Used DAIHEN ATP-15B #9231949 for sale

DAIHEN ATP-15B is a solid-state, computer-controlled test and measurement instrument designed to provide reliable, accurate, and automated testing capabilities for all kinds of electronics. It is used to analyze the performance of components and systems, measure electrical parameters and test the safety of transformer and motor assemblies. DAIHEN ATP-15 B features a reliable and accurate time-domain and frequency-domain measurement system with a variety of test capabilities, including asynchronous, synchronous, and pseudo-synchronous measurements. It includes a wide range of power supplies, from low voltage to high voltage, that generate virtually any kind of voltage needed. Furthermore, ATP 15 B utilizes an advanced, high-speed, pulse waveform generator to test components' malfunction rates. At the heart of ATP-15B is a powerful, multi-channel programmable controller unit, which efficiently programs and monitors the test procedure. The controller is equipped with a variety of interfaces for connecting to external equipment, such as a barcode reader or printer, to facilitate test automation. There are also built-in pressure and temperature sensors to ensure accurate testing results. ATP-15 B can be programmed with test scripts written in the BASIC and C languages. It also has a built-in IEEE-488 bus and programmable data access port for direct communication with other instruments. The machine is equipped with a vast library of test routines for creating the most comprehensive test scenario. Furthermore, it allows for full signal parameterization, enabling precise analysis of signal behavior. DAIHEN ATP 15 B is a versatile test and measurement instrument, which is why it is heavily used in the manufacturing and testing of transformers and motors. It is widely accepted as a reliable and safe device for testing dynamic, static and short-circuit operations. The instrument is easy to set up and operate, and it offers a variety of features to customize tests ranging from basic parameter adjustments to more complex, automated tests.