ABB DRIVES IGBT PP15012HS (ABBN)5A

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ABB DRIVES IGBT PP15012HS (ABBN)5A Specification

Frequency
0-300 Hz

Output
AC / Switching Signal

Usage & Applications
Variable Frequency Drives, Industrial Motor Control

Connectivity Type
Screw Terminal

Installation Type
Module Mount

Protection Level
Integrated Protection Features

Mounting Type
Panel Mount

IP Rating
IP00

Features
Low Loss, High Reliability, Fast Switching

Phase
Three Phase

Switch Type
IGBT (Insulated Gate Bipolar Transistor)

Current
5A

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
DC

Diameter
Standard

Application
ABB Drives, Power Electronics, Industrial Automation

Supply Voltage
1200V

Accuracy
High Switching Accuracy

Dimension (L*W*H)
112 mm x 62 mm x 11 mm

Weight
170g

About ABB DRIVES IGBT PP15012HS (ABBN)5A

The ABB DRIVES IGBT PP15012HS (ABBN)5A stands as a dominant, highly recommended component for demanding industrial applications. Boasting exquisite technology such as Trench Gate Field-Stop IGBT, this dual in-line module delivers opulent performance with a collector emitter voltage of 1200V and continuous collector current up to 150A. Its engineered for reliability, low loss, and fast switching, making it perfect for ABB Drives, Power Electronics, and Industrial Automation. Affordable and equipped with integrated protection and precision, get it now for efficient and secure operations.

Application Excellence for Industrial Automation

The ABB DRIVES IGBT PP15012HS (ABBN)5A is crafted for high-powered industrial settings, including variable frequency drives and motor control applications. Its use type is predominately module mount installation, suitable for panel mounting with screw terminals. Thanks to its robust construction and advanced technology, this IGBT ensures accurate switching and uninterrupted operation in highly automated environments through seamless integration into ABB Drives and related automation systems.

Packaging, Delivery, and Main Domestic Market Insights

When choosing ABB DRIVES IGBT PP15012HS (ABBN)5A, expect secure packaging designed for safe transport services. Shipped goods are handled with utmost care to ensure product safety during transit. Delivery time typically depends on shipment volumes and destination, but prompt and reliable transport services support swift dispatch. The module is primarily available across major domestic markets, ensuring accessibility and convenience for a wide range of industrial buyers.

FAQs of ABB DRIVES IGBT PP15012HS (ABBN)5A:

Q: How is the ABB DRIVES IGBT PP15012HS (ABBN)5A installed in industrial systems?

A: The module is designed for panel mount installation with screw terminal connectivity, allowing for secure and straightforward integration into ABB Drives and other industrial automation systems.

Q: What benefits does the Trench Gate Field-Stop IGBT technology provide?

A: This advanced technology offers low switching loss, high reliability, rapid switching, and robust performance in demanding applications, making it ideal for variable frequency drives and motor control.

Q: Where can this IGBT module be effectively utilized?

A: The PP15012HS (ABBN)5A excels in ABB Drives, Power Electronics, and Industrial Automation, particularly in environments requiring precise switching and reliable operation such as motor controllers and variable frequency drives.

Q: What are the protection features integrated in this IGBT module?

A: The module includes dominant integrated protection features, safeguarding against short circuits, voltage irregularities, and thermal overload, enhancing operational safety and longevity.

Q: How is shipment and delivery managed for the ABB DRIVES IGBT PP15012HS?

A: Shipped goods are packaged securely and dispatched via reliable transport services. Delivery times vary based on location and order volume, typically ensuring prompt arrival within major domestic markets.

Q: What is the main process for installing the ABB DRIVES IGBT PP15012HS?

A: Installation involves panel mounting the module and connecting it via screw terminals, following standard industrial electrical protocols for optimal performance and safety.

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