BDS150

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Disconnect Switch Components

BDS150 application field and working principle is a topic related to disconnect switch components. This contains the use of disconnect switches and the structure of its components. BDS150 can be applied to the switch power supply system, which when electrically operated, it can disconnect the electrical circuit under load. The disconnect switch can also provide an isolation of power source.

Use of Disconnect Switches

Disconnect switches are widely used for the power management in electrical systems. The main purpose of its use is to shut off power to certain circuit or to open circuit during maintenance. The main advantages of using disconnect switches are more safety, improved efficiency, and prevention of electric shock. This type of switch is also advantageous for companies because of its becoming cost-saving for a long-term.

Structure of BDS150 Component

The main components of the BDS150 switch are contactors, sensors, enclosures, and control boxes. The contactors are the heart of the disconnect switch, the role of contactors is to close the circuit and to disconnect the power supply. When the contactor is closed, it ensures that the disconnect switch is working properly. The controlling system of BDS150 will be mounted inside the enclosure to control the opening and closing of contactors. The air gap between the contacts must be large enough to prevent electric breakout. In addition, the contacts must be able to maintain the correct distance between them during power supply shutdown. The sensors used are designed to operate on the electrical current in order to detect the power supply is on or off.

Working Principle of BDS150

The principle of BDS150 disconnect switch is that it is an electrically powered device for interrupting the electric circuit under load. The power supply to the circuit is controlled by using the contactors and the controlling system. When the power supply is given from the main switch, the contactors are engaged and the power to the circuit is connected. When the user needs to disconnect the power, he can manually operate the disconnect switch to open the circuit. When the voltage passes through the contactors, then the controlling system will detect that the circuit is being opened and hence the power supply will be cut off from the circuit.

Conclusion

In conclusion, the BDS150 application field and working principle is related to the disconnect switch components. This type of switch is mainly used for power management and safety in the electrical system. Disconnect switches can also help in providing improved efficiency and cost-saving. The structure of BDS150 disconnect switch consists of contactors, sensors, enclosures, and control boxes. The working principle of BDS150 disconnect switch is that it is an electrically operated device for interrupting the electric circuit. The power supply to the circuit is controlled by using the contactors and the controlling system.

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