83893401

Snap Action, Limit Switches

83893401 is a type of snap action, limit switch. It is used as a machine control element in automation applications such as factory automation, process automation, and quality control. 83893401 is an excellent choice for low voltage applications and for extreme duty environments.

Application Field

The 83893401 is an ideal choice for a wide range of electrical control applications due to its robust construction, high performance and reliability. 83893401 are typically used in applications such as industrial machinery, food processing equipment, packaging, paper processing machines and textile machines.

Working Principle

The 83893401 works on an electro-mechanical principle which means it responds to an electrical impulse coming from a switch or a motor starter. When the current is sent to the 83893401 it will respond with either an “open” or a “closed” signal, depending on the type of of switch and the control system used.

The 83893401 is also equipped with a fail-safe feature which means that if the power fails, it will still respond with a signal at a predetermined and pre-programmed position. This is an important safety feature and it helps ensure that machines are not inadvertently left running or stopped in an unsafe situation.

83893401 are also equipped with a mechanical “snap action” which makes it easy to control and reduce the “open” and “closed” delay time. This makes them a reliable and efficient choice for applications that require fast response times and precise control.

Advantages

83893401 are robust, reliable and can be used in extreme duty environments. They are low voltage devices and offer excellent performance and reliability in a wide range of applications. In addition, they are equipped with a fail-safe feature which is a great safety feature, enabling the switch to always be in a predetermined position if power fails. The snap action feature also helps to reduce the open and closed delay time, which is important in applications that require fast response times.