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MITSUBISHI MODULE

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MITSUBISHI MODULE Specification

Operating Temperature
-40C to 125C

Mounting Type
Panel Mount

Surface Finish
Matte

Connector Type
Screw Type

Overheating Protection
YES

IP Rating
IP20

Power Factor
>0.95

Efficiency
98% Typical

Insulation Material
Molded Resin

Shape
Rectangular

Humidity %
595% RH

Feature
High Efficiency, Compact Design, Overcurrent Protection

Product Type
IGBT Power Module

Application
Industrial Automation, Motor Drives

Protection Level
IP20

Frequency (MHz)
50-60 Hz

Rated Voltage
600 V

Energy Consumption
Low

Output Type
DC

Color
Black

Dimension (L*W*H)
9.1 cm x 5.6 cm x 2.7 cm

Weight
280 g

Phase
Three Phase

Size
Standard

Input Voltage
220-240 V AC

No Of Poles
6

Connection Type
Screw Terminal

Material
Semiconductor

Model Number
PM50RSA060

Package Type
Standard Industrial

Module Type
Half-Bridge

Dielectric Strength
2500V AC/min

Typical Gate Charge
2.2 C

Current Rating
50A

Switching Speed
Fast (Optimized for Inverters)

RoHS Compliant
Yes

Leakage Current
< 1 mA @ 600V

Storage Temperature
-55C to +150C

About MITSUBISHI MODULE

Advance your automation solutions with the exceptional MITSUBISHI MODULE PM50RSA060, engineered for superior performance. Get the benefits of fast switching speeds, high efficiency (98% typical), and reliable overcurrent protection. Designed for robust usage with a 50A current rating, this half-bridge, three-phase module excels in industrial applications such as motor drives and automation systems. Its fresh, compact design ensures easy panel mounting and low energy consumption, with a sensational dielectric strength of 2500V AC/min and IP20-rated protection. RoHS compliant and ready for next-level industrial automation.

Application Versatility for Industry and Plants

The MITSUBISHI MODULE PM50RSA060 is sensationally crafted for a broad range of industrial automation scenarios, including advanced motor drives and reliable control systems. Its exceptional power rating and compact footprint make it an ideal fit for challenging plant environments and high-demand application surfaces, particularly those requiring robust overcurrent and overheating protection. Trusted across factories, workshops, and automation lines, this module ensures continuous operation and superior productivity in critical plant applications.

Domestic Market Access and Supply Policy

Experience premium quality with the MITSUBISHI MODULE PM50RSA060 across the main domestic market. We offer a sample policy that aligns with your project validation needs, coupled with competitive sale prices and prompt order completion. Our modules are shipped through a key FOB port for streamlined logistics. Whether youre scaling up an enterprise or replacing critical components, count on our superior sample policy and commitment to premium supply for a hassle-free procurement process.

FAQs of MITSUBISHI MODULE:

Q: How does the MITSUBISHI MODULE PM50RSA060 benefit industrial automation systems?

A: The PM50RSA060 delivers fast switching speeds, high efficiency, and robust protection features, ensuring reliable and energy-efficient operation in demanding industrial automation environments.

Q: What types of applications is this module well suited for?

A: This module excels in motor drives, inverter-controlled systems, plant automation, and industrial control surfaces where superior performance and safety features are crucial.

Q: When should I consider using this module in my control systems?

A: This module is ideal for installations requiring stable high-current handling, low energy consumption, and high reliability under variable temperatures and humidity.

Q: Where is the PM50RSA060 primarily supplied and distributed?

A: It is supplied and distributed across the main domestic market, with logistics handled through major FOB ports to ensure prompt delivery.

Q: What is the process for placing an advance purchase order?

A: Customers can initiate an advance purchase agreement. Upon confirmation, the order is processed, and modules are dispatched from the designated FOB port promptly.

Q: How does overcurrent and overheating protection enhance module safety?

A: Advanced protection mechanisms shield the module from unexpected currents and heat spikes, maximizing operational lifespan and minimizing downtime in industrial settings.

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