ABB IGBT MODULE KIT FS225R17KE3/AGDR-76C S 68569583

ABB IGBT MODULE KIT FS225R17KE3/AGDR-76C S 68569583

Product overview

FS225R17KE3/AGDR-76C S is a high-performance IGBT module kit launched by ABB, with product number 68569583. This kit integrates Infineon's advanced IGBT chips with ABB customized driver boards, designed specifically for medium to high voltage and high-power scenarios. It features high voltage tolerance, high reliability, and efficient conversion, and is widely used in industrial transmission, new energy, and high-end equipment fields.

Core components:

IGBT module (FS225R17KE3): using Infineon E3 technology platform, supporting 1700 V high voltage and 225 A rated current, suitable for industrial scenarios that require high voltage isolation, such as medium voltage converters, power electronic transformers, etc.

Drive board (AGDR-76C): ABB's drive solution designed specifically for high-voltage IGBT, integrating multi-level protection circuits (overcurrent, overheating, gate voltage monitoring), supporting optocoupler isolation and digital signal input, with strong anti-interference ability, ensuring stable operation of the module in harsh environments.

Product specifications

Power parameters:

IGBT module:

Rated voltage (Vces): 1700 V

Rated current (Ic, RMS): 225 A

Pulse current (Icm): 450 A (10 ms pulse width, duty cycle ≤ 1%)

Saturation voltage drop (Vce (sat)): Typical value 2.3 V (@ Ic=225 A, Tj=25 ° C)

Driver board:

Power supply voltage:+15 V DC (on)/-7 V DC (off), isolated power supply design

Signal input: Optocoupler isolation, compatible with 3.3 V/5 V TTL signals, supports programmable dead time

Protection functions: DESAT short circuit detection (response time<1 μ s), over temperature protection (OT), gate under voltage protection (UV)

Physical characteristics:

Weight: The net weight of the kit is approximately 2.1 kg (including modules and driver boards).

Size:

Module size: 150mm x 60mm x 18mm (length x width x height)

Driver board size: compatible with module design, supporting rail installation or direct fixation next to the heat sink

Heat dissipation design:

Thermal resistance (Rth (j-c)): 0.07 K/W (shell to shell), recommended to be paired with a water-cooled radiator or a high wind speed air-cooled system (wind speed ≥ 8 m/s).

Application Fields

Medium and high voltage industrial transmission:

Medium voltage frequency converter: compatible with ABB ACS580MV series, drives 200-350 kW medium voltage motors (such as mining fans and industrial water pumps), supports vector control and grid harmonic suppression.

Power Electronic Transformer (PET): Used for energy conversion in smart grids, supporting AC/DC hybrid distribution systems, and achieving efficient conversion from high voltage input to low voltage output.

Static Var Compensator (SVC): Used in industries such as metallurgy and chemical engineering for dynamic reactive power compensation and voltage stability, improving the power factor of the power grid.

New energy and power grid:

Photovoltaic inverter (centralized): Suitable for large-scale photovoltaic power stations with 1500 V DC bus, achieving efficient MPPT tracking and grid connected power generation under high voltage input.

Energy Storage Converter (PCS): The core module of high-voltage energy storage systems, supporting bidirectional power flow and adapting to the high voltage requirements of grid level energy storage (such as 10 kV energy storage converters).

Hydrogen electrolysis equipment: In the alkaline electrolysis cell power supply, it provides high voltage and high current output, supporting efficient electrolysis of water to produce hydrogen.

High end equipment and special power supply:

Rail transit traction system: traction inverter module for high-speed trains and subways, supporting 3300 V high voltage input to meet the high power density requirements of high-speed trains.

Pulse power supply: Pulse power module for radar, particle accelerator and other equipment, supporting high-frequency switching (up to 15 kHz) and fast energy release.

Product advantages

High voltage reliability:

The module adopts Infineon's advanced trench gate technology, which enhances the insulation reliability under high voltage and meets the requirements of pollution level 2 in IEC 60664-1 standard.

The driver board is equipped with an active Miller clamp circuit to suppress oscillations during high-voltage switching, reduce electromagnetic interference (EMI) and device stress.

High efficiency and low loss:

The E3 technology platform has optimized the conduction loss and switching loss, resulting in an efficiency improvement of about 4% compared to previous generation products, making it particularly suitable for industrial scenarios that operate at full load for long periods of time.

Support soft switching technology (such as zero current switching ZCS) to further reduce switching losses and improve system efficiency.

Flexible adaptation and easy maintenance:

Modular design supports parallel applications and can expand current capacity through multi module parallel connection to meet megawatt level power requirements.

The driver board provides standardized fault feedback interfaces (such as OC and OT signals), which can be directly connected to PLC or SCADA systems to achieve remote monitoring and fault warning.