EUPEC BSM100GB120DN2E 3256 IGBT

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EUPEC BSM100GB120DN2E 3256 IGBT Specification

Usage & Applications
Industrial Power Switch, Drives, Welding Machines

Mounting Type
Screw Mount

Connectivity Type
Screw Terminals

Features
High efficiency, Low saturation voltage, Fast switching

IP Rating
IP00

Switch Type
IGBT

Output
IGBT Output

Phase
Three Phase

Installation Type
Panel Mount

Current
100A

Frequency
High Frequency Switching

Protection Level
Standard Industrial

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
1200V

Application
Inverters, Motor Drives, Power Supplies

Supply Voltage
1200V

Dimension (L*W*H)
112mm x 55mm x 30mm (approx)

Weight
Approximately 250g

About EUPEC BSM100GB120DN2E 3256 IGBT

Experience first-rate performance with the EUPEC BSM100GB120DN2E 3256 IGBT, a majestic power module with unparalleled reliability. Garnering favorable reviews among engineers and industrial users, this IGBT offers a collector-emitter voltage of 1200V, current capacity of 100A, and power dissipation up to 500W. Designed for high-frequency switching in demanding environments, it delivers outstanding efficiency and fast switching times. RoHS compliant, robust in construction, and equipped with a standard industrial protection level, this module ensures seamless operation in inverters, motor drives, and welding machines. Order today to benefit from this exceptional offer and elevate your applications with cutting-edge technology.

Special Features & Application Highlights

The EUPEC BSM100GB120DN2E 3256 IGBT boasts special features such as high efficiency, low saturation voltage, and rapid switching performance. Its robust design supports high-frequency switching, making it ideal for industrial power switching, motor drives, welding machines, and power supplies. With an easy installation method via panel mount and screw terminals, this module ensures secure connectivity and operation. It excels in media requiring reliable and stable power conversion, optimizing process efficiency in various demanding applications.

Certifications, Delivery & Logistics Assurance

Certified RoHS compliant, the BSM100GB120DN2E 3256 IGBT assures environmental responsibility alongside quality. For your convenience, our stock is ready for immediate dispatch, enabling swift order processing and reliable drop-off at your designated location. Orders are processed efficiently from our India-based FOB port, ensuring prompt delivery. Count on us for accurate logistics and timely supply, whether your need is for a single module or bulk order, making the sourcing process hassle-free and streamlined.

FAQs of EUPEC BSM100GB120DN2E 3256 IGBT:

Q: How does the EUPEC BSM100GB120DN2E IGBT improve performance in industrial applications?

A: This IGBT offers high efficiency, fast switching speed, and low saturation voltage, optimizing energy output and reliability in applications like inverters, drives, and welding machines.

Q: What certifications does the EUPEC BSM100GB120DN2E IGBT module have?

A: The EUPEC BSM100GB120DN2E IGBT is RoHS compliant, ensuring adherence to environmental and safety standards for industrial power components.

Q: When can I expect delivery after placing an order for the EUPEC BSM100GB120DN2E?

A: With stock ready and quick order processing, your order is dispatched promptly from our India FOB port for reliable and timely delivery.

Q: Where can the EUPEC BSM100GB120DN2E IGBT be installed?

A: This module is suitable for panel mounting using screw terminals, ideal for integration into industrial panels, drives, and power systems.

Q: What is the recommended usage and main application media for this IGBT module?

A: It is best utilized in high-frequency switching environments such as motor drives, power supplies, industrial inverters, and welding machines due to its robust design and efficiency.

Q: What are the benefits of using the BSM100GB120DN2E for power switching applications?

A: The module offers superior durability, fast operational response, and energy-efficient switching, resulting in enhanced productivity and operational reliability.

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