K8AK-AS2 100-240VAC

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The K8AK-AS2 100-240VAC is a reliable, cost-effective current/voltage/relay output monitor. It can be used to monitor multiple parameters in different environments, providing detailed information about any electrical system in any given location. It features a wide range of input/output (I/O) types, including analog, digital, and relay output. The K8AK-AS2 100-240VAC is a great choice for applications in areas such as industrial and commercial buildings, maritime and marine systems, and power utility systems.

Application Field

The K8AK-AS2 100-240VAC current/voltage/relay output monitor is suitable for many applications where monitoring is needed. It has a wide range of I/O connections and is easy to install. It can be used for monitoring AC/DC, electrical flow and power levels, circuit load balance, temperature, and other parameters. It is especially useful for industrial, commercial, and power utility applications where up-to-date data is required in real time, such as production line equipment monitoring to ensure proper functioning and safety. The K8AK-AS2 100-240VAC can be used to monitor common output signals, such as peak-to-peak, standard deviation, high/low alarms, etc.

Working Principle

The K8AK-AS2 100-240VAC monitor works in a relatively simple manner. It is able to read and measure multiple parameters from an array of sources, including DC and AC currents, voltage, and other inputs. It converts any desired signal into a 4-20mA analog output, which is then sent to a relay output or digital display unit for visual monitoring. The monitor is further equipped with an Octo-RS485 interface that allows for long-distance communication. Additionally, its built-in self-calibration technology ensures the accuracy of all measurements taken.

Conclusion

The K8AK-AS2 100-240VAC current/voltage/relay output monitor is a simple, yet powerful monitoring device. It has a wide range of I/O connections and a long-distance communication interface. It is well suited for industrial and commercial applications that require real-time monitoring of various parameters. Additionally, its self-calibration mechanism ensures accuracy of the data it acquires.

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