SDV-FH7 AC200/220

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Part Status:	Active

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Introduction

The SDV-FH7 AC200/220 is a specialized sensor used to measure electrical current or voltage in an AC system. It is designed to offer reliable and accurate measurement results even in extreme industrial conditions. It has a flexible mounting system and is capable of being mounted onto a wide variety of power supplies, switchgear, motor control centers, switchboards, etc.

Application Field

The SDV-FH7 AC200/220 specialized sensor is capable of accurately measuring AC current in applications such as monitoring motor performance, monitoring the power flow in an AC system, performing efficiency tests of AC appliances, etc.The SDV-FH7 AC200/220 is also capable of accurately measuring AC voltage in a wide variety of applications such as monitoring the voltage status of an AC power supply, performing efficiency tests of AC appliances, etc.

Features

The SDV-FH7 AC200/220 specialized sensor has several features including a flexible mounting system, wide AC voltage measurement range, a robust and durable design, and weather-resistant components.In addition, the SDV-FH7 AC200/220 specialized sensor has a built-in fever protection circuit to ensure that the unit does not overheat in the event of a power surge. This feature ensures that the sensor will continue to operate reliably even in extreme industrial conditions.

Working Principle

The SDV-FH7 AC200/220 specialized sensor works by measuring the voltage or current of the AC power supply and converting it into a digital signal. The signal is then processed by a microprocessor and output as either an analog or digital signal.The analog signal is then sent to a display or other monitoring device to display the AC voltage or current levels, while the digital signal is sent to a computer for further analysis.

Conclusion

The SDV-FH7 AC200/220 is a specialized sensor designed to offer reliable and accurate measurements of AC current and voltage in a wide variety of industrial applications. It has a flexible mounting system, a wide AC voltage measurement range, a robust and durable design, and a built-in fever protection circuit. Its working principle involves converting the measured voltage or current into a digital signal that is then processed and output as either an analog or digital signal.

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