according toElectromagnetThe type difference, the mode is different, and it is necessary to determine what power supply for the power supply according to the power of the product itself, mainly for the customer itself. Moreover, how to partition, the positive and negative is divided, which is based on the difference of electromagnettes. Next, let's take a look at how the electromagnet is energized and the application of electromagnets.
1. Direct
The general electromagnet is used to communicate with a DC power supply, partial traction, special electromagnet, is used to communicate. If the customer is only suitable for communication, the input power will be rectified in front of the electromagnet.
2, charging frequency
According to the nature of the electromagnet, the intermittation time is based on the ratio of electricity, 100%, 50% energization, 25% energization, 5% energization, etc., the longer power, the power consumption of the power supply used, The greater the capacity that needs to be considered when you use power.
3, smaller charging time
Electromagnetic components, if the chip is used to control, it is necessary to consider how long it is electromagnetic. The product can work normally. Generally, the normal power-on time will be given to 50ms, in order to make the electromagnet fully powered, general 20ms will energize.
Electromagnet application
1, car: vectors, central control door lock, compressor, headlights, tail boxes, seat belts, vent box, etc.
2, aviation: ejection parts, transmission components, etc.
3, household appliances: air conditioner, water purifier, water dispenser, juicer, mixer, coffee machine, soymilk, electric kettle, rice cooker, microwave, dishwasher, disinfection cabinet, pipe hood, refrigerator, freezer, Humidity regulator, air purifier, etc.
4, textile: spinning, short fiber double twisting machine, twisting machine, jam, embroidery machine, computer horizontal machine, etc.
5. Medical: Medical equipment, medical bed, anesthesia machine, ventilator, etc.
6, communication: communication equipment, manufacturing equipment, control and commissioning equipment, etc.
7, electricity: power engineering, solar, wind power, etc.
8, energy facilities: mining equipment, water facilities, etc.
9, daily necessities: toys, safety cameras, and more.
These contents described above are related to how electromagnets are energized and related to electromagnet applications. I hope to help you after reading. If you want to learn more about electromagnets, you can Consult online customer service, we will be happy to help you.
