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Honeywell 900C52-0141-00 HC900 C50 CPU Module

Honeywell 900C52-0141-00 HC900 C50 CPU Module

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Brand:Honeywell DCS
Item No.:900C52-0141-00
Product Origin:USA
Product Dimensions:114 x 146 x 34 mm
Product Weight:0.32 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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Introduction

The 900C52-0141-00 is part of Honeywell’s ControlEdge HC900 controller family, serving as the central processing unit responsible for executing control strategies and managing system-wide operations. It plays a critical role in ensuring deterministic performance and coordinated control across distributed industrial automation systems.

Built for scalability and reliability, the module supports complex process control applications in industries where uptime, safety, and precision are essential. Its architecture allows seamless integration with HC900 I/O modules, enabling efficient control of large and dynamic industrial processes.


Technical Specifications

ParameterSpecification
Product TypeCPU Module
Model900C52-0141-00
SystemHoneywell ControlEdge HC900
Processor TypeC50 CPU architecture
FunctionCentral processing and system control
CommunicationIntegrated system and I/O networking
RedundancySupported in system configuration
Operating EnvironmentIndustrial automation systems
Dimensions114 × 146 × 34 mm
Weight0.32 kg

Recommended Related Models

ModelProduct Name
900C52-0244Honeywell HC900 C50 Redundant CPU Module
900C50-0460Honeywell HC900 Advanced CPU Module
900R12-0001Honeywell 12-Slot Rack for HC900 System
900RSM-0001Honeywell Redundant Switching Module

Popular Related Models

ModelProduct Name
900A16-0301Honeywell HC900 Analog Input Module
900B16-0101Honeywell HC900 Analog Output Module
900C30-0001Honeywell HC900 C30 CPU Module
CPCHAS-0001Honeywell HC900 Controller Chassis


Typical Industrial Applications

• Process control systems in oil and gas facilities for real-time coordination of distributed automation loops

• Petrochemical plants for continuous operation of critical process control strategies

• Power generation systems for boiler management, turbine control, and auxiliary system automation

• Water and wastewater treatment facilities for centralized control and monitoring operations

• Industrial manufacturing systems requiring deterministic control logic execution and system integration


Key Engineering Advantages

• High-performance C50 processor architecture ensures stable and deterministic control execution

• Supports redundant and scalable HC900 system configurations for high availability operations

• Integrated communication interfaces enable seamless connectivity with I/O and field networks

• Designed for continuous 24/7 industrial operation with strong system reliability

• Modular architecture allows flexible system expansion and integration

• Robust industrial-grade design ensures stable performance in harsh environments


Technical FAQs

1. What is the primary role of the 900C52-0141-00 CPU module?
It executes control logic, manages system operations, and coordinates communication between I/O modules in HC900 systems.

2. Is this CPU suitable for continuous industrial operation?
Yes, it is designed for 24/7 mission-critical process control environments.

3. Does it support redundancy?
Yes, it can be configured within redundant HC900 system architectures for higher availability.

4. What type of systems is it used in?
It is used in Honeywell ControlEdge HC900 distributed control and safety systems.

5. How does it handle communication tasks?
It manages data exchange between controller, I/O modules, and networked field devices.

6. Is it suitable for large-scale automation systems?
Yes, it supports scalable configurations for complex industrial processes.

7. What ensures system stability?
Its industrial-grade CPU design and deterministic control execution ensure stable performance.

8. Can it operate in harsh environments?
Yes, it is designed for industrial environments with electrical noise and temperature variations.

9. Does it require frequent maintenance?
No, it is engineered for long-term stable operation with minimal maintenance needs.

10. What happens in case of system failure?
In redundant configurations, standby CPUs take over automatically to maintain control continuity.


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