Honeywell 900C51-0124-00 HC900 C50 Controller CPU

The Honeywell 900C51-0124-00 HC900 C50 Controller CPU is a high-performance programmable logic and loop controller designed for hybrid control applications that integrate process control, logic control, and safety control in a single platform. As part of the Honeywell HC900 control system family, the C50 Controller CPU provides scalability, modular design, and exceptional integration flexibility, making it ideal for process industries like chemical, power, water, and food processing.

The C50 CPU supports both stand-alone and distributed applications. It is equipped with high-speed processing capabilities, a robust I/O subsystem, and built-in Ethernet for seamless communication and system integration. Designed to reduce engineering time and improve reliability, the C50 also offers extensive redundancy and diagnostic features.

Backed by Honeywell’s long-standing reputation for industrial innovation and reliability, the 900C51-0124-00 ensures smooth operation and maximum uptime in complex automation systems.

Product Specifications

Product Applications

The Honeywell 900C51-0124-00 C50 Controller is widely deployed across various industrial sectors due to its robust control capabilities and integration flexibility. Primary applications include:

• Chemical & Petrochemical Plants: Advanced process and batch control with regulatory compliance.

• Water & Wastewater Treatment: Real-time flow, level, and pump control for critical infrastructure.

• Food & Beverage Processing: Temperature and mixing control in ovens, freezers, and fermenters.

• Power Generation: Boiler and turbine control, fuel handling, and emissions regulation.

• Pharmaceutical Manufacturing: Compliance with GMP through reliable process automation and validation.

• Industrial Furnaces & Kilns: Multi-zone thermal regulation with high accuracy.

Product Advantages

• Unified Control Environment: Combines process control, logic, and safety in one platform, reducing system complexity.

• Modular and Scalable: Adapts easily to small, medium, and large automation tasks with expandable I/O and networking.

• High-Speed Processing: Ensures fast scan times for mission-critical process loops and logic control.

• Enhanced Communication: Multiple protocol support allows seamless integration with third-party devices and systems.

• Redundancy Options: Optional CPU, power, and communication redundancy for high availability in critical processes.

• User-Friendly Configuration: Honeywell’s Control Builder software provides intuitive programming and diagnostics.

• Long-Term Stability: Industrial-grade components and temperature resilience ensure uninterrupted performance.

• Cybersecurity-Ready: Secure communication and firmware management features protect against unauthorized access.

• Integrated Data Logging: Built-in trending and historical data collection improves operational transparency.

• Reduced Downtime: Advanced diagnostics and alarming reduce maintenance time and boost productivity.

Frequently Asked Questions (FAQ)

1. Q: What is the primary function of the Honeywell 900C51-0124-00 C50 CPU?

   A: It functions as the central controller in an HC900 system, handling logic, process control, and communication tasks.

2. Q: Can this controller be used in redundant configurations?

   A: Yes, the C50 supports optional CPU, power supply, and communication redundancy for high availability systems.

3. Q: What programming software is used for the C50 CPU?

   A: The controller is programmed using HC900 Control Builder, Honeywell’s intuitive graphical configuration tool.

4. Q: Is the C50 CPU compatible with Modbus and OPC protocols?

   A: Yes, it supports Modbus TCP/IP, Modbus RTU, OPC, and Ethernet/IP for integration with diverse systems.

5. Q: How many control loops can this controller manage?

   A: It can handle up to 100 PID loops, suitable for large and complex control applications.

6. Q: Can the C50 CPU log process data internally?

   A: Yes, it includes integrated data logging features for trends, alarms, and historical data.

7. Q: What is the typical scan time for the controller?

   A: The typical scan time is 5 milliseconds, allowing for responsive real-time control.

8. Q: Does it support analog and digital I/O?

   A: Yes, the system supports both analog and digital I/O through its modular I/O architecture.

9. Q: What kind of industrial applications is this controller suited for?

   A: It is ideal for chemical processing, thermal control, water treatment, food production, and power generation.

10. Q: What is the controller’s operating temperature range?

    A: It operates reliably from 0°C to 60°C, suitable for most industrial environments.