ABB 1TGE120011R1001 Module

Brand: ABB

Product Series: MNS iS Low Voltage Intelligent Switchgear System

Model: 1TGE120011R1001 (MControl Standard Unit with AIAO Extension Kit)

Product Type: Integrated Motor and Feeder Control Unit

ABB 1TGE120011R1001 Module

Technical Parameters:

Base Architecture: Standard MControl processor core bundled with an integrated analog input and analog output (AIAO) expansion kit.

Operating Voltage: 24V DC auxiliary control power supply.

Logic Processing: Embedded microcontroller managing real-time calculations for advanced motor protection curves, motor thermal modeling, and start/stop sequencing rules.

Interfacing and IO: Standard digital input/output matrix supplemented by dedicated analog input and analog output channels for precision process feedback tracking.

Communications: Connects via an internal system bus to localized MStart/MFeed physical power modules and scales data upward to the master MLink communication gateway.

Physical Proportions: Measures 53 mm in width, 125 mm in height, and 260 mm in length.

Weight: Approximately 1.4 kg.

Mounting Method: Slide-in, withdrawable mechanical engagement module tailored exclusively for the independent control cable compartments of specialized switchboards.

Industrial Sectors:

Oil and Gas Refining, Chemical and Petrochemical Processing, Power Generation and Large Utilities, Mining and Minerals Extraction, Heavy Metal Smelting, and Large Data Center Infrastructure.

Application Scenarios:

1. Intelligent Motor Control Center (MCC) Automation: Deployed within the withdrawable drawer layout of ABB MNS iS low-voltage switchboards to supervise electric motors, delivering protective shutdowns for issues like locked rotors, overcurrent, and phase asymmetry.

2. Analog Process Value Tracking: Utilizes the built-in AIAO add-on kit to read continuous variables (such as local temperature or pressure levels) right at the motor level, adjusting local operation parameters or transmitting values upstream without adding separate transmitters.

3. Complex Starter Interlocking: Runs localized hardware and software interlock sequences—such as executing directional timing adjustments, soft-starting profiles, and auxiliary cooling fan relays—completely decoupled from the main plant PLC.

4. Condition-Based Maintenance Support: Monitors contactor operations, current signatures, and power logs to track hardware lifecycle consumption, allowing maintenance teams to address prospective component degradation during scheduled operational breaks.