Oil cooled linear servo voltage stabilizersr

Oil cooled linear servo voltage stabilizers are electrical devices used for precise voltage regulation in high-power industrial and commercial applications. They use a servo motor to adjust output voltage and rely on oil circulation for efficient cooling. These stabilizers offer high efficiency, surge protection, and can withstand high inrush currents and voltage spikes. They are widely used in various industries, including manufacturing, healthcare, and telecommunications, and are essential for maintaining stable voltage levels and protecting expensive electrical equipment from damage.

• Key Features

  • Precise voltage regulation:

    The stabilizer maintains a stable output voltage within a narrow range, ensuring the safe and reliable operation of electrical equipment.

  • Oil-cooled design:

    The oil acts as a cooling medium, dissipating heat generated by the stabilizer, making it highly efficient and suitable for high-power applications

  • Surge protection::

    The stabilizer is designed to withstand high inrush currents and voltage spikes, ensuring the safe and reliable operation of connected equipment.

  Customizable:

  The stabilizer can be customized to suit specific applications, including different voltage capacities and protection mechanisms.

  Robust design:

  The stabilizer is designed to handle harsh industrial environments and can provide reliable performance for extended periods.

• Key Specifications

  • Input voltage range:

    This refers to the range of input voltage that the stabilizer can handle from the power source.

  • Output voltage range:

    This is the range of stable output voltage that the stabilizer can provide to the connected equipment.

  • Power capacity:

    This is the maximum power capacity that the stabilizer can handle. It is typically measured in kilovolt-amperes (kVA).

  Efficiency:

  The efficiency of the stabilizer refers to the amount of power lost during voltage stabilization. A higher efficiency means that less power is lost, resulting in cost savings.

  • Response time:

    This refers to the time it takes for the stabilizer to respond to changes in input voltage and adjust the output voltage accordingly.

  • Protection mechanisms:

    The stabilizer should have built-in protection mechanisms such as overvoltage protection, undervoltage protection, and short circuit protection to ensure the safe and reliable operation of connected equipment.

  • Cooling system:

    The stabilizer should have an efficient cooling system, typically using oil, to dissipate heat generated during operation.