ABB INIET800 Ethernet Transmission Module

Product Overview

The ABB INIET800 Ethernet Transmission Module is a high-performance communication module designed for industrial automation and process control systems. It provides a reliable Ethernet communication interface, enabling fast and stable data exchange between controllers, process networks, and supervisory systems. Built for harsh industrial conditions, it delivers strong anti-interference capability and high communication reliability.

Detailed Specifications

• Model: INIET800

• Communication Interface: Industrial Ethernet

• Transmission Speed: 10/100 Mbps

• Supported Protocols: TCP/IP, UDP, Modbus TCP, various industrial Ethernet protocols

• Ethernet Ports: 1–2 ports (depending on version)

• Power Supply: 24 VDC

• Power Consumption: ≤ 5 W

• Mounting: DIN-rail or rack installation

• Indicators: Link/Activity, Speed, Status

• Operating Temperature: –20 °C to +70 °C

• Storage Temperature: –40 °C to +85 °C

• Protection Rating: IP20

• EMC Compliance: Industrial-grade EMC standards

• System Compatibility: ABB 800xA, AC series controllers

Key Advantages & Features

• High-speed and stable communication with 10/100 Mbps support

• Industrial-grade EMC immunity for reliable operation in demanding environments

• Seamless integration with ABB control systems such as 800xA and AC series

• Modular and easy-to-maintain design suitable for system expansion

• Multi-protocol support making it flexible for various applications

• Clear diagnostic indicators for quick troubleshooting and maintenance

Typical Applications

• Industrial automation network communication

• Data exchange between PLC/DCS and SCADA systems

• Smart manufacturing and equipment networking

• Real-time monitoring systems in power, petrochemical, and chemical industries

• Factory Ethernet communication networks

• Equipment-to-equipment data transmission and remote monitoring

• High-speed data acquisition for process industries

Precautions

1. Verify module compatibility with the system and network topology before installation.

2. Use shielded Ethernet cables to minimize electromagnetic interference.

3. Avoid environments with strong vibration, high humidity, or corrosive gases.

4. Ensure a stable 24 VDC power supply to prevent communication disruption.

5. Disconnect power before wiring or maintenance.

6. Periodically inspect cable and port conditions to maintain communication stability.