08A36-07-1-05N Datasheet/PDFRotary Switches
Rotary switches are widely used for various applications such as selecting between multiple electrical circuits, selecting a specific audio channel, or choosing the amount of current in a circuit. There are many types of rotary switches and each has its own unique purpose. 08A36-07-1-05N is one type of rotary switch which is used in many industrial applications and is designed for high voltage and current requirements.
08A36-07-1-05N Application Field
08A36-07-1-05N was designed for high power applications and can provide accurate current and voltage control. It is commonly used in industrial control circuits, power monitoring and control, and lighting circuits. It is also used in medical devices and equipment. Its main application fields include:
- Industrial power control;
- Power distribution and control;
- Lighting and security systems;
- Medical instruments and equipment.
08A36-07-1-05N Working Principle
08A36-07-1-05N consists of a stationary contact and a rotary contact, both of which are insulated from each other. When the switch is rotated, the contacts open or close the electrical circuit, thus controlling the current in the circuit. The contacts are usually rated for high voltage and current, so they can be used for high power applications. The rotary switch also has safety features to prevent electrical shocks.
08A36-07-1-05N is also designed to provide precise current control. The rotational position of the switch is marked on the switch itself so that it can be accurately set to the desired current level. This makes it perfect for applications where the exact current level needs to be maintained. Furthermore, this type of switch is typically designed with overload protection, which prevents the circuit from overloading.
08A36-07-1-05N is a reliable and durable switch that can be used in any high power industrial application. Its precise current control capability makes it ideal for applications where accuracy is paramount. It is also designed for safety and is designed to help prevent electrical shocks.