Used AQUALYTIC TC 256G #9092201 for sale

AQUALYTIC TC 256G is a laboratory equipment and accessory. It is used for measuring trace levels of chlorine and chlorine dioxide. This device is equipped with an advanced titration equipment, which provides laboratory-grade results for water samples and other aqueous solutions. It has a 256-G capacitance type conductivity sensor and features user-friendly software for easy titration and analysis. TC 256G is a reliable and accurate instrument for determining the purity of water samples. It is designed for monitoring chlorine levels and chlorine dioxide levels in both surface and ground water. The device has a range of 0.1mg/l to 75mg/l. It utilizes an electrochemical titration system to measure the concentration of chlorine in water samples, providing precise and reliable results. AQUALYTIC TC 256G has multiple adjustable parameters and settings so it can be tailored to the particular needs and conditions of the laboratory. It has an advanced analysis methodology, a chemically inert measuring cell, and an advanced calorimetric titration unit. The device features a microprocessor-controlled analysis cycle and has automated data-humidity compensation. It also has an auto-compensation machine to adjust reagents and sensors according to changes in temperature and humidity. TC 256G is a versatile laboratory instrument. It can be used to measure not only levels of chlorine and chlorine dioxide, but also various ions, potassium, calcium, sulfate, bromide, and phosphate. It can also be used for measuring other parameters such as pH and ionic strength. The device is equipped with a graphical display with multi-language options, and it has intuitive software for easy operation. AQUALYTIC TC 256G is an excellent choice for laboratories in the United States and Europe. It is CE certified and meets the ASTM, ISO and EN/IEC standards. It is also highly recommended for environmental monitoring and analysis laboratories. In addition, TC 256G is compatible with a variety of sensors, probes, and reagents, allowing for flexibility and ease in-use.