ABB FS300R17KE3/AGDR-76C/66C IGBT Module With Drive SP Kit
ABB FS300R17KE3/AGDR-76C/66C IGBT Module With Drive SP Kit

ABB FS300R17KE3/AGDR-76C/66C IGBT Module With Drive SP Kit

ABB FS300R17KE3/AGDR-76C/66C IGBT Module With Drive SP Kit

Brand： ABB

Product ID： FS300R17KE3/AGDR-76C/66C

Condition： New / used

Terms of payment： Paypal、T/T 、Western Union

Category:

Description

ABB FS300R17KE3/AGDR-76C/66C

ABB FS300R17KE3/AGDR-76C/66C is a high‑voltage IGBT module and driver assembly kit. It consists of the FS300R17KE3 IGBT power module, the AGDR‑76C driver module, and the AGDR‑66C driver module. It belongs to ABB’s high‑voltage power semiconductor and driver product family.Its core purpose is to provide an integrated solution for high‑efficiency energy conversion and precise drive control in high‑voltage industrial applications, balancing power output and drive protection. It is suitable for high‑voltage converters, inverters, and similar equipment.It is a key component for achieving energy conversion + precise drive + safety protection in high‑voltage industrial automation systems such as rail transit, wind power, mining, and metallurgy. With its high voltage withstand capability, low losses, and strong compatibility, it is widely used in various harsh high‑voltage industrial environments.


1. Basic Parameters


The assembly features a standardized industrial design that balances compatibility, reliability, and efficiency. The IGBT module is precisely matched with the two driver modules, with unified and standardized key parameters. It enables seamless adaptation to ABB ACS800 series inverters and various high‑voltage converters. Specific parameters are as follows:


(1) FS300R17KE3 IGBT Module Parameters

  • Type: High‑voltage IGBT power module using Trench/Fieldstop IGBT3 technology, integrated with EmCon high‑efficiency diodes. It is dedicated to energy conversion and power output in high‑voltage applications and serves as the core power unit for high‑voltage converters and inverters.


  • Voltage and Current Ratings: Voltage class 1700 V, rated current 300 A (at 25°C), saturation voltage VCE(sat) as low as 1.7 V (at 25°C). Switching losses are reduced by 35% compared to previous generations. Power dissipation up to 1650 W, meeting energy conversion requirements for medium‑to‑high power high‑voltage equipment.

  • Package and EMC: Soldered pin package (EconoPACK™ + B), optimized parasitic inductance design, effectively reducing high‑frequency interference and improving electromagnetic compatibility for harsh high‑voltage industrial environments.


  • Environmental and Temperature Adaptability: Operating temperature range ‑40°C to +125°C, supports extended operation from ‑40°C to +150°C. Junction temperature cycling life doubled compared to previous generations. Withstands up to 10,000 thermal cycles (ΔT = 100 K), suitable for extreme temperature industrial environments.

  • Electrical Parameters: Gate threshold voltage 5.0–5.8 V. Excellent dynamic loss optimization enables high‑efficiency energy conversion and reduces equipment operating power consumption.


(2) AGDR‑76C/66C Driver Module Parameters (Common + Specific)

  • Model Identification: Includes AGDR‑76C and AGDR‑66C, both original ABB driver units, designed for use with the FS300R17KE3 IGBT module. AGDR‑76C supports higher switching frequencies, while AGDR‑66C is optimized for standard high‑voltage applications. They can be flexibly configured based on actual power requirements.


  • Type: Dedicated IGBT driver module, not an independent control unit. Its main function is to provide accurate gate drive signals to the FS300R17KE3 IGBT module and implement comprehensive fault protection to ensure safe and stable operation.

  • Compatibility: Both drivers are fully compatible with the FS300R17KE3 IGBT module and support 1700 V high‑voltage applications. They also fit ABB ACS800 series inverters. Main control board firmware version ≥ V5.01 and fiber interface type (e.g., multi‑mode SC) must be confirmed.


  • Power and Temperature: Operating temperature range ‑40°C to +85°C. Uses standard industrial power supply, compatible with existing high‑voltage equipment cabinet power systems, with high stability and immunity to voltage fluctuations affecting drive signals.


  • Heat Dissipation and Rated Current: LinPak package, thermal efficiency improved by more than 25% compared to conventional drivers. Rated current up to 300 A, matching the power output of the FS300R17KE3 IGBT module and supporting long‑term high‑load operation.

  • Special Features: AGDR‑76C supports higher switching frequencies for applications requiring high drive precision. AGDR‑66C provides mature protection logic for general high‑voltage industrial use. Both can be used individually with FS300R17KE3 or combined for complex high‑voltage systems.



