Overview
TAISITE MFLC-4/16P ceramic muffle furnace is a high temperature experimental equipment with an integrated lightweight and compact design. Its maximum Operating temperature can reach 1600 ℃, furnace volume is 4L, using silicon molybdenum rod heating elements and polycrystalline mullite fiber furnace, combined with High Accuracy microcomputer PID program temperature control system, temperature control accuracy can reach +/- 1 ℃, suitable for all kinds of experiments and production that require precise high temperature treatment.
Features
1. Integrated lightweight and compact structure design.
2. Vacuum forming polycrystalline mullite fiber furnace, good thermal insulation effect.
3. Parallel side open furnace door design keeps the hot end away from the operator.
4. It has the safety function of opening the door and power failure, and restarting the power delay.
5. Double shell air insulation, low surface temperature.
6. Equipped with an exhaust device, which is conducive to sample ashing and other processes.
7. High Accuracy Microcomputer Temperature Controller Combined with S-type Thermocouple for accurate temperature control.
8. Set the temperature through a dedicated function key, making it easy to operate.
9. With auxiliary menu, support over-rise alarm, deviation correction, menu lock, over-rise prevention and other functions.
10. Multiple safety designs: over-lift alarm, menu lock, over-lift prevention, power failure when opening the door, and delay when restarting.
Principle
The muffle furnace generates heat through the heating element of silicon molybdenum rod, and the heat is evenly distributed in the furnace composed of polycrystalline mullite fibers. The temperature control is completed by the microcomputer PID controller, which receives the real-time temperature signal in the furnace detected by the S-type Thermocouple, compares and calculates with the target temperature set by the user or the program Linear dispersion, and adjusts the power output of the heating element to achieve a fast, stable and accurate heating, holding and cooling process.
Applications
Material sintering, ashing experiment, high temperature heat treatment, ceramic processing, metal heat treatment, laboratory analysis
Standards
The data did not mention specific compliance criteria.
Steps
1. Turn on the power supply and turn on the power switch of the device.
2. Set the target temperature or program Linear dispersion through the touch button (P type) of the temperature control instrument (support 4 Linear dispersion, a total of 40 steps).
3. After confirming that the parameters are correct, start the heating operation.
4. The device runs automatically according to the set program, and the dual-line LED display displays temperature and other information in real time.
5. The timing function can be used during operation (0 to 999.9 hours).
6. When the program finishes running or needs to stop halfway, press the stop button.
7. After the furnace temperature has dropped to a safe range, the side-opening furnace door can be opened to take samples.
Notice
• When the equipment is running and just after the furnace body is high temperature, it is strictly forbidden to touch, and special tools and protective equipment are required during operation.
• When opening the door, the equipment will automatically power off. After closing the furnace door, you need to wait for the end of the reset delay before continuing to heat to ensure safety.
• Do not heat flammable, explosive or toxic gases in the furnace.
• Before use, please ensure that the Power supply voltage is AC220V 50Hz, and an effective over-current and leakage protection switch has been connected.
Equipment should be placed in a well-ventilated, drying, non-corrosion gas environment.
• Regularly check components such as Thermocouple to ensure accurate temperature measurement.
• Before moving or cleaning equipment, always turn off the power and wait for the equipment to chill down completely.
• Non-professionals should not disassemble or modify the internal structure of the equipment.
