ECSH30AC

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ECSH30AC is a monitor-current/voltage-relay output device used to measure and control DC power components. It provides reliable and accurate monitoring and control of DC voltage and current in a wide variety of applications, such as high precision DC power measurement/control, telecommunications, renewable energy systems, medical systems, development automation, etc.

The working principle of the ECSH30AC is as follows. The device measures the voltage and current of the DC power components using a precision analog-to-digital (A/D) conversion technique. The measurement results are then applied to a digital control algorithm that calculates and then displays the measured component values including voltage and current. The on-board relay then controls the power components.

The ECSH30AC is a precision current and voltage monitoring device designed to be easy to use and install. The user simply enters the desired parameter values into the device, and the device will start monitoring and controlling the components. The device can be set up for static monitoring, adjustable set points, or various adjustable response times.

The ECSH30AC is also equipped with a number of useful features to make it more reliable and easier to use. These features include a wide input voltage range, several available user-programmable parameters, and several programmable relay outputs. Its powerful microcontroller board also allows for customized data logging, allowing users to monitor the power components and store the readings for analysis and trending.

ECSH30AC is a robust and reliable product, enabling precise measurement and control of DC power components. Its simple setup and wide range of features make it an ideal choice for a variety of applications, from high-precision measurement and control applications to telecommunications, renewable energy systems, medical systems, development automation, etc. Its advanced digital control algorithm enables further flexibility, allowing users to tailor its output parameters to their specific needs.

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