Description

The BECKHOFF CX1020-0013 is a high-performance basic CPU module designed for the modular CX1020 Embedded PC series. Engineered for demanding industrial control applications, this unit features an energy-efficient Intel Celeron M ULV processor running at a 1 GHz clock speed. It functions as the central controller within a DIN-rail mounted assembly, handling complex PLC programs, motion control tasks, and local communication protocols.

Operating as the core processing engine of the system, the BECKHOFF CX1020-0013 relies on an adjacent CX1100 series power supply module to receive electrical power and to establish a connection interface with physical I/O systems. Depending on the selected power supply module, the CPU can communicate with either standard Bus Terminals (K-bus) or high-speed EtherCAT Terminals (E-bus).

For networking and communication, the module is equipped with two RJ45 Ethernet ports operating at 10/100 Mbit/s, connected via an internal 3-port switch. This integrated switch configuration simplifies network wiring by allowing field devices to be daisy-chained in a line topology without the need for additional external switches. Storage and system configuration files are managed via an accessible Compact Flash slot, ensuring simple maintenance and module replacement.

Features

• Energy-efficient Intel Celeron M ULV single-core processor with 1 GHz clock speed.
• Integrated 2-port RJ45 Ethernet switch (10/100 Mbit/s) for cost-effective line-topology configurations.
• Dedicated Type I/II Compact Flash slot with an integrated eject mechanism for storage expansion and system image management.
• Internal battery-backed real-time clock for secure date and time tracking.
• Comprehensive front-panel diagnostic LEDs indicating power status, network activity, TwinCAT status, and flash access.
• Modular 16-bit ISA (PC/104) system bus interface for system expansion.

Applications

• Centralized PLC and motion control architectures in factory automation environments.
• Control systems requiring interpolation and path-planning functionality.
• DIN-rail mounted control cabinets using high-density EtherCAT or standard Bus Terminal I/O systems.
• Distributed system nodes requiring local processing capabilities and network routing.

Technical Specifications

Installation Guidelines

1. Ensure that the entire system has been disconnected from the electrical power supply before starting any assembly or connection work.
2. Mount the module onto a standard 35 mm DIN rail (EN 60715) in a clean, dust-free environment.
3. Slide the CPU module horizontally along the DIN rail until it latches and aligns with the adjacent CX1100 series power supply module.
4. Insert a compatible, pre-configured Compact Flash card containing the operating system and run-time application into the dedicated card slot.
5. Check that all diagnostic LEDs light up as expected during initial power-up, verifying network connection link states and system readiness.