IGBT SEMIKRON

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IGBT SEMIKRON Specification

Features
Low Saturation Voltage, Fast Switching, High Reliability

Mounting Type
Panel Mount

Switch Type
Semiconductor Switch

Pole Type
Double Pole

Current
50A

Frequency
Up to 20 kHz

Output
Insulated Gate Bipolar Transistor Output

Usage & Applications
High-power inverters, industrial controls, AC drives, renewable energy systems

Phase
Three Phase

IP Rating
IP20

Display
No Display

Installation Type
Screw Mount

Protection Level
Overcurrent, Overtemperature, Short-circuit Protection

Connectivity Type
Pin Style Connectors

Product Type
IGBT Module

Operating Temperature
-40C to +125C

Working Temperature
-40C to 125C

Input
DC

Application
Power Electronics, Inverter, Motor Drives, UPS, Welding Machines

Supply Voltage
Up to 1200V

Accuracy
Standard Module Tolerance

Dimension (L*W*H)
131 x 62 x 30 mm (approx)

Weight
Approximately 320 g

About IGBT SEMIKRON

The IGBT SEMIKRON SKM50GB123D module is a must-have component for anyone demanding top-tier performance in high-power electronics. This scarce and highly sought-after module dazzles with a first-rate 1200V collector-emitter voltage, 50A current capacity, and a towering maximum power dissipation of 185W. Grab this RoHS compliant module, engineered with advanced trench gate field-stop technology for low saturation voltage and rapid switching. Designed with robust overcurrent and short-circuit protection, its ideal for inverters, motor drives, and renewable energy systems. Dont miss outenhance your operations with this reliable, six-pack IGBT module.

Advanced Application and Material Features

The SEMIKRON IGBT SKM50GB123D is engineered for versatility, ensuring seamless integration in high-power systems. Its application method allows easy panel or screw mounting for secure installation in complex plant environments. Specifically designed for industrial controls, AC drives, and renewable energy grids, this module features durable materials that ensure performance across extreme temperatures. With reliable overcurrent and overtemperature protection, users can depend on its efficiency and prolonged operational life, even in the most demanding plant settings.

Export Packaging and Shipping Details

Each IGBT SEMIKRON module is meticulously packaged to maintain integrity during transit, arriving safely at your destination. Orders are shipped from India via major FOB ports, ensuring prompt dispatch and worldwide coverage. As a favored export market product, its shipped to numerous regions, meeting the needs of clients across varying industrial sectors. The swift arrival and secure packaging reflect a commitment to quality, reinforcing trust in global markets and guaranteeing peak module performance on delivery.

FAQs of IGBT SEMIKRON:

Q: How should the IGBT SEMIKRON SKM50GB123D be installed?

A: The SKM50GB123D module is designed for easy installation using screw mounts and pin-style connectors. It can be securely mounted on panels, ensuring reliable connectivity and optimal electrical performance in high-power setups.

Q: What are the primary usage benefits of this IGBT module?

A: This IGBT offers dazzling efficiency for power electronics, providing high reliability and rapid switching, making it ideal for systems such as inverters, motor drives, UPS, and industrial controls. Its safety features protect against overcurrent, overtemperature, and short circuits.

Q: When is the best application for this module in plant operations?

A: The SEMIKRON SKM50GB123D excels in environments where consistent, high output and enhanced protection are needed, such as in high-power inverters, AC drive panels, and renewable energy installations in diverse plant operations.

Q: Where are these modules typically shipped from and to which export markets?

A: These modules are shipped from India via established FOB ports and are regularly exported to key industrial and commercial markets across Asia, Europe, and other global regions.

Q: What is the process for maintaining the SKM50GB123D module?

A: Regular maintenance involves checking terminal connections, ensuring appropriate ventilation, and monitoring thermal resistance for optimal performance. Its robust construction reduces frequent servicing, making routine checks straightforward.

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