EUPEC TT162N16KOF IGBT

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EUPEC TT162N16KOF IGBT Specification

Connectivity Type
Module

Protection Level
Standard Protection

Switch Type
Insulated Gate Bipolar Transistor

Installation Type
Screw Mount

Frequency
DC/High Frequency Switching

Usage & Applications
High Power Switching, Inverters, Power Regulation

Current
162A

Pole Type
Double

Features
High Efficiency, Fast Switching, Low Saturation Voltage

Phase
Three Phase

Mounting Type
Panel

Product Type
igbt module

Operating Temperature
-40C to +125C

Working Temperature
-40C to +125C

Application
Industrial Motor Drives, Power Supplies, Inverters

Supply Voltage
1600V (Collector-Emitter) VCES

Dimension (L*W*H)
134 mm x 60 mm x 30 mm (approx)

Weight
About 600g

About EUPEC TT162N16KOF IGBT

Experience the distinguished performance of the EUPEC TT162N16KOF IGBT Module, crafted for high-efficiency industrial applications. This special, potent module delivers a sizzling maximum collector current of 250A (pulse) and a robust collector-emitter voltage of 1600V, making it ideal for heavy-duty operations such as motor drives, inverters, and power supplies. With instant checkout options, this RoHS-compliant, trench fieldstop IGBT ensures phenomenal energy savings thanks to its fast switching times and low saturation voltage. Benefit from reliable, high-power switching in a compact, modular package, tailored for professional standards in India.

Comprehensive Industrial Applications

EUPEC TT162N16KOF IGBT is designed for high power switching and regulation tasks, making it ideal for use in industrial motor drives, inverters, and power supply systems. Engineered for continuous and repetitive operations, this insulated gate bipolar transistor demonstrates consistent performance under demanding conditions. Its compatibility with panel mounting and screw installation facilitates quick integration. This device is suitable for automation, renewable energy applications, and any environment requiring efficient, high-frequency switching and resilient operational stability.

Efficient Supply and Reliable Logistics

Goods transport and timely delivery of the EUPEC TT162N16KOF IGBT are managed from major Indian FOB ports, ensuring cost-effective expenditure for buyers. With a strong supply ability, we cater to bulk requirements and consistent market demand. Our quotations are detailed, transparent, and tailored for the main domestic market across India, making procurement and installation processes smooth and dependable for clients. Depend on our streamlined logistics and professional service for uninterrupted industrial operation.

FAQs of EUPEC TT162N16KOF IGBT:

Q: How does the EUPEC TT162N16KOF IGBT benefit industrial motor drives and inverters?

A: The EUPEC TT162N16KOF IGBT provides high efficiency and fast switching performance, resulting in lower energy losses and greater reliability in motor drives and inverter applications. This translates into improved operational output and long-term financial savings for industrial setups.

Q: What is the process for installing this IGBT module?

A: The module features a screw mount installation type suited for panel mounting, making the process straight-forward for professional technicians. Ensure appropriate heat management and follow manufacturer guidelines for optimal integration.

Q: When should the EUPEC TT162N16KOF be used over other switching devices?

A: Opt for the EUPEC TT162N16KOF IGBT when high collector-emitter voltage, robust current handling, and rapid switching are required. It is particularly valuable in applications where performance and reliability are paramount, such as industrial automation and power regulation.

Q: Where is the main market and supply location for this IGBT module?

A: The primary market for the EUPEC TT162N16KOF IGBT is within India, with goods supplied through main domestic ports and supported by trusted vendors for rapid distribution and service.

Q: What are the key features that distinguish the TT162N16KOF module?

A: Its distinguished features include high maximum collector current, low saturation voltage, fast switching times, RoHS compliance, and compatibility with DC and high-frequency applications. This makes it a preferred choice for modern, high-power industrial systems.

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