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Alimentation |
220 V±10 %, monophasé 10A, 2,5KVA |
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Dimensions du contour |
870 (L)×470 (L)×440 mm (H) |
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Poids |
Environ 100kg |
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Environnement d'exploitation |
Température : 20-25℃ ; Humidité : moins de 70 % |
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Pureté de l'argon |
≥99,999 % |
Optical Dystem: High luminous holographic grating, focal length: 500mm ,2700 grooves/mm.
CCD Detector: 3648 pixels per chip.Single pixel size is only 8μm.
New Monitoring System: Brand new system monitoring of instrument status that displays the instrument status and work progress at bottom of the software.
Spark Stand: Max. weight of sample: 50kg. Newly designed coaxial spark stand with optimized internal gas circuit to greatly reduce argon consumption. Self-purging function that keeps the cavity clean.
Spark Source: Max. discharge frequency 1000Hz.
Argon Gas Consumption: Programmable argon-flushed system with short argon-flushing time and low consumption. Ultra-low standby flour rate: 60ml/min, a bottle of argon can be used for 70 days for 24 hours standby.
Applications
Metallurgical Industry
Used for composition screening of raw materials such as iron ore and scrap steel; on-site rapid analysis (ladle front) to real-time monitor the composition changes of molten materials like molten steel and molten iron; composition verification of finished products including steel billets and steel ingots.
Foundry Industry
Determination of element content in various casting alloys such as cast iron, cast steel and aluminum alloy; identification of scrap composition.
Automotive Manufacturing Industry
Material inspection of core components including engine block, crankshaft and connecting rod; incoming quality inspection (IQC) for metal raw materials and components.
Aerospace Industry
Detection of trace impurity elements in special alloys, meeting the extreme quality control requirements for materials in the aerospace industry.
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Points forts
1
Full-digital solid-state light source with continuously adjustable excitation energy and frequency, suitable for a variety of metal materials.
2
A full-spectrum detection by using a multi-chip staggered layer of linear array CCD with special coating. Single plate lens holder, greatly reducing contamination to light chamber during cleaning the lens.
3
Net-based acquisition and control fast and versatile.
4
Programmable control argon-flushed chamber technology designed to improve long-term stability.
5
Copper spark stand base with better heat dissipation and durability.
6
Low consumption of argon, no pressure fluctuation, no noise, and short cold startup time.
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