Used OHSUNG BHF-AU/PT #9396681 for sale

OHSUNG BHF-AU/PT is a wet station designed for comprehensive analysis of liquids and solids. It is a fully automated equipment that combines electrochemically-determined ion concentrations with pH and conductivity measurements. This allows for quickly and accurately assessing the dissolved salts in a sample and ensuring that regulations are met. The station features a robust stainless steel housing along with an autopurge valve which prevents accumulation of contaminants and corrosion. The system is equipped with a large LCD display and graphic interface which allows for easy user interaction. The station operates on an eight channel programmable conductivity and pH unit which can be operated in various ranges and offers a total of 18 different measurement modes. In addition, the station has an Automatic Calibration (ATC) machine which automatically adjusts the pH and conductivity probes, allowing for more accurate readings. OHSUNG BHF-AU/PT is designed to be a modular tool. It comprises of several probes that can be added, making it extremely versatile and highly configurable. The probes allow for measurements of pH, conductivity, TDS, ORP and salinity, as well as NOx and chloride ion concentrations. In addition, the station has a digital data logger that allows for storing up to 1000 measurements. This station can be connected to an external computer via a RS232 serial port in order to track and analyze records of the instruments' operation. The station can be operated and maintained remotely through a cloud service, making it an ideal choice for water management solutions in areas lacking infrastructure or for remote data collection. It can also be used for pollution control and wastewater treatment, as well as monitoring applications, with the capability to detect variations in sample types. Overall, OHSUNG BHF-AU/PT is a competitively-priced, reliable and easy to use wet station. With its robust construction, wide measurement range and array of options, it is an ideal choice for combination analysis and agronomical applications.