Vibration Signal Acquisition Module

Kingmach’s Vibration Signal Acquisition Module sits at the core of many geotechnical monitoring systems, converting raw sensor signals into actionable data. It’s built for versatility—common use cases include structural health monitoring, pile driving analysis, and seismic refraction surveys. The hardware supports IEPE accelerometers, geophones, and charge-output sensors. Input ranges are adjustable in software, so you can capture micro-strains or large shocks without swapping hardware. On the signal processing side, each channel includes programmable anti-aliasing filters and a 24-bit ADC. This combination helps maintain resolution even when cables run long in noisy industrial environments. Sampled data is timestamped using GPS or NTP, which matters when you’re correlating events across multiple locations. Output is flexible: you can stream data over Ethernet, store it on a local SD card, or push it to a cloud platform via cellular modem. Power options include 12V DC or solar-charged batteries, so remote deployments aren’t a headache. Unlike many instruments that lock you into a proprietary software ecosystem, our module gives you access to raw data streams. We work with third-party analysis tools like DASYLab and MATLAB, and we provide documentation that makes integration straightforward. If your project needs something nonstandard—say, a custom enclosure for a mine shaft or a specific communication protocol—Kingmach’s manufacturing flexibility comes into play. Our customers often start with a standard module and then request channel count modifications or sensor-specific conditioning circuits. Because we’re not a huge catalog house, these changes happen quickly. Every module undergoes a temperature cycling test and a vibration calibration before shipping, and we include a calibration certificate traceable to national standards. After delivery, technical support doesn’t end: our engineers are available for remote diagnostics and on-site commissioning when required.