Used FLUKE 1750A #9265057 for sale

FLUKE 1750A
ID: 9265057
System.
FLUKE 1750A Three Phase Power Recorder is a three-phase power recorder designed for a wide range of power measurement and analysis applications. It offers flexible capabilities for the detection and monitoring of anomalies in three-phase power networks. 1750A Power Recorder is a fully integrated device with three analog channels for voltage and current measurements, as well as an additional digital channel to provide numeric properties and correlation with recorded data. The device can be connected to a wide range of voltage and current sensors, including differential and current clamps, with options to monitor up to 600V and 10,000A. FLUKE 1750A Power Recorder is capable of recording AC and DC voltage, current, power and other power related parameters in three-phase networks. The user can make either single or dual-line measurements, with the ability to switch between single and multiple line measurements, which is useful for making measurements in more complex networks. The device is also designed for motor testing applications and offers both dynamic (transient) and load testing capabilities to accurately measure motor parameters and system performance. The device allows the user to easily acquire and view large measurement data sets in its internal memory or on an external data storage device. It is also equipped with a Vital Sign Calculation Engine, which calculates power and energy trends in order to provide a more thorough analysis of power networks. Additionally, the device has various analysis software tools, such as a harmonic analysis tool and a system monitoring function. 1750A Three Phase Power Recorder is a powerful tool that is ideal for a wide range of troubleshooting and installation operations in three-phase networks and is ideally suited for industrial and electrical power applications. The device is also well suited for predictive maintenance operations as it is able to detect input errors, arc faults, overloads, and surges that can cause power problems. It is well suited for a variety of applications and offers excellent performance in the recording and monitoring of power networks.
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