UTP6ASD2MBU

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UTP6ASD2MBU is a power distribution module designed for medium voltage applications. It is a switchable energy distribution module that is optimized for the automatic selection of power distribution for medium voltage applications. The module works by connecting multiple medium voltage sources, such as transformer outputs, to a single output. The output from the module is then supplied to the load. The module will automatically select the appropriate power source based on the current demand.

The module is designed to be robust and reliable with a high level of performance. It is capable of handling up to 2000 amperes of current and is temperature compensated. It is also designed to be resistant to arc flash hazards.

The UTP6ASD2MBU is a versatile device and can be used in various applications. Some of the most common applications of this module include high-voltage switching, protection of vital components against arc flash hazards, surge protection, and medium voltage power distribution.

The working principle behind the UTP6ASD2MBU module is fairly simple. It uses a combination of switches and control systems to enable the connection of multiple medium voltage sources to a single output. The output from the module is then directed to the load. The switches are designed to be highly efficient and are controlled by a controller to ensure that it always selects the optimum power source based on the current demand.

The module also has a feature for monitoring the power output and ensuring that the current demand meets the recommended level. The module also has safety features that can shutoff the unit if the current demand exceeds the recommended value. This will ensure safety of personnel and equipment from arc flash hazards.

The UTP6ASD2MBU is a versatile and reliable switchable energy distribution module that can be used in various medium voltage applications. It has a robust design and is capable of handling up to 2000 ampere of current. It is also temperature compensated and is designed to be resistant to arc flash hazards. The combination of switches and control systems allows it to select the optimum power source for the application based on the current demand. The module also has features for monitoring the power output and has safety features to shutoff the unit if the current demand exceeds the recommended value.

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