Condition Monitoring
Vibration-Based Condition Monitoring
Vibration measurements are commonly used to monitor the condition of rotating machinery and equipment. Simple vibration measurement methods, such as measuring the total vibration energy, can be sufficient to detect emerging problems. However, more precise methods based on frequency analysis are often needed to detect a wider range of issues. To ensure timely detection of problems, measurements should be taken frequently and regularly.
Our condition monitoring system utilizes advanced technology and precise vibration analysis methods to continuously monitor temperature and detect even the slightest abnormal vibrations of rotating machines. This enables early identification of potential problems such as loose fasteners, imbalance, misalignment, or bearing damage. Despite advanced analysis and technology, our system remains user-friendly, ensuring ease of use at all levels.
Effortless Monitoring
Our condition monitoring system is designed for ease of use and convenience. The system’s web application presents measurement data and diagnostic results in a clear and easily understandable manner. You can customize your desktop views and see only the most important things at a glance.
Easy Deployment with Wireless Treon Sensors
The solution offers straightforward deployment with Treon wireless sensors. These sensors are particularly easy to install as they do not require separate cabling. These sensors can be set up under typical factory conditions and are ideal for applications where continuous monitoring would otherwise be challenging, costly, or hazardous.
Wireless vibration sensors and routers are IP67-rated devices designed for harsh industrial environments. The wireless sensors measure temperature and vibration (0 – 6.3 kHz) at regular intervals, on demand, or only when vibration is strong enough. The routers receive measurement data from the sensors and transmit them to our secure IoT backend system. You can connect the routers to the Internet, for example, via Ethernet cable or wirelessly through Wi-Fi.
