SSLE11(G)

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The SSLE11(G) application field and working principle is a component of a wide range of electrical and mechanical equipment. It is categorized as a Snap Action, Limit Switches because of its ability to provide set points and limit points for the various mechanical and electrical components of the system. The SSLE11(G) is a two-pole limit switch that helps to define boundaries for protection and performance. It is used in applications where a set point, limit point, or shut-off point needs to be provided for electrical and mechanical systems.

In order to operate, the SSLE11(G) has a series of two metallic disks that form contacts when they come into contact with each other. The two disks have an open circuit condition, when they are not in contact, and a closed circuit when they are in contact. When a force, such as the weight of a person or object, presses down on the disks, they move together, and the switch changes to a closed position. This is called actuating the switch.

The SSLE11(G) has an attached plunger, which is a metal rod that is connected to the disks. When pressure or force is applied, the plunger moves as well, pushing down on the disks. This action causes the contacts to be made, thus leading to a change in the circuit from open to closed. This can be used to help set safety points and limit points for the electrical and mechanical components of a system.

The SSLE11(G) also has a low operational voltage requirement, which means it can be used with most low powered systems. The insulation level is high, which ensures that the switch remains safe even when there are high electrical voltages in the system. In addition, the switch has a high degree of durability, which makes it suitable for many industrial applications.

The SSLE11(G) has a variety of connection options so it can be easily integrated into a system. This includes soldering and quick-connect plugs. The switch is also customizable and can be made to fit the exact needs of the particular system. Moreover, it has mounting holes that make it easy to install, even in tight spaces. It is also designed with a low profile, so it is not easily noticed.

In conclusion, the SSLE11(G) application field and working principle make it ideal for a number of electrical and mechanical systems. It provides set points, limit points, and shut-off points for these systems, and it has a low operational voltage requirement, high insulation level, and high durability. Additionally, it is customizable, has mounting holes, and a low profile design. The SSLE11(G) is a reliable and efficient piece of equipment for a variety of applications and environments.

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