Overview
SX2 series 1700 box furnace uses silicon molybdenum rod as heating element, adopts double-decked shell structure and intelligent temperature control system, thyristor control, phase shift trigger, furnace adopts 1700 type aluminum oxide polycrystalline fiber material, double-decked furnace shell is equipped with air cooling system, can quickly rise and lower temperature, adopts soft start constant current control to prolong the life of heating element. The furnace has the advantages of high temperature control accuracy, Balanced temperature field, simple operation, fast lifting temperature rate and low energy consumption.
Features
1. According to the size of the furnace, three-sided heating can be used to ensure uniform temperature in the furnace.
2. Pottery and porcelain fibers are used in the furnace, which greatly saves energy compared with traditional muffle furnaces.
3. The furnace body is beautiful in appearance and adopts an internal and external double-decked air-cooled structure. When the furnace is working at high temperature, the surface of the furnace shell is kept at a low temperature to avoid damage to the operator.
4. Can quickly rise and cool, furnace temperature field Balance.
5. Temperature control is stable, easy to operate, and energy consumption is low.
Principle
The high temperature box type resistance furnace uses silicon molybdenum rod as the heating element, adopts thyristor control, phase shift trigger, and combines with intelligent temperature control system to achieve accurate temperature regulation. Double-decked shell structure and air cooling system ensure rapid temperature rise and drop, soft start constant current control helps to prolong the life of the heating element.
Applications
Universities, research institutes, industrial and mining enterprises do powder sintering, Pottery and porcelain sintering, high temperature experiments, mass testing
Steps
1. Connect the power supply (AC380V 50/60HZ).
2. Use the temperature control instrument to set up 30 intelligent program controls.
3. Start heating and monitor temperature changes.
4. After completing the experiment or sintering, turn off the power.
Notice
When the furnace is operating at high temperatures, be aware that the surface of the furnace shell may heat up and avoid direct contact to prevent burns.
Use matching asbestos gloves and crucibletong to ensure safety.
Regularly check the Thermocouple and overcurrent protection functions to ensure that the equipment is operating properly.
- Optional accessories such as control software can be used to remotely monitor and modify the program Linear dispersion, follow the operation guide when using it.
