ABB 2100204-003 XFC Controller Board for Automation

The ABB 2100204-003 XFC Controller Board is a high-performance control component engineered for demanding real-time industrial automation environments. Designed by ABB for advanced XFC architectures, this controller board delivers deterministic performance, fast cycle times, and reliable system coordination. Moreover, it supports precise control tasks where motion accuracy, synchronization, and response speed directly impact production quality.

The 2100204-003 variant builds on ABB’s proven control technology, ensuring stable operation within complex automation systems. Therefore, it fits perfectly into applications requiring high-speed data processing, advanced logic execution, and seamless system communication. Engineers value this controller board for its predictable behavior, long-term reliability, and straightforward integration with ABB control platforms.

Functional Highlights & Key Benefits

• The ABB 2100204-003 XFC Controller Board delivers deterministic real-time control for time-critical industrial automation applications.

• Moreover, its high-speed processing architecture supports complex control algorithms without sacrificing system responsiveness.

• In addition, the board integrates smoothly with ABB automation platforms, reducing commissioning time and configuration complexity.

• Therefore, engineers can achieve precise motion coordination, faster cycle times, and improved overall machine performance.

• Its industrial-grade design ensures stable operation under continuous workloads and harsh environmental conditions.

Technical Data & Specifications

• Brand: ABB

• Model: 2100204-003

• Product Type: XFC Controller Board

• Control Architecture: XFC high-speed real-time control

• Supply Voltage: 24 V DC

• Processing Capability: Optimized for deterministic, low-latency control tasks

• Communication Support: Industrial fieldbus and control network integration

• Mounting Method: Panel or system rack installation

• Operating Temperature Range: Suitable for standard industrial environments

• Application Focus: Motion control, high-speed logic, synchronized automation

• System Compatibility: ABB industrial automation and control systems

Typical Applications & System Integration

The ABB 2100204-003 XFC Controller Board is widely used in applications requiring fast, deterministic control execution. For instance, it performs exceptionally in high-speed packaging machines, printing systems, and coordinated motion platforms. Moreover, it supports complex automation cells where multiple axes and processes must operate in perfect synchronization.

In addition, this controller board integrates efficiently into ABB control architectures, enabling scalable system designs. Therefore, it suits both machine-level control and larger distributed automation systems across manufacturing industries.

Support & Reliability

ABB backs the 2100204-003 XFC Controller Board with comprehensive technical documentation and long-term product support. Consequently, system integrators benefit from predictable lifecycle management and reduced operational risk. The board’s robust construction minimizes maintenance requirements, supporting continuous production and high system availability.

FAQ

What is the primary function of the ABB 2100204-003 XFC Controller Board?
The board provides high-speed, deterministic real-time control for demanding industrial automation and motion applications.

Which systems are compatible with the 2100204-003 controller board?
It integrates seamlessly with ABB XFC-based automation systems and compatible industrial control architectures.

Is the ABB 2100204-003 suitable for motion control applications?
Yes, it is specifically designed for precise, synchronized motion control and fast logic execution.

What power supply does the XFC Controller Board require?
The controller board operates using a standard 24 V DC industrial power supply.

How does this controller board improve system performance?
It reduces control latency, improves synchronization accuracy, and supports faster machine cycle times.