32AS102-K30S3

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32AS102-K30S3 is a device used in electricity transmission and distribution systems. It is a dual-zone encapsulated current and voltage detector. It is an all-purpose device with multiple functions, such as metering current values and limiting over-current, over-voltage, and under-voltage. It also has a built-in reset function which allows it to restart automatically after a certain interval. The device is mainly used for the protection and regulation of power transmission systems.

Applications of 32AS102-K30S3

32AS102-K30S3 is used in all types of protection and regulation applications in electrical power transmission and distribution systems. It is usually employed at the secondary side of transformers for monitoring current and voltage values, preventing short-circuiting, and preventing over-loading. It is also used for limiting and compensating reverse current and excess voltages in motor protection and power equipment.

The device is also used in power quality management, as it is designed to detect and react to pulsating loads, reducing energy consumption and preventing line failure. It is also used for electrical fault detection in smelting furnaces, as an alarm system for the balancing of electricity scales, and for the control and monitoring of energy in telecom networks.

Working Principle of 32AS102-K30S3

32AS102-K30S3 is a dual-zone encapsulated current and voltage detector. It consists of two adjustable operating zones, the primary zone and the secondary zone, that can be independently set to detect both exceding values and values below the limits. It works by continuously monitoring the current and voltage values and triggering a relay output when the values exceed or fall below the pre-set thresholds. The system is equipped with a self-test function which allows it to check if the device is working properly. It can also be connected to a computer to monitor and control the system remotely.

The device is also equipped with a differential current protection system which uses an integrated voltage sensor to detect any unusual changes in the current. It is able to detect and resist short-circuit and over-voltage currents immediately and prevent possible damage. Furthermore, the device also has a built-in timer which can be manually adjusted and used as a timer for the reset function.

Conclusion

32AS102-K30S3 is a device widely used in electricity transmission and distribution systems. It is mainly used for the protection and regulation of power transmission systems and can be used in all types of electrical applications. It works by continuously monitoring current and voltage values and triggering relays when the values exceed pre-set thresholds. The system is also equipped with a differential current protection system and a built-in timer, allowing for a wide range of applications. Overall, this device is an effective, reliable, and efficient choice for taking preventive measures against potential risks, leading to improved overall performance and security of power transmission systems.

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