IGBT Module for Induction Melting Furnace
The IGBT module (Insulated Gate Bipolar Transistor) is the core power device in the inverter circuit of medium-frequency induction melting systems, responsible for converting DC power into medium-frequency AC power. As a fully-controlled power semiconductor, IGBT offers higher switching frequency, lower losses, and more precise control compared with traditional SCR (silicon controlled rectifier) solutions, and has become the mainstream technology route for modern medium-frequency melting systems.
Arkora, leveraging the IGBT technology platform of internationally renowned brands such as Infineon, provides high power density, low switching loss, and high reliability IGBT power module solutions for medium-frequency induction melting furnaces. We not only supply standard models (such as the FF1400R17IP4 PrimePACK™ series modules) but also offer one-stop supporting services from IGBT selection and driver matching to complete system integration, based on the overall requirements of the melting system.
Key Features & Advantages:
Genuine Products Guaranteed – Using internationally renowned IGBT chips such as Infineon, ensuring performance and reliability
One-Stop Melting Solutions – Customizable configurations from IGBT modules and driver matching to complete medium-frequency furnace systems
Dual Technology Routes (SCR & IGBT) – Flexible adaptation based on customer requirements, providing optimal solutions for both new projects and existing line upgrades
High-Energy-Efficiency Design – Ultra-low loss and high system efficiency as core design goals, supporting energy conservation and emission reduction
Globally Certified Quality – ISO 9001 Certified, products comply with international standards
Technical Data:
Parameter | Specification |
Technology Platform | 4th Gen Trench/Fieldstop IGBT4 |
Package | PrimePACK™3 |
Baseplate Material | Copper |
Internal Isolation | Al2O3 (Basic Insulation, Class 1) |
Creepage Distance | ≥33mm |
Clearance | ≥19mm |
CTI | >400 |
Mounting Torque (M5) | 3.0–6.0 Nm |
Terminal Torque (M4 / M8) | 1.8–2.1 Nm / 8.0–10 Nm |
Contact us today to discuss your requirements and request a detailed quotation!
