AMIKON LIMITED
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Place of Origin:
SWEDEN
Brand Name:
ABB
AC500 processor module with 8 MB memory, two independent onboard Ethernet interfaces, RS-232/485, CAN and a memory card slot. The PM5630-2ETH is designed for AC500 controller architectures requiring integrated processing and communication interfaces.
| Manufacturer | ABB |
| Product family | AC500 |
| Module type | Processor module |
| Part number | PM5630-2ETH |
| Memory | 8 MB |
| Supply voltage | 24 V DC |
| Ethernet interfaces | 2 independent onboard RJ45 Ethernet interfaces |
| Ethernet functions | TCP/IP, Modbus TCP, web server, IEC60870-5-104 or selectable Ethernet-based protocols |
| Serial interface | 1 × RS-232/485 interface |
| CAN | CAN interface |
| Memory card | Memory card slot |
| Processor | TI ARM Cortex-A9 32-bit RISC |
| Processor clock speed | 300 MHz |
| Total maximum downloadable application size | 9 MB |
| User program code and data | 2 MB maximum |
| User webserver data | 6 MB maximum |
| Buffered SRAM | 256 kB |
| VAR retain persistent memory | 128 kB |
| %M memory | 128 kB |
| Integrated mass storage memory | None |
| Expandable memory | None |
| Processor module slot | 1 per terminal base |
| Terminal-base interfaces | I/O bus, ETH1, ETH2, CAN, COM1 |
| Current consumption, module alone | 110 mA typical at 24 V DC |
| Weight | 135 g, processor module without terminal base |
| Mounting position | Horizontal or vertical |
Existing PM5630-2ETH processor module revision identified by ABB as the revision 2 device.
ABB states that the revision 3 device replaces the revision 2 device and provides the same features or functionality with compatibility between the two revisions.
The PM5630-2ETH is an AC500 processor module used as the controller processing unit in AC500 automation architectures. Its onboard ETH1 and ETH2 interfaces, CAN and COM1 provide the documented communication interfaces for controller applications.
Search demand commonly centers on an existing PM5630-2ETH requiring replacement, processor-module faults, controller startup problems, or loss of the module's documented Ethernet, serial or CAN communication functions. Because the processor module is part of the controller architecture, an unavailable or failed unit can contribute to PLC control interruption and associated production downtime.
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