Used RAMSEY STE5000 #9108853 for sale

RAMSEY STE5000 is an electronic test equipment designed for testing power circuits with its superior performance, safety, and user-friendly interface. It can be used to test various types of components such as semiconductors, motors, power converters, and more. STE5000 delivers unequaled accuracy and repeatability with its sophisticated hardware and independent mechanical parts. It is included with advanced hardware for testing high voltage power circuits such as an advanced current sense, circuit breaker, and fuses. Its highly visible LED display, with user configurable alarm levels, provides an extra layer of protection while testing. RAMSEY STE5000 features intrinsic safety features, automatic voltage discharge, and EMI protection, as well as convenient side port connections. STE5000 has an extensive software library and powerful features, allowing users to easily program complex test configurations with automated result presentation. Highly customizable digital and electrical tested measurements provide users with the most granular and detailed information available. This electronic test equipment offers users a variety of powerful analysis tools such as a built-in sweep generator, a full suite of oscilloscope, voltage and current measurements, and automated power spectrum analysis. The built-in current probe allows for easy and accurate readings of instantaneous and peak current measurements, making it ideal for technicians to verify and confirm results from tests. When working with high voltage power circuits, safety must always be of the highest priority, and RAMSEY STE5000 is designed with convenience and safety in mind. It has an automated, self-test procedure that is carried out before and after each test, making it easier for the user to know that the circuit is safe and ready for testing. In summary, STE5000 is an electronic test equipment that offers superior performance, safety, repeatability, and user-friendliness. With its powerful features and analysis tools, it ensures reliability when testing and verifying high voltage power circuits.