7074E

7074E application field and working principle

Introduction

7074E (Electrical Coil Winding Machine), is an advanced system designed to simplify and automate the process of coil winding. This system is used in the production of electronic components and devices, such as motors, generators, relays, etc. The 7074E utilizes advanced technology to allow for the winding of coils with higher efficiency, higher quality and lower cost than traditional methods. In addition, it has the ability to produce consistent coils with the flexibility to adjust coil parameters such as number of turns, coil angle and wire size.

Application fields

7074E is widely used in the production of electronic components and devices such as motors, generators, relays, transformers, solenoids, switches, resistors, inductors, etc. In general, 7074E is most suitable for replacing semi-automatic, manual and primitive forms of coil winding machines, as well as the additive winders. It can wind coils with different sizes, shapes, and types. Moreover, its automated nature allows for greater accuracy and precision in the production of coils.

Working Principle

The 7074E utilizes a variety of technologies to achieve its advanced capabilities in coil winding. One of the core components of this system is a programmable drone, or robotic arm. This component is responsible for manipulating the wire, as well as measuring windings. A battery powered motor powers the drone, and a controller is used to instruct the drone on the windings. The programmable drone is capable of automatically winding coils with both single-turn and multi-turn coils, providing consistent coil winding operations. The windings are also controlled by a CNC system, which is responsible for providing precise instructions on the speed of the motor, as well as the direction and tension of the wire.

The 7074E also utilizes a variety of sensors to provide feedback on the coil windings. Feedback can come from a variety of sensors such as a temperature sensor, a thermal switch, inductive probes, and strain gauges. This feedback allows the system to monitor and adjust the winding conditions in order to maintain consistent quality through the entire winding process.

Conclusion

The 7074E is an advanced system designed to simplify and automate the process of coil winding. It can be used to wind a wide variety of coils with high efficiency and precision. In addition, the system incorporates advanced technologies such as a programmable drone, CNC systems, and feedback sensors to provide the highest quality coil windings. Finally, the 7074E is suitable for a wide range of applications in the production of electronic components and devices.