Low-voltage condition monitoring with SENTRON

The foundation for a condition monitoring concept for predictive maintenance has to be laid as part of electrical planning so it can be implemented optimally and with no additional expenditures. From the very start of power distribution planning, this requires that communication-capable components be provided that constantly record and communicate the relevant performance indicators, all the way to the final circuit. The performance indicators
make it possible to define limit values. When these limit values are exceeded or not reached, a notification is sent to the operator, who can then initiate targeted and timely maintenance measures. We offer you targeted aids and solution concepts to help you implement and commission successful condition monitoring. We also offer a three-part video series on how to plan for higher availability of your electrical power distribution in the resource section.

To enable condition monitoring across multiple consumer levels, communication-capable protection, switching, measuring, and monitoring devices must be installed that provide the building operator with data for predictive, condition-based maintenance at the right locations within the power distribution system.

We offer you targeted aids and solution concepts to help you implement and commission successful condition monitoring.

For buildings, infrastructure, and industries, we offer comprehensive solutions for condition monitoring. For an easy start, condition data can be tested locally within the company network via an integrated web interface using SENTRON Powercenter 3000 – our plug & operate solution. For more extensive energy management and advanced functions, data can be analyzed on-site with SENTRON Powermanager – our comprehensive energy management system (EMS). For cloud-based analysis, data from SENTRON Powercenter 3000 can be transmitted to our flexible cloud solutions, including Electrification X, Building X, and other cloud systems via an MQTT interface. This enables analysis from anywhere, even across multiple locations. The greater the number of integrated components and the larger the premises, the greater the benefits of central remote access and straightforward visualization, allowing maintenance personnel to dedicate time to critical states.