Fully Automatic Belt Type Toroidal Inductor Winding Machine

 

Model	GW-7004 / 7005
power supply	220V/110V 50/60HZ
Leakage current	20MA
Air pressure	0.6Kpa-0.8Kpa
Maximum wire diameter	0.2mm
Minimum wire diameter	0.05mm
Maximum finished outer diameter	35mm
Minimum finished outer diameter	6mm
Maximum finished product height	20mm
Line spacing control	Programming control
Sectional winding control	Programming control
Cumulative winding control	Programming control
Cable motor	Hybrid stepping motor
Main motor	servo motor
Winding speed	Adjustable,the fastest equipment is 1400rpm
physical dimension	1100mm*900mm*1700mm
weight	72kg

 

 

Introduction
In the modern world, advanced technologies have greatly revolutionized the manufacturing industry. The use of automated machines has increased efficiency, accuracy, and quality of the products, including the production of toroidal inductors. Toroidal inductors are magnetic components used in various electronic systems to store energy in a magnetic field. They are commonly used in audio equipment, lighting equipment, power supplies, and medical equipment, among others. To produce high-quality toroidal inductors, manufacturers use fully automatic belt-type toroidal inductor winding machines. These machines are controlled by a PLC controller and a servo motor, which ensure precision and accuracy in winding the toroidal inductors.

 

Winding Process
The winding process of a fully automatic belt-type toroidal inductor winding machine begins with preparing the toroidal core for winding. The core is mounted on the winding spindle or support, and the winding wire is loaded onto the machine. The wire is passed through the wire guide and tensioner, and then through the winding nozzle, which is positioned close to the toroidal core.

 

The PLC controller controls the movement of the winding nozzle and the rotation of the toroidal core. The servo motor controls the speed of the winding nozzle and the tension on the wire, ensuring uniform and consistent winding. As the toroidal core rotates, the winding nozzle moves back and forth, laying the wire on the core.

 

The winding process can be performed in various winding patterns, including single-layer and multi-layer windings. Single-layer winding involves winding the wire around the toroidal core in a single layer, while multi-layer winding involves winding the wire around the toroidal core in multiple layers. The choice of winding pattern depends on the specifications of the toroidal inductor required.

 

Machine Configuration
The fully automatic belt-type toroidal inductor winding machine utilizes advanced technology to ensure precision and accuracy in winding toroidal inductors. The machine is composed of various components, including:

1. PLC Controller: The PLC controller is the brain of the machine, controlling the movement of the winding nozzle and the rotation of the toroidal core. It ensures that the toroidal inductor is wound according to the desired specifications.

 

2. Servo Motor: The servo motor is responsible for controlling the speed of the winding nozzle and the tension on the wire. It ensures uniform and consistent winding of the toroidal inductor.

 

3. Wire Guide: The wire guide directs the wire from the spool to the winding nozzle. It ensures that the wire is delivered to the nozzle in a straight line, minimizing any bending or twisting that could affect the quality of the wound toroidal inductor.

 

4. Tensioner: The tensioner controls the tension on the wire, ensuring that the wire is wound tightly and uniformly around the toroidal core. It ensures that the toroidal inductor is of high quality and meets the desired specifications.

 

5. Winding Nozzle: The winding nozzle is responsible for laying the wire on the toroidal core. It moves back and forth while the toroidal core is rotating, ensuring uniform and consistent winding of the toroidal inductor.

 

6. Toroidal Core Support: The toroidal core support holds the toroidal core in place during winding. It ensures that the toroidal core rotates smoothly and accurately, resulting in a high-quality toroidal inductor.

 

Conclusion
The fully automatic belt-type toroidal inductor winding machine is a highly efficient and advanced machine used in winding toroidal inductors. Its precise, accurate, and consistent winding process ensures that the finished toroidal inductors meet desired specifications and are of high quality. The machine is equipped with advanced components, including the PLC controller and the servo motor, which ensure that the winding process is highly efficient and effective. Manufacturers using the fully automatic belt-type toroidal inductor winding machines can produce high-quality toroidal inductors in large quantities, thereby meeting the growing demand for these critical electronic components.

 

 

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