Brand: ABB Description: IGCT Module Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 7 Payment Term: T/T Shipping Port: Xiamen ABB 5SHY5055L0002 is an integrated gate commutated thyristor designed for high performance power control applications. It combines the conduction characteristics of a thyristor with the switching function of a transistor, providing efficient power conversion and fast switching.
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Manufacture |
ABB |
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Model Number |
5SHY5055L0002 |
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Ordering Number |
3BHE019719R0101 |
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Catalog |
VFD Spares |
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Country Of Origin |
Sweden |
| HS CODE |
9032899099 |
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Dimension |
20cm*25cm*8cm |
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Packing Dimension |
27cm*30cm*12cm |
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Weight |
2kg |
Product Description
This is the core power module adopted by ABB ACS 6000 series medium-voltage inverters. This module adopts a highly integrated pluggable design, integrating high-performance IGCT power semiconductors, dedicated gate driver circuits, local control processors (GVC), as well as necessary power and communication interfaces into a compact package. Each ACS 6000 inverter is composed of multiple such modules stacked in a specific topological structure (such as NPC) to achieve medium-voltage high-power output.
Product Functions and Features
As one of the power branches of the inverter, 5SHY5055L0002 performs high-voltage and high-current power conversion.
The IGCT module is equipped with a built-in GVC processor to achieve local precise triggering, voltage balancing and real-time protection, and supports "unbuffered" operation mode.
As a pre-assembled test unit, 3BHE019719R0101 significantly simplifies the on-site installation and maintenance process.
The real-time monitoring module conducts status monitoring based on key parameters such as temperature, voltage and current inside, and communicates with the main control system via optical fiber.
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Characteristic |
ABB (5SHY5055L0002 ) |
Traditional discrete design (IGBT module + discrete driver + controller) |
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Integration |
Extremely high, power, drive, and control in one |
Low, need to select, design and assemble separately |
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Reliability |
Very high, factory pre-tested, few connection points, low failure rate |
Medium, depends on the quality of on-site installation and wiring |
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Maintainability |
Excellent, modular replacement with minimal downtime |
Poor, fault location and replacement are complex and time-consuming |
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Performance |
Optimized, specially designed internal layout, small parasitic inductance, good switching performance |
Depending on the design level, there may be parasitic parameter issues |
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Cost |
High upfront module costs, but potentially lower total system and lifecycle costs |
Initial component costs may appear low, but design, assembly, and maintenance costs are high |
