ALSTOM MVAJ105RA0802A Protection Relay – MiCOM Series
ALSTOM MVAJ105RA0802A Protection Relay: Supply Continuity Strategy for a Discontinued Critical Component The ALSTOM MVAJ105RA0802A is a numerical protection relay…
Model: AB7003-B
Product Overview
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Datasheet Preview
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Commercial Path
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Technical Dossier
The Anybus CompactCom series, developed by HMS Networks (Sweden), is a standardized embedded network interface platform deployed across heavy industrial sectors including petrochemical plants, nuclear power facilities, offshore oil and gas installations, and large-scale manufacturing automation. The CompactCom architecture allows device manufacturers to integrate a single hardware slot into their equipment and swap network protocol modules without redesigning the host device. This modularity has made CompactCom a reference standard for multi-protocol industrial connectivity across IEC 61158-compliant fieldbus and Industrial Ethernet environments.
The AB7003-B specifically implements the CC-Link IE Field protocol — a Gigabit Ethernet-based open network standard governed by the CC-Link Partner Association (CLPA) — enabling seamless integration of third-party devices into Mitsubishi Electric-centric automation architectures. It is widely specified in Japanese and Asian automotive, semiconductor, and process automation facilities.
The CompactCom platform was introduced by HMS Networks in the early 2000s as a response to the fragmentation of industrial fieldbus standards. The original CompactCom 30 series (30-pin form factor) addressed legacy fieldbuses including PROFIBUS DP, DeviceNet, and CANopen. As Industrial Ethernet protocols gained adoption through the 2010s, HMS introduced the CompactCom 40 series with a 40-pin connector, supporting higher-bandwidth protocols such as EtherNet/IP, PROFINET IRT, EtherCAT, and CC-Link IE Field.
The AB7003-B belongs to the CompactCom 40 series. Key architectural milestones include: the introduction of dual-port Ethernet switching (enabling line topology without external switches), support for functional safety profiles (PROFIsafe, CIP Safety), and the transition from parallel host interface to high-speed SPI/UART serial interfaces for embedded microcontroller integration. The CompactCom platform is now in a mature lifecycle phase; HMS Networks continues to provide long-term supply and firmware support for installed base modules, making third-party sourcing of legacy SKUs a critical operational requirement for end users.
The following SKUs represent verified, commercially available Anybus CompactCom 40-series modules. Each module provides a standardized host interface and implements a specific industrial network protocol on the network side.
AB7000: CompactCom 40 module for PROFIBUS DP-V0/V1 slave communication, up to 12 Mbit/s.
AB7001: CompactCom 40 module for DeviceNet adapter (slave) with CAN-based messaging, Group 2 only server.
AB7002: CompactCom 40 module for CANopen device (DS301/DS401), supports SDO/PDO and NMT services.
AB7003-B: CompactCom 40 module for CC-Link IE Field slave; Gigabit Ethernet, cyclic/transient data transfer.
AB7004: CompactCom 40 module for EtherNet/IP adapter; supports implicit (I/O) and explicit messaging, CIP conformance tested.
AB7005: CompactCom 40 module for PROFINET IO device (RT/IRT); MRP ring redundancy, GSDML-based configuration.
AB7007: CompactCom 40 module for Modbus-TCP server; supports standard Modbus function codes over TCP/IP.
AB7009: CompactCom 40 module for EtherCAT slave; CoE (CANopen over EtherCAT), distributed clocks support.
AB7010: CompactCom 40 module for CC-Link V2 slave; optical/electrical media, cyclic data up to 150 bytes.
AB7011: CompactCom 40 module for ControlNet adapter; scheduled and unscheduled messaging, UCMM support.
AB7013: CompactCom 40 module for Modbus-RTU/ASCII serial slave; RS-485 interface, configurable baud rate.
AB7028: CompactCom 40 module for POWERLINK controlled node (CN); MN/CN topology, isochronous data exchange.
AB7030: CompactCom 40 module for SERCOS III slave; real-time ring topology, motion control profile support.
AB7072: CompactCom 40 module for BACnet/IP server; ASHRAE 135 compliant, used in building automation integration.
AB7632: CompactCom 40 module for PROFINET IO with PROFIsafe; functional safety up to SIL 2 / PLd.
AB7634: CompactCom 40 module for EtherNet/IP with CIP Safety; SIL 2 / PLd rated, TÜV certified.
HMS Networks maintains long-term availability commitments for CompactCom modules, but distributor stock for specific protocol variants — particularly legacy fieldbus SKUs such as AB7011 (ControlNet) and AB7028 (POWERLINK) — is frequently depleted. DriveKNMS maintains an independent inventory of both current-production and end-of-life CompactCom 40-series modules sourced through authorized secondary market channels.
For plant operators running Mitsubishi CC-Link IE Field networks who require AB7003-B as a replacement or expansion module, DriveKNMS provides: verified OEM-equivalent units with full traceability documentation, lead-time bypass for emergency maintenance scenarios, and batch procurement support for multi-site rollouts. All units are shipped with original HMS Networks labeling and firmware version documentation.
CompactCom 40-series modules use a 40-pin board-to-board connector interface between the host device and the network module. Quality verification for these units requires protocol-specific test environments. DriveKNMS applies the following test procedures to all CompactCom inventory:
For the AB7003-B (CC-Link IE Field): the module is installed into a certified CompactCom 40 host reference board and connected to a Mitsubishi MELSEC iQ-R series master station. Cyclic data exchange (RWw/RWr, RX/RY) is verified at full Gigabit Ethernet line rate. Transient data (message communication) and station-to-station communication are validated. Firmware version is read and logged against HMS Networks' official release history. Physical inspection covers the 40-pin connector for pin deformation, PCB for corrosion or thermal stress marks, and the RJ45 port for contact integrity.
For all CompactCom modules: host interface timing (SPI/parallel) is verified using a logic analyzer. Module identity registers are read to confirm protocol type and hardware revision match the labeled SKU. Each unit receives a pass/fail test report retained for 5 years.