The main features of the multi-element analyzer 1: using the latest computer and microcontroller technology to achieve program control and data processing. It can quickly and accurately measure the mass fraction of various elements in steel and non-ferrous metals, has a high degree of automation, accurate and reliable quantitative dosing, and less reagents, improves the accuracy and precision of analysis, and can directly display the quality score. And print.
2: brand computer computer control, full Chinese menu operation, desktop printer print results.
3: Adopt cold light source patented technology, imported optoelectronic components, self-calibration zero and fullness;
4: The electronic balance is not quantified on-line. The computer automatically reads in the weight or manually enters it for analysis.
5: Three large channels, each with 30 small channels (30 working curves can be stored). The number of channel curves can also be arbitrarily increased according to user needs;
6: Change the cold light source with different wavelengths. Pre-adjustable potentiometer is easy to adjust and expand the range and content of measuring elements;
7: Dissolve outside the sample, convenient operation, no aging of valves and pipes, prolong service life.
Chemical Element Analyzer Note:
The level of use of the instrument is uneven.
After the malfunction of the instrument, the professional management experts who did not work in time with these instruments were present on the spot, but they disassembled themselves and caused the malfunction to expand. It was difficult to repair.
Without the constraints of instrument management rules and regulations, the parties are not responsible for any accidents.
We have not strictly implemented the large-scale precision instrument management system formulated by the higher-level management agencies, or implemented each of its own methods, and implemented supervision and inspection ineffective.
All of the above reasons are the basic causes of the failure of large-scale precision chemical analysis equipment and the damage of equipment.
Once the instrument fails, it should first check whether it is misoperation, analyze whether each key of the instrument is in place. Even the instruments used every day, there are common problems with the wrong keys or not. Secondly, follow the chemical, air system, vacuum system, instrument pollution and other factors to check. In particular, places that cause run, run, drip or leak should be strictly searched. Do not blindly suspect the display components. The second problem is that there are problems with the instrument, actuator, electronic circuit, and electronic components.
After the instrument is repaired, it must be monitored and operated. In a certain period of time, the instrument maintenance personnel should be present at any time so that the operator can restart the instrument. Only after a long period of normal operation can the instrument be officially put into use. At the same time, the operator must also report abnormalities in use at any time to prevent unburned.
2: brand computer computer control, full Chinese menu operation, desktop printer print results.
3: Adopt cold light source patented technology, imported optoelectronic components, self-calibration zero and fullness;
4: The electronic balance is not quantified on-line. The computer automatically reads in the weight or manually enters it for analysis.
5: Three large channels, each with 30 small channels (30 working curves can be stored). The number of channel curves can also be arbitrarily increased according to user needs;
6: Change the cold light source with different wavelengths. Pre-adjustable potentiometer is easy to adjust and expand the range and content of measuring elements;
7: Dissolve outside the sample, convenient operation, no aging of valves and pipes, prolong service life.
Chemical Element Analyzer Note:
The level of use of the instrument is uneven.
After the malfunction of the instrument, the professional management experts who did not work in time with these instruments were present on the spot, but they disassembled themselves and caused the malfunction to expand. It was difficult to repair.
Without the constraints of instrument management rules and regulations, the parties are not responsible for any accidents.
We have not strictly implemented the large-scale precision instrument management system formulated by the higher-level management agencies, or implemented each of its own methods, and implemented supervision and inspection ineffective.
All of the above reasons are the basic causes of the failure of large-scale precision chemical analysis equipment and the damage of equipment.
Once the instrument fails, it should first check whether it is misoperation, analyze whether each key of the instrument is in place. Even the instruments used every day, there are common problems with the wrong keys or not. Secondly, follow the chemical, air system, vacuum system, instrument pollution and other factors to check. In particular, places that cause run, run, drip or leak should be strictly searched. Do not blindly suspect the display components. The second problem is that there are problems with the instrument, actuator, electronic circuit, and electronic components.
After the instrument is repaired, it must be monitored and operated. In a certain period of time, the instrument maintenance personnel should be present at any time so that the operator can restart the instrument. Only after a long period of normal operation can the instrument be officially put into use. At the same time, the operator must also report abnormalities in use at any time to prevent unburned.
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