Description

The Siemens 6MF28212AA00 is a high-performance digital output module within the SICAM A8000 series. This specific model, designated as DO-8212, provides eight robust output channels for power automation. It excels in telecontrol tasks and energy supply management. Because it withstands temperatures from -40 to +70°C, it remains reliable in extreme environments.

The module architecture prioritizes both safety and electrical endurance. It features a slim 30mm design to optimize space in switchgear panels. This component effectively bridge the gap between control logic and high-voltage field devices. Furthermore, it meets strict cybersecurity standards for modern grid infrastructure.

Technical Specifications

Key Technical Characteristics

Versatile Load Handling

The DO-8212 module supports a vast range of load types. It manages both high-voltage AC and various DC levels on a single module. This versatility reduces the need for multiple different module types. Consequently, it simplifies spare parts inventory and system design for utility providers.

High Electrical Resilience

Industrial environments often subject hardware to significant electrical stress. This module offers surge voltage resistance up to 5kV. It also complies with IEC 60255 dielectric strength requirements. These protections ensure the internal system remains safe during field-side electrical anomalies.

Precision and Security

Execution timing is critical for power distribution and load management. The 6MF28212AA00 features a 10ms sampling interval for rapid response. It also incorporates secured command output functionality to prevent unauthorized switching. Therefore, it provides a stable foundation for smart grid operations.

Integration and Compliance

As part of the SICAM family, this module integrates seamlessly with IEC 61850 protocols. It supports advanced remote control and monitoring concepts. The hardware also meets BDEW cybersecurity conformity requirements. This makes it an ideal choice for critical infrastructure projects.