ABB 3BHB045647R0001
| Category | Specific Content |
|---|---|
| Product Name | ABB 3BHB045647R0001 High – Performance Thyristor Power Module (for ACS800 Series Inverters) |
| Product Description | The ABB 3BHB045647R0001 is a high – reliability semiconductor thyristor module that belongs to ABB’s IGCT product series and is an integral part of the ACS800U series high – voltage inverters. It combines the advantages of IGBT and thyristor, featuring high voltage resistance, fast switching speed and low conduction loss. This module is mainly designed for AC power control, dedicated to regulating the speed and torque of high – voltage AC motors. It is widely used in industrial automation and power electronic systems, such as mechanical manufacturing, metallurgical steel rolling, petrochemical pumping and valve control, mining hoisting equipment, and renewable energy power generation like wind power. With the ability of precise current and voltage control, it can adapt to various harsh industrial environments, and its flexible cooling methods and compact design also facilitate integration into different control cabinets and system expansion. |
| Product Parameters | 1. Electrical Core Parameters: The maximum rated voltage can reach 1400V, and the maximum rated current is up to 47A; the input voltage adaptation range is 380V – 480V, and the output frequency ranges from 0Hz to 500Hz. The switching frequency is 10kHz, and it has an overload capacity of 1.5 times the rated current for a continuous duration of 1 minute.
2. Control & Trigger Parameters: It adopts a bidirectional pulse triggering mode for the gate, supporting both open – loop and closed – loop control modes to meet different precision control requirements of application scenarios. 3. Environmental Adaptability Parameters: The operating temperature range is – 40°C to +125°C, and the storage temperature range is – 40°C to +85°C. It can resist vibration of 5.7g (frequency range: 10 – 500Hz) and impact of 30g (duration: 11ms), adapting to the vibration and impact conditions in industrial sites. 4. Heat Dissipation Parameter: It supports natural cooling and forced air cooling, which can be selected according to the actual heat generation and installation environment to ensure stable operation of the module. |
