ABB FF1400R12 R11IR9XT IGBT Module

Description

The ABB FF1400R12 R11IR9XT is a high-power IGBT module used in industrial power conversion and motor drive applications. The module is based on a half-bridge IGBT configuration and is applied in systems requiring high current switching and efficient power control. It integrates IGBT switching devices with freewheeling diodes to handle power conversion tasks in demanding electrical systems. The FF1400R12 R11IR9XT is used as a power switching component in inverter and converter circuits, where controlled switching of high electrical loads is required. The module is typically installed in power electronics equipment such as industrial drives, renewable energy converters, UPS systems, and other high-power conversion platforms. With its compact module design and high current capability, the ABB FF1400R12 R11IR9XT provides the power switching function required for reliable operation of industrial energy conversion systems.

Parameter

Model: FF1400R12 R11IR9XT IGBT Module
Collector-Emitter Voltage: 1200 V
Repetitive Peak Collector Current: 2800 A 
Gate-Emitter Peak Voltage: 20 V
Collector-Emitter Saturation Voltage: Typical 1.70 V to 2.05 V 
Housing Footprint Style: Heavy-duty Industrial Frame (PrimePACK™ 3 compatible)

Frequently asked questions

What is the ABB FF1400R12 R11IR9XT used for?
The ABB FF1400R12 R11IR9XT is a high-power IGBT module used in power conversion equipment, inverter systems, and industrial drive applications. It functions as a switching component for controlling high electrical power in converter circuits.

Is the FF1400R12 R11IR9XT suitable for motor drive applications?
Yes. FF1400R12 series IGBT modules are used in motor drive and high-power converter applications where controlled switching of large electrical loads is required

Does the FF1400R12 module include temperature monitoring?
The FF1400R12 series modules include an integrated NTC temperature sensor for monitoring module temperature during operation.

Application areas:
Onboard Shaft Generator Systems: Converts variable-frequency electrical power generated by the ship's main diesel engine shaft into a stable 50Hz or 60Hz frequency for the vessel's internal auxiliary grid.
Active Harmonic Filters (AHF): Deployed in heavy-duty active filter panels to monitor grid distortion and inject equal, opposite harmonic currents to cancel out electrical noise generated by arc furnaces or large VFDs.
Battery Energy Storage Systems (BESS) Power Conversion: Embedded inside megawatt-class bidirectional Power Conversion Systems (PCS) managing the charging and discharging profiles of large grid-scale battery arrays.

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