FURD3-20/S20

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The FURD3-20/S20 is a component within the category of accessories available for use within the industrial sector. This particular piece is used as part of an accessory set that is used for three phase control systems and associated applications.

Generally, the FURD3-20/S20 is a three phase power split transformer that is most commonly used for powering induction and synchronous motors, which are often found in industrial processes. These motors require large amounts of current when starting, which can lead to instability in the system and affects the safety of the motor. To help prevent this, the FURD3-20/S20 is used to ramp up the current until it reaches the required level.

The device works through the use of individual resistance starter segments for each of the three phases. The resistance starter segments are wired in series to create a stepped voltage which is supplied to the motor. Each of the starter segments has adjustable resistance values that allow you to vary the amount of input voltage supplied to the motor, increasing or decreasing as necessary. This gives the user the ability to increase or decrease the starting current as necessitated by the setup, ensuring a safe and efficient operation.

The supply input for the FURD3-20/S20 is designed for a three phase configuration, and so each of the three phases must have their own individual resistance starter segment. This ensures that the device can act as a power split transformer for each phase, giving it the ability to reduce the starting current for the motors. The adjustable resistance values also make it possible to tailor the output of the device to the specific needs of the connected motor and ensure that it is powered in the most efficient manner.

The FURD3-20/S20 is a highly valuable piece of equipment that is used to control the current levels supplied to motor systems in industrial use. It helps to ensure that the system is powered efficiently, while also maintaining the safety of the motor and the surrounding environment. By using the adjustable resistance values, the user can customize the output of the device to suit the application and ensure that the motor is powered in the safest and most efficient manner.

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