Spark 8000 Full Spectrum Direct Reading Spectrometer

Spark 8000 Full Spectrum Direct Reading SpectrometerProduct Introduction

• Steel Research Nak has long been committed to spectral analysis technology and instrument manufacturing technology

• Drafter of the national standard GB/T 4336-2016 Carbon Steel and Medium Low Alloy Steel - Determination of Multi Element Content - Spark Discharge Atomic Emission Spectroscopy (Conventional Method).

• It can quickly and accurately analyze metals and alloys such as Fe, A1, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, etc., meeting the requirements of rapid quantitative analysis and laboratory testing before the furnace.

• The Spark 8000 full spectrum spark direct reading spectrometer has become an analytical tool for industries such as metallurgy, casting, machinery, steel, and non-ferrous metals due to its excellent performance and wide range of applications. It has a wide range of applications in the research and development of raw materials, parts, and product processes in fields such as automobile manufacturing, shipbuilding, electromechanical equipment, engineering machinery, electronics and electrical engineering, education, and scientific research.

instrument parameters

• instrument parameters

  Power requirement: 220V ± 10%, single-phase, 10A, 2.5KVA, weight: 100kg

  Dimensions: 470 * 872 * 435mm (width * depth * height)

• Detector sensitivity

  High resolution CCD detector, pixel count: 3648+46, pixel size: 8 μ m, thin coating, low detection limit in the ultraviolet band

  Creating Optical Systems in a Class 10000 Ultra Clean Environment

  Paschen Runge structure Roland optical system, aberration free, uniform resolution, high luminescence holographic grating, grating focal length 500mm, engraved lines 2700/mm, line resolution 0.7407nm/mm, pixel resolution 0.005926nm, spectral line range 130-800nm

  Segmented exposure significantly improves the identification intensity of trace elements with low detection limits. With a single excitation, segmented exposure, simultaneous acquisition, and counting, the integrated exposure time of different CCDs is independently controlled to enhance the intensity of trace elements and reduce the detection limit of the instrument. The integration time is adjusted with the band to improve the stability of the instrument

• intelligent control system

  Tidal flushing method, intelligent judgment and analysis of interval time, reasonable replenishment of argon gas, reducing argon gas consumption, low standby flow rate of 60ml/min, one bottle of argon gas standby for 70 days in 24 hours

Spark 8000 Full Spectrum Direct Reading SpectrometerAdvantages and Characteristics of Instruments

• A high-resolution and large dispersion optical system created in a 10000 level ultra clean environment, using holographic gratings with a focal length of 500mm, a wider spectral line range, and higher resolution, capable of analyzing N, Li, Na, and others.

• Adopting high-resolution linear array CMOS detector, it has higher integration, faster reading speed, lower power consumption, and higher long-term stability.

• All digital high stability excitation light source, with a frequency of up to 1000Hz, can match different light source conditions for different materials to achieve excellent analysis results.

• The brand new overall constant temperature shielding technology has a temperature control accuracy of ± 0.1 ℃, uniform and stable heating, isolates the influence of environmental temperature, and ensures the stability of the optical system.

• The intelligent tidal flushing technology reduces the start-up time of the refrigeration unit to 30 minutes, greatly saving waiting time and improving overall operational efficiency. Intelligent judgment and analysis of interval time, reasonable replenishment of argon gas, reducing argon gas consumption, greatly reducing operating costs.

• The integrated lens isolation valve automatically isolates the excitation stage from the optical system atmosphere to prevent intensity reduction caused by light chamber contamination due to daily maintenance, and can also avoid optical system contamination caused by misoperation.

• Coaxial spin type gas path excitation table, with spin gas path, sufficient excitation, thousands of excitations without cleaning, greatly reducing workload.

• Innovative curve intelligent jump technology expands the range of analysis elements under the same analysis program. Based on the analysis values of the samples, intelligent selection of analysis spectral lines is carried out in the background to improve the accuracy and stability of element analysis.

• A powerful software system with a simple and intuitive interface design that is easy to operate, providing users with a convenient and smooth operating experience.