The 6MF28050AA00 Siemens 4500 mW surge voltage is a high-performance CP-8050 Master Module designed for the SICAM A8000 series, serving as a core processor for telecontrol and automation applications in energy supply systems. This robust module features an 800 MHz processor with 512 MB RAM and 4 GB flash memory, delivering substantial computing power for complex automation tasks in demanding environments. The Siemens 6MF28050AA00 maintains reliable operation across an extended temperature range from -40 to +70°C, making it suitable for deployment in harsh industrial conditions where thermal stability is crucial.

Engineered with advanced cybersecurity features, the PROCESSOR MODULE 6MF28050AA00 Siemens incorporates BDEW white paper compliance, an integrated crypto chip, and IPSec encryption to meet modern digital security requirements. The module's high dielectric strength up to 5kV (IEC 60255) enables direct installation in switchgear without additional protection devices. These security and protection characteristics make it particularly valuable for critical infrastructure applications where both operational reliability and cybersecurity are paramount considerations.

The communication capabilities of the Siemens 6MF28050AA00 Automation technology include dual RJ45 Ethernet ports and integrated GPRS connectivity, supporting comprehensive remote monitoring and control functions. The module supports IEC 61131-3 compatible automation programming for implementing complex control strategies such as adjustable local network transformer control and load management. With its 72-hour power failure buffer for the real-time clock and surge voltage resistance up to 2.5kV, it ensures continuous operation even during power disturbances or electrical transients.

As part of the modular SICAM A8000 system, the Master Module Siemens 6MF28050AA00 can coordinate up to 128 local I/O modules while consuming only 4.5W of power. The compact 30mm width design allows for space-efficient installations in control cabinets and electrical panels. The combination of processing power, communication flexibility, and robust construction makes it an ideal solution for smart grid applications, distributed energy resource management, and advanced automation systems in the evolving energy sector.