Overview
YIHENG SX2-8-13NP programmable box type resistance furnace is a high temperature heating equipment specially designed for industrial and mining enterprises, Universities & colleges, R & D institutions and laboratories. It is suitable for chemical element analysis, quenching, annealing, tempering and other high temperature heat treatment of small steel parts, as well as sintering, dissolving and analyzing of metals, stone tools and ceramics.
Features
1. Unique furnace door design makes it safe and easy to operate, ensuring that high-temperature hot air does not leak out.
2. Microcomputer PID controller, easy to operate, accurate temperature control, reliable and safe.
3. Resistance to corrosion lightweight furnace (refractory brick or ceramic fiber optional) to ensure durability.
4. Excellent door sealing, minimal heat loss, increase furnace Temperature uniformity.
5. Programmable controller, 10 sets of programs, each set can be set to heat up or stay, to achieve temperature, time, Heating power cycle.
6. Multi-stage programmable control, simplifying the complex test process and realizing automatic control and operation.
7. The door liner and box panel are made of stainless steel, which is resistant to corrosion and does not deform at high temperature.
8. Open the furnace door during operation and automatically disconnect the heating power supply to ensure the safety of the operator.
9. Safety protection measures such as overcurrent, overpressure and overheating are provided.
10. The ceramic fiberboard is used as the thermal insulation material, which has good thermal insulation effect and low surface temperature of the box shell.
Principle
The resistance furnace precisely adjusts the temperature through a microcomputer PID controller, using nickel-chrome wire heating elements to generate high temperatures, combined with a corrosion furnace and sealing design to ensure uniform heat distribution and minimal loss. The programmable function allows users to set multi-stage temperature programs to automate the heating process.
Applications
Laboratories of industrial and mining enterprises, Universities & colleges, R & D institutions, chemical elemental analysis, quenching, annealing, tempering of small steel parts, metal sintering, stone tool sintering, ceramic sintering, dissolving, analysis
Steps
1. Open the furnace door and automatically disconnect the heating power to ensure safety.
2. Use a microcomputer PID controller to set temperature parameters or select a programmable program.
3. Choose the furnace type (refractory brick or ceramic fiber) as needed.
4. Start the heating process, the controller automatically adjusts the temperature and time.
5. After the heating is completed, close the furnace door or follow the procedure to end the operation.
Notice
• Make sure the furnace door is open during operation to automatically disconnect the power supply to prevent the risk of electric shock.
• Safety protection functions such as overcurrent, overpressure and overheating are checked regularly.
• Select the appropriate furnace material (refractory brick or ceramic fiber) according to the application requirements.
• Avoid opening the furnace door for a long time at high temperatures to reduce heat loss.
• Clean and maintain equipment promptly after use to prolong service life.
