Description

Product Overview

The Siemens 6MF28050AA00 serves as the primary processing unit for the SICAM A8000 modular automation platform. Engineers utilize this master module to execute complex telecontrol and automation tasks within high-voltage substations and energy distribution networks. Because the unit integrates a high-performance 800 MHz processor with substantial onboard memory, it effectively manages local logic and data processing in mission-critical environments.

Technical Specifications

• Model/Order Number: 6MF28050AA00
• Component Type: CP-8050 Master Module
• Processor Speed: 800 MHz
• Memory: 512 MB RAM / 4 GB Flash
• Operating Temperature: -40°C to +70°C
• Communication Interfaces: 2 x RJ45 Ethernet, GPRS
• Maximum I/O Capacity: 128 Local Modules
• Power Consumption: 4.5 Watts
• Dimensions: 2.5 cm x 5.1 cm x 83.8 cm
• Weight: 0.95 kg

Advanced Operational Capabilities

Siemens designs this processor module specifically to enhance security and grid reliability. It complies with BDEW white paper standards and utilizes an integrated crypto chip to facilitate IPSec encryption, which protects sensitive energy infrastructure against unauthorized digital access. Additionally, the unit exhibits high dielectric strength, meeting IEC 60255 standards up to 5 kV. This capability allows technicians to mount the module directly within switchgear environments without requiring auxiliary protective enclosures.

The unit also facilitates sophisticated communication and control strategies. Operators program the module using IEC 61131-3 compliant software, which enables them to implement advanced load management and transformer control protocols. Furthermore, the device maintains system integrity during power instability; its internal circuitry includes a 72-hour battery buffer for the real-time clock and robust surge resistance to withstand electrical transients. By choosing this module, operators streamline their control cabinet layout, as its narrow 30mm profile enables high-density mounting while maintaining low power consumption.