In the security and industrial automation industry, constant availability of power is an essential requirement. Today, however, continuity also means monitoring, diagnostic and remote management capabilities. Adelsystem DC-UPSs with Ethernet interface are created to meet this need, with an approach that integrates power, digital control and connectivity in a single module.
Devices in the CBI line with Ethernet combine the functions of a power supply, battery charger and DC backup module in a single DIN-rail-mounted unit. Connected directly to the mains supply (90-305 VAC), they provide continuous power supply to DC loads at 12, 24 or 48 VDC, automatically switching to battery operation in the event of a mains failure, without any voltage discontinuity. The built-in Ethernet interface allows communication via MODBUS TCP/IP, SNMPv3 and HTTPS, enabling remote supervision of electrical parameters, battery status, fault alerts and environmental conditions. All data can be accessed via integrated web server, network monitoring software, enabling proactive maintenance and reduced intervention time. The design of DC-UPSs with Ethernet interface follows the guidelines of the EU Cybersecurity Act, integrating security and data protection criteria to ensure compliance with European regulations on connected devices.
Using internal software, the DC-UPSs manage selectable charging curves, adapting to the main battery technologies-lead, AGM, GEL, NiMH, Lithium and LiFePO4. The system can autonomously diagnose any anomalies (short circuit, polarity reversal, sulfation or battery pack disconnection), reporting the status in real time to the operator via Ethernet network.
Applications
These solutions integrate seamlessly into installations where continuous system availability is critical: IP video surveillance systems, access control, intrusion detection systems, environmental monitoring, and IoT infrastructure. Ethernet connectivity enables centralized management of even distant or distributed sites, with significant benefits in terms of operational efficiency.