TOSHIBA MODULE

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TOSHIBA MODULE Specification

Current Range
10A to 150A

Output Type
DC/AC

Cooling Method
Forced Air or Heat Sink

Working Temperature
-25C to +85C

Features
Fast Switching, Compact Design, High Reliability

Power Factor
>0.95

Operating Temperature
-25C to +85C

Application
Industrial Motor Drives, Power Supplies, Inverters

Noise Level
Low Noise Operation

Power Supply
External DC Supply

Output Current
150A

Phase
Three Phase

Connector Type
Screw Terminal

Rated Current
150A

Rated Power
Varies by configuration

Product Type
Power Module

Output Power
150A

Output Frequency
50-60 Hz

Input Voltage
600V

Voltage Protection
Overvoltage/Undervoltage Protection

Efficiency
High (Typically > 90%)

Material
Semiconductor Encapsulated In Plastic

Line Regulation
0.5%

Storage Temperature
-40C to +125C

Weight
Approx. 300g

About TOSHIBA MODULE

Introducing the marvelously engineered TOSHIBA MODULE, a cost-effective solution designed for dominant industrial applications. This lustrous panel-mount module features superior efficiency (typically >90%), advanced overvoltage and undervoltage protection, and robust dielectric strength. Compatible with IGBT or MOSFET switching devices (model dependent), it delivers a maximum output of 600V and 150A with low noise operation. Its compact, semiconductor-encapsulated design ensures high reliability. Limited stock availablebuy now to secure top performance for inverters, motor drives, and power supplies. Suitable for demanding environments with a wide operating and storage temperature range.

Primary Competitive Advantages & Special Features

The TOSHIBA MODULE stands out for its cost-efficient, compact design, and extraordinary reliability. Widely used in industrial motor drives, power supplies, and inverters, it provides fast switching, a high power factor, and low noise output. Notable features include its dominant 2500V isolation, panel-mount flexibility, excellent line regulation (0.5%), and versatility across three-phase systems. These characteristics, combined with forced air or heat sink cooling options, lend exceptional longevity and operational stability, making it a favored choice in demanding industrial environments.

Supply, Export Markets & Payment Terms

Our supply ability allows efficient dispatch and domestic market coverage, ensuring products reach customers promptly. The TOSHIBA MODULE is exported mainly to major markets across India, emphasizing reliable packing & dispatch practices. Payment is flexible with several terms available, enhancing convenience for our valued clients. We offer competitive list prices to suit diverse procurement needs. As a trusted supplier and trader in India, we guarantee transparent transactions, excellent delivery timelines, and dedicated post-sales support for every shipment.

FAQs of TOSHIBA MODULE:

Q: How does the TOSHIBA MODULE benefit industrial applications?

A: The TOSHIBA MODULE enhances industrial motor drives, inverters, and power supplies by offering high efficiency, robust voltage protection, and reliable performance in challenging environments, resulting in cost savings and operational stability.

Q: What special features make the TOSHIBA MODULE stand out?

A: Features like fast switching, low noise operation, compact design, dominant 2500V isolation, high efficiency (>90%), and overvoltage/undervoltage protection ensure outstanding reliability and long service life.

Q: Where can the TOSHIBA MODULE be installed?

A: This module is designed for panel-mount installation, making it suitable for industrial control cabinets and machinery setups requiring robust three-phase DC/AC conversion.

Q: What is the process for purchasing and receiving the TOSHIBA MODULE?

A: After selecting your required configuration, simply place an order through our authorized channels. Our team handles packing, dispatch, and arranged payment terms, ensuring timely delivery and secure logistics to your location.

Q: When should users consider using this module over alternatives?

A: Users should choose this module for applications needing high reliability, high output currents (up to 150A), strict voltage regulation, and efficient operation, especially when limited space and low noise are critical factors.

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