65SS4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 65SS4 magnetic sensors switch is a solid state device which can detect magnets or magnetic fields. This type of switch is ideal for applications involving detection of the presence or nearness of magnets. It features a simple design with few operations and is generally low cost. The 65SS4 can be used for industrial applications including safety interlocks for machinery, sensing a magnet-equipped clutch or brake, monitoring door and window position, and determining locations of material on a conveyor.

In applications where the presence of a magnet is detected, the 65SS4 magnetic sensor utilizes a hall effect element housed in a dielectric shell. A magnet\'s field causes magnetic flux to be focused to the hall element, which generates a voltage. In the absence of a magnet, the hall effect element output is zero. The output from the hall element is used to drive an integrated circuit, producing an output signal. This output signal can be used to activate an alarm or machinery.

The 65SS4 has a response time of approximately 10 ms, with a hysteresis of less than 5%. It operates from a voltage of 5V DC to a maximum of 24V DC and it can detect magnetic fields from an external magnet of up to 5,000 Gauss. The device is insensitive to large temperature changes as it can withstand temperatures as high as 150° C. It has a mechanical life of 10 million operations, with an electrical life of up to 100,000 operations.

The 65SS4 magnetic sensor switch is used is largely used in safety-critical applications such as machinery interlock systems. It is also used in automotive switches, medical switches, and other applications that require reliable performance in harsh environments. The high reliability, quick operation, and low cost make the 65SS4 a great choice for applications that require reliable, precise magnets sensing.

The specific data is subject to PDF, and the above content is for reference