ABB 5SHY4045L0006 3BHB030310R0001 3BHE039203R0101 GVC736CE101

• Application Scenarios
  • High-voltage Direct Current Transmission Systems: It can effectively block high voltage and stably transmit high-power electric energy to ensure the reliability of long-distance power transmission.
  • Medium-voltage Frequency Converters: It can drive high-power motors to meet the demand for strong electricity of industrial equipment.
  • Industrial Transmission Systems: It can realize efficient and energy-saving operation of motors.
  • Flexible Alternating Current Transmission Systems: It can improve the stability of the power grid.

ABB 3BHB030310R0001

• Product Name
  • Industrial Control Module
• Product Introduction
  • It is an industrial control module. The “3BHB” in the model is the product code prefix of ABB. “030310” corresponds to the specific functional configuration and technical parameters of the module. “R0001” represents the product version or revision number. It is mostly used in industrial automation control systems and is responsible for tasks such as data processing, signal transmission and equipment control.
• Technical Specifications
  • Voltage Range: 120V-260VDC
  • System Memory: 80MB
  • Weight: 4.0kg
• Functional Features
  • Powerful Data Processing Capability: It can quickly process the data collected in the industrial automation control system to ensure the real-time performance of the system’s control decisions.
  • Stable Signal Transmission: It can ensure the stable transmission of signals between various components in the industrial automation control system, reducing signal interference and loss.
  • Accurate Equipment Control: It can accurately control the operation of industrial equipment according to the set parameters and control logic.
• Application Scenarios
  • It is widely used in industrial automation control systems in CNC mechanical metallurgy, oil and gas, petrochemical, chemical, paper printing, textile printing and dyeing, machinery, electronic manufacturing, automobile manufacturing, plastic machinery, electric power, water conservancy, water treatment/environmental protection, municipal engineering, boiler heating, energy, power transmission and distribution and other fields.

ABB 3BHE039203R0101 (GVC736CE101)

• Product Name
  • High-power Industrial-grade Thyristor Module
• Product Introduction
  • It is a high-power industrial-grade thyristor module, which is a key control device in ABB’s power electronic component system. It is mainly used in fields such as medium-voltage variable frequency drives, power grid commutation, and electric power transmission. It is used for power control, commutation, rectification and other functions, and is one of the core components of ABB’s medium-voltage drive systems (such as ACS6000/ACS800MV, etc.).
• Technical Specifications
  • Basic Parameters: Model is GVC736CE101; type is thyristor module/thyristor component; control method is phase-shifted triggering or rectification/inversion control; packaging form is industrial-grade module packaging with cooling interface; application system is ABB medium-voltage drive, electric power transmission, power quality equipment; cooling method is water cooling/forced air cooling.
  • Voltage and Current Parameters: The typical voltage level (Vdrm) is 4500V (slightly different according to different specifications); the typical average on-state current (IT(AV)) is 2500A-3000A.
• Functional Features
  • High Voltage and Current Resistance: It can withstand a voltage of 4500V and an average on-state current of 2500A-3000A, meeting the needs of high-power applications.
  • Diversified Control Methods: It supports phase-shifted triggering or rectification/inversion control, and can be applied to different control scenarios.
  • Efficient Heat Dissipation: It adopts water cooling or forced air cooling, which can effectively dissipate heat and ensure the stable operation of the module.
• Application Scenarios
  • ABB Medium-voltage Frequency Converter Systems (ACS6000/ACS800MV): As the core rectification/commutation module of the main power part; suitable for speed control and energy-saving operation of high-power industrial motors; used in industries such as petrochemical, cement, metallurgy, and mining.
  • High-voltage Rectification Systems: Applied to high-voltage direct current rectifiers in the metallurgical and chemical industries, such as electrolytic aluminum, electroplating, and arc furnace power supply systems; providing stable high-current direct current output.
  • Power Grid Commutation Stations/HVDC Systems: Used for the converter valve modules of AC-DC power conversion stations; ensuring the flexible switching of power grid voltage and current directions; having extremely high electrical reliability requirements.
  • Large Synchronous Motor Excitation Systems: Used to provide adjustable excitation current to control the operation of synchronous motors; common in power plant steam turbine and water turbine drive systems.
  • FACTS Power Quality Control Devices: Such as in SVC (Static Var Compensator) systems or STATCOM systems; providing fast dynamic response, balancing voltage fluctuations, and suppressing harmonics.