Used LTX-CREDENCE SC 212 #293651105 for sale

LTX-CREDENCE SC 212 is a final test equipment that is designed to simulate highly realistic usage scenarios for evaluating the performance and reliability of automotive, industrial and consumer products. This system has been developed to reduce the cost and complexity of tests while providing highly accurate results. The unit is based on a host of advanced technologies, including proprietary software, advanced sensors and data collection, real-time and intermittent power sources, self-calibration, and testing and verification monitoring. With the help of this machine, manufacturers are able to simulate a wide-range of road, environment and application conditions that accurately reflect the real-world environment a product will face in the field. The tool can measure a range of metrics, such as vibration, EMI, RPM, temperature and humidity levels, pressure, altitude and air-speed, acceleration, and electrical power. The data is collected from the product under test and stored on the asset for analysis and verification. The model is designed for repeatability, reliability and maximum accuracy. In addition to measuring the performance of a product in a real-world scenario, SC 212 also includes a host of other features, such as automated data logging, dynamic and static testing, online monitoring and remote monitoring. With the support of these features, manufacturers can monitor the progress of their products, identify potential issues quickly and make necessary adjustments accordingly. The equipment also supports fault isolation, stress testing and various form factors of testing. With the ability to simulate real world conditions, manufacturers can quickly and efficiently determine if their products meet the rigorous standards that most industries expect from a final test. Overall, LTX-CREDENCE SC 212 provides an efficient, innovative and cost-effective solution for assessing the quality and reliability of products under test. Utilizing advanced technologies, the system is able to accurately simulate real-world conditions in order to evaluate products' performance, determine their reliability and identify potential points of failure. As a result, manufacturers can quickly identify and address concerns about their products before expensive field failures occur.