SEMIKRON IGBT

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SEMIKRON IGBT Specification

Pole Type
Single Pole

Usage & Applications
Industrial Automation, Renewable Energy Systems

Installation Type
Panel Mount

Current
150A

Connectivity Type
Screw Terminal

Switch Type
IGBT Switch

Protection Level
Short Circuit and Overtemperature Protection

Output
650V

Phase
Three Phase

Features
High Efficiency, Fast Switching, Rugged Design

Display
No Display

IP Rating
IP20

Mounting Type
Screw Mount

Frequency
50/60 Hz

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
Voltage Controlled (Gate-Emitter)

Application
Industrial Inverters, UPS, Motor Drives

Supply Voltage
650V Maximum

Accuracy
High Switching Accuracy

Dimension (L*W*H)
122 mm x 62 mm x 17 mm (approx.)

Weight
400g (approx.)

RoHS Compliant
Yes

Cooling Type
Forced Air or Liquid Cooling

Reverse Voltage
Up to 1200V

Isolation Voltage
2500V AC/min (RMS)

Storage Temperature
-40°C to +125°C

Gate Threshold Voltage (Vge)
±20V max

Manufacturer's Series
SEMIKRON SEMITRANS

Package Type
Module (Industrial Housing)

Collector Emitter Voltage (Vce)
1200V

Model Number
SKM150GB125D

Power Dissipation
730W

About SEMIKRON IGBT

Find the grand SEMIKRON IGBT SKM150GB125Dan industrial must-have designed for noteworthy efficiency and reliable performance. Enjoy wondrous discounts on this robust module, featuring a collector emitter voltage of 1200V and a rugged package type. It offers fast switching and precise control with high power dissipation of 730W, perfect for demanding industrial settings. Benefit from advanced protection levels, RoHS compliance, and versatile cooling options. Its impressive operating range and robust design make it ideal for inverters, UPS, and motor drives. Secure yours today for uncompromising quality!

Versatile Applications & Use Type

The SEMIKRON IGBT SKM150GB125D shines in industrial automation, renewable energy systems, and motor drives. Its three-phase single pole design and high switching accuracy make it ideal for continuous duty in critical equipment, such as inverters and UPS systems. With panel mount and screw terminal connectivity, this module suits various industrial settings requiring fast, reliable, and efficient voltage-controlled switching for robust machinery operation and long-term performance.

Main Export Markets & Certification Details

Our SEMIKRON IGBT devices reach noteworthy international markets through secure shipping and trusted logistics. Payment terms include flexible arrangements to streamline your purchase and outlay. Each module is RoHS compliant and meets strict industrial certifications, ensuring high standards and safety. Experience grand reliability in every shipmentyour order is managed with meticulous care, enabling you to charge forward in automation, renewable energy, and advanced industrial applications.

FAQs of SEMIKRON IGBT:

Q: How does the SEMIKRON SKM150GB125D IGBT benefit industrial automation?

A: The SEMIKRON SKM150GB125D enhances industrial automation with its high switching accuracy, reliable protection features, and rugged design, ensuring efficient operation in demanding manufacturing environments.

Q: What is the recommended installation process for the SKM150GB125D module?

A: Installation is simple via panel mount and screw terminals, ensuring secure connectivity and optimal performance for three-phase setups in industrial systems.

Q: Which applications are best suited for this IGBT module?

A: The SKM150GB125D excels in motor drives, inverters, UPS systems, renewable energy installations, and other areas that demand efficient, fast switching and high power capacity.

Q: Where can users find secure shipping and certification details?

A: Shipping is secured by trusted logistics partners, and certification details, including RoHS compliance, are provided to assure regulatory adherence and quality standards.

Q: What protection features does the SEMIKRON SKM150GB125D offer?

A: This module comes equipped with comprehensive short circuit and overtemperature protection, safeguarding both the device and connected equipment during operation.

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