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  • A Reactive Power Regulator (RPR) is a device used in electrical power systems to manage and control reactive power. Reactive power is the portion of power in an AC circuit that doesn't perform any useful work but is necessary for the operation of devices like motors and transformers. The main purpose of a Reactive Power Regulator is to regulate and optimize the reactive power flow in the power system. This helps in maintaining voltage levels within acceptable limits, improving power factor, and ensuring the efficient and stable operation of the electrical grid. Key functions of a Reactive Power Regulator may include:
    1. Voltage Regulation: Reactive power regulators can adjust the voltage levels to keep them within specified limits. This is crucial for maintaining the stability and reliability of the power system.
    2. Power Factor Correction: Power factor is a measure of how effectively electrical power is converted into useful work output. Reactive power regulators can improve the power factor by adjusting the flow of reactive power.
    3. Stability Enhancement: By managing reactive power flow, these regulators contribute to the overall stability of the power system, preventing voltage sags or surges.
    4. Optimizing Transmission Efficiency: Reactive power control can help in minimizing power losses in transmission lines, thereby enhancing the overall efficiency of the power grid.
    Sku: BLR-CX 12R

    Beluk | Reactive Power Regulator BLR-CX, 12 steps (relay outputs)

     100,000
  • A Reactive Power Regulator (RPR) is a device used in electrical power systems to manage and control reactive power. Reactive power is the portion of power in an AC circuit that doesn't perform any useful work but is necessary for the operation of devices like motors and transformers. The main purpose of a Reactive Power Regulator is to regulate and optimize the reactive power flow in the power system. This helps in maintaining voltage levels within acceptable limits, improving power factor, and ensuring the efficient and stable operation of the electrical grid. Key functions of a Reactive Power Regulator may include:
    1. Voltage Regulation: Reactive power regulators can adjust the voltage levels to keep them within specified limits. This is crucial for maintaining the stability and reliability of the power system.
    2. Power Factor Correction: Power factor is a measure of how effectively electrical power is converted into useful work output. Reactive power regulators can improve the power factor by adjusting the flow of reactive power.
    3. Stability Enhancement: By managing reactive power flow, these regulators contribute to the overall stability of the power system, preventing voltage sags or surges.
    4. Optimizing Transmission Efficiency: Reactive power control can help in minimizing power losses in transmission lines, thereby enhancing the overall efficiency of the power grid.
    Sku: BLR-CX 06R

    Beluk | Reactive Power Regulator BLR-CX, 6 steps (relay outputs)

     100,000
  • Characteristics

    • Real time feedback control
    • Constantly voltage control
    • Control load directly
    Sku: AVR-48L

    Fotek Constat Voltage Regulator AVR-48L

     20,000
  • Characteristics

    • Real time feedback control
    • Constantly voltage control
    • Control load directly
    Sku: AVR-72A

    Fotek Constat Voltage Regulator AVR-72A

     20,000
  • Characteristics

    • High reliability / Full function / Full digitization / Full standardization
    • Multi-input type selectable
    • Multi-dialogue alarm funcion
    • Cooling fan malfunction detection
    • Auto output or manual output selectable
    • High and low output limit settable
    • Soft start / kick start time settable
    • Power frequency 50/60Hz auto-detect
    • Zero cross control or phase control selectable
    Sku: DSC-240

    Fotek Digital Power Regulator DSC-240

     20,000
  • The JUMO DICON SM (SRM-96) is a controller or monitoring device manufactured by JUMO for industrial applications. However, specific details about this product, such as its features, specifications, and applications, may have been updated or changed since then. Here are some general characteristics often associated with JUMO DICON SM controllers:
    1. Universal Controller: The JUMO DICON SM (SRM-96) is typically designed as a universal controller, meaning it can be used for various control and monitoring tasks in industrial processes.
    2. Programmable Logic Controller (PLC) Functionality: Some versions of the DICON SM controllers may include programmable logic controller (PLC) functionality, allowing for flexible and customized control sequences.
    3. Digital Communication: The controllers often support digital communication protocols, facilitating integration into larger industrial automation and control systems.
    4. Multiple Inputs and Outputs: They typically feature multiple analog and digital inputs and outputs, providing versatility for different sensor and actuator connections.
    5. User-Friendly Interface: The controllers usually come with a user-friendly interface for easy configuration and monitoring. This can include a display, keypad, and menu-driven navigation.
    6. Alarm and Diagnostic Functions: The controllers often include alarm functions to alert operators in case of deviations from set parameters, as well as diagnostic features for troubleshooting.
    7. Temperature Control: Depending on the model, the DICON SM controllers may be used for temperature control applications in industrial processes.
    Sku: SRM-96/10-001,00-61,5100,0000-00

    JUMO DICON SM COMPACT & UNIVERSAL REGULATOR

     20,000