Exhibitor List
Company | YOSEMITE TECHNOLOGIES CO., LTD |
Country | China |
Category | Analysis and laboratory techniques Environmental monitoring techniques and equipment |
Hall | 9.2 |
Booth | G36 |
Website | www.yosemitech.com |
Introduce | Headquartered in Suzhou Industrial Park, China, Yosemite Technologies designs and manufactures water quality monitoring equipment. Combining optical sensing and mobile internet technologies, Yosemitech brings innovative and cost competitive solutions to global water quality monitoring market. Yosemitech provides smart dissolved oxygen sensors based on state of art luminescent lifetime technologies. With different configurations intended for both field and laboratory uses, our products are ideal for measuring dissolved oxygen in wastewater, drinking water, aquaculture and general water quality applications. |
Products
UV254 COD Probe Y552-B COD sensor is based on the principle of ultraviolet absorption method, combined with a lot of application experience, on the basis of the previous generation has carried out a number of upgrades and innovations, not only the size is smaller, but also the original split cleaning brush integrated into one, so that the installation is more convenient, and has higher reliability. Y552-C requires no reagent, no pollution, more economic and environmental protection. Water quality monitoring can be conducted online for a long time. Automatic compensation for turbidity interference, with automatic cleaning device, even long-term monitoring still has excellent stability. |
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Multiparameter Sonde Yushan second generation Y4000 series multi-parameter water quality sensor (seven parameters) adopts multi-in-one structure design, each sensor with waterproof connector, calibration data stored in the sensor, can be calibrated and replaced on site. Up to 6 Yushan digital sensors can be connected at the same time, optional fluorescence method dissolved oxygen, four electrode conductivity, optical fiber turbidity, digital pH, digital ORP, chlorophyll, blue green algae and oil sensors in water. Equipped with automatic cleaning device, can eliminate air bubbles, prevent microbial growth. |
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NH4 Probe Yosemitech launched online ammonia nitrogen sensor (Y560-A), no reagent, no pollution, can be online real-time monitoring. Integrate ammonium ion, potassium ion, pH and reference electrode, automatically compensate for potassium ion, pH and temperature in water. Can be directly put into installation, compared with the traditional ammonia nitrogen analyzer, more economic, environmental protection, convenient and fast. The sensor comes with a self-cleaning brush to prevent microbial attachment, making the maintenance cycle longer and reliable. |
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Handheld meter Our ODO Series portable fluorescence method dissolved oxygen sensor (Y506-A) adopts a new generation of fluorescence lifetime technology, which is a fluorescence material independently developed by Yushan. No oxygen consumption, no flow limitation, no electrolyte, no maintenance and calibration, no hydrogen sulfide interference, excellent stability. Built-in temperature sensor, automatic temperature compensation. |
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手持多参数传感器 Y4001和Y600-A由禹山传感自主研发。该组合能测量温度,光学溶解氧,光纤式浊度,四电极电导率,pH盐度等。Y4001多参数手持探头最多能支持4种探头的测量,当连接到Y600-A仪表,这些数据能被自动识别。仪表带背光显示和操作键盘,功能全面操作简单,界面简洁,还能够同时实现测量数据的存储,传感器校准等功能,并且可以USB数据导出,实现更多高端功能。 |
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Self-cleaning Transparency sensor Our new transparency sensor, using the transmission light method measurement principle, customized optical devices, small size, easy installation and maintenance, no reagent, no pollution, more economic and environmental protection. With automatic cleaning brush, can eliminate bubbles, reduce the impact of contamination on measurement, so that the maintenance cycle is longer, long-term online use can also maintain excellent stability. |
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Online Optical Dissolved Oxygen Sensor Our Optical dissolved oxygen sensor measures dissolved oxygen using the principle of oxygen dynamic luminescence quenching technique. When blue light excites sensor film, the sensing film emits red light. The phase difference between the blue excitation and returned red emission is measured, and the result is used to calculate DO concentration. |