ABB 1SAP130100R0170 is a high-performance PLC CPU module of the AC500 series with model name PM571-ETH. It is an upgraded hardware version compared with the earlier model, equipped with a built-in Ethernet interface while maintaining excellent processing performance and rich expansion capabilities. This module has no onboard I/O points and needs to work with external I/O modules. It is widely applied to medium and large-scale industrial automation systems that require network communication and complex logic control.

1SAP130100R0170 is the complete part number of the product. PM571-ETH is the standard model designation. PM571 represents the CPU product series, and ETH indicates the module is integrated with an Ethernet communication port. The suffix R0170 stands for the specific hardware revision. This module belongs to the ABB AC500 PLC product line and matches supporting terminal bases and expansion modules of the same series.

The module is powered by 24 V DC power supply, with the working voltage ranging from 20.4 V DC to 28.8 V DC and the overall power consumption around 10 watts. It is configured with 64 KB flash memory for program storage and 128 KB RAM for user data storage. The operating temperature ranges from 0 degrees Celsius to 60 degrees Celsius, and the storage temperature ranges from minus 40 degrees Celsius to 70 degrees Celsius. The protection class is IP20. The product complies with CE, UL and RoHS certification requirements. It supports expanded digital and analog I/O points in large quantities and works stably in regular industrial environments.

This module is fitted with one Ethernet RJ45 port that supports Modbus TCP and other network protocols for data transmission and device networking. Two configurable serial ports support RS232 and RS485 working modes and are compatible with Modbus RTU and common serial communication protocols. It also comes with an SD card slot for program backup, restoration and firmware update. An integrated LCD display and physical keys are reserved for local status checking and parameter setting. All communication parameters and operating modes can be configured through professional supporting programming software.

It delivers powerful computing capability to execute complex control programs and meet the demands of process control and motion control. The integrated Ethernet and dual serial ports realize multi-protocol communication and facilitate connection with human-machine interfaces, frequency converters, instruments and other field devices. The local display and keys enable on-site operation, fault diagnosis and parameter modification without connecting an external computer. It supports large-scale I/O expansion to build comprehensive control systems. Expansion modules can be hot swapped during operation to simplify daily maintenance work. The SD card realizes fast program backup and offline firmware upgrade.

It is suitable for large production lines, machine tools and robot control systems in factory automation. It is widely used in medium and large measurement and control systems in water treatment, chemical, pharmaceutical and energy industries. It can also be adopted in intelligent building control, HVAC systems and equipment control for ports and airports. Besides, it is an ideal choice for upgrading traditional automation systems to realize Ethernet networking and remote monitoring functions.

Mount the module on standard DIN rail and connect 24 V DC power supply correctly. Match and install corresponding terminal base and external I/O modules according to actual demands. Connect communication cables and complete parameter configuration and program downloading via supporting programming software before formal operation. Keep the installation environment ventilated and dry, and ensure all wiring terminals are tightly connected. Back up programs regularly through the SD card. Carry out routine inspection every quarter and comprehensive function test every year. Always cut off the power supply before disassembling or replacing modules to ensure operation safety.