IGBT MITSUBISHI ELECTRIC

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IGBT MITSUBISHI ELECTRIC Specification

Usage & Applications
Industrial Motor Control, Power Supplies, Renewable Energy Systems

Phase
Three Phase

Installation Type
Panel Mount

Protection Level
Built-in Overcurrent & Overtemperature Protection

Current
100A (typical)

IP Rating
IP20

Output
Power Switching Output

Features
High Efficiency, Low Loss, Fast Switching

Mounting Type
Screw Mount

Switch Type
IGBT Transistor

Connectivity Type
Screw Terminal

Frequency
50/60 Hz

Product Type
IGBT Module

Operating Temperature
-40C to +150C

Working Temperature
-40C to +150C

Input
Gate drive signal

Application
Inverter, UPS, Motor Drives, Industrial Power Control

Supply Voltage
600V - 1700V (depending on model)

Dimension (L*W*H)
Approx. 130mm x 90mm x 30mm

Weight
Approx. 350g

Package Type
Standard Mitsubishi IGBT Power Module

Model Series
CM Series / PM Series

Turn-on Time
<0.4s

Gate-Emitter Voltage (Vge)
+/-20V

Heat Dissipation
Requires external heatsink

Isolation Voltage
2500VAC (1 min)

Turn-off Time
<1.0s

Collector-Emitter Voltage (Vce)
1200V

RoHS Compliance
Yes

About IGBT MITSUBISHI ELECTRIC

Discover the best-selling IGBT Mitsubishi Electric modules, renowned for stellar performance and high reliability. These customizable power modules offer an astounding collector-emitter voltage of 1200V and a gate-emitter voltage of +/-20V with turn-on/off times below 1.0s, ensuring inestimable efficiency for industrial systems. Designed for rugged environments, they support a wide voltage supply and are panel mountable with screw terminals. Featuring built-in overcurrent and overtemperature protection, RoHS compliance, and versatile application in inverter and motor control, making them the top bargain for suppliers and traders in India.

Versatile Application and Media Coverage

The IGBT Mitsubishi Electric modules excel in demanding applications like industrial motor controls, renewable energy systems, UPS, and robust power supplies. Its adaptable surface lets it integrate seamlessly into panel-mounted environments with three-phase connectivity. Suitable for use in various mediaair-cooled and externally cooled setupsthe modules prove invaluable in industrial power control, providing fast switching and low loss across different sectors.

Packaging, Delivery, and Outlay Security

Every Mitsubishi Electric IGBT module is shipped securely, carefully packaged to ensure integrity during shipment. With precise outlay tracking, buyers receive packages typically within 715 working days, depending on location. The supply ability meets high-volume requirements, guaranteeing prompt and reliable delivery for bulk and individual orders. Secure shipping protocols and protective packaging safeguard the module throughout transit, reflecting a commitment to customer satisfaction and product quality.

FAQs of IGBT MITSUBISHI ELECTRIC:

Q: How do I install the IGBT Mitsubishi Electric power module for industrial applications?

A: Mount the module panel using screw terminals for secure connectivity. Ensure appropriate external heatsink integration for efficient heat dissipation and connect the gate drive signal as per specifications.

Q: What key benefits does the Mitsubishi Electric IGBT offer for motor drives and power control?

A: The module provides high efficiency, low switching loss, and fast response, ensuring reliable performance for inverters, UPS, motor drives, and renewable energy systems.

Q: Where is the IGBT Mitsubishi Electric typically used?

A: It is widely utilized in industrial motor control systems, large power supplies, renewable energy installations, and various inverter setups throughout manufacturing plants and energy facilities.

Q: What is the process for ordering and receiving the module from suppliers in India?

A: Contact authorized traders or suppliers, request a quote specifying the desired model series, and confirm supply and shipping details. Orders are typically shipped securely within 715 working days.

Q: When should heat dissipation be considered during integration?

A: Heat dissipation must be addressed during installation by fitting an appropriate external heatsink to ensure safe and optimal module performance, especially in high-output environments.

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