K8AK-AS1 24VAC/DC

Introduction

The K8AK-AS1 24VAC/DC monitor in the current / voltage class is a type of relay output monitor that is popular within the industrial market. It is designed to provide a reliable and precision monitoring for systems in need of critical control environment.

Application Field

K8AK-AS1 24VAC/DC monitor offers wide range of applications due to its high levels of precision and accuracy. It is frequently used to monitor high current and voltage within an industrial environment, allowing for safe and intelligent shutdown of the system, should any parameters stray outside their safe operating zone.

It is commonly seen in places such as automobile and aviation manufacture, where the stringent laws of safety are necessary to guarantee the protection of valuable human life. In addition, it has started being adapted for usage within the medical sector, which require high levels of precision for the regulation of medical equipment.

Working Principle

The primary function of the K8AK-AS1 24VAC/DC is twofold; firstly, it takes a reading from the sensor and then informs the system when values outside the safe range are encountered. This is possible due to the advanced circuitry which first tails the voltage source, turning it into a linear signal, so that it can subsequently be directed into the monitoring device.

Once this has been accomplished, the K8AK-AS1 24VAC/DC takes on board all necessary readings and compares them to predetermined values stored within its onboard memory, should the parameters read turn out to be unsafe, a signal notification will be sent out, mobilising the system to shut down, providing protection for the equipment.

Conclusion

The K8AK-AS1 24VAC/DC is a sophisticated monitor designed and built to provide reliable and precise readings for your critical control environment, in order to guard the safety of personnel and equipment. In addition to its impressive accuracy and precision, which makes it perfect for industrial use, the K8AK-AS1 is also flexible in its operation, and can be adapted for wider applications within the medical and aircraft fields.