ZX-TDS10T-V

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The ZX-TDS10T-V is a three-phase tapping switch designed to provide on/off control of AC motors or other three-phase power systems. It is designed for environments where a combination of longevity, energy savings, and safety are paramount considerations. The switch is designed with a patented, low-profile design that is easy to install, making it a great choice for applications where space is at a premium.

The ZX-TDS10T-V is capable of both manual and remote control and features an IP66 rated enclosure for maximum protection against the elements. It also has a microprocessor-based system that monitors the motor load, providing precise tap switching on a ranging ratio of 5:1 to 30:1. It also features an adjustable voltage drop range of 1-40% that allows users to fine-tune the motor\'s operation and save energy.

The tap-switching operation of the ZX-TDS10T-V is based on a pair of contacts that are connected to the three-phase power source. The initial tap-switching action is triggered by a control signal sent from an external switch. The microprocessor then calculates the nature of the load, decides the necessary tap-switching ratio, and initiates the tap-switching action. When the tap-switching action is complete, the microprocessor returns the output voltage to the appropriate tap.

The main applications of the ZX-TDS10T-V include AC motor speed control, transformer voltage regulation, fan or pump speed control, and generator speed control. The switch can be operated manually or remotely, depending on the application requirements. It is also suitable for use in hazardous areas and remote locations where manual operation is not possible.

The ZX-TDS10T-V is a great choice for any application where precise, low-cost control of three-phase power systems is required. With its patented low-profile design, the switch can be easily installed in virtually any environment. Its rugged construction and IP66 rated enclosure make it an ideal choice for applications where longevity and safety are paramount considerations. Additionally, its adjustable voltage drop range and microprocessor-based monitoring system give users the ability to precisely fine-tune the motor\'s operation as well as save energy.

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