Name: CPUM 200-595-077-331 Modular Industrial CPU | Qiming Automation
Brand: other
Price: 44509.00 CNY
Availability: InStock

Description

The CPUM 200-595-077-331 is a modular industrial CPU, serving as the central processing hub in distributed control systems (DCS) and programmable logic controller (PLC) architectures. It fits into standard 19-inch rack enclosures, integrating with compatible I/O modules, communication cards, and power supplies via a proprietary backplane bus.

CPUM 200-595-077-331

In terms of system interaction, theCPUM 200-595-077-331 features a 1.8GHz quad-core processor with 8GB of RAM, enabling it to run multiple control tasks simultaneously without performance degradation. It supports dual Ethernet ports for network redundancy, ensuring uninterrupted communication with SCADA systems, HMIs, and remote I/O stations. A key capability is its support for open industrial protocols such as PROFINET, Modbus RTU, and OPC UA, allowing it to communicate with both modern and legacy devices. The CPU also includes a built-in real-time clock with battery backup, ensuring accurate time-stamping of events for compliance and troubleshooting. Its modular design allows engineers to expand functionality by adding optional modules—such as additional serial ports or secure communication cards—without replacing the entire unit.

CPUM 200-595-077-331

Technical specifications:
Model Number CPUM 200-595-077-331
Type Modular Industrial CPU
Input Voltage 24V DC ±20%
Operating Temp Range 0°C to +60°C
Mounting Style 19-inch Rack Mount (3U height)
Dimensions 130mm x 220mm x 80mm
Weight 1.2kg
Interface/Bus Dual Ethernet (10/100/1000BASE-T), RS-485, Backplane bus
Compliance ISO 9001, CE, FDA 21 CFR Part 11
Supported Protocols PROFINET, Modbus RTU, OPC UA, Ethernet/IP
Typical Power Draw 25W

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CPUM 200-595-077-331

Main features and advantages:

Engineered for reliability and flexibility, the CPUM 200-595-077-331 delivers tangible benefits in real-world operation. Its quad-core processor ensures that time-critical tasks—such as servo motor positioning or flow control valves—are prioritized, while less urgent tasks like data logging run in the background without interference. This results in smoother production cycles and reduced downtime from system overloads. The CPU’s support for redundant networks minimizes the risk of communication failures, a critical advantage in industries where even a 10-second outage can lead to significant product loss.

The CPUM 200-595-077-331 also reduces engineering overhead. Its intuitive programming environment allows engineers to reuse control logic libraries across projects, cutting development time. The modular design means upgrades—such as adding support for new communication protocols—can be done via plug-in modules rather than replacing the entire CPU, extending the system’s lifespan and lowering long-term costs. For maintenance teams, built-in diagnostics provide real-time alerts for issues like memory usage spikes or network latency, enabling proactive troubleshooting.

CPUM 200-595-077-331

Application areas:

The CPUM CPUM 200-595-077-331 excels in applications requiring precise control and traceability. In food and beverage processing, it manages recipe execution, ensuring consistent product quality by regulating mixing times, temperatures, and ingredient dosages—with built-in data logging to meet FDA and EU food safety standards. In pharmaceutical manufacturing, it controls sterile filling lines, synchronizing pumps, sensors, and vision systems to maintain strict hygiene and dosage accuracy, while encrypting process data for audit trails. In logistics automation, it coordinates conveyor systems and robotic sorters in warehouses, optimizing material flow by processing real-time inventory data and adjusting routes dynamically.

Related products:

CPUM 200-595-077-330 – Single-core variant for simpler control tasks with lower I/O counts.

CPUM 200-595-077-332 – Hexa-core model with expanded memory (16GB) for large-scale automation systems.

CPUM 200-595-077-331S – Secure version with enhanced encryption for sensitive applications like pharmaceutical production.

CPUM 200-595-077-331R – Redundant CPU pair for hot-swappable configurations in mission-critical setups.

CPUM 100-595-077-331 – Legacy model with similar I/O compatibility, ideal for upgrading older systems.

CPUM 200-595-077-331E – Extended temperature range (-20°C to +70°C) for outdoor or unconditioned environments.

CPUM 200-595-077-331C – Compact 2U version for space-constrained enclosures.

Installation and maintenance:

Before installing the CPUM 200-595-077-331, verify that the rack enclosure has a 3U slot with compatible backplane connectors—check pin assignments to ensure compatibility with existing I/O modules. Confirm the power supply provides stable 24V DC with sufficient current (minimum 3A) to avoid voltage dips during peak loads. Ensure the mounting location allows for airflow: the CPU requires 50mm of clearance above and below for cooling. Update the backplane firmware to the latest version to support the CPU’s advanced features, such as high-speed data transfer.

For ongoing maintenance, monitor the front-panel status LEDs: a steady green light indicates normal operation, while flashing amber signals high memory usage. Review system logs weekly to check for communication errors or task overruns. Inspect Ethernet and backplane connectors quarterly for dust or corrosion, cleaning with compressed air if needed. Perform a full system backup monthly, including program logic and configuration files, to speed recovery after unexpected failures. It’s recommended to test redundant network failover annually to ensure seamless switching during primary network outages.

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