Core Values of 44A751101-G01

• High-Speed Communication: Adopts industrial Ethernet protocols (e.g., SRTP or Modbus TCP) to ensure low-latency and high-bandwidth data exchange.
• Redundant Design: Dual RJ45 ports support ring network redundancy (HSR/PRP), enhancing system reliability.
• Seamless Integration: Natively compatible with GE Mark VIe controllers (e.g., IS200ERMG), simplifying system configuration.

Product Specifications

• Product Model: 44A751101-G01
• Manufacturer: General Electric (GE)
• Product Type: I/O Communication Expansion Module
• Communication Protocol: Industrial Ethernet (SRTP/Modbus TCP)
• Communication Rate: 100/1000 Mbps (auto-negotiation)
• Interface Type: Dual RJ45 ports (supports ring network redundancy)
• Operating Voltage: 24V DC (powered via Mark VIe backplane)
• Power Consumption: ≤10W (typical)
• Operating Temperature Range: -20°C to +70°C (-4°F to +158°F)
• Protection Class: IP20 (must be installed in a control cabinet)
• Mounting Method: DIN rail mounting or direct insertion into Mark VIe rack
• Compatibility: GE Mark VIe controllers (e.g., IS200ERMG)
• Firmware Upgrade: Supports online upgrade (via ToolboxST software)

Structure and Composition

• Ethernet Communication Chip: A high-performance processor that supports real-time industrial protocols (e.g., SRTP) and standard TCP/IP communication.
• Dual RJ45 Ports: Provide redundant network connections, support ring network topology (HSR/PRP), and enhance communication reliability.
• Backplane Interface: A high-speed connector that interacts with the Mark VIe rack backplane to obtain power and transmit data.
• Status Indicators: LEDs display power status, network activity, and fault conditions for quick diagnostics.
• Metal Enclosure: Offers EMC shielding and mechanical protection, complying with industrial anti-vibration standards.

Key Features and Advantages

1. High-Reliability Communication
   • Supports Gigabit Ethernet, meeting the high-bandwidth requirements of real-time control data with latency below 1ms.
   • Features dual-network-port redundancy design, supporting HSR/PRP ring networks to avoid system outages caused by single-point failures.
2. Seamless Integration with Mark VIe Systems
   • Natively compatible with GE Mark VIe controllers (e.g., IS200ERMG), eliminating the need for additional protocol conversion.
   • Enables easy configuration of network parameters and I/O mapping via ToolboxST software.
3. Enhanced System Scalability
   • Supports connection to up to dozens of remote I/O stations, significantly reducing on-site wiring costs.
   • Flexibly adapts to various I/O modules (e.g., analog input IC693ALG390 or digital output IC693MDL654).
4. Industrial-Grade Durability
   • Wide operating temperature range (-20°C to +70°C), suitable for harsh environments such as power plants and offshore platforms.
   • Complies with the IEC 61800-3 standard, offering strong electromagnetic interference (EMI) resistance.

Application Fields

• Power Industry: Speed control, temperature monitoring, and fuel valve regulation of gas turbines/steam turbines.
• Oil and Gas Industry: Remote monitoring and interlock protection of compressor stations and pump sets.
• Water Treatment and Marine Industry: Distributed I/O networks for large-scale pump stations and propulsion systems.

Typical Application Case

Related Products

• IS200ERMG: Mark VIe main controller, used in conjunction with the 44A751101-G01.
• IC693ALG390: Analog input module, used for remote signal acquisition.
• IC693MDL654: Digital output module, used to drive on-site actuators.

Installation and Maintenance

Pre-Installation Preparation

1. Ensure the Mark VIe rack is powered off (or supports hot swapping), and wear an anti-static wristband.
2. Review the network topology diagram and plan the connection sequence of RJ45 ports (to avoid ring network logic conflicts).

Maintenance Recommendations

1. Regularly check the network connection status (via LEDs or software diagnostic tools).
2. Clean the module’s heat dissipation holes to prevent dust accumulation from affecting heat dissipation.