ABB 1TGE120021R0010 MNS iS Mlink COMMUNICATION GATEWAY

Brand: ABB

Product Series: MNS iS Low Voltage Intelligent Switchgear System

Model: MLink (Part Number: 1TGE120021R0010)

Product Type: High-Performance Communication Gateway Module

ABB 1TGE120021R0010 MNS iS Mlink COMMUNICATION GATEWAY

Technical Parameters:

Processor Engine: Embedded high-speed microprocessor optimized for concurrent, real-time data aggregation and dual-protocol conversion.

Main Communication Ports: Dual integrated RJ45 Ethernet ports supporting high-bandwidth industrial networks alongside specialized serial channels.

Protocol Support: Natively translates internal switchgear bus protocols to master control system protocols, including Modbus RTU, Modbus TCP, Profibus DP, and Profinet.

Sub-Network Capacity: Acts as the master gateway for a local segment, supporting simultaneous data collection from up to 60 individual MControl motor protection and control modules.

Power Architecture: 24V DC auxiliary logic power supply input with a low power consumption profile.

Diagnostics: Comprehensive local diagnostic status panel featuring multi-color LEDs indicating system power, internal bus health, master network communication activity, and device faults.

Installation Setup: Designed for direct rail mounting inside the central marshaling or engineering compartment of low-voltage switchboards.

Industrial Sectors:

Oil and Gas Refining, Chemical and Petrochemical Processing, Large-Scale Data Center Infrastructure, Power Generation Utilities, Heavy Mining and Minerals, and Marine Automation.

Application Scenarios:

1. Plant Distributed Control System (DCS) Bridging: Functions as the critical single-point communication gateway that maps all electrical metrics, motor statuses, and trip logs from downstream MControl modules into a central plant DCS or SCADA network.

2. Intelligent Motor Control Center (MCC) Aggregation: Installed within the central control cubicle of an ABB MNS iS switchboard configuration to seamlessly synchronize data traffic between dozens of withdrawable motor starter drawers and the master automation ring.

3. Real-Time Energy Management: Continuously extracts power factor, active power consumption, and current profiles from all connected switchgear feeders, enabling upstream energy monitoring systems to perform facility-wide efficiency analysis.

4. Redundant Communication Routing: Deployed in dual redundant topologies where two MLink gateways run in parallel, providing immediate, automatic bumpless failover of field network pathways if one communication line or network switch encounters an interruption.