Used HACH DR5000 #293607835 for sale

HACH DR5000 Spectrophotometer is a laboratory instrument designed for use in water and wastewater research. This state-of-the-art spectrophotometer offers cutting-edge accuracy and reliability for qualitative and quantitative results. It offers a wide range of features and capabilities, making it ideal for water analysts who need to quickly and precisely analyze their samples. DR5000 Spectrophotometer includes a revolutionary and patented rechargeable lithium ion battery system, allowing it to run up to three hours and eliminating the need for an AC power adapter. This offers convenience and flexibility for mobile analysts and those who may be working in harsh or remote environments. The internal detector system of HACH DR5000 Spectrophotometer is specifically designed for use with the widely recognized HACH SpectroVis Plus Series Dilution System and is calibrated to optimize performance with Hydrion™ ion selective electrodes. This ensures accurate and reliable results in a variety of applications, even at low concentration levels. DR5000 Spectrophotometer includes a graphical display that allows users to monitor and adjust settings quickly and easily. Its range features six specialized measurement modes, including basic, advanced, and purest digital modes. All of these modes are further customizable to allow the user to easily configure the unit to meet their particular analysis criteria. In addition to its various measurement capabilities, HACH DR5000 Spectrophotometer includes several advanced features, such as a barcode scanner, a USB port for data transfers, an integrated printer for generating hard copies of results, and an auto-ranging power supply for long-term, continuous operation. DR5000 Spectrophotometer is a great product for both residential and industrial water analysis. It can be used with an array of sample types and offers reliable, accurate results. This spectrophotometer is designed for ease of use and maintenance and is the perfect choice for professionals in the water and wastewater research field.