Seismic Vibration Products
Seismic vibration detection systems are often used by process industries, oil & gas, power generation, water and wastewater, construction, civil and mechanical engineering, and scientific research communities. Seismic vibration instrumentation measures casing vibration on bearing housings, machinery housings, and machine support structures, including piping. They are particularly suitable for machinery with rolling-element bearings and reciprocating compressors. These types of bearings will generally transmit both rotor and bearing-related vibration to the outside of the machine, where seismic measurements can detect it.
Why Metrix Vibration is the Premier Supplier of Seismic Vibration Products
We provide seismic sensors and transmitters that are easy to use and can help detect issues before they cause any significant problems for machines like fans, motors, pumps, cooling towers, gas compressors, and other machinery with rotating and reciprocating components. We set ourselves apart from our competitors by providing systems that make it easy to monitor and identify any potential issues.
We have various products available to help recognize machinery degradation and ensure your machines are running as they should. We offer top-of-the-line, affordable seismic vibration sensors that you can trust.
Industries We Serve
Our vibration products are used across many different industries. These industries include oil & gas, manufacturing plants, chemical plants, water and wastewater treatment facilities, and power generation plants, among many others.
Our seismic sensors can operate under various conditions, such as high temperatures, measurement points that are fully submerged, areas with limited access, and on machines that operate at high frequencies. These sensors provide signals to vibration monitoring systems.
Signal conditioners are used to convert a vibration voltage signal to a 4-20 mA output, as well as employ a unity gain amplifier to push the dynamic signal another 300 meters (1,0000 ft).