Description
Overview
Essential details:S-093H 3BHB030478R0309 integrated gate rectifier thyristor (IGCT) device
Product Description
S-093H product description is as follows:
Product overview
The S-093H is an integrated gate rectifier thyristor (IGCT) device manufactured by ABB. It is mainly used in DCS system, robot system and large servo control system and other spare parts field. As a high-performance power electronic device, S-093H plays an important role in industrial automation and power control systems.
Main characteristics
Model and Series: S-093H belongs to ABB’s IGCT module family.
Power supply and rated current: has the characteristics of low on and commutation loss, the specific rated current parameters need to be determined according to the specific application and demand.
Interface and connection mode: Provides a uniform current distribution interface mode, and uses silicone support protocol.
Drive characteristics: The S-093H driver’s rate of change is suitable for GCT, and the cathode current needs to be turned off in less than 1 microsecond to avoid the device entering an unstable operating state.
Leakage inductance interrupt: The allowable leakage inductance interrupt 3k A is equal to or less than 6nH, which is only 1/50 of GTO.
Product parameter
The parameters of S-093H can be summarized as follows:
Product model and series:
Model: S-093H
Series: IGCT module series
Power supply and rated current: low on and commutation loss characteristics.
Interface and connection mode:
Interface mode: Provides a uniform current distribution interface mode.
Support protocol: Silicone support protocol.
Electrical characteristics:
Leakage inductance interrupt: The allowable leakage inductance interrupt 3k A is equal to or less than 6nH, which is only 1/50 of GTO.
Drive characteristics: The S-093H driver’s rate of change is suitable for GCT, and the cathode current needs to be turned off in less than 1 microsecond to avoid the device entering an unstable operating state.
APPLICATION
The S-093H (or similar IGCT module) has a wide range of applications, mainly in areas requiring high-performance power electronic control and protection. The following are possible applications for S-093H:
Power transmission and distribution:
In high voltage direct current (HVDC) transmission systems, IGCT modules are used in converter stations to achieve reliable transmission of electrical energy.
In flexible AC transmission systems (FACTS), such as static reactive compensators (SVC) and static synchronous compensators (STATCOM), IGCT modules are used to regulate the voltage and reactive power of the grid.
Industrial Automation:
In large motor control systems, such as motor drives in metallurgy, petrochemical, water treatment and other fields, S-093H can be used to efficiently and reliably control motor start, stop and speed regulation.
During welding, cutting and other processes, IGCT modules can be used to control the power supply and provide stable welding current and voltage.
Renewable energy:
In wind and solar power systems, IGCT modules are used in converters to convert alternating current generated by generators into electricity suitable for the grid.
In hydroelectric power generation, IGCT module can be used to control the start and speed regulation of hydrogenerator.
Rail transit:
In the traction systems of electric locomotives and high-speed trains, IGCT modules are used to control the start, acceleration, deceleration and braking of traction motors.
In the power supply system of urban rail transit, IGCT modules are also used to control power distribution and conversion.
Marine and Marine Engineering:
In the ship’s power system, the S-093H can be used for the control of generator sets and propulsion systems.
In offshore engineering projects such as offshore drilling platforms and subsea oil pipelines, IGCT modules can be used for power supply and control.
Other application areas:
IGCT modules also play an important role in high-end equipment such as medical equipment, aerospace, and electric vehicles.
In general, the S-093H (or similar IGCT module) has a wide range of applications in power transmission and distribution, industrial automation, renewable energy, rail transit, Marine and offshore engineering and other fields. With the continuous development of power electronics technology, the application field of IGCT modules will continue to expand.
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