Used TT TECHNIC VC97 #9352706 for sale

TT TECHNIC VC97 is a versatile electronic test equipment that can be used to monitor, diagnose and analyze a wide range of electrical signals. It is the modern, digital version of the venerable voltmeter. VC97 has built-in variable gain settings, triggering edge selectivity, and trigger delay allowing for accurate and precise signal capture. It is an advanced solutions for analyzing, troubleshooting, validating, and verifying communication, measurement, and timing circuits. TT TECHNIC VC97 features a large, high-contrast LCD screen with intuitive menus and icons for easy navigation and data interpretation. It can be used to measure a variety of electrical signals, including AC/DC voltage, current, capacitance, inductance, resistance, temperature, and frequency. It also includes a variety of advanced functions, such as data logging, data replay, harmonic analysis, and protocol decoding. VC97 features AutoVolt, a function that helps to quickly determine the input signal type. This can save time by automatically setting the correct range and parameters for the measurement - eliminating the need for manual setup or adjustment. TT TECHNIC VC97 also includes True RMS measurements to ensure accurate AC voltage readings regardless of the input waveform. VC97 is well-suited for a variety of industrial and commercial applications. It is designed to be used in laboratories and workshops and can take measurements up to 600V (V max) and 1000A (A max). The internal memory is capable of storing up to 1024 screens of 10 measurement values each. It also features an I/O port and GPIB port for through-fabric communication. TT TECHNIC VC97 can be used to troubleshoot communications, power, and timing problems, diagnose faults, and validate the performance of circuitry. It is equipped with a variety of tools and features, including a built-in math calculator, temperature conversion, data plotting, and statistical analysis. These features enable the user to make quick and accurate measurements and to obtain detailed reports of the conditions and performance of their circuit.