LSB6B

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Snap action and limit switches are two of the most common electrical devices used in industrial applications. Different models serve a multitude of purposes, providing accurate control and operation of machines and equipment. The LSB6B is one such device, employed in a wide array of industries.

LSB6B Features

The LSB6B switch is a small, rugged, adjustable limit switch. It features snap action contact, a non-adjustable micro switch, a non-adjustable rubber seal, and the ability to be used with a number of different springs. It is also resistant to corrosion and can operate in a variety of temperatures. Its compact size and simple design make it ideal for a wide range of uses.

LSB6B Application Fields

The primary use of the LSB6B limit switch is within the automotive and automotive accessories industries. Here, the device is employed in applications such as: ignition switches, door locks, the power windows, headlights, and the transmission. Additionally, it is also used in applications such as those found in robotics, industrial equipment and industrial safety systems. Specifically, it is used to switch machines in and out of particular states.

In short, the LSB6B limit switch can be used in practically any application where a reliable and durable switch is needed. It is particularly beneficial for those applications which require a high degree of accuracy and dependability. For example, machine control, safety sensors, or other sensitive industrial processes.

LSB6B Working Principle

The LSB6B limit switch works by using an internal electro-mechanical assembly to detect changes in the environment and to set a limit or action point. The assembly consists of two components; a contact block and a plunger. The contact block is an integral part of the switch and has two, differently shaped holes.

Once the plunger is actuated it exerts a force on the contact block. When this force reaches a certain threshold, the contact breaks, thus killing the power to the device it is connected to.

The LSB6B limit switch offers a wide range of ways to customize the working point. The user has the ability to adjust the contact force, the pre-travel distance, and the overtravel distance. This flexibility allows the designer of the system to calibrate the switch perfectly to the application in question and ensures it will function properly.

Conclusion

The LSB6B limit switch offers a reliable, accurate, and long lasting solution for a variety of industrial applications. It is durable, corrosion resistant, and operates accurately over a wide temperature range. Additionally, it is easy to install and lavishly adjustable, allowing installers to perfectly calibrate it to the needs of the application.

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