Designing an electrical enclosure means taking full responsibility for its proper operation and for the overall safety of the system. The careful selection of components, their arrangement, and the management of thermal and environmental conditions are key factors not only for long-term reliability, but also for preventing failures and anomalies caused by overheating or condensation.
Ensuring optimal thermal balance in compliance with current standards is now an essential part of enclosure design.
However, modern automation brings new challenges. It is no longer enough to keep temperature under control — systems must be able to monitor, manage, and analyze data remotely, in a way that is secure, reliable, and protected from cyber threats.
The value of secure connectivity
In the era of Industry 5.0, the ability to access plant data anytime and anywhere is a true competitive advantage. Yet, increased connectivity also brings higher risks for data security and operational infrastructures.
For this reason, it is crucial to adopt solutions that combine thermal efficiency and cybersecurity, ensuring service continuity and data protection.
An integrated approach: from climate control to remote monitoring
Fandis, long committed to developing advanced technologies for thermal management, has joined forces with Logbot, a company specializing in cybersecure connectivity and IIoT technologies.
This collaboration has led to the creation of Sensis/Logbot, an integrated ecosystem for remote monitoring and control, designed to make electrical enclosure management both safer and more efficient.
At the core of the system is Sensis, the intelligent climate controller developed by Fandis, which automatically manages temperature, humidity, and condensation inside the enclosure, ensuring optimal conditions and compliance with EN 61439.
Complementing it, the Logbot IOT300 industrial gateway, certified to IEC 62443, securely collects, processes, and transmits data in an encrypted and protected way, enabling remote access without direct exposure to the web.
Cybersecurity and operational continuity
Communication between Sensis and the gateway takes place via an RS-485 connection, a channel that is physically isolated from the internet, ensuring both robustness and reliability.
This architecture reduces the risk of intrusion and allows thermal management to be integrated into even the most complex automation infrastructures, in full compliance with OT/IT security best practices.
Efficiency, predictivity, and data protection
By combining the two technologies, users can benefit from more effective predictive maintenance, automatic anomaly alerts, reduced system downtime, and optimized energy consumption — all without compromising industrial data protection or operational continuity.
Discover our enclosure solutions on our website or contact our technical team for personalized advice.