안내사항 |
가격 기재가 되지 않은 별도 문의 상품인 경우 반드시 '온라인 견적문의' 혹은 '전화 문의' 후 구매 부탁드립니다. 설치/교육 신청의 경우 별도의 연락 후 직접 납품 드립니다. |
[RUNZEFLUID] PS-10 System
Description
High reliability and low maintenance
◆ Using the world's leading sequential injection platform, the reagent consumption is low, accounting for 1/20 of the conventional chemical method instrument reagent usage, making it suitable for long-term online monitoring
◆ High integration multi-channel switching valve, with a single valve body capable of switching between 6-16 valve positions, with a simple construction
◆ Innovative liquid storage ring structure, where samples or reagents do not come into direct contact with the syringe, avoiding wear and corrosion of the syringe flow path
Accurate measurement and wide applicability
◆ Adopting analytical methods consistent with national standards, industry standards, and calibration standards, suitable for automatic monitoring of chemical oxygen demand (COD) at environmental pollution source discharge outlets
◆ Sample and reagent volume quantification is accurate, with good repeatability, far higher
than conventional chemical methods and instruments
◆ Unique bubble stirring mixing technology ensures thorough mixing of samples and
reagents. Application area
In addition to containing a certain amount of inorganic pollutants, wastewater from daily life or industrial production also contains a large amount of organic pollutants. After these organic pollutants enter the environment, they mainly have an impact on the entire ecosystem in the form of toxicity and reducing dissolved oxygen in water bodies. Related studies have shown that the vast majority of toxic substances in wastewater are organic compounds, so organic pollution indicators are currently very important indicators in water quality monitoring.
Runze closely follows the trend of industry development, seizes the opportunity, and takes the opportunity to develop a new generation of PS-10 non cross pollution flow system, which can be used as accessories for monitoring COD concentration in water such as environmental pollution source discharge outlets, municipal sewage, industrial sewage, and industrial production process water.
Working principle
The instrument adopts the world's leading sequential injection technology, which sucks the test sample and reagent into a storage ring in a certain order through a plunger pump and a multi-chan- nel switching valve, and then switches through the multi-channel switching valve and the reverse operation of the plunger pump.Move the reagent in the zone towards the reaction chamber, where the sample and reagent are digested under high temperature and pressure. After digestion, the light absorption signal is collected and processed in the digestion tank.
Then, after rapid cooling, the fluid is discharged through a multi-channel directional valve, and the detected fluid is discharged into a waste liquid collection bottle. After cleaning the pipeline, a detection is completed.
Throughout the entire process, the liquid storage ring is utilized, and reagents and samples do not come into direct contact with the syringe.
Recommened Installation Schematic(unit:mm)
The PS-10 system consists of the following parts:
PS-10 driver, SV-08 multi-channel switching valve, RP-01 piston pump, liquid level detector (optional), liquid storage ring (self equipped), and digestion reactor (self equipped), with the blue part indicating the pipeline
Note: The liquid level detector can determine whether there is liquid in the pipeline by the color change of the light on the liquid level detector.
모바일 환경에서는 표를 좌·우로 스크롤해주세요.
고객센터
배송안내
배송기간
주의사항
안내사항 |
가격 기재가 되지 않은 별도 문의 상품인 경우 반드시 '온라인 견적문의' 혹은 '전화 문의' 후 구매 부탁드립니다. 설치/교육 신청의 경우 별도의 연락 후 직접 납품 드립니다. |
[RUNZEFLUID] PS-10 System
Description
High reliability and low maintenance
◆ Using the world's leading sequential injection platform, the reagent consumption is low, accounting for 1/20 of the conventional chemical method instrument reagent usage, making it suitable for long-term online monitoring
◆ High integration multi-channel switching valve, with a single valve body capable of switching between 6-16 valve positions, with a simple construction
◆ Innovative liquid storage ring structure, where samples or reagents do not come into direct contact with the syringe, avoiding wear and corrosion of the syringe flow path
Accurate measurement and wide applicability
◆ Adopting analytical methods consistent with national standards, industry standards, and calibration standards, suitable for automatic monitoring of chemical oxygen demand (COD) at environmental pollution source discharge outlets
◆ Sample and reagent volume quantification is accurate, with good repeatability, far higher
than conventional chemical methods and instruments
◆ Unique bubble stirring mixing technology ensures thorough mixing of samples and
reagents. Application area
In addition to containing a certain amount of inorganic pollutants, wastewater from daily life or industrial production also contains a large amount of organic pollutants. After these organic pollutants enter the environment, they mainly have an impact on the entire ecosystem in the form of toxicity and reducing dissolved oxygen in water bodies. Related studies have shown that the vast majority of toxic substances in wastewater are organic compounds, so organic pollution indicators are currently very important indicators in water quality monitoring.
Runze closely follows the trend of industry development, seizes the opportunity, and takes the opportunity to develop a new generation of PS-10 non cross pollution flow system, which can be used as accessories for monitoring COD concentration in water such as environmental pollution source discharge outlets, municipal sewage, industrial sewage, and industrial production process water.
Working principle
The instrument adopts the world's leading sequential injection technology, which sucks the test sample and reagent into a storage ring in a certain order through a plunger pump and a multi-chan- nel switching valve, and then switches through the multi-channel switching valve and the reverse operation of the plunger pump.Move the reagent in the zone towards the reaction chamber, where the sample and reagent are digested under high temperature and pressure. After digestion, the light absorption signal is collected and processed in the digestion tank.
Then, after rapid cooling, the fluid is discharged through a multi-channel directional valve, and the detected fluid is discharged into a waste liquid collection bottle. After cleaning the pipeline, a detection is completed.
Throughout the entire process, the liquid storage ring is utilized, and reagents and samples do not come into direct contact with the syringe.
Recommened Installation Schematic(unit:mm)
The PS-10 system consists of the following parts:
PS-10 driver, SV-08 multi-channel switching valve, RP-01 piston pump, liquid level detector (optional), liquid storage ring (self equipped), and digestion reactor (self equipped), with the blue part indicating the pipeline
Note: The liquid level detector can determine whether there is liquid in the pipeline by the color change of the light on the liquid level detector.
모바일 환경에서는 표를 좌·우로 스크롤해주세요.
고객센터
배송안내
배송기간
주의사항
