Z-15GK55-B

Snap action, limit switches are versatile and reliable precision switches used in a wide range of applications and industries. They work by detecting physical parameters such as pressure, temperature, and position, and provide an electrical signal to the controller, indicating when a certain limit is reached. The Z-15GK55-B is a snap action, limit switch designed for extreme conditions, making it suitable for a wide range of applications in many industries.

The Z-15GK55-B is a robust and durable limit switch suitable for use in harsh and hostile environments. It features IP69K protection, meaning the switch can reliably withstand pressure (up to 11,000 PSI) as well as dust and water ingress. This makes it perfect for applications where reliable switching is essential, such as in food processing machinery, machinery used outdoors, and industrial machinery in general.

The Z-15GK55-B offers a choice of a lever operated switch or a side mounted switch, allowing for greater flexibility and reliability. The switches are available with a variety of actuator lengths, making them suitable for a wide range of applications. The switches can also be supplied in a range of voltages and contact configurations, giving the user even more control over the way the switch functions.

The Z-15GK55-B is a snap action, limit switch. This means that when the actuator is pressed, the switch snaps into position and then remains in that position until the actuator is released. This ensures reliable, repeatable switching and is essential in applications where precision and accuracy is required. The switches feature a large contact life expectancy and a wide variety of contact configurations, allowing users to customize the switch to their application.

The Z-15GK55-B is a flexible, durable and reliable limit switch suitable for a wide range of applications including food processing machinery, control systems, lifting and shipping equipment, and industrial machinery in general. It is capable of withstanding harsh and hostile environments, making it perfect for use in applications where repeatable and reliable switching is essential.