Overview
SX2-4-10N box type resistance furnace is a box type resistance furnace using refractory brick furnace, which has the advantages of wide application, long life and high cost performance. Controlled by intelligent microcomputer PID, it is simple, safe, accurate and reliable. The input Power is 4KW, the temperature can reach 1000 degrees Celsius, and it adopts a good wirecoil for heater heating components.
Features
1. Adopting a unique furnace door design not only makes it easy and safe to open the door, but also prevents the leakage of high-temperature gas in the furnace.
2. Controlled by a microcomputer PID controller, the operation is simple, safe and reliable.
3, lightweight furnace not only fire resistance but also corrosion resistance, can be durable.
4, the use of excellent door sealing makes the heat loss is very small, increasing the uniformity of temperature in the furnace.
5. When the operator opens the furnace door, the safety switch will automatically disconnect the heating power supply to ensure the safety of the operator.
6. Safety protection measures such as overcurrent, overpressure and overheating are provided to ensure sufficient safety during use.
Principle
Using wirecoil for heater heating components, the temperature is precisely controlled by intelligent microcomputer PID controller to achieve efficient heating.
Applications
Laboratory, industrial heat treatment, materials research
Standards
Electrical safety standards, industrial heating equipment standards
Steps
1. Connect the power supply and ensure that the voltage is 220V 50Hz.
2. Set the required temperature parameters.
3. Start heating and monitor temperature changes.
4. Turn off the power after use.
Notice
• Ensure that the furnace door is tightly closed during operation to avoid heat loss.
When opening the furnace door, pay attention to the safety switch to automatically disconnect the heating power supply.
• Regularly check whether the overcurrent, overvoltage and overheating protection functions are normal.
• Avoid use in humid environments to prevent electrical failures.
