Overview
The TAISITE MFLC-3/14T ceramic muffle furnace is a high temperature experimental equipment with a maximum temperature of 1400 ° C. It adopts an integrated design, lightweight and compact structure. The furnace uses vacuum formed polycrystalline mullite fiber, which has good thermal insulation effect, and the heating element is silicon carbide rod. The equipment is equipped with a High Accuracy 7-inch color Touchscreen programmable temperature controller, combined with microcomputer PID control and S-type Thermocouple, to achieve accurate temperature control.
Features
1. Integrated design, lightweight and compact structure.
2. Vacuum forming polycrystalline mullite fiber furnace, good thermal insulation effect.
3. Parallel side open furnace door design to reduce footprint and keep 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, it is conducive to experimental processes such as ashing.
7. High Accuracy Microcomputer Temperature Controller combined with Precision Sensor, temperature control accuracy of +/- 1 ℃.
8. Use finger touch light point setting, easy to operate.
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 a silicon carbide heating element, and the heat is evenly distributed in the furnace composed of polycrystalline mullite fibers. The fibrous structure of the furnace effectively reduces heat loss. The temperature control is monitored in real time by the S-type Thermocouple, and the signal is fed back to the microcomputer PID temperature controller. The temperature controller precisely adjusts the Heating power through the PID algorithm according to the deviation of the set temperature and the measured temperature, so as to realize fast and stable temperature control, and can be programmed to set complex heating and heat preservation. Linear dispersion.
Applications
Material ashing, ceramic sintering, high temperature heat treatment, laboratory sample prepative, material performance testing
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. On the 7-inch color Touchscreen, set the target temperature, heating program or timing time by tapping the finger.
3. After confirming that the parameters are set correctly, start the heating procedure.
4. The equipment will run automatically according to the set program, Heating time ≤ 35 minutes to 1400 ℃.
5. During the experiment, the real-time temperature Linear dispersion can be observed through the screen.
6. After the experiment, wait for the furnace temperature to naturally chill down or cool down according to the program.
7. If you need to open the door halfway, the furnace door will automatically power off when it is opened. After closing, you need to delay the power back.
8. After the experiment is completed, the temperature recording data can be exported through the USB flash drive.
Notice
* Operating temperature is 1400 ℃, do not use over temperature.
* When opening the door, the device will automatically power off. After closing the furnace door, you need to wait for the end of the reset delay. Please do not force the operation.
* The surface of the furnace body may still heat up when working at high temperature, please pay attention to burns and ensure that the surrounding is well ventilated.
* Before use, please confirm that the Power supply voltage is AC220V and ensure good grounding.
* Do not heat flammable, explosive or toxic gases in the furnace.
When the device is running, do not block the heat dissipation hole.
* Before moving or cleaning equipment, be sure to disconnect the power supply and wait for the furnace body to completely chill down.
Regularly check whether the power cord and equipment components are in good condition.
Non-professional personnel should not disassemble or repair the internal electrical components of the equipment.
