RT40Y16G20RN

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The RT40Y16G20RN is a professional three-phase coaxial high power AC reactor, the minimum reactive power capacity of each phase is 40 Kvar. Widely used in power conversion, power factor compensation, harmonic filtering, noise reduction, insulation and other aspects. It has the characteristics of compact structure, high precision, strong power overload capacity, low temperature rise and stable working performance. AC reactors work as reactive power components in power systems. They limit the amount of reactive power in the grid by absorbing and releasing reactive power when needs arise.

Reactive power is different from active power (also known as real power). Unlike real power which has a distinct linear flow, reactive power produces an oscillating magnetic field that rotates within the machine itself. Therefore, it is not transformed through the machines, but it does take up capacity in the power system. This is why reactive power flows must be managed to avoid negative effects and ensure the reliable operation of the power system. Reactive power needs to be monitored as it affects the efficiency of the power system by causing energy losses and increases the voltage drops across the network.

The RT40Y16G20RN is designed to provide stability and high power performance and therefore can maintain the reliability of the power system. The device is designed with a high efficiency, for example with a total losses of 1.47 W/KVAR while operating at 50 Hz. This reduces the temperature of the reactors to ensure higher operating safety and longer operating life of the components.

The primary functions of the RT40Y16G20RN are:

• Noise control: The type of reactor installed can effectively filter out noise in the power system and reduce noise interference.
• Insulation: The coils and capacitor are placed close together and insulated from each other. This ensures no electrical shock hazard and also reduces the chance of breakdown of the device and related electrical components.
• Voltage regulation: AC reactors can be used to reduce the voltage in the system. Reactive power can be used to control the voltage on the system, both absorbing or releasing reactive power.
• Power quality improvement: AC reactors can reduce voltage flicker, improve power factor, reduce harmonic distortion, reduce system disturbances, and improve the power quality of the system.
• Power transmission and power supply: AC reactors can improve the stability of a power system by reducing the current flows. It is also beneficial for the smooth transmission of power.

The AC reactor is a passive circuit component that does not require an external power source and works continuously without any disturbances or limitation of power supply. It is used to provide effective protection from power line overloading. It is suitable for single-phase, three-phase, as well as AC and DC power sources. The device will work without any adjustment and its performance will remain constant under a wide range of load conditions.

The RT40Y16G20RN can be used in many applications, including for power factor correction, harmonic mitigation, voltage stabilization, power balance, noise reduction, system protection, and insulation. It can be used in factories, mines, and other commercial and industrial applications, such as power distribution systems, power supply systems, lighting, and motor control systems. The device should be installed by a professional electrician, who can provide guidance on how to properly configure the device according to the specifications of the system.

The RT40Y16G20RN is a reliable and effective device that provides stability and high power performance. It can be used in various applications to improve the power quality and protect the system from overloading. It is simple to install and maintain, and can be connected to a variety of power sources. The device has a high efficiency with a low total loss, ensuring a long operating life and a safe operation.

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