Overview
TAISITE MFLC-8/16D ceramic muffle furnace is a high temperature heating equipment with a maximum temperature of 1600 ° C, Temperature range is 300~ 1600 ° C. The product adopts integrated design, light and compact structure, furnace volume is 8L, Heating power is 9KW, suitable for a variety of high temperature processing needs in laboratory and industrial fields.
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 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, it is conducive to the ashing process.
7. High Accuracy Microcomputer Temperature Controller Combined with Precision S-Type Thermocouple Sensor, Temperature control accuracy of +/- 1 ℃, Temperature resolution of 1 ℃.
8. Dedicated function keys enable temperature setting, making operation convenient.
9. Auxiliary menu provides over-rise alarm, deviation correction, menu lock, over-rise preventer and other functions.
10. High security, integrated with multiple protections such as over-lift alarm, menu locking, over-lift prevention, power failure when opening the door, and delay in restarting.
11. Heating time is fast, no more than 50 minutes from room temperature to 1600 ℃.
Principle
The ceramic muffle furnace uses silicon molybdenum rods as heating elements, and the furnace is heated under the precise control of the microcomputer PID Control system. The system monitors the temperature in the furnace in real time through S-type Thermocouple, and feeds the data back to the temperature controller. The temperature controller performs PID operation according to the deviation of the set value and the actual value, and outputs a control signal to adjust the Heating power, so as to achieve fast and stable temperature control. The furnace adopts polycrystalline mullite fiber material and cooperates with a double-shell air insulation design to effectively reduce heat loss and ensure Temperature uniformity and energy saving effect in the furnace.
Applications
Material sintering, ashing experiment, high temperature heat treatment, ceramic processing, metal annealing, laboratory analysis
Standards
No specific compliance criteria were mentioned in the data.
Steps
Connect the AC380V 50Hz power supply to ensure reliable grounding.
2. Open the furnace door and put the sample to be processed into the furnace.
3. Close the furnace door, and the safety switch of the furnace door is triggered at this time, and the device enters the standby state.
4. Set the target temperature, heating program (P/T support) or timing time (0~ 999.9 hours) through the touch button (D/P type) or Touchscreen (T type) of the thermostat panel.
5. Start the equipment to start heating, and the temperature control system will automatically run according to the set program.
6. During operation, the real-time temperature and program status can be observed through the display screen.
7. After the program runs or reaches the scheduled time, the equipment stops heating and enters the cooling stage.
8. After the furnace temperature has dropped to a safe temperature, the sample can be removed by opening the furnace door.
Notice
Equipment must be installed and operated by professionals, and reliable grounding must be ensured.
* Please check whether the Power supply voltage is AC380V 50Hz before power on.
The furnace body is in a high temperature state during operation and when it has just stopped working. It is strictly forbidden to touch it to prevent burns.
* When opening the door, the device will automatically power off. After closing the furnace door, you need to wait for the set reset delay time to restart the heating. Please do not forcibly short the safety switch.
* It is strictly forbidden to put flammable, explosive, volatile and corrosion gas items in the furnace.
* Sample placement should not block the exhaust hole in the furnace and ensure that the load is within the allowable range of the furnace.
When the device is running, do not leave it for a long time and pay attention to the running status.
Regularly check whether safety devices such as overcurrent and leakage protection switches are effective.
* Before the equipment is moved or maintained, be sure to cut off the power supply and fully chill down.
Do not disassemble or modify the internal structure and electrical wiring of the equipment without authorization.
