Used HACH 2100AN #9045187 for sale

HACH 2100AN is a residual chlorine analyzer designed for the reliable and accurate measurement of total, free and/or combined residual chlorine. This analyzer is suitable for a variety of water and wastewater applications. It offers a fast, precise and economic way of monitoring chlorine concentrations. It has a simple design, allowing for easy calibration and maintenance. 2100AN provides a robust and reliable platform equipped with an advanced 4-electrode measuring cell technology for accurate and fast chlorine measurement over a wide range. It is provided with a single-element reagent based on a DPD method, therefore eliminating the complexities and costs associated with multiple reagents. The analyzer has a large color LCD display with user-friendly menu-driven graphical interface and 4-button pads. Its user-friendly operation and functional design provides reliable, accurate and repeatable results. HACH 2100AN has advanced features that provide superior performance and reliability. It offers automatic reading range selection, providing for optimal reaction time over the full range and for a wide variety of applications. Additionally, the analyzer has automatic temperature compensation for accurate and precise readings. It also features a range of safety features and fail-safe functions to ensure accuracy of measurements, prolonged analyzer performance and minimized maintenance. The analyzer is easy to install, as it requires no special plumbing or wiring. Furthermore, 2100AN setup can be configured to suit the needs of the application. It offers a variety of communication protocols, allowing for easy integration with existing networks. It also has a large memory capacity, ensuring that stored data is easily retrievable. Overall, HACH 2100AN is an advanced, reliable and economic residual chlorine analyzer that is suitable for a wide range of applications. Its user-friendly design and performance features make it an ideal choice for those needing accurate and repeatable chlorine measurements.