Functions of major components in tracked or ceramic electric heaters

As a type of heater, the tracked ceramic electric heater naturally has the components that most large heaters have, first and foremost, the heating element, which is the source of heat when heating the workpiece. The models and specifications of heating elements vary, so their performance also varies. Generally, users need to choose based on the shape, thickness, and required temperature value of the heated workpiece.
And matched with the tracked ceramic electric heater is a temperature control box, which provides power for the ceramic electric heater and controls its working state to achieve temperature control. Generally, temperature control boxes are equipped with temperature controllers for controlling and measuring the temperature of workpieces, and the temperature recorder here is used to record the temperature curve of workpieces in real-time for users to archive and record. Similarly, there are many types of temperature control boxes that come with tracked ceramic electric heaters. When selecting a type, users need to consider factors such as the heating range, heating process requirements, and on-site requirements to choose an ideal and practical temperature control box.
In addition, many auxiliary materials will also be used in tracked ceramic electric heaters, mainly including KJ type quick extension wires, thermocouples, compensation wires, aluminum silicate high-temperature insulation cotton, etc. Their uses are different. The quick extension wire is mainly used as a connecting wire for the distance between the temperature control box and the heater, used for series connection of various heaters, and equipped with a quick connection plug. The thermocouple in the tracked ceramic electric heater is responsible for temperature sensors, used to measure the temperature of the heated workpiece; The compensation wire can be a connecting wire for the distance between the Ouwei thermocouple and the temperature control box Aluminum silicate high-temperature insulation cotton plays a role in preventing heat dissipation.