30BCF6R

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Introduction: The 30BCF6R is a power line filter module designed by the company Lumberg for automated production and for applications in various fields. This device is a cost-effective solution when an optimum filter performance needs to be achieved. The device has a robust design and is able to stand temperatures up to 350°C. It can be used for both single-phase and three-phase AC applications.

Features: The 30BCF6R has a wide frequency range, from 4kHz to 40 kHz, and is capable of providing up to 6A of continuous current. It comes with a built-in bypass for noise reduction and improved signal integrity. It features a hot-dip galvanized metal housing and is available in both cap and circular models.

Applications: The 30BCF6R is commonly used in a variety of applications, including electronic control systems, telecommunications equipment, automotive electronics, and military equipment. It can also be used in other fields, such as industrial automation and process control, or in applications requiring the suppression of high frequency harmonics and other EMC-related noise.

Working Principle: The 30BCF6R works by suppressing the EMC-related noises coming from the environment or application area. It does this by filtering the high frequency signals before they can enter the device. When the electrical signals enter the filter, they are blocked and only the frequencies that are within the required bandwidth are allowed to continue. The filter is also able to suppress common-mode and differential-mode noise at frequencies below 30 kHz.

Conclusion: The 30BCF6R power line filter module is a cost-effective and versatile solution for noise suppression in various applications. It features a hot-dip galvanized metal housing and is capable of providing up to 6A of continuous current. It is available in both cap and circular models and is capable of suppressing common-mode and differential-mode noise at frequencies below 30 kHz. This makes it an ideal choice for industrial automation and process control, as well as applications requiring the suppression of high frequency harmonics and other EMC-related noise.

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