Siemens 6SE6400-1CB00-0AA0: MICROMASTER 4 Communication Board
The Siemens 6SE6400-1CB00-0AA0 is a specialized communication interface board designed for the MICROMASTER 4 series of frequency inverters. This essential accessory enables seamless integration of drive units into broader industrial automation networks. By facilitating reliable data exchange between the inverter and higher-level control systems, it ensures synchronized operation and real-time monitoring of motor parameters in complex manufacturing environments.
As a genuine manufacturer component, the 6SE6400-1CB00-0AA0 is engineered to maintain signal integrity and hardware compatibility, providing a robust networking solution for systems utilizing the Siemens MICROMASTER 420, 430, and 440 drive families.
Technical Specifications and Network Integration
Based on official Siemens manufacturer data sheets, the 6SE6400-1CB00-0AA0 includes the following technical characteristics:
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Compatibility: Fully compatible with MICROMASTER 420, MICROMASTER 430, and MICROMASTER 440 inverters.
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Functionality: Provides the physical and protocol interface for external bus communication.
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Installation: Direct plug-in mounting onto the inverter’s front-end interface slot.
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Power Supply: Internally powered through the drive’s electronics, requiring no external power source.
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Industrial Standards: Built to meet rigorous electromagnetic compatibility (EMC) requirements for noise-heavy electrical environments.
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Diagnostic Support: Integrated status indicators for rapid verification of network connectivity and data traffic.
Strategic Advantages for Industrial Drive Systems
The 6SE6400-1CB00-0AA0 offers essential benefits for the reliability of high-tier automation architectures:
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Enhanced Control Transparency: Allows for the remote adjustment of drive parameters and setpoints, reducing the need for local manual intervention.
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Seamless Scalability: Enables the connection of multiple drive units into a unified control loop, optimizing centralized management of factory processes.
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Rugged Construction: Specifically designed to withstand the thermal and vibration stresses common in industrial control cabinets.
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Data Consistency: Ensures high-speed and accurate transmission of operational data, which is critical for maintaining process precision and preventing unexpected downtime.
