ABB FF650R17 2XR8 High-Power IGBT Module

Parameter
Model: FF650R17 2XR8 High-Power IGBT Module
Collector-Emitter Voltage: 1700V
Continuous Collector Current: 325A
Gate-Emitter Voltage: ±20V
Isolation Voltage: 3 kV
Storage Temperature: -40 to +125°C
Storage temperature: -40 °C (-40 °F) to +85 °C (185 °F)
Relative humidity: 5 to 95 %, non-condensation

Description

The ABB FF650R17 2XR8 is a high-power IGBT module used in industrial power conversion and motor drive equipment. The module is built around a half-bridge power circuit and is rated for a collector-emitter voltage of 1700 V with a continuous collector current of 650 A. It combines insulated gate bipolar transistors, matched freewheeling diodes, and an integrated temperature sensing element within a compact power module package for inverter and converter applications. The module is installed in power electronic systems where controlled switching of high-current loads is required. Its construction provides an efficient thermal path between the semiconductor devices and the cooling assembly, while the electrical layout supports operation in medium- and high-power conversion equipment. The FF650R17 2XR8 is used together with compatible gate driver circuits and cooling systems as part of a complete converter or drive assembly.

Frequently asked questions

Q:What should be checked before replacing the FF650R17 2XR8?
A:Verify the complete part number, electrical ratings, mechanical dimensions, mounting arrangement, gate driver compatibility, and cooling interface before installing the replacement module.

Q:Does the FF650R17 2XR8 operate by itself?
A:No. The module is intended to operate together with a compatible gate driver, cooling system, protection circuit, and control electronics as part of a complete power conversion system.

Q:Can the FF650R17 2XR8 be used in motor drive systems?

A:Yes. It is widely applied in motor drive equipment where controlled switching of high-voltage and high-current loads is required.

Application areas

• Gas Compression Inverters: Serves as the switching core inside localized motor drive skids for auxiliary gas compressor lines, utilizing the high-efficiency thermal baseplate path to channel heat into specialized liquid-cooled blocks or air-forced heatsinks.
• Active Front End (AFE) Regenerative Rectifiers: Used as the input rectifier bridge stage for multi-drive systems. Instead of burning excess deceleration energy in braking resistors, this module allows bidirectional power flow, feeding energy safely back into the 690V grid.
• Commercial and Industrial Distributed Solar Inverters: Acts as the central DC-to-AC power switching inversion bridge for large commercial multi-string photovoltaic arrays feeding directly into medium-voltage distribution grids.

Picture/ Video Request

It's like having the store come to you!  

Request for Video/Picture