Optical Emission Spectrometer Model LC-9510

LC-9510 Photoelectric Direct Reading Spectrometer
I. Main Features
Incorporating international advanced technology, the instrument is computer-controlled for high-energy excitation light sources, setting analysis conditions, automatic photoelectric reception, channel high voltage settings, data acquisition, and result processing. It can automatically complete the establishment of working curves, calculation of sample concentrations, and analysis of test results, finishing sample analysis in approximately 30 seconds. It features low detection limits, high accuracy, fast analysis speed, and stable, reliable operation. It is applied in material analysis and research in industries such as metallurgy, casting, and machinery.
II. Main Technical Parameters
Detection Matrix (Multi-Matrix): Analysis of various alloy samples including Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag, and more.
Analysis Channels (Multi-Channel): Expandable up to 45 channels.
Analysis Wavelength Range (Wide Range): 200nm-650nm
Detection Time (Short Duration): Generally less than 30 seconds, depending on the type of sample.
Optical Chamber (Precision Constant Temperature): 38°C ± 0.2°C
Power Supply: Single-phase power supply with protective grounding. Voltage: 220VAC, Frequency: 50Hz, Power Consumption: 1.8KVA
Environmental Conditions: Operating Temperature: 10-30°C, Storage Temperature: 0-45°C, Humidity: ≤85%
Argon Gas Used: Purity 99.999%
III. Main Configurations and Features
1. The optical system uses blazed holographic gratings, enhancing the instrument's analysis precision and detection sensitivity.
2. The optical chamber and electronic system are equipped with a constant temperature device to avoid the impact of external environmental temperature fluctuations on instrument stability.
3. The integrated exit slit offers the advantages of fast, convenient, and accurate optical system calibration. The slit band includes reserved slits, making it easier for users to add analysis channels.
4. Unidirectional discharge, high-energy pre-spark technology, adjustable discharge parameters, all computer-controlled.
5. The operating software enables automatic tracing. Curve display allows for quick, intuitive, and accurate reading of peak positions, achieving simple and fast tracing operations. Accuracy is within ±5μm.
6. The software features comprehensive functions, simple operation, reliable performance, and a fully Chinese interface. Using pre-set working curves within the instrument, it can accurately and quickly analyze the composition content of samples.