Used BRUKER Contour SP #293662120 for sale

BRUKER Contour SP is an advanced and compact electronic test system designed for testing of resistive and capacitive sensors and measuring systems. It provides highly accurate and reliable testing results at a fraction of the size of traditional testers. Contour SP is able to test a wide range of resistive and capacitive devices with up to four voltage and two current measurements. Through the system's advanced algorithms and signal processing capabilities, BRUKER Contour SP is able to measure signals up to 10 kHz with an accuracy of up to 0.1% of reading. Contour SP features a range of measure functions to measure voltage, current, resistance, capacitance, LF/RF signal strength, and skin contact quality. It also comes with an in-built library of measurement profiles for common sensor types such as thermistors, thermoelectric devices, and linear and non-linear resistors. BRUKER Contour SP offers an intuitive and user friendly interface that allows straightforward configuration of test parameters. Its range of easy-to-use software and hardware tools makes it simple to monitor and troubleshoot testing issues if they arise. In addition, Contour SP offers real-time sensors monitoring to ensure accuracy and repeatability of test results. It is also equipped with a built-in temperature controller and ensures the accuracy of test results by controlling sensor temperatures. BRUKER Contour SP offers a robust and reliable construction with a large liquid crystal display (LCD) for clarity of display of test results. Its cylindrical body is designed for easy access and can be used in either horizontal or vertical orientation, making it ideal for space-limited industrial test environments. Overall, Contour SP is an ideal choice for testing and evaluating a range of resistive and capacitive sensors. Its ability to perform accurate measurements with precise signal processing capabilities, along with its intuitive design make it a reliable and efficient testing solution for industrial applications.