Used TA INSTRUMENTS DSC 2010 #293700149 for sale

TA INSTRUMENTS DSC 2010 is a laboratory instrument and accessory used to measure the thermal properties of materials. It is a high-frequency Differential Scanning Calorimeter (DSC), based on the principle of measuring the endothermic or exothermic reaction of a material to indicate its thermal properties, such as heat flow, thermal stability and entropy. DSC 2010, manufactured by TA INSTRUMENTS, is designed for both academic and industrial application. It is a high-end laboratory device, capable of measuring with precision a wide range of sample sizes and temperatures. The instrument has been designed to meet the demands of users in research, development and production with temperature range up to 500°C in oxidizing atmosphere. The instrument is made of a mixing chamber, heat exchanger, integrated gas inlet, controller, sample and reference pans, measuring electronics, software and a variety of accessories. The mixing chamber works by continually stirring where a sample is suspended, in order to evenly heat the material. The heat exchanger helps to maintain a constant temperature for the sample by transferring heat energy. The integrated gas inlet is used to introduce varying gases, such as nitrogen and oxygen, into the mixing chamber, allowing for the study of systems involving multiple gases. The controller is used to monitor, analyze and store the data collected by the various components of the instrument. The sample and reference pans are used to measure the energy exchange of the sample material, allowing for the calculation of enthalpy, enthalpy difference and other parameters. The measuring electronics then record the data collected, and the software is used to analyze and review the data. The instrument utilizes a variety of accessories, including crucibles, protective plates, pans, carousels and gas line filtration systems, among others, to help ensure accurate measurements. TA INSTRUMENTS DSC 2010 is an advanced analytical tool that is capable of delivering accurate and reproducible results. Its high-precision temperature control, multiple cooling environment options, and multiple pressure sensors make it an ideal solution for a wide range of experiments and applications.