INFINEON IGBT MODULE FZ2400R17HE4_B9

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INFINEON IGBT MODULE FZ2400R17HE4_B9 Specification

Connectivity Type
Screw Terminal

Cover Material
Plastic

Rated Current
2400 A

Protection Level
IPM Protection

Thickness
High Power Density

Base Material
Copper Base Plate

Current Rating
2400 A

Components
IGBT Chips and Free Wheeling Diodes

Operating Voltage
1700 V

Panel Type
Power Module

Cooling System
Direct Liquid Cooling

Features
Low Losses, High Reliability, Fast Switching

Control System
Gate Driver Circuit Compatible

Rated Operation Voltage
1700 V

Way
3-Phase Bridge

Rated Insulation Voltage
4000 V AC

Protection Class
Class I

Product Type
IGBT Power Module

Material
Plastic and Metal

Surface Finish
Smooth

Standard
IEC Standard

Surface Color
Black

Rated Voltage
1700 V

Frequency (MHz)
Up to 50 kHz

Maximum Output Current
2400 A

Dimension (L*W*H)
190 mm 140 mm 40 mm

Application
Industrial Drives, Inverters, Power Supply

IP Rating
IP20

About INFINEON IGBT MODULE FZ2400R17HE4_B9

Redeem a paragon of power with the INFINEON IGBT MODULE FZ2400R17HE4_B9, designed for those who seek crowning achievements in industrial applications. With scarce supply and advance purchase highly recommended, this lustrous module offers soft switching, a superior thermal resistance of 0.019 K/W, and robust protection through IPM standards. Engineered for high-frequency operation up to 50 kHz, this IEC-compliant, copper-base unit delivers a maximum current of 2400 A at 1700 V. Its smooth, black surface exemplifies refinement, while direct liquid cooling ensures low losses and enduring reliability.

Surface of Application and Practical Uses

The INFINEON IGBT MODULE FZ2400R17HE4_B9 finds its place in industrial drives, high-performance inverters, and power supply systems across large-scale manufacturing and process plants. Its robust construction and smooth finish enable seamless application on chassis or PCB mounts, supporting advanced automation setups. This module demonstrates versatility in demanding industrial environments, including heavy machinery, renewable energy converters, and infrastructureoffering steadfast efficiency where high power density and rugged durability are essential.

Supply Capability, FOB Port & Certifications

With a market value driven by its high performance and innovation, the INFINEON IGBT MODULE FZ2400R17HE4_B9 is available with strong supply capability from trusted suppliers and traders. FOB port options ensure efficient logistics and expedited international transit at the lowest possible price. The module adheres to stringent certifications, including IEC standards, assuring uncompromising quality and reliability. Secure your stock in advance to benefit from competitive procurement and cornerstone certifications that elevate your industrial solutions.

FAQs of INFINEON IGBT MODULE FZ2400R17HE4_B9:

Q: How does the INFINEON IGBT MODULE FZ2400R17HE4_B9 offer superior thermal performance?

A: This module achieves excellent thermal management with a copper base plate and low thermal resistance (0.019 K/W), complemented by a direct liquid cooling system, ensuring reliable operation in high-power applications.

Q: What benefits does soft switching bring to industrial applications?

A: Soft switching reduces switching losses and electromagnetic interference, enhancing efficiency and extending component life in complex industrial, inverter, and power supply environments.

Q: When should an advance purchase be considered for this module?

A: Owing to its scarce market availability, advance purchase is advised for projects requiring high-reliability components in a timely manner, especially when planning for system upgrades or expansions.

Q: Where can the INFINEON IGBT MODULE be installed?

A: It is designed for chassis or PCB mounting in industrial settings, including factories, renewable energy facilities, and large-scale automation plants, providing flexibility in electrical system designs.

Q: What is the process for connecting and operating this IGBT module?

A: Installation involves using screw terminal connectivity, pairing the module with compatible gate driver circuits, and integrating into power control systems requiring fast switching and low loss performance.

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