Used SCHWARZBECK VHA 9103 #9292298 for sale

SCHWARZBECK VHA 9103
ID: 9292298
Dipole balun Used for SCHWARZBECK VHAP Tunable half wave dipoles Frequency: 30 - 300 MHz, 10W.
SCHWARZBECK VHA 9103 is an advanced, yet easy to use, ammeter, vibrometer, and signal generator. It can be used for easy testing and monitoring of industrial vibrational signals. This electronic test instrument is equipped with digital signal input and output (DIO) capabilities, enabling vibration analysis and monitoring. It features a wide range of signal acquisition and processing functions as well as an integrated signal generator. The generator can produce sinusoidal, white noise, and colored noise signals with adjustable parameters. VHA 9103 is equipped with a multichannel dynamic signal analyzer, allowing users to quickly analyze vibration signals with high frequency resolution. Data acquisition rates of up to 10kHz are available, enabling fast analysis of transient vibration signals. The instrument's accuracy and repeatability make it suitable for industrial quality control and machine health monitoring. Its digital interface supports a variety of data formats - including Ethernet, RS232, USB, and SD card - and allows easy integration with third-party systems. To protect users from hazardous signals, the instrument includes an integrated overvoltage protection circuit as well as various safety warnings. Furthermore, SCHWARZBECK VHA 9103 is designed to be robust and reliable, with a high-strength structural housing and robust mounting points. VHA 9103 also comes with a user-friendly, intuitive graphical user interface (GUI). This allows users to easily set and adjust instrument settings, such as signal frequencies, scales, and start and stop trigger points. Furthermore, SCHWARZBECK VHA 9103 includes a calculation module that can compute a range of parameters including frequency spectra, peak-peak vibration values, and pulse shape data. Overall, VHA 9103 provides a comprehensive and powerful solution for the testing and monitoring of vibration signals. It is fast, easy to use, and highly accurate, making it an ideal choice for industrial applications.
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