IELK1-1-63-20.0-KQ-01-V

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Circuit breakers are key components in any electrical system as they provide necessary protection from dangerous electrical surges. IELK1-1-63-20.0-KQ-01-V is an example of a circuit breaker often used in industrial applications. Below we will explore the application field and working principle of this device.

Application field

IELK1-1-63-20.0-KQ-01-V is designed specifically to meet the demands of industrial settings, where reliable and efficient power control is essential. It is well suited to control large industrial equipment, such as motors and pumps, as well as protecting them from potential electrical damage. It is also suitable for use in hazardous areas where there is a risk of fire or explosions. Additionally, this circuit breaker is designed so that it can be quickly and easily installed, allowing for a hassle free installation process.

Working Principle

IELK1-1-63-20.0-KQ-01-V works in a very similar fashion to other circuit breakers. When an abnormal current or voltage is detected, the device will trip, disconnecting the circuit and thus avoiding any potential electrical damage. This occurs due to the bimetallic strips within the circuit breaker, which expand and contract with the current and voltage. When the current or voltage surpasses certain limits, the device will trip, activating the internal mechanism that shuts off the power. The device can then be reset manually for normal operations to continue.

In addition to the traditional tripping mechanism, this particular device also boasts additional features such as over temperature protection and phase protection, which provide an extra layer of protection and further enhance the device’s safety. Furthermore, the device also provides feedback regarding the current and voltage levels, so that technicians can identify any potential problems.

It is important to note that this device is not fool-proof. It should still be replaced periodically to ensure that it is working efficiently, as it can become worn over time. Furthermore, if the device is exposed to extreme conditions, such as humidity or high temperatures, its lifespan may be greatly reduced.

To sum up, IELK1-1-63-20.0-KQ-01-V is an example of a circuit breaker that is well suited to industrial applications. Its main working principle revolves around detecting any abnormal current or voltage levels and then tripping the device, thus disconnecting the circuit and protecting the system from potential electrical damage. Additionally, the device provides feedback regarding the current and voltage levels and also boasts additional features such as over temperature protection and phase protection. Overall, it is an excellent device for providing reliable and efficient power control in industrial settings.

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