MB89567ACPMC-G-341E1

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The MB89567ACPMC-G-341E1 is a versatile and robust circuit breaker developed by the Mitsubishi Electric Company. This device is designed to protect a variety of electrical installations from electrical damage due to overvoltage or overcurrent. It is part of a larger family of circuit breakers from the same series, all of which are designed for the same purpose. The device is a digital circuit breaker that incorporates a variety of innovative features and technologies, and as such can be used in a variety of applications. Let\'s take a look at some of the areas where the MB89567ACPMC-G-341E1 is most typically used, and explore its working principle in more detail.

The MB89567ACPMC-G-341E1 is commonly used to protect lighting circuits, HVAC systems, and other high-power electrical applications. The device is designed to detect any fault conditions due to an unusually high current or voltage and shut down the supply automatically. This allows for protection of connected components from being damaged by excessive power. The device can be manually reset or remotely reset using one of the optional reset methods. This device is also commonly used to protect photovoltaic solar energy systems, where its current and voltage ratings make it an ideal choice.

The device features a dual-action working principle, which recognizes both overvoltage and overcurrent conditions. An overvoltage condition is detected when the input voltage is greater than the set point defined by the user. The device will immediately shut off the supply, protecting the associated appliances or electronics from excessive or damaging voltage levels. Similarly, an overcurrent condition occurs when the input current exceeds the set point. The device will sense the fault and disconnect the power source, again preventing any damage to the connected components.

In addition to its overvoltage/overcurrent protection feature, the device also includes a built-in shut-off delay timer. This feature allows the device to shut off the power source after a set period of time after the fault has been detected. This feature is especially useful in applications where it may be necessary to ensure that sensitive components have sufficient time to shut down correctly after a power spike or other fault condition.

The MB89567ACPMC-G-341E1 also features a range of adjustable settings that customize the device’s response to different faults. These settings include the trip point, time delay, and optional reset features. The user manual provides detailed instructions for customizing these settings for different applications, allowing the user to optimize the device\'s shutdown behavior for their particular needs.

In conclusion, the MB89567ACPMC-G-341E1 is a versatile and robust circuit breaker designed for a variety of applications. It features a dual-action working principle that detects overvoltage and overcurrent conditions, as well as a variety of adjustable settings that enable the user to customize its behaviour. The device is commonly used in lighting circuits, HVAC systems, and photovoltaic solar energy systems, and is an effective way to protect connected components from damage caused by power surges and other fault conditions.

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