Used PLURITEC Multipla #9210285 for sale

PLURITEC Multipla is an electronic test equipment used to accurately measure the performance of power electronic equipment. Multipla is a versatile and high-performance device that is capable of testing a wide range of power electronic components. It provides accurate and reliable measurements of power switch performance, including current, voltage, Regulation, thermal and switching power losses. The device is equipped with intelligent algorithms to ensure high-level accuracy and repeatability, even in extreme testing conditions. PLURITEC Multipla utilizes a high-power switching convertor for performing user-provided tests in current, voltage, and power modes. This device features a powerful power switching system with a wide input/output range. The power switching converter is capable of handling very large power levels while offering a high-speed switching frequency range. Multipla features an integrated thermal sensor and over-temperature protection to automatically monitor and adjust the testing to safe levels. This ensures reliability and repeatability of results even in extreme test conditions. Additionally, the device is designed to provide reverse current and power dissipation for safety in the event of component failure. The device also features programmable timers, allowing for precise time-stressing of components to accurately determine the system's performance degradation. A user-provided input range allows the device to be able to accurately measure power-electronic components at various input levels. In addition, PLURITEC Multipla is enhanced with multiple communication interfaces for connection to external systems including programmable logic controllers (PLCs). Through these connections, Multipla can be easily monitored and controlled remotely. PLURITEC Multipla provides a wide range of features and is designed to be extremely reliable and accurate for testing power-electronic components. It is a versatile device that can be used in multiple applications, providing accurate results and repeatability even in extreme environmental conditions. Its advanced features and programmability make it an ideal choice for testing power-electronic components in a lab environment or in the field.