ABB 3BHL000986P3016 5STP1752H0002 IGCT Module

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3BHL000986P3016 5STP1752H0002 Product datasheet

Model number:	3BHL000986P3016 5STP1752H0002	Module Type：	IGCT Module
Manufacture:	ABB	Condition：	Brand New
Range of Product:	Advant OCS/800xA	Lead time：	In Stock
Weight:	2.56 kg	HS CODE：	8537101190
Dimension:	35x29x6.5cm	MOQ:	1
Product Origin:	SWEDEN	System：	DCS
Discontinued on:	Active	Communication Service:	Ethernet router

3BHL000986P3016 5STP1752H0002 Functional Description

The IGCT Module ABB 3BHL000986P3016 5STP1752H0002 is an advanced power electronic module designed for demanding industrial applications. With a robust 1700V blocking voltage and 2000A nominal current rating, this module excels in HVDC transmission systems, FACTS applications, and industrial drives. Its low thermal resistance (0.02K/W) and wide operating temperature range (-40°C to +125°C) ensure reliable performance in challenging environments. It features fast switching capability with a recommended frequency up to 500Hz, making it ideal for high-efficiency power conversion systems.

The ABB 5STP1752H0002 Thyristor 3BHL000986P3016 demonstrates exceptional surge current handling with 20kA (1ms) peak capability and critical di/dt of 500A/μs. Its low gate trigger voltage (1.5-2.5V) enables precise control, while the compact design (35×29×6.5cm, 2.56kg) optimizes space utilization in power cabinets. The module's Swedish manufacturing origin guarantees quality and reliability, meeting stringent international standards. These features make the ABB 3BHE022455R1101 KSD211B particularly suitable for applications requiring high power density and robust performance.

Engineered for maximum reliability, the THYRISTOR 3BHL000986P3016 ABB incorporates advanced thermal management features. Its low junction-to-case thermal resistance ensures efficient heat dissipation, while the wide storage temperature range (-40°C to +140°C) provides flexibility in various operating conditions. The module's optimized design minimizes conduction losses, contributing to overall system efficiency. These thermal characteristics make the ABB 3BHE022455R1101 KSD211B ideal for continuous operation in high-power applications.

The Crowbar Thyristor 5STP1752H0002 ABB finds extensive use in medium-voltage drives, renewable energy systems, and grid stabilization projects. Its HS Code 8537101190 classification facilitates global shipping from Xiamen, China. With its combination of high surge current tolerance, precise gate control, and compact footprint, this module represents a reliable solution for modern power infrastructure. The 3BHL000986P3016 5STP1752H0002 in stock continues ABB's tradition of delivering high-quality power electronics for industrial applications worldwide.

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One Year Warranty

We offer a one-year warranty for any quality issues with our products. If you encounter any defects or malfunctions during this period, please contact us for prompt resolution. Our warranty covers repairs or replacements, ensuring your satisfaction and peace of mind.
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Fundamentals of Thyristor Operation and Characteristics

A thyristor is a four-layer, three-terminal (anode, cathode, and gate) semiconductor device widely employed as a high-power switching component. The most prevalent variant, the Silicon Controlled Rectifier (SCR), operates by remaining in an off state until receiving a gate trigger signal, after which it enters conduction and latches on. This latching behavior persists until either the current drops below a specific holding threshold or the applied voltage reverses polarity. Thyristors excel in applications requiring robust switching capabilities for high voltages and currents, making them indispensable in power control systems, motor drives, and AC/DC conversion circuits. Their ability to handle substantial power levels with relatively simple control mechanisms has cemented their role in industrial electronics. However, once conducting, thyristors cannot be turned off solely through gate control, necessitating circuit-level commutation techniques for precise operation in DC applications. This unique combination of latching behavior and high-power handling distinguishes thyristors from other semiconductor switches in power electronics.

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