1. The double shell structure is adopted, the inner layer is stainless steel structure, and the shell is carbon steel.
2. The furnace material is made of alumina polycrystalline fiber, which can save 50% energy and even temperature field.
3. The heating element adopts silicon carbide rod to ensure high temperature uniformity and the best temperature field effect.
4. S-type thermocouple is used to measure temperature, which is located at the rear of furnace, and the temperature measurement is accurate.
5. The air cooling system is equipped between the double-layer furnace shells, which can make the surface temperature of the furnace body quickly drop, and the surface temperature of the furnace shell is less than 60 ℃.
6. The automatic power-off function of furnace door opening enables automatic power-off after the furnace door is opened.
7. Overtemperature protection function, when the temperature exceeds the allowable setting value, it will automatically cut off power and give an alarm.
8. Leakage protection function, when the furnace body leakage, automatic power off.
9. The temperature control system adopts artificial intelligence regulation technology, has PID regulation, fuzzy control, self-tuning functions, and can program various temperature rise and fall programs.
10. Program temperature control system can edit 30 segments of program temperature control, optional with touch screen interface.
11. The RS-485 serial port (purchased separately) can be selected to realize the interconnection with the computer, and the remote control, real-time tracking, historical record, output report and other functions are completed by the special computer control system.
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This series of resistance furnaces are used for chemical analysis, physical measurement, metal heat treatment and high temperature sintering and annealing in powder metallurgy industry.