6334-233-19149

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Introduction

6334-233-19149 is a magnetic polarization control technology developed by KEM Manufacturing Technologies which has a wide range of applications in critical power systems. The 6334-233-19149 technology involves the placement of a magnetized cobalt powder in the cavity of a reed relay. Once activated, this powder produces an electromagnetic field that is able to regulate the flux of electrical current going into the relay and, depending on the desired use, it increases or decreases the polarity of the current. Additionally, the technology also reduces the performance requirement on coils, transformers, and solenoids significantly.

Application Field

The 6334-233-19149 technology is particularly useful in applications where contact welding or current leakage is present due to frequent energising of contact relays. In these instances, due to the magnetic polarization, the contact quality will remain constant and the energising of the relay can be reduced significantly. This technology has, therefore, been proven to improve the reliability and safety of power systems in numerous industrial applications.The 6334-233-19149 technology is also often used to control the amount of current flowing through high-powered motors. By adjusting the polarity of the current, the end user is able to customize the motor’s power performance to their individual needs. This technology has seen particularly extensive use in medical equipment, food service and automotive industries.

Working Principle

The 6334-233-19149 technology works by forming a magnetized field between the powders in the contact relay as well as between the contact surface of the reed switch and the magnetic field formed by the powder. When energised, the permanent magnets in the reed relay will be attracted to the electromagnetic field produced by the magnetised powder, either increasing or decreasing the polarity of current passing through the contact. This technology provides a reliable and energy efficient method for controlling the polarity of the current in contact relays, as the permanent magnets in the reed relay will always attempt to repel the magnetised field. Depending on the desired outcome, this will either reduce or increase the current’s polarity.

Conclusion

In summary, 6334-233-19149 is a magnetic polarization control technology developed by KEM Manufacturing Technologies with applications in critical power systems, motor control and more. It works by forming a magnetized field between the powders in the contact relay as well as between the electromagnetic field produced by the magnetized powder and the contact surface of the reed switch, either increasing or decreasing the polarity of the current. This technology provides a reliable and energy efficient way to control the exact amount of current passing through a contact relay, and it has seen extensive use in industries such as the medical, food services and automotive sectors.

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