2. Structural and Functional Features


(1) Mechanical Design


The complete assembly uses a modular industrial package, balancing structural stability and ease of installation.The FS300R17KE3 IGBT module uses EconoPACK™ + B soldered pin packaging, with compact size and high mechanical strength. The housing is made of high‑temperature‑resistant, corrosion‑resistant industrial‑grade material, effectively resisting electromagnetic radiation and high‑temperature losses in high‑voltage environments.AGDR‑76C/66C drivers feature a compact package and support standard mounting, allowing high‑density integration with the IGBT module in high‑voltage cabinets to save space.


Terminal blocks use anti‑vibration locking design to ensure secure connections under high voltage and avoid failures caused by vibration‑induced loose wiring.Clear status LEDs visually indicate operating status (normal, fault, overload) for both IGBT and driver modules, enabling fast on‑site troubleshooting.The assembly has excellent overall protection, suitable for dust, vibration, and extreme temperatures in high‑voltage industrial environments, extending service life.


(2) Core Functions


  • High‑Efficiency Energy Conversion: The FS300R17KE3 IGBT module uses IGBT3 technology with integrated high‑efficiency diodes, delivering significantly optimized dynamic losses, low switching losses, and low saturation voltage. It achieves high energy conversion efficiency, reducing power consumption of high‑voltage equipment. Suitable for wind converters, traction inverters, and other low‑loss applications, with efficiency exceeding 98.5% in wind power systems.


  • Precise Gate Drive Control: AGDR‑76C/66C drivers provide accurate gate signals to FS300R17KE3, optimizing IGBT switching performance and ensuring stable, precise power output. AGDR‑76C supports higher switching frequencies for high‑precision converter applications; AGDR‑66C emphasizes stability and reliability for general high‑voltage use.


  • Comprehensive Fault Protection: Both drivers include built‑in overcurrent, short‑circuit, and temperature monitoring protection. They continuously monitor IGBT operating conditions. In the event of overload, short‑circuit, overheating, or gate abnormality, the drive signal is quickly interrupted to protect the IGBT and downstream high‑voltage equipment, preventing fault escalation and reducing damage and maintenance costs.


  • Strong Compatibility and Flexible Adaptation: The assembly integrates seamlessly with ABB ACS800 series inverters and various high‑voltage converters and inverters. AGDR‑76C and AGDR‑66C can be flexibly selected based on site power and precision requirements without major system modifications, lowering upgrade and retrofit costs. In addition, FS300R17KE3 supports 1.2× overload current and S1 (continuous) duty, suitable for heavy‑load applications.


  • Intelligent Fault Diagnostics and Maintenance: Drivers feature complete self‑diagnostics, continuously monitoring internal status and IGBT operating parameters. Fault information is rapidly reported to the control system. Combined with status LEDs, engineers can quickly locate faults (e.g., IGBT overheat, drive signal error) without complex tools, greatly improving O&M efficiency and reducing downtime. Modular design enables fast replacement of faulty units.


  • High Anti‑Interference and Environmental Robustness: Optimized parasitic inductance in FS300R17KE3 and EMC improvements in the drivers effectively resist strong electromagnetic interference from motors, inverters, and other field equipment, ensuring stable operation in complex electromagnetic environments. Wide‑temperature design supports operation from ‑40°C to +125°C without additional protection devices.



3. Application Areas


With high voltage capability, low losses, strong compatibility, and flexible driver options, the assembly is widely used in demanding high‑voltage industries including rail transit, wind power, mining, metallurgy, and high‑voltage conversion. It provides energy conversion and precise drive control for high‑voltage equipment, ensuring efficient, safe, and stable operation. Typical applications include:


  • Rail Transit: Used in rail traction inverters and auxiliary power supply systems. Meets ‑45°C cold start and LVRT (Low Voltage Ride Through) requirements. Provides stable energy conversion and drive control for train traction systems, ensuring smooth operation. Also supports auxiliary power on rail vehicles.


  • Wind Power: Applied in wind turbine converters with rated power up to 2 MW and energy conversion efficiency > 98.5%. Converts wind energy into stable electrical power while resisting extreme temperatures, vibration, and harsh wind farm conditions, ensuring long‑term continuous operation and improving wind energy utilization.


  • Mining: Used in high‑voltage equipment such as mine hoists. Withstands 1.2× overload current, supports S1 continuous duty, and features strong thermal cycling stability. Operates reliably in dusty, vibrating, and extreme‑temperature mining environments, providing stable power output and drive control for hoist starting and running, ensuring mine safety.


  • Metallurgy and High‑Voltage Conversion: Deployed in high‑voltage inverters for rolling mills and metallurgical high‑voltage drive systems. Delivers high‑efficiency energy conversion and precise control while resisting strong electromagnetic interference and high temperatures in workshops, ensuring continuous rolling and smelting processes. Also used in various high‑voltage converters for industrial power conversion and control.


  • Other High‑Voltage Fields: Suitable for converters for high‑pressure chemical reactors, high‑voltage pump station drive systems, etc. With high reliability and environmental adaptability, it provides stable energy conversion and drive control for safe and stable production. Also applicable to high‑voltage energy storage converters in renewable energy systems to support efficient energy storage operation.

contact us

Related products