Overview
TAISITE MFLC-4/16T ceramic muffle furnace is a high temperature experimental equipment with a maximum operating temperature of 1600 ° C. It adopts an integrated lightweight and compact design. Its core heating element is silicon molybdenum rod, and the furnace is made of vacuum formed polycrystalline mullite fiber for effective thermal insulation. This model is equipped with a 7-inch color Touchscreen program temperature controller, which adopts microcomputer PID control, and the temperature control accuracy can reach +/- 1 ° C. It has various functions such as fixed value operation and program operation (support 50-step program).
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. Equipped with safety functions such as door opening and power failure, reset delay, etc.
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 precise temperature control.
8.7 inch color Touchscreen, through the finger touch light point setting, intuitive operation.
9. With correction function, gating function, real-time Linear dispersion recording, U disk data export and other ancillary functions.
10. Multiple safety designs: over-lift alarm, menu lock, over-lift prevention, door opening and power failure, reset delay and over-current and leakage protection switch.
Principle
The muffle furnace generates heat through the heating element of silicon molybdenum rod to heat the furnace composed of polycrystalline mullite fibers. The temperature control is controlled by the S-type Thermocouple to detect the temperature in the furnace in real time and feed it back to the microcomputer PID temperature controller. The temperature controller precisely adjusts the Heating power through the PID algorithm according to the setting program or fixed value to achieve a fast and stable heating and thermostatic process. The furnace body adopts a double-shell air insulation design to reduce heat loss and has a low surface temperature.
Applications
Material sintering, ashing experiment, high temperature heat treatment, ceramic processing, laboratory analysis
Standards
The data did not mention specific compliance criteria.
Steps
1. Connect the AC220V 50Hz power supply.
2. Set the target temperature, program or timing parameters through the 7-inch color Touchscreen.
3. Start the operation, and the equipment starts heating according to the set program or fixed value.
4. Linear dispersion can be observed in real time through Touchscreen during the experiment.
5. After the experiment, you can wait for the furnace body to naturally chill down or cool down according to the specified procedure.
6. If necessary, the experimental data can be exported via a USB flash drive.
Notice
• Operating temperature is 1600 ℃, do not use over temperature.
• When the furnace door is opened, the power will be automatically cut off. There will be a delay in the return of power after closing. Please pay attention to safety.
• Do not touch the surface of the high temperature furnace when the equipment is running.
• When using the exhaust hole, make sure that the connecting pipe is unobstructed and resistant to high temperature.
• Regularly perform temperature correction to ensure temperature control accuracy.
• The equipment is heavy (gross weight 100kg), so pay attention to safety when handling and installing.
• Please use a power supply that meets the requirements and ensure that the overcurrent and leakage protection switch works normally.
