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MITSUBISHI MODULE

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MITSUBISHI MODULE Specification

Shape
Rectangular

Power Factor
>0.95

Insulation Material
Epoxy

Connector Type
Screw

Overheating Protection
YES

Operating Temperature
-40C to +150C

Mounting Type
PCB / Chassis Mount

Feature
High Efficiency, Low Loss, Compact

Humidity %
10 90%

Efficiency
98%

IP Rating
IP20

Surface Finish
Coated

Product Type
IGBT Module

Application
Industrial, Automation, Inverter, Motor Drives

Protection Level
IP20

Frequency (MHz)
50 60 MHz

Rated Voltage
600V

Energy Consumption
Low

Output Type
Dual

Color
Black

Dimension (L*W*H)
11 cm x 4.5 cm x 3 cm

Weight
150 g

Phase
Three Phase

Size
Standard

Input Voltage
24V DC to 600V AC

Connection Type
Screw Terminal

No Of Poles
6

Material
Plastic, Metal

RoHS Status
Compliant

Current Rating
75A

Cooling
Forced Air or Heat Sink

Lifecycle
Active

Storage Temperature
-40C to +125C

Response Time
<1 s

Compliance
RoHS

Pin Count
7 Pin

Model Number
CM75DU-12F

Dielectric Strength
2500V AC/min

Switching Frequency
Up to 20 kHz

About MITSUBISHI MODULE

Discover the Best-seller MITSUBISHI MODULE CM75DU-12F, a crackerjack solution for demanding industrial and automation needs. With an unassailable current rating of 75A and rapid response time under 1 s, this latest module delivers top-tier efficiency at 98%. Its robust design features IP20 protection, low energy consumption, and RoHS compliance. Suitable for three-phase operation across inverters and motor drives, remarked for its compact dimensions and dual output. Employing forced air or heat sink cooling, its performance remains steadfast, even in extreme temperatures. A true bargain for reliability and durability.

Industrial Usage & Applications

The MITSUBISHI MODULE CM75DU-12F is expressly designed for high-performance industrial environments. Its versatility supports applications such as automation systems, inverters, and motor drives. Engineered for unyielding reliability, this module excels in challenging settings requiring three-phase power conversion. The robust design and advanced cooling options make it an apt choice for machinery where efficiency and compactness matter, ensuring seamless usage and minimal maintenance across diverse industrial setups.

Certifications & Export Excellence

Stock Ready for prompt dispatch, the MITSUBISHI MODULE is RoHS compliant, offering assured quality and environmental responsibility. Our sample policy allows quick evaluation ahead of a purchase order, facilitating swift order completion for global customers. Indian suppliers and traders consistently export to main markets such as Asia, Europe, and the Middle East, guaranteeing steady supply and responsive support. Trust in our certified product for an assured and efficient procurement process.

FAQs of MITSUBISHI MODULE:

Q: How does the MITSUBISHI MODULE CM75DU-12F enhance operational efficiency in industrial settings?

A: Its high efficiency of 98%, low loss characteristics, and rapid response time help to optimize energy usage while delivering consistent performance in automation, inverters, and motor drives.

Q: What are the main applications suitable for this module?

A: The module is ideal for use in industrial environments, notably in automation setups, inverter systems, and motor drive operations requiring three-phase power and high durability.

Q: Where is the module commonly supplied or exported from India?

A: Indian suppliers and traders export the MITSUBISHI MODULE to major markets in Asia, Europe, and the Middle East, supporting a broad spectrum of industrial clients globally.

Q: How is overheating protection managed in this model?

A: The module is equipped with built-in overheating protection, ensuring safe operation even in high-temperature or demanding conditions.

Q: What process should be followed to place a purchase order?

A: Interested buyers can request a sample as per our policy, and upon satisfactory evaluation, proceed quickly to complete an order for ready stock modules.

Q: What are the benefits of its dual output type?

A: Dual output allows simultaneous management of multiple circuits or loads, increasing flexibility, reliability, and overall performance in complex industrial systems.

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