ABB REF542PLUS 1VCF752000 (1VCF750170819)

ABB AC500 PLC CI511-ETHCAT 1SAP220900R0001 Interface Module

The CI511-ETHCAT (1SAP220900R0001) is a high-performance communication interface belonging to the ABB AC500 PLC and S500 IO family. Engineered as a specialized EtherCAT Slave, this module is a mechanical necessity for modern decentralized automation architectures requiring high-speed data exchange.

Technical Specifications

• Manufacturer: ABB

• Model Designation: CI511-ETHCAT

• Order Code: 1SAP220900R0001

• Product Family: AC500 PLC / S500 IO

• Network Protocol: EtherCAT Slave

• Degree of Protection: IP20

• Product Net Width: 67.5 mm

• Product Net Height: 76 mm

• Product Net Depth: 62 mm

• Product Net Weight: 0.135 kg

• Gross Weight: 0.158 kg

• Package Dimensions: 71 x 72 x 84 mm

• UNSPSC Code: 32151700

• Environmental Category: Product Not in WEEE Scope

• Mounting Type: DIN Rail (standard 35mm)

Key Functional Characteristics

High-Speed EtherCAT Integration

The CI511-ETHCAT (1SAP220900R0001) provides a direct interface to EtherCAT industrial networks. It supports extremely short cycle times and high-precision synchronization via Distributed Clocks (DC). This makes it ideal for motion control applications where the timing of IO triggers must be perfectly aligned with axis movements to ensure manufacturing accuracy.

Compact Distributed Architecture

With a width of only 67.5 mm, this module facilitates high-density IO configurations. It acts as a local head station, managing a cluster of S500 expansion modules. This decentralized approach reduces field wiring costs by allowing the IO to be placed closer to the actual sensors and actuators while maintaining a single digital link back to the main AC500 controller.

Industrial Reliability and Protection

Designed for the rigors of factory floors, the hardware carries an IP20 protection rating. It is built to operate under the standard thermal and electrical stresses typical of industrial control cabinets. The module features clear LED indicators for system status and bus communication, enabling maintenance personnel to perform rapid on-site troubleshooting.