SEMIKRON SKIIP 23AC128T47 IGBT

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SEMIKRON SKIIP 23AC128T47 IGBT Specification

Phase
Three Phase

Current
128A

Mounting Type
Screw Mount/Panel Mount

Frequency
50/60 Hz

Connectivity Type
Screw Terminal

Output
IGBT Output/AC Power Switching

Switch Type
IGBT Switch

Protection Level
Short Circuit, Over temperature

Installation Type
Panel Mount

Features
High Efficiency, Compact Design, Integrated Gate Driver

Usage & Applications
Industrial Motor Drives, Power Supplies, Renewable Energy

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
Gate Drive, Control Input

Application
Industrial Power Control, Inverters, Motor Drives

Supply Voltage
1200V

Dimension (L*W*H)
191 mm x 90 mm x 30 mm (Approx.)

Weight
Approximately 1.2 kg

About SEMIKRON SKIIP 23AC128T47 IGBT

The SEMIKRON SKIIP 23AC128T47 IGBT Module is a superlative choice for high-demand industrial applications. This formidable power electronic module boasts a collector-emitter voltage of 1200V and a continuous collector current up to 128A, ensuring reliable performance even under intensive operational conditions. Its integrated gate driver, outstanding isolation voltage of 3600V AC, and robust industrial-grade housing deliver magnificent durability and protection. Highly recommended for sophisticated motor drives and renewable energy systems, procure this intelligent module for enhanced efficiency. Get yours today for a long-lasting, RoHS compliant power solution that meets CE standards.

Where Excellence Meets Industrial Power Control

The SEMIKRON SKIIP 23AC128T47 IGBT is ideal for industrial motor drives, advanced inverters, and high-efficiency power supplies. Its key features include integrated gate driver technology, robust panel mounting, and formidable short circuit and over-temperature protection. This module thrives in industrial environments, renewable energy systems, and applications demanding faultless performance in challenging conditions. Its compact size and optimized connectivity make it the preferred option for engineers seeking reliability and compact design.

Payment Terms and Global Export Market Insights

Our sample policy allows clients to assess the superlative performance of the SEMIKRON SKIIP 23AC128T47 before committing to bulk procurement. Rates are competitive and aim for value in every dispatching. The main export markets include Europe, Asia, and North America, supporting businesses worldwide. Payment terms are flexible, promoting seamless transactions for both small and large orders. Rapid logistics ensure quick delivery, strengthening our formidable export market presence.

FAQs of SEMIKRON SKIIP 23AC128T47 IGBT:

Q: How can I procure the SEMIKRON SKIIP 23AC128T47 IGBT module for my industrial application?

A: You can procure the SKIIP 23AC128T47 through authorized suppliers and distributors specializing in premium industrial power modules. Reach out directly or via the distributors online portal to start the procurement process.

Q: What are the main features that make the SKIIP 23AC128T47 highly recommended for industrial use?

A: The modules superlative features include 1200V supply voltage, 128A current handling, integrated gate driver, robust isolation (3600V AC), CE and RoHS certification, and advanced protection against short circuit and overheating.

Q: Where is the optimal site of application for this IGBT module?

A: It is optimal for use in industrial motor drives, power supplies, renewable energy installations, and advanced three-phase inverter systems, particularly where reliability and high current capacity are required.

Q: What is the process for dispatching the SKIIP 23AC128T47 to export markets?

A: Upon order confirmation and payment, the module is promptly dispatched with secure packaging via reliable international carriers, ensuring fast and safe delivery to main export markets worldwide.

Q: What benefits does the integrated gate driver offer for usage?

A: The integrated gate driver simplifies installation, increases efficiency, and improves system reliability, reducing the need for additional external circuitry and elevating overall operational performance.

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