Used CHROMA ASFT 3260 #9269124 for sale

CHROMA ASFT 3260 is an advanced, state-of-the-art, three-phase power analyzer designed to meet today's most stringent testing requirements. It delivers fast and accurate performance when testing harmonic distortion levels and consumption of energy, including inrush current measurements. Its built-in power and current sensors enable energy measurement over a wide-range as well as in dynamic power consumption. It includes a prime power source as well as harmonic distortion parameters, which are accessible through the built-in LCD interface. The instrument also features an Auto-Sequence that automatically detects the connection mode of all phases and adjusts the parameters accordingly. It has an effective user interface with many navigational buttons for easy setup and operation. Furthermore, ASFT 3260 includes many advanced test functions, including inrush current measurements, harmonic distortion, cosine, sine, and delta measurements. It can measure a wide range of parameters, from frequency up to over 600A in one scale. Its three-phase power input range is available from 2V to previous 655V AC at three line inputs or 482V AC with dual line inputs. The system also contains a variety of safety protections, such as overvoltage protection, overcurrent protection, and thermal protection. This ensures reliable operation when conducting overload and short-circuit tests. Also, the built-in IEEE 488.2 and RS-232 interfaces allow users to communicate with a computer to customize tests and view results in an intuitive graphical format. Finally, CHROMA ASFT 3260 utilizes digital signal processing to capture and store data from power measurements. This technology allows for the instrument to read and analyze results quickly and accurately. Additionally, its intelligent alarm system ensures the safety of the device when operating in dangerous conditions. ASFT 3260 is a reliable, versatile, and easy-to-use power analyzer that offers several features that are suitable for general purpose measurements as well as for demanding applications.