ABB 1TGE120021R0010 Communication Gateway Module

The ABB 1TGE120021R0010 is an industrial communication gateway belonging to the MNS iS system, designed for intelligent low-voltage switchgear data interconnection. It realizes protocol conversion between internal switchgear bus and upper monitoring network, collecting operational data from low-voltage control components in real time.

This gateway supports multiple mainstream industrial communication protocols, equipped with Ethernet and RS485 interfaces. It provides built-in web configuration page and fault diagnosis function, stable operation under industrial power distribution environments. Widely used for power distribution cabinet upgrading, system integration and spare parts supply in power plants and industrial parks.

Main Specifications

• Brand: ABB

• Model: 1TGE120021R0010

• Product Type: MNS iS Communication Gateway Module

• Power Supply: 24 VDC

• Interfaces: RJ45 Ethernet Port, RS485 Bus Interface

• Supported Protocols: Modbus RTU, Modbus TCP, Internal Switchgear Bus

• Operation Temperature: 0℃ ~ +55℃

• Storage Temperature: -20℃ ~ +70℃

• Humidity: 5% ~ 95% non-condensing

• Installation: Cabinet mounting inside low voltage switchgear

Core Functions

• Collect electrical parameters and status data from MNS iS low-voltage switchgear

• Complete bidirectional protocol conversion between field bus and upper monitoring system

• Transmit real-time current, voltage, power and circuit breaker status information

• Upload fault alarm signals of switchgear to DCS and SCADA platforms

• Built-in web interface for local parameter configuration and status browsing

• Support NTP time synchronization to ensure unified system time benchmark

• Data cache function prevents information loss during temporary network interruption

• Signal isolation design improves anti-interference capability in power distribution cabinets

• Support redundant network deployment to enhance communication reliability

• Modular design facilitates inspection and replacement during on-site maintenance

Application Scenarios

• Power plant auxiliary workshop low-voltage intelligent power distribution systems

• Industrial park comprehensive energy monitoring and power management platforms

• Petrochemical factory MNS iS switchgear data acquisition control cabinets

• Commercial building intelligent power monitoring and energy management projects

• Data center low-voltage distribution network real-time monitoring systems

• Manufacturing factory workshop intelligent power distribution automation platforms

• ABB MNS iS system expansion, renovation and spare parts replacement projects

• Large-scale water treatment plant power distribution monitoring control systems

• Transportation hub intelligent low-voltage