JW1FSN-B-DC5V

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JW1FSN-B-DC5V is a compact and high performance relay belonging to the Power Relays, Over 2 Amps category. It offers contact protection, good heat dissipation, and low temperature rise, making it suitable for use in a wide range of applications.

JW1FSN-B-DC5V is optimized for use in systems that require large switching capacity and high current loads. The relay uses a single coil to switch a large contact set that can handle currents up to 2 A. The high contact rating ensures that the relay can handle high-voltage applications up to 5 V.

The core design of JW1FSN-B-DC5V is a highly efficient, modular design, making it an ideal solution for applications that require reliable switching over extended periods of time. It features a robust design with a zero-coil burden design to ensure low power consumption, and a unique wetting contact design that increases switching accuracy and reliability.

JW1FSN-B-DC5V utilizes a unique contact arrangement, allowing for multiple contact sets to be switched in parallel. This design allows for versatile applications, such as switching between different power sources or switching various signal levels. The multiple contact sets also allow for switching between large and small loads, making the relay suitable for use in high current applications such as AC and DC motor control.

The working principle of JW1FSN-B-DC5V is based on the Hall Effect principle. The contact sets are arranged in a cylindrical structure, with each set connected to a separate coil. The contact sets are energized by an alternating magnetic field created by the coil. When the contacts are energized, they dry-weld the contacts, creating an electrical current between them. This current then passes through the load, allowing for reliable switching.

JW1FSN-B-DC5V is an excellent choice for a wide range of applications, including motor control, high current switching, and a variety of signal switching applications. The device offers superior contact protection, good heat dissipation, and low temperature rising, making it an ideal choice for applications that require reliable and high-performance switching.

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