MX001minion® vibration Starterkit

Description

The minion® IoT vibration sensor from autosen in a complete set is a fully self-sufficient all-in-one solution for monitoring the condition of machines and systems – ideal for all applications where there is no infrastructure in the form of power supply or network cabling. The system combines a vibration sensor, a mobile gateway, a long-life battery, and cloud connectivity in a single compact device. Thanks to the integrated iSIM technology, the minion® communicates directly via LTE-M or NB-IoT with the autosen.cloud or optionally with other platforms. This eliminates the need for additional wiring or an external power supply – the sensor operates completely autonomously and is therefore particularly flexible. The built-in 900 mAh battery enables maintenance-free operation for up to two years, making the minion® a particularly reliable solution for hard-to-access or mobile systems. The sensor continuously measures vibration velocity, acceleration, and surface temperature in all three axes. This allows it to detect imbalances, bearing defects, or sudden impacts at an early stage and provides valuable data for precise condition analysis. The collected measurements are securely and continuously transmitted to the cloud, where they can be analyzed, visualized, and used for further action. Compared to conventional monitoring systems, the minion® offers significant advantages: installation is particularly simple and fast, as neither power connections nor network infrastructure are required. This eliminates complex wiring, saving not only time but also costs. In addition, the compact and modular design enables flexible use on different machines and systems – even in hard-to-reach or remote locations. With the minion®, condition-based maintenance can be retrofitted easily and cost-effectively – anywhere traditional systems reach their limits. Continuous monitoring of machine conditions enables proactive maintenance planning, reduces unplanned downtime, and extends the service life of systems. This takes machine monitoring to a new level – independent of existing infrastructure.