Used NEWPORT 1830-C #293706533 for sale

NEWPORT 1830-C is an electronic test equipment from NEWPORT Corporation that is designed to provide precision measurement and control of temperature, humidity, pressure and other physical properties. It is a modular equipment that allows for an array of combinations of process measurement and control capabilities. 1830-C comes with a 4-channel universal input signal card, which facilitates the integration of multiple temperature, humidity, pressure, flow, level, and force transducer signals. This card also features dynamic signal stabilization and a wide selection of process alarm configurations. The 4-channel signal card also provides a 24-bit A/D converters that are capable of up to +/- 60 kHz sampling frequency. The 18030-C also features a wide selection of GUI software packages that offer a comprehensive set of features for data acquisition and control functions with intuitive user interfaces. This includes temperature, pressure, level, flow, and humidity. Furthermore, NEWPORT 1830-C also offers a very robust visual communicator module that is capable of providing real-time status information to supervisors and operators. The system is also designed to work with any standard RS-232 compatible device in order to support remote communication. 1830-C also includes a number of options that can be purchased to customize measurements and control functions. These options allow users to maximize the accuracy of readings by selecting the most appropriate transducer gauges and other components. In addition, the unit also comes with the ability to configure the operating machine in order to fully customize the tool to meet the needs of any laboratory or process. NEWPORT 1830-C is an excellent choice for those looking for reliable, accurate temperature, humidity, pressure, and other physical property measurement and control. It is a modular asset that can be customized in order to achieve optimal performance for any process control application. Its robust design ensures reliable operation even in the harshest of conditions. This makes it the ideal choice for laboratory and process settings.