08A36-05-1-10N

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Introduction:

Rotary switches, also known as rotary dial switches, are mechanical devices that allow a user to select from a set of multiple positions or options. The 08A36-05-1-10N is a rotary switch that has been designed for telecom and industrial use. This article will discuss the application field and working principles of the 08A36-05-1-10N rotary switch.

Application Field:

The 08A36-05-1-10N rotary switch has been designed for Telecom and Industrial applications. The switch has been designed with a wide range of features including a high contact and contact actuation Force that ensures the switch can be used in harsh industrial environments. The switch has also been designed with low contact resistance, ensuring that it maintains a low electrical load and connects reliably. The switch also has a maximum switching current capacity of 10A, making it suitable for both telecom and industrial applications.

Working Principle:

The working principle of the 08A36-05-1-10N rotary switch is based on the use of interconnected contact discs and a rotary actuator. The contact discs are arranged in a concentric fashion and each one of the discs is connected to a stationary contact arm. The contact arms are then connected to a rotary actuator. When the user rotates the actuator, it engages with the contact arms which, in turn, rotate the contact discs. At the same time, the contact discs rotate and when one of them is aligned with the control contact arm, a contact is made which closes the circuit.

The switch is designed with an extremely durable construction that ensures that the contact discs, contact arms and actuator remain undamaged in the face of physical and environmental stress. The switch has been designed with an ergonomic shape that allows for ease of use. Additionally, the switch has a two-pole switch structure which allows for simultaneous switching operations.

Conclusion:

The 08A36-05-1-10N rotary switch is a well-designed switch that is suitable for a variety of telecommunications and industrial applications. The switch has an excellent contact and contact actuation force makes it suitable for harsh industrial environments. Additionally, the switch has a low contact resistance, making it suitable for working with a low electrical load. The switch is also highly durable and has an ergonomic shape for easy use. It also has a two-pole switch structure for simultaneous switching operations.

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