CX1020-0111 Beckhoff
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The Beckhoff CX1020-0111 is part of the CX Embedded PC Systems series and features an Intel Celeron M ULV processor with a clock frequency of 1 GHz. It operates with Windows CE.NET, includes two Ethernet ports, and supports a passive cooling system. The unit offers 2 USB 2.0 ports and a DVI-I video output, while providing IP20 protection.
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Product Description:
The CX1020-0111 is an embedded PC manufactured by Beckhoff for the CX Embedded PC Systems series. In an automation cabinet, it operates as the central controller, running user IEC 61131-3 programs, managing fieldbus masters, and coordinating motion tasks for connected terminals and drives. A battery-backed RTC maintains time stamps during power interruptions.
The module is equipped with a 1 GHz Intel Celeron M ULV processor that shares data across a 16-bit ISA (PC/104) system bus. Application code executes under the compact Windows CE.NET operating system, while TwinCAT PLC Runtime supplies deterministic task scheduling. The passive cooling design eliminates fans, and the processor’s thermal design power is limited to 7 W. Even under worst-case load, the device dissipates no more than 11 W. One CompactFlash Type I/II slot allows removable system or recipe storage, and the DVI-I port drives a local HMI panel without additional hardware.
Network and service connections are front-mounted. Two Fast Ethernet sockets provide 2 x RJ45 interfaces that are bridged by an Integrated 3-Port switch, permitting line-topology cabling without an external switch. For service peripherals, there are 2 x USB 2.0 ports, and each port can source 100 mA to attached devices. A video monitor can be wired to the single DVI-I output for setup or run-time diagnostics. Digital expansion is handled through the PC/104 bus so additional fieldbus, serial, or memory cards can be stacked beside the main CPU. The enclosure conforms to IP20 protection, and all components remain within their operating limits when the cabinet relies solely on natural convection. The passive cooling layout, battery-supported time keeping, and compact flash storage reduce dependence on moving parts during continuous machine-level control.