CX2030-0110 | BECKHOFF | Module CPU

Description

Executing high-speed automation tasks and complex visualization applications, the Beckhoff CX2030-0110 embedded controller integrates a dual-core Intel Core i7 2610UE 1.5 GHz processor directly onto a DIN rail mount. This industrial PC features a fanless architectural design with passive cooling, enabling reliable execution of TwinCAT 2 and TwinCAT 3 automation environments. Equipped with 2 GB of internal DDR3 RAM and 128 kB of non-volatile NOVRAM, the system secures critical process variables against unexpected power loss without requiring an external UPS. With automatic recognition for both EtherCAT-based E-bus and standard K-bus terminals, this unit acts as a highly adaptive processing core for distributed control networks.

Key Features

• Intel Core i7 Processing: Dual-core 2610UE CPU operating at 1.5 GHz delivers high computational performance.
• Flexible Memory Allocation: Features 2 GB DDR3 RAM along with 128 kB of integrated NOVRAM for persistent, battery-free variables.
• High-Speed Communication: Equipped with two independent RJ45 ports supporting 10/100/1000 Mbit/s Gigabit Ethernet interfaces.
• Dual Bus Support: Automatic sensing and management of E-bus (EtherCAT) and K-bus terminal systems.
• Rugged Enclosure Design: Passive heat-sink cooling architecture with an IP20 protection rating suitable for standard control cabinet installations.

Applications

• High-speed multi-axis motion control and synchronization networks.
• Centralized PLC runtimes paired with embedded HMI visualization clients.
• Industrial IoT gateways requiring real-time fieldbus translation.
• Distributed data acquisition and processing in testing facilities.

Technical Specifications

Connections and Interfaces

Alternative Models & Compatibility

The CPU module runs on the TwinCAT 3 platform level "Mid Performance (Level 60)", dictating the runtime licensing structure for all control tasks. It interfaces directly with power supply segments of the CX2100-xxxx series. When upgrading from older single-core embedded systems, ensure your TwinCAT system configuration is adjusted to allocate task runtimes across the dual execution threads of the Intel Core i7 processor.

Application Pitfalls & Engineering Notes

While this module utilizes highly reliable passive cooling structures, physical mounting direction is critical. It must always be installed vertically on a horizontal DIN rail. Avoid packing adjacent modules too tightly; an unobstructed airflow space of 30 mm above and below the device is required to prevent thermal throttling under high CPU utilization.

Commissioning & Wiring Tips

Always use fully shielded, industrial-grade Cat5e or Cat6 cables for EtherCAT (E-bus) data routing to mitigate high-frequency electromagnetic interference in heavy motor control cabinets. When performing modifications to hardware configurations, ensure the 24 V DC system supply is isolated to prevent accidental ground loops or hot-plug terminal failures.

Installation Guidelines

1. 1
   Ensure the DIN rail is securely grounded to the main cabinet ground plane.
2. 2
   Align the module onto the DIN rail and snap the integrated locking mechanism into place.
3. 3
   Connect the power supply module and hook up the RJ45 Ethernet communication cables.
4. 4
   Insert the formatted CFast storage card containing the system software image into the slot before initial boot.