Overview
This SLX1400-40 high temperature furnace uses imported silicon carbide rods as heating elements, and is equipped with double-decked shell structure and 51-stage programmed temperature control system. The furnace is made of 1800 type aluminum oxide polycrystalline fiber material, and the double-decked furnace shell is equipped with an Air-Cooled circulation system. It has the advantages of rapid heating, Balanced temperature field, low surface temperature, fast temperature lifting and energy saving. It is an ideal product for universities, research institutes and factories.
Features
1. Adopt imported silicon carbide rod heating elements to ensure efficient heating.
2. Double-decked shell structure, combined with Air-Cooled circulation system, to achieve rapid heating and low surface temperature.
3.51-Stage programmed temperature control system provides accurate temperature control.
4. The furnace adopts 1800 type aluminum oxide polycrystalline fiber material, which has excellent thermal insulation performance.
5. Balanced temperature field, fast temperature rate, energy saving and environmental protection.
Principle
The high temperature furnace generates heat through imported silicon carbide rods as heating elements, and combines double-decked shell structure and air-cooled circulation system to achieve rapid heating and uniform temperature field distribution. The 51-stage programmed temperature control system precisely adjusts the temperature to ensure that the temperature in the furnace is stable within the set range.
Applications
Universities, research institutes, factories and enterprises
Steps
1. Connect the power supply and ensure that the voltage is 380V 50Hz.
2. Set up the 51-stage program temperature control system and enter the required temperature parameters.
3. Start the heating and monitor the heating rate to not exceed 20 ° C/min.
4. After reaching the set temperature, keep running for experimentation or treatment.
5. After completion, gradually cool down and turn off the power.
Notice
• Power supply voltage matching 380V 50Hz to avoid overload.
• Monitor the heating rate during operation and do not exceed 20 ° C/min.
• Use K-type Thermocouple for temperature measurement to ensure accuracy.
• Regularly inspect the furnace and heating elements to prevent damage.
• Operate in a well-ventilated environment to avoid high temperature burns.
