Audited Supplier
carbon and silicon detection of hot metal in front of furnace, spheroidization rate analysis, adjustment and correction calculation of hot metal, touch screen operation and17.3 inch LCD display.
Instrument composition and function
CYY-LK3 hot metal quality management instrument in front of furnace has built-in high-precision temperature transmitter, special industrial motherboard and industrial LCD display. The operation instructions are completed by touch screen operation or mouse operation. The measurement results can be output to the mobile memory through the high-speed USB interface and transferred to the office computer.
shipping list
| Serial number | Product name | Unit | Quantity | Remarks |
| 1 | Carbon, silicon and manganese analyzer in front of the furnace | set | 1 | main engine for carbon, silicon and manganese analysis |
| 2 | Sample cup holder and connecting line | set | 1 | The connecting line is about 4 meters long |
| 3 | Mouse, keyboard, USB flash drive | set | 1 | The instrument has a USB interface to support automatic data saving and replication (Touch screen operation) |
| 4 | Fixed carbon cup | set | 1 | square cup or round cup is optional |
| 5 | High temperature hot metal special sampling spoon | set | 1 | The ceramic fiber material can be reused |
| 6 | High temperature hot metal special slag removal spoon | set | 1 | The ceramic fiber material can be reused |
| 7 | Instruction book and Certificate of conformity | set | 1 | Paper or electronic operating manual |
1. Temperature transmitter: high precision temperature transmitter
2. Thermocouple indexing: K type
3. Accuracy grade: F.S±0.1%
4. Temperature range: 0~1370ºC ,(The analytical sampling temperature was around 1300ºC)
5. Main board: Customized professional industrial main board
6. Display: 17.3 inch touch display
7. Command input: photoelectric mouse, touch screen
8. Record output: USB mobile storage
9. Power supply: AC 220V 50Hz
10. Measurement time: Results are available within 2~3 minutes
11. Active CEL carbon equivalent measurement range: 2.20-4.80%;
12. Active C content measurement range: 2.00-4.20%;
13. Measuring range of active Si content: 0.60-4.20%;
14. Active CEL, C%, Si% correction values can be set in (-0.99 - +0.99).
Application field
Installation and use method
1. Use a 220v power supply with a grounded triangular plug socket, and confirm that the power socket is correctly connected and well grounded!
2. Avoid installing the instrument in an environment with a strong magnetic field or electric field.
3. A series of data such as the carbon, silicon content of the molten iron can be measured by the furnace worker by the way, by pouring a small scoop of molten iron into the pouring cup.
Measurement Process Description
1. First, plug the instrument into the power source, turn on the power switch, and warm up for 20 minutes before reaching the temperature equilibrium state.
2. After the sample cup is installed on the cup holder, the prompt box indicates "the sample cup is ready", and the instrument completes the measurement preparation, which can be used for hot metal quality measurement.
3. Ladle a ladle of hot metal into the sample cup. It is suggested that the temperature of hot metal in the sample cup should be about 1300 ºC, and the instrument will automatically enter the measurement state. The prompt box indicates that "the determination of liquid iron composition is in progress", and the temperature curve area on the left begins to display the temperature curve measurement process.
4. On the right side of the measurement screen, the calculated measurement results, CEL,C%,Si%,and the quantity of scrap, carburizer and ferrosilicon to be adjusted are displayed in turn.
5. After the measurement, the results will be displayed, and the results will be saved automatically. The measurement status prompt box will prompt "please remove the high heat sample cup"
