce linear motion rather than rotational motion. Here are some key features and applications:
Features:
1. Unrolled Stator and Rotor: Unlike traditional motors, linear motors have their stator and rotor "unrolled" to produce linear force along their length
2. High Precision and Speed: They offer high precision and speed, making them suitable for applications requiring accurate positioning
3. Direct Drive: Linear motors provide direct drive without the need for mechanical transmission elements, reducing wear and maintenance
4. Types: Available in various types, including brushless, brushed, and voice coil actuators
Applications:
1. Maglev Trains: Used in magnetic levitation trains for smooth and efficient linear motionhttps://en.wikipedia.org/wiki/Linear_motor.
2. Industrial Automation: Employed in precision manufacturing and automation systems for tasks requiring high accuracy
3. Robotics: Utilized in robotic systems for precise linear movements
4. Medical Devices: Found in medical equipment where precise and reliable linear motion is critical
5. Semiconductor Manufacturing: Used in semiconductor manufacturing equipment for accurate wafer positioning
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