CIC-D260 Dual-channel Ion chromatograph with Consumable monitoring function

Short Description:

CIC-D260 is a third-generation dual-channel ion chromatograph developed by SHINE. The product adopts HDI intelligent technology and is equipped with 100% self-developed core components. While improving detection efficiency, it can also provide users with an unprecedented operating experience.

Whether you are engaged in environmental monitoring, food analysis, chemical production or Drug development and quality analysis, CIC-D260 can meet your practical needs with excellent performance and reliable stability.


Product Detail

Product Tags

Highlights

Dual-channel design, allows for simultaneous detection of anions and cations;
The compact exterior design can improve the space utilization rate of the laboratory;
The newly designed bipolar pulse detector directly expands the ppb-ppm concentration range signal without the need to adjust the range;
Intelligent alarm system. Leakage alarm, residual eluent alarm, low pressure alarm and high pressure alarm;
Real time monitoring of consumables usage, with clear status at a glance;
The gas-liquid separator can effectively eliminate the impact of bubbles on the system;
Wider usage scenarios, in addition to traditional CD detectors, can also be combined with detectors such as ECD, UV, DAD, ICP-OES. AFS, MS, etc. The scenario is beyond your imagination.

Application

Detection of 5 haloacetic acid indicators in drinking waterimage2
Detection of perchlorate in drinking water
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Detection of 3 disinfection by-products in drinking water
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Determination of ammonia, methylamine, Dimethylamine and Trimethylamine in ambient air
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Determination of Chlorate, Chlorite, Bromate, Dichloroacetic acid and Trichloroacetic acid in water quality
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Determination of inorganic anions in water quality
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The chromatograph flow path system

Ultra-pure water first through the gas-liquid separator off gas into the pump, delivered by the pump into the autosampler six-way valve, when loaded into the sample loop, The sample injection valve is switched to the analysis state, and the sample in the loop enters the flow path, detergent and sample mixed solution into the guard column,analytical column, after column separation into the suppressor, conductivity detector, conductivity pool will analyze the sample, electrical signal converted into digital signal sent to the computer end for analysis. After the liquid goes out of the conductivity cell, it will enter the suppressor to supplement the water in the regeneration channel of the suppressor, and finally the waste liquid will enter the waste liquid bottle.


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