Oil Cooled Servo Stabilizer

An oil-cooled servo stabilizer is an essential electrical equipment used in industrial settings to regulate voltage and maintain a constant output voltage. It works by using a voltage regulator to monitor input voltage and adjust output voltage accordingly. The transformer in the stabilizer is motorized, allowing it to adjust output voltage by varying the number of turns. This type of stabilizer is often used in industries where power supply can be unstable, protecting sensitive electrical equipment from voltage fluctuations.One of the most significant advantages of oil-cooled servo stabilizers is their ability to maintain constant output voltage even when the input voltage fluctuates. This is crucial to prevent damage to electrical equipment, as well as ensuring the efficient operation of industrial machinery.

• Key Features

  • Voltage regulation:

    The stabilizer regulates voltage and maintains a constant output voltage to protect electrical equipment from voltage fluctuations.

  • Motorized transformer:

    The transformer is motorized, allowing it to adjust output voltage by varying the number of turns.

  • Industrial-grade construction:

    Oil-cooled servo stabilizers are designed for use in industrial settings and are built to withstand harsh operating conditions.

  High efficiency:

  he oil-cooled system provides efficient cooling, which reduces energy consumption and operating costs.

  Long service life:

  The oil-cooling system helps to extend the service life of the stabilizer by keeping the transformer cool and preventing overheating.

• Key Specifications

  • Voltage Range:

    The stabilizer should have a voltage range that can accommodate the input voltage fluctuations and provide a stable output voltage.

  • Input and output connections:

    The stabilizer should have suitable input and output connections to connect with the power supply and the equipment it is protecting.

  • Capacity:

    The stabilizer should have the capacity to handle the load requirements of the electrical equipment it is protecting.

  Cooling system:

  The oil-cooling system should be designed to efficiently cool the transformer and prevent overheating.

  • Regulation accuracy:

    The stabilizer should have a high degree of regulation accuracy to maintain a constant output voltage within acceptable limits.

  • Regulation accuracy:

    The stabilizer should have a high degree of regulation accuracy to maintain a constant output voltage within acceptable limits.

  • Noise level:

    The stabilizer should produce minimal noise to prevent disturbance to the surrounding environment.

  • Operating temperature range:

    The stabilizer should be able to operate within a specified temperature range to ensure reliable operation.

  • Operating temperature range:

    The stabilizer should be able to operate within a specified temperature range to ensure reliable operation.

  • Safety features:

    The stabilizer should have appropriate safety features such as overload protection, short-circuit protection, and overvoltage protection.