How to connect the ceramic heating coil? What are the characteristics of the ceramic heating coil?
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How to wire a ceramic heating coil? What are the characteristics of a ceramic heating coil?
How to wire a ceramic heating coil?
Normally, a ceramic heating coil has a wiring head (that is, an interface for connecting electricity). Connect the head and turn on the power to use it. When using it, you must verify the voltage, its working environment, and the usage time to avoid unnecessary losses.
The general outlets of the ceramic heating coil include ceramic connectors, high-temperature wires, screw outlets, plug outlets, etc. Simply connect the outlet heads.
The ceramic heater is a type of cast heater. It is made of stainless steel skin as the outer shell, with a ceramic with a high degree of insulation and fire resistance inside. The resistance wire is put on, and then it is mechanically twisted into shape. After the power is turned on, it can be used.
Characteristics of ceramic heating coils:
1. The ceramic heating coil has fast heat transfer, uniform heating, and stable operation.
2. The ceramic heating coil has the characteristics of temperature not leaking, saving electricity, and the outer cover is not hot to touch, and it is safe to work.
3. The power of the ceramic heating coil is high. The power of the ceramic strip wire threading method is 0.5~1.5 times higher than that of the ordinary one.
4. The ceramic heating coil adopts European and American high temperature resistant heating wire, which has the characteristics of fast heat dissipation, uniform heating, high temperature stability, etc. It can be used for a long time at 600-800℃.
5. The product life of the ceramic heating coil is long. Since the raw materials age slowly at high temperatures, the product life is long.
6. The ceramic electric heating coil meets the national GB technical requirements. Power deviation +5%∽-10%.
7. The electrical strength of the ceramic heating coil: after the voltage 1500v/50Hz sinusoidal AC voltage test, there is no breakdown phenomenon after 1MIN.








