Digital Output & Wireless Connectivity
Seamless device integration for industrial monitoring
The analog-to-digital transformation of sensor technology marks a new era of factory connectedness for industrial machine health monitoring. When machines, devices, and sensors can connect digitally, maintenance professionals are better able to analyze tremendous amounts of data, stay on top of performance metrics in real-time, and ensure that preventative maintenance programs are running as efficiently as possible.
IIoT with IMI Sensors
With IIoT solutions from IMI Sensors, the possibilities of data acquisition and analysis are more exciting than ever. From remote parameterization and real-time diagnostics to vibration signals that travel great distances wirelessly to your control station, we offer a variety of digital sensing capabilities to help you make smarter decisions about the health of your machinery, faster.
- Echo Wireless: Comprehensive wireless vibration and temperature monitoring system provides machine health readings as frequently as needed, without the hassle of physical maintenance runs.
- USB Digital Accelerometers: Take on-the-spot vibration measurements through your smartphone or tablet.
- IO-Link Accelerometers: These Vibration Sensors are configured with the universal, open-source IO-Link communication protocol for digital data processing at the edge, remote monitoring, and more.
- Micro-Power ICP® Embeddable Accelerometers: Perfect for product integration into wireless products, our micro-power embeddable accelerometers provide hours to days of additional reading time per year.
- Digital ICP®-USB Signal Conditioner: Pocket-sized, plug-and-play signal conditioner that provides any ICP sensor – accelerometers, microphones, impact hammers, laser tachometers, and more – with a digital USB output.
Why Piezoelectric?
Thanks to their high sensitivity, broad frequency range, and low noise floor, piezoelectric accelerometers are the industry's most trusted sensor for vibration monitoring in industrial applications. When you're ready to automate your data acquisition processes, piezoelectric technology still provides the most reliable data for early fault detection, performance trending, and troubleshooting.