direct reading spectrometer

Model: OES6000

Product Description, Technical Parameters, and Configuration

performance advantage

The OES6000 direct reading spectrometer adopts CCD detector full spectrum testing technology, which can test all spectral lines covering the wavelength range. It is convenient to configure and supplement the testing substrate, channel, and analysis program. The instrument is compact in size, convenient for maintenance and laboratory placement. OES6000 focuses on non-ferrous metal testing and is an ideal instrument for elemental testing of non-ferrous metal materials.

Full spectrum analysis technology facilitates the configuration of more matrices and elements, making it easy to supplement configurations on-site for users

The instrument is compact in size and has low requirements for laboratory space

Working 24/7, with excellent stability and reliability

The sample testing speed is fast, and the single testing process takes less than 30 seconds

The instrument is easy to use and maintain, with low professional requirements for personnel

Original factory installed analysis program, accurate test data, and complete compatibility for all applications

Standardized sample configuration allows for periodic calibration of instruments

No use of chemical reagents, safe and environmentally friendly testing process

Technical performance and parameters

1. Spectral chamber design

Paschen Runge structure

Constant temperature control (34 ℃± 0.5 ℃)

Special material casting ensures minimal deformation of the light chamber

2. Concave grating

Engraving density 3600 l/mm

First level spectral line dispersion rate: 1.2 nm/mm

Wavelength range 200-500nm

3. Detector

High performance linear array CCD

4. Analysis time

Depending on the variety, it generally takes less than 30 seconds

5. Excitation light source

Full digital plasma spark light source technology

High Energy Pre Combustion Technology (HEPS)

Frequency 100-1000Hz

Current 1-80A

6. Excitation table

4mm sample stage analysis gap

Jet electric technology

No standby flow, low argon gas consumption

7. Size and weight

Height 300mm, length 500mm, width 450mm

30 kg

8. Power

High power 700 W

Standby power 40 W

working conditions

Working temperature: 15-30 ℃

Relative humidity: ≤ 70%

Power supply: 220 ± 5V, single-phase 50Hz, grounding resistance<1 Ω

The laboratory is free from vibration, dust, strong electromagnetic interference, strong airflow, and corrosive gases

auxiliary equipment

High purity argon gas - purity above 99.999%

AC parameter stabilized power supply -1KVA

Spectral Grinding Prototype - Used for Samples of Steel, Nickel Alloy, etc

Small lathe - used for samples of aluminum, copper, zinc, magnesium alloys, etc

Air conditioning - matching power according to laboratory area configuration

technical advantage

A light chamber that does not require vacuum pumping

The OES6000 direct reading spectrometer adopts an air chamber design and eliminates the vacuum pump. The light chamber is completely free of oil pollution sources, and the instrument performance is more stable; More convenient maintenance, no power consumption for vacuum pump operation.

Full spectrum testing comprehensively tests various metals and elements

Based on CCD detector full spectrum testing technology, comprehensively test the spectral lines of various elements in metals, facilitating the testing of multiple substrates and elements.

Configure and supplement testing substrates, channels, and analysis programs for convenience, and facilitate the addition of testing elements and analysis programs at the customer's location after delivery.

Professional testing plan

With the accumulation of long-term testing technology services, Tianrui Instrument provides mature testing solutions for steel and non-ferrous metal material analysis users.

The testing plan adopts an analysis program that classifies the content of material elements to meet various common testing needs of users.

The analysis program is calibrated by the original factory using international and national standard samples, and fitted and calibrated by professional instrument software.

Users only need to use a small number of standardized samples from the original factory configuration to complete daily maintenance, without the need to purchase a large number of standard samples for making analysis programs.

International suppliers provide core components

Spectral dispersion element - grating manufactured by Zeiss in Germany, ensuring excellent spectral resolution capability

Spectral detector - photomultiplier tube manufactured by Toshiba in Japan, ensuring sensitive and low-noise spectral line detection

Optical lenses - manufactured by Zeiss in Germany, optical fibers - manufactured by Agilent in the United States

Excellent light room constant temperature system

The constant temperature chamber of the light room is equipped with a feedback heating device and an efficient insulation layer, effectively ensuring constant temperature inside the light room.

This suppresses the optical path drift caused by slight changes in the size of mechanical components under temperature fluctuations. Simultaneously, the operation of optoelectronic devices in a constant temperature environment contributes to stable performance.

Application field

The testing of element content in metal materials is a traditional testing project for research and development, production control, quality inspection, and other related work in the metal smelting, casting, processing, and machinery industries.

Tianrui Instrument Direct Reading Spectrometer is widely used for element content analysis of steel and non-ferrous metal materials. It can quickly, accurately, stably, and simultaneously test dozens of analytical elements, meeting the needs of industrial research and development, process control, feed inspection, product sorting, and other aspects.

Tianrui Instrument's direct reading spectrometer is convenient, environmentally friendly, and low-cost for testing the elemental content of metal materials, making the process and quality of research and development and production more controllable, and helping users improve the technical and quality level of their products; Simultaneously accelerating relevant processes to create significant economic and environmental benefits for users. The direct reading spectrometer has become a landmark device for measuring the technical and quality level of enterprises.