Used KINETICON BIS 148 #95301 for sale

KINETICON BIS 148 is a high-tech burn-in equipment designed to test the reliability of circuit boards and electrical components under extreme conditions. The system utilizes a combination of thermal, electrical, and mechanical stress to evaluate the performance of a device over a long period of time. The unit is capable of working with almost any type of electrical device, including molded-case circuit breakers, contactors, relays, switches, and other high-power components. The stress test is conducted in an oven-like environment that features temperature, load, and electrical stress parameters. The temperature in the chamber is adjustable from 0°C to +200°C and is monitored by an internal temperature probe. The test specimen is heated with a built-in hot air blower machine and an electrical current is applied to simulate load and stress the components in a natural manner. BIS 148 tool is designed to increase the reliability of components by rapidly cycling electrical signals to simulate actual operating conditions. This type of burn-in is also known as "Full Tumble Burn-in" testing, because it includes a full range of temperatures and load conditions. By fully exercising all parts of the device, the burn-in technique helps to identify weak areas before they could be exposed when a device is finally put into use in an operational environment. KINETICON BIS 148 asset is further enhanced by its user-friendly control model. The graphical interface is an intuitive way to program the tests and monitors the progress in real-time. The equipment is equipped with safety features, such as low-temperature protection, power interrupt capabilities, and a safety timer. The system also runs on a Windows platform and software, eliminating the need for a separate unit for programming and test control. Overall, BIS 148 is a reliable burn-in machine for ensuring the quality of electronic components and increasing the reliability of products. It is a great choice for both large-scale manufacturing and research purposes and can help reduce warranty costs and prevent tool outages due to premature device failure.