| Attribute | Value |
|---|---|
| Product Name | Toshiba Sg3000gxh27 Thyristor Module |
| Brand | Toshiba |
| Model | Sg3000gxh27 |
| Additional Code | 42 203 |
| Specification | 0c |
| Country of Origin | Japan |
| Weight | 1.200 Kg |
| Condition | Used (2 Pcs) |
| Ref No | 58454 |
What is the Toshiba SG3000GXH27 Thyristor Module?
The Toshiba SG3000GXH27 is a high-performance thyristor module designed for the control and rectification of high-power electrical signals in demanding industrial environments. Thyristors are semiconductor devices that act as electrical switches, handling large voltages and currents with outstanding stability.
This module is commonly used in:
- Power converters
- Motor drives
- Industrial rectifiers
- High-capacity inverters
- Marine electrical systems
Being a Toshiba product, the SG3000GXH27 integrates the latest in semiconductor engineering with rugged construction for dependable operation even under high stress or fluctuating loads.
Key Features – Toshiba SG3000GXH27 Thyristor Module
The SG3000GXH27 features a number of standout features that make it well-suited to tough industrial applications:
1. High Voltage & Current Handling
The module is engineered to manage heavy power loads, making it ideal for such applications as motor control, variable speed drives, and converters.
2. Robust Thermal Stability
It is designed to be heat-resistant and thus performs without failure in high-temperature environments such as ship engine rooms, automation plants, and power stations.
3. Low Losses & High Efficiency
Excellent conductivity with minimal loss supports higher efficiency and energy savings for industrial equipment.
4. Strong Isolation Between Terminals
The module provides reliable electrical insulation for safe operation and protection against overloads or short circuits.
5. Long Operating Life
Backed by solid semiconductor materials and rugged packaging, this Toshiba module guarantees durability, even in continuous-duty operations.
6. Compact & Reliable Design
The design is compact despite its high capacity, and it integrates easily into existing systems without major modifications.
Applications of Toshiba SG3000GXH27 Thyristor Module
The SG3000GXH27 suits an array of industrial and marine operations. In addition, its flexibility with handling power makes it valuable in the following sectors:
1. Industrial Motor Drives
Used in variable-speed drives for motors, cranes, compressors, conveyors, and heavy machinery.
2. Power Conversion Systems
Ideal for AC-DC and DC-AC conversion, offering accuracy in electrical control.
3. Marine Engineering
Ships depend a great deal on high-power modules, including propulsion systems, generator controls, and auxiliary power equipment.
4. Welding Equipment
Regulates high-current flow in industrial welding machines for smooth and controlled operation.
5. UPS & Power Backup Systems
Improves efficiency in uninterruptible power supplies for stable output under load.
6. High-Power Rectification Circuits
Handles demanding rectification tasks in industrial power rectifiers.
7. HVDC Transmission & Substations
Ensures proper high-voltage transmission and grid control.
Why Choose the Toshiba SG3000GXH27 Thyristor Module?
The proper semiconductor module is an important investment; reliability and safety, therefore, are ensured with long-term system efficiency. Here’s why industries trust the SG3000GXH27 module:
Proven Toshiba Quality
Toshiba offers decades of power semiconductor engineering experience that customers can rely on for performance and reliability.
High Durability Under Extreme Conditions
These components feature high voltage, temperature, vibration, and mechanical stress-withstand capacity, normally needed in marine and industrial applications.
Enhanced Efficiency & Low Maintenance
The low-loss design minimizes heat generation, prolongs component life, and reduces maintenance costs.
Compatible with various industrial systems
Easily integrates into existing circuits, making it versatile for upgrades and replacements.
Stable & Safe Power Switching
The module ensures smooth and controlled voltage regulation, thus preventing the damage of equipment and improving system safety.









