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| Add | Room 1004, No. 62 Xiangxiu Li, Siming District, Xiamen City, Fujian Province, China | |||||||
Product Introduction
The ABB 3BHB010088R0001 Thyristor is a high-power semiconductor device designed for precise control of AC and DC currents in industrial applications. Thyristors are essential components in power electronics, providing efficient switching, voltage regulation, and protection in electrical systems. The 3BHB010088R0001 model is engineered to handle very high currents and voltages while maintaining robust operation under harsh industrial conditions.
This thyristor is suitable for integration into ABB power modules, variable frequency drives, and other industrial power systems. With its fast switching capability, low conduction losses, and high voltage endurance, it delivers reliable and energy-efficient performance. The device is optimized for industrial applications that demand high reliability, precise control, and stable operation under varying load and environmental conditions.
Technical Specifications
| Parameter | Description |
|---|---|
| Product Name | ABB 3BHB010088R0001 Thyristor |
| Device Type | High-power silicon-controlled rectifier (SCR) |
| Voltage Rating | 4.5 kV RMS |
| Current Rating | 1800 A RMS continuous, pulsed up to 6000 A |
| Gate Trigger Voltage | 1.5–2.5 V typical |
| Gate Trigger Current | 300–500 mA typical |
| Holding Current | 500 A typical |
| Turn-On Time | ≤ 2 μs |
| Turn-Off Time | ≤ 5 μs |
| Isolation Voltage | 4.5 kV AC (phase-to-phase) |
| Thermal Resistance (Junction-Case) | 0.15 °C/W |
| Power Loss | Conduction: 1.2 kW typical, Switching: 0.8 kW typical |
| Operating Temperature | -40°C to +125°C |
| Storage Temperature | -40°C to +125°C |
| Cooling Method | Forced air or liquid cooling recommended |
| Mounting Type | Flange or baseplate mounting |
| Material | Ceramic-insulated silicon module with copper contacts |
| Dimensions (W × H × D) | 180 × 120 × 50 mm |
| Weight | 1.8 kg |
Product Applications
The ABB 3BHB010088R0001 Thyristor is used in industrial systems where high-power switching, voltage control, and current regulation are critical.
Applications include:
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High-Power Variable Frequency Drives (VFDs): Controlling large industrial motors efficiently.
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Traction Systems: Electric locomotives, metros, and trams for power conversion.
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Renewable Energy Converters: Wind turbines and large photovoltaic inverters.
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HVDC Power Transmission: Rectifiers and inverters in high-voltage DC systems.
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Industrial Power Converters: Medium-voltage AC/DC and DC/AC converters.
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Energy Storage Systems: Control of charge and discharge currents in battery systems.
Product Advantages
The ABB 3BHB010088R0001 Thyristor offers high reliability, precise control, and efficient power handling in demanding industrial environments.
Key advantages include:
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High Power Handling: Supports very high RMS and pulsed currents with minimal losses.
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Fast Switching: Turn-on ≤2 μs and turn-off ≤5 μs ensures efficient energy conversion.
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Low Conduction Loss: Reduces heat generation and improves system efficiency.
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Robust Electrical Isolation: 4.5 kV AC phase-to-phase insulation for safety and reliability.
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Thermal Stability: Ceramic insulation and optimized thermal design maintain performance.
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Flexible Cooling Options: Compatible with forced air or liquid cooling systems.
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Durable Design: Heavy-duty module suitable for industrial environments.
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Reliable Gate Control: Ensures precise triggering and reproducible operation.
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Wide Industrial Compatibility: Suitable for drives, traction, and renewable energy systems.
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Enhanced Safety: Minimizes risk of fault propagation in high-power circuits.
FAQ
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What is the primary function of the ABB 3BHB010088R0001 Thyristor?
It is used for high-power AC and DC current switching and regulation. -
What voltage and current ratings does the device support?
Rated for 4.5 kV RMS voltage and 1800 A RMS continuous current, with pulsed current up to 6000 A. -
How fast can this thyristor switch?
Turn-on time is ≤ 2 μs and turn-off time is ≤ 5 μs. -
What gate drive voltage is required for triggering?
The typical gate trigger voltage is 1.5–2.5 V with a current of 300–500 mA. -
Can the module handle high-voltage transients?
Yes, it has robust 4.5 kV AC phase-to-phase isolation to protect connected circuits. -
What cooling methods are recommended?
Forced air or liquid cooling is recommended for optimal thermal performance. -
Is the thyristor suitable for traction applications?
Yes, it is widely used in locomotives, trams, and metro power systems. -
How does the device minimize energy loss?
Low conduction resistance and fast switching reduce power loss and heat generation. -
Can it be integrated into renewable energy systems?
Yes, it is used in wind turbine converters, large solar inverters, and energy storage systems. -
What mounting options are supported?
The device can be mounted using a flange or baseplate installation.
Recommended Related Models (Same Series or Compatible)
| Model | Description |
|---|---|
| 3BHB010089R0001 | Medium-voltage thyristor module with 5 kV rating |
| 3BHB010090R0001 | High-current thyristor for traction systems |
| 3BHB010091R0001 | Dual-channel thyristor module for VFDs |
| 3BHB010092R0001 | Compact thyristor module with optimized thermal resistance |
| 3BHB010093R0001 | High-speed thyristor module for renewable energy converters |
| 3BHB010094R0001 | Thyristor module with integrated gate driver for HVDC systems |
Popular Models from the Same Brand (ABB)
| Model | Description |
|---|---|
| 3BHB010001R0001 | Standard medium-voltage IGBT module |
| 3BHB010002R0001 | High-power IGBT module for industrial drives |
| 3BHB010003R0001 | Dual-channel IGBT module for traction applications |
| 3BHB010004R0001 | Power module for HVDC converters |
| 3BHB010005R0001 | IGBT module for wind turbine applications |
| 3BHB010006R0001 | High-current IGBT for steel and cement plant drives |
