DK201 Industrial Controls

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DK201 Application Field and Working Principle

DK201 is a panel meter designed for dynamic and accurate monitoring of current, voltage, and power. It is designed for integrating into medium and low voltage systems to monitor the performance of the entire system. The presence of these panel meters ensures that the system runs more efficiently and safely.

Application Field

DK201 panel meters are suitable for monitoring temperature, current, and voltage in medium and low voltage systems. It can be used for measuring and controlling the efficiency of motors, pumps, and other power consuming appliances. Furthermore, it is also useful for monitoring power consumption in buildings, factories, and office buildings.

The DK201 is also useful for embedded systems in a variety of industrial applications. It can be used to monitor and control load-sharing of secondary bus systems, communication systems, and operational systems. Furthermore, its high accuracy allows it to be used for motor start and stop motors as well as speed control of motors. Moreover, it can also be used for monitoring energy consumption of electric heaters and air conditioners.

Working Principle

DK201 panel meters measure and display DC, AC, and power. It features a microprocessor-controlled four-digit display with a range of 0.1V to 32V. The device is also capable of measuring current to a resolution of 0.001A. The working principle behind DK201 is based on the principle of ohm’s law. Ohm’s law states that the current passing through a conductor is directly proportional to the voltage applied across the conductor.

The DK201 measures current, voltage, and power using independent sensing elements. These sensing elements measure the voltage of the system and the current flowing through it. The voltage and current measurements are then sent to the microprocessor. The microprocessor then processes the data and displays the results on the display screen.

In addition to displaying measurements, the DK201 also features a control panel to manually set the parameters of the system. It also features LED indicators for monitoring the system. The LED indicators are useful for quickly identifying problems in the system. In addition, the DK201 also supports RS-485 communication protocol. This allows the device to be connected to a computer for further data analysis.

Conclusion

DK201 panel meters offer a variety of useful features for monitoring and controlling current, voltage, and power in medium and low voltage systems. They feature a four-digit display, independent sensing elements, and a control panel. In addition, they can also be connected to a computer via RS-485 protocol for further data analysis.

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