Used TTI / THURLBY THANDAR INSTRUMENTS PFM 3000 #9195546 for sale

TTI / THURLBY THANDAR INSTRUMENTS PFM 3000 is a multifunctional electronic test equipment that is used to accurately measure physical parameters such as voltage, current, power and resistance. It has a wide range of applications including production test systems, power and energy management systems, industrial automation and medical diagnostics. TTI PFM 3000 is designed with a large, backlit LCD display that is easy to read in dim lighting. It features five user-definable keys that can be programmed to specific wattmeter functions as needed. This allows the user to quickly access frequently used settings such as integration ranges and displays. THURLBY THANDAR INSTRUMENTS PFM 3000 has several features that make it an ideal choice for measuring physical parameters. It offers a 6-in-1 electric input that can be connected to AC/DC current and voltage sources. This allows the user to make measurements from a variety of different sources, eliminating the need for multiple probes. It also has a 500 kHz bandwidth, allowing it to accurately measure and display high-frequency signals. PFM 3000 features a multi-channel data storage capability, which allows the user to save up to 3000 measurement data points to internal memory. This data can then be transferred to a PC via USB or Ethernet for additional analysis. Additionally, the device can be mounted to 19-inch racks, making it a perfect fit for production test systems. TTI / THURLBY THANDAR INSTRUMENTS PFM 3000 also comes with a software suite for precise parameter quantification. This software allows the user to quickly set up the instrument for various measurements, store calibration data, and export the data directly from the device into a PC for further analysis. Overall, TTI PFM 3000 is a highly versatile and reliable electronic testing system. It provides an easy-to-use interface and a full suite of software for precise parameter quantification. With its various features, it is an ideal choice for measuring physical parameters in industrial automation, power and energy management, and medical diagnostics.