Technical Specifications
| Parameter Name | Parameter Value |
|---|---|
| Product Model | ABB BCU06-ETH C3 1SAP140100R1170 |
| ABB Ordering Code | 1SAP140100R1170 |
| Manufacturer | ABB |
| Product Type | Programmable Logic Controller / CPU Module |
| Controller Family | AC500 |
| CPU Type | PM5630 |
| Performance Class | C3 |
| Communication Interface | BCU06-ETH Ethernet |
| Program Memory | 1 MB |
| Data Memory | 1 MB |
| Retentive Memory | 1 MB |
| Real-Time Clock | Integrated |
| Slot Configuration | 1 slot for pluggable application interface |
| Display | Integrated display |
| Short-Circuit Protection | Integrated on sensor power supply |
| Programming Software | ABB Automation Builder / AC500 engineering environment |
| Operating Temperature | -20…+60 °C |
| Storage Temperature | -40…+70 °C |
| Relative Humidity | 5…95%, non-condensing |
| Mounting Method | DIN rail mounting |
| Dimensions (W × H × D) | 45 × 180 × 90 mm |
| Weight | 0.45 kg |
Main Features and Advantages
The ABB BCU06-ETH C3 1SAP140100R1170 combines control processing and Ethernet communication in a single controller package. The integrated BCU06-ETH interface allows the CPU to communicate over industrial Ethernet for programming, visualization, data exchange, and system integration. This reduces the need for additional communication hardware in many standard applications and simplifies controller configuration.
Memory capacity is a notable advantage. The 1SAP140100R1170 provides 1 MB of retentive memory, which helps preserve controller data during power loss. Retentive memory is important for applications that require restart logic, cumulative counts, recipe parameters, calibration values, and other operating information to remain available after a controlled shutdown or unexpected power interruption.
The C3 performance class positions the controller for applications requiring more processing resources than basic CPUs, while still supporting modular AC500 system expansion. The ABB BCU06-ETH C3 1SAP140100R1170 can be combined with local I/O modules, additional communication interfaces, and fieldbus options to match machine or process requirements. This modularity allows users to adapt the control system without replacing the entire automation platform.
Integrated diagnostic capability enhances operational visibility. The onboard display and status indicators provide local feedback for commissioning and maintenance. The real-time clock supports time-stamped data, event recording, and scheduled automation functions. These features help reduce troubleshooting time and improve system manageability during both initial startup and ongoing operation.
Engineering flexibility is another strength. The 1SAP140100R1170 is programmed using ABB Automation Builder and AC500 development tools. This environment supports structured configuration, reuse of application code, and integration with visualization and motion functions. For organizations standardizing on AC500, the controller provides a familiar platform that can reduce engineering effort across multiple projects.
The controller’s industrial design supports installation in standard control panels. DIN rail mounting, a compact footprint, and integrated sensor power protection simplify cabinet layout and wiring. The ABB BCU06-ETH C3 1SAP140100R1170 is therefore suitable for new installations, system expansions, and replacement projects where continuity with the AC500 platform is required.
Application Field
The is suitable for machine automation, process control, and distributed industrial control applications. It can function as the central controller for individual machines or as part of a larger automation network. Ethernet connectivity enables communication with HMIs, supervisory control systems, remote I/O, and peer controllers.
In machine building, the controller supports applications such as packaging, handling, assembly, and special-purpose production equipment. The integrated Ethernet interface allows the 1SAP140100R1170 to exchange data with operator panels and higher-level production systems. Its retentive memory supports recipe handling and operating data preservation, which are common requirements in flexible manufacturing environments.
Process industries can use the in skid-mounted systems, auxiliary process control, water treatment, and building or infrastructure automation. The controller can communicate with distributed I/O and supervisory systems while executing control logic locally. This architecture helps maintain automation functions even when communication with a central system is temporarily interrupted.
For material handling and logistics, the CPU supports coordinated control of conveyors, sorting equipment, storage systems, and related automation hardware. Ethernet connectivity allows integration with plant networks, production management systems, and diagnostic software. The modular architecture also supports incremental expansion as system requirements change.
The 1SAP140100R1170 is particularly useful in retrofit and spare-part applications. Facilities already using ABB can replace or expand controllers while maintaining compatibility with their established engineering tools and automation architecture. Verified replacement units help reduce downtime and support continuity in production environments where restoring control functionality quickly is a priority.
