Low-Noise Dynamic Signal Analyzer for Accurate Vibration & Noise Measurement

• After-sales Service: Yes
• Warranty: Yes
• Trademark: ECON
• Model NO.: MI-7208
• Origin: China

Product Description

Product Description

Discover unparalleled precision and performance with the MI-7208, a cutting-edge Low-Noise Dynamic Signal Analyzer designed specifically for those who demand the utmost in accuracy when measuring vibration and noise. Seamlessly execute data acquisition and analysis for a variety of applications including vibration noise tests, structural assessments, fault diagnostics, and continuous status monitoring. Boasting high reliability, exceptionally low noise levels, user-friendly operation, and a compact form factor, this versatile analyzer is effortlessly portable, making it the ideal companion for professionals on the go.

Features

Equipped with 8 analog input channels, the MI-7208 offers unrivaled expandability, allowing you to cascade up to 4 units for a total of 32 channels, ensuring flexibility and scalability for even the most demanding projects.
Benefit from an impressive sampling rate that reaches up to 204.8kHz per channel, providing you with the accuracy and detail needed for precise data analysis and noise measurement.
Experience seamless long-distance data transmission with the built-in Gigabit Ethernet interface, designed to enhance connectivity and data integrity, ensuring your results are reliable and consistent.
Take advantage of the intelligent low power consumption design which includes an optional fanless mute function, allowing for a quieter operation without sacrificing performance, ideal for sensitive environments.

Product Parameters

Model Number	MI-7208
Input Channel	8
Output Channel	1
Analog Filtering	Independent analog anti-aliasing filter Independent 160dB/
Digital Filtering	Independent 160dB/Oct digital filter
Voltage Range	±10V PEAK
Resolution	24bit
Dynamic range	130dB
Channel matching
Sampling frequency	204.8 kHz simultaneous parallel sampling for each channel
Coupling	DC differential, DC single-ended, AC differential, AC single-ended, IEPE, TEDS (optional)