PTC heater application points
Compared with electric heating tubes and resistance wires, PTC heaters heat products. This product relies on the characteristics of the material itself and adjusts its own thermal power output according to the temperature change of the situation. Therefore, it can optimize the heater’s electrical energy consumption to be very small. At the same time, the high-fever compliant materials have also greatly improved the use of electrical energy.
Rapid heating, automatic temperature control in the event of fan failure, long service life, wide voltage range, and convenient planning according to demand between 12V and 380V, and can be arbitrarily planned from low power to high power, and the shape can also be planned without incineration as required , The high temperature fan is safe and reliable. When PTC has a fever, there is no redness and no open flame. In the middle and small power heating places, PTC heating has constant temperature fever, no open flame, high heat conversion rate, minimal influence by the power supply voltage, long natural life and other ancient fever components There is an incomparable advantage. The use of electric heating appliances is increasingly being favored by R&D engineers. Equipment and materials require electric ideas to have a nameplate stating the name of the manufacturer, the date of manufacture, and the electric idea’s model, capacity, frequency, voltage, current, etc. Related technical data such as wiring skills, speed, temperature rise, work skills, insulation class, etc.
PTC heater manufacturers should connect PTC fever components in parallel, when multiple PTCs are used together. No concatenation. The heating plate will not be damaged. After the liquid is boiled dry. When the air is not supplied, if the PTC heating plate is used to heat the cold air. The heating plate will not be damaged. Use under normal circumstances, use long life. The life span can reach more than 10 years. Use the characteristics of the PTC heating film to control the temperature, and the homework is firm. Will not overheat. The change in surface temperature is very small. The homework voltage is very wide: when the homework voltage is doubled. Should be connected in parallel, when multiple PTC heaters are used together. No concatenation. Different heat dissipation conditions make the fever power of PTC heaters vary greatly.
Very stable afterwards. The stable power is related to the application premise, and the fever power is increased from large to small after power-on. If the same PTC fever device is used under different conditions, the power can be several times different. The faster the heat dissipation, the greater the stable power; the higher the PTC surface temperature, the higher the power. It can also be controlled by breaking the circuit, and the surface temperature of the PTC fever piece is controlled by the PTC itself. But it is not possible to control the surface temperature by adjusting the voltage. However, assuming that the device is improper, the PTC itself is very robust and has a very long lifespan. Commodities will show signs of unstable power and temperature.