MITSUBISHI ELECTRIC IGBT

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MITSUBISHI ELECTRIC IGBT Specification

Installation Type
Panel/Chassis Mount

Usage & Applications
Industrial Automation, AC Drive Systems

Switch Type
IGBT (Insulated Gate Bipolar Transistor)

IP Rating
IP20

Features
Low Power Loss, High Efficiency, Fast Switching

Current
400A

Connectivity Type
Screw Terminal

Protection Level
Integrated Protection Circuitry

Frequency
50Hz/60Hz Compatible

Phase
Three Phase Compatible

Mounting Type
Screw/Panel Mount

Output
Collector-Emitter Output

Product Type
MITSUBISHI ELECTRIC IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
Gate Drive Signal

Application
Industrial Motor Drives, UPS, Renewable Energy Inverters, Power Supplies

Supply Voltage
Up to 1700V (Collector-Emitter Voltage)

Accuracy
High Switching Accuracy

Dimension (L*W*H)
Approx. 134mm x 41mm x 130mm

Weight
Approx. 1.5 kg

About MITSUBISHI ELECTRIC IGBT

Unlock the full potential of your industrial operations with the illustrious MITSUBISHI ELECTRIC IGBT, Model PM400HSA120. Known for its masterful engineering, this towering module delivers exceptional performance with a Vces of 1200V and a current capacity of 400A. Its integrated protectionsshort circuit, overcurrent, and reverse voltageensure reliability in demanding environments. RoHS and CE compliance, along with advanced fault feedback and high switching accuracy, make it a top-tier choice for renewable energy inverters, UPS systems, and industrial motor drives. Try now to witness unmatched efficiency and safety.

Versatile Applications in Industrial Settings

MITSUBISHI ELECTRIC IGBT modules are engineered for a broad spectrum of plant applicationsincluding industrial automation, AC drive systems, and renewable energy conversion. Their robust design and high efficiency make them ideal for demanding environments, offering dependable performance for both light and heavy-duty tasks. As a masterful solution for power electronics, these modules guarantee seamless operation, whether you require precise motor control or reliable power supplies, advancing productivity and longevity in every industrial context.

Sample Policy, Payment Terms, and Logistics Support

Experience swift logistics and dependable goods transport when you request a sample of the MITSUBISHI ELECTRIC IGBT. We provide flexible sample policies and multiple payment terms to suit your procurement requirements. With a robust supply ability, we ensure prompt dispatch and timely delivery, helping you estimate installation or expansion schedules accurately. Our logistics network guarantees careful handling and secure shipments, supporting your project from order to implementation with efficiency and professionalism.

FAQs of MITSUBISHI ELECTRIC IGBT:

Q: How does the MITSUBISHI ELECTRIC IGBT benefit industrial automation applications?

A: The IGBT module offers high switching accuracy, integrated protection features, and reliable performance, which are essential for maintaining efficiency and safety in automated industrial processes.

Q: What is the process for installing the PM400HSA120 module?

A: Installation involves secure screw or panel mounting on a chassis, connecting via screw terminals, and ensuring proper gate drive signals for optimal operation in three-phase systems.

Q: When should I consider using this IGBT module for my power supply or inverter projects?

A: Choose the PM400HSA120 when you require high current capacity (up to 400A), compatibility with supply voltages up to 1700V, and the need for built-in protection mechanisms in demanding or large-scale projects.

Q: Where can the MITSUBISHI ELECTRIC IGBT be used?

A: This module is suitable for a variety of environments including industrial automation plants, AC drive systems, renewable energy inverter stations, and UPS installations.

Q: What payment and sample policies are available for procurement?

A: We offer flexible payment terms and the ability to request samples for evaluation, with efficient logistics and reliable goods transport ensuring timely delivery of your order or sample.

Q: How does the built-in protection circuitry support efficient device usage?

A: Integrated protection against short circuits, overcurrent, and reverse voltage enhances device longevity and minimizes operational risks during tough industrial applications.

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