FXUYPE5E5XAF180

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The FXUYPE5E5XAF180 application field refers to its use in motor controls, robotics, and other industries requiring precise overcurrent detection. This advanced overload relay was developed to provide optimal protection to a motor, regardless of its size or the environment it operates in. Its diverse range of features and protective functions allows it to be used in a variety of applications. In its basic configuration it can detect an overload of a certain current rating and cut off the power supply to the motor in order to protect it.

The working principle of the FXUYPE5E5XAF180 relays is based on the exchange of information between the coil and contacts of the device. The relay contains a magnetic armature which moves in response to an increase in current flow. Once the relay reaches a certain current level, the armature will actuate and the contacts will open, effectively stopping the current flow to the motor. This ensures that in the event of an overload, the motor will be protected.

The FXUYPE5E5XAF180 is an advanced overload relay which is capable of performing a range of functions such as overvoltage, low voltage, and maximum current trip detection. It also features a range of automatic reset functions which can be set to different levels of sensitivity, allowing a motor to be restarted after tripping.

The FXUYPE5E5XAF180 is designed for use in rugged environments and is highly resistant to external factors such as temperature, vibration, and electromagnetic interference. It is also designed to offer maximum protection in high torque and high speed applications. The device is also capable of detecting changes in current at various levels, providing extra protection for the motor in the event of an overload.

The FXUYPE5E5XAF180 is a versatile overload relay which can be used in a range of motor control applications. Its advanced features, protection functions, and resistance to external factors make it an ideal choice for applications which require precise and reliable overload protection.

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