Used SCIENTECH Stacis 2100 #9358268 for sale

SCIENTECH Stacis 2100 is a laboratory testing equipment and accessory designed for multiple applications, such as testing and measuring temperature, pressure, and force. It features a versatile and reliable design that allows for accurate data acquisition and comprehensive experiments. Stacis 2100 features a sturdy and lightweight construction, so that it can easily be moved from one lab facility to another. It has a two-part modular configuration, which includes a base station, and the unit that contains all the measuring components. The modular design also allows for an easy customization of the device's parameters. SCIENTECH Stacis 2100 also features an internal temperature-compensated pressure sensor and two external temperature probes. The pressure sensor is placed inside the unit between the two pressure ports for connecting to any calibrated pressure transducer. The temperature probe is mounted to the outside of the housing and can be connected to a thermocouple or a thermistor to measure the external temperature. Furthermore, Stacis 2100 also includes an integrated force transducer. It measures forces up to 2 kN, which makes the device well-suited for measuring large forces, such as those involved in thrust testing or shear testing. The force transducer connects to the base station via an Ethernet cable so that data can be transferred to a computer or local network. SCIENTECH Stacis 2100 also includes a range of other features that allow for fully automated experiments. It supports a variety of outputs, such as analog and digital signals, so that data can be monitored in real time. It also has two USB ports for connecting input devices, such as keyboards and foot pedals. Overall, Stacis 2100 is a reliable and versatile laboratory testing device. Its combination of features makes it suitable for a range of applications, including force, temperature, and pressure tests. Its modular design also allows for easy customization, while its multiple outputs can be monitored in real time. As such, it is an ideal choice for laboratories requiring precise measurements and comprehensive experiments.