09A60-06-1-03N

Rotary Switch is a kind of switch with one or more positions that can be rotated from off to on. 09A60-06-1-03N is a rotary switch which is widely used in control engineering projects. This article is about the application field and working principle of 09A60-06-1-03N.

09A60-06-1-03N is most commonly used in mechanical and electronic control systems, such as home appliances and electronic equipment. It can be used in a variety of circuits and can be used to switch a variety of electrical signals.

The structure of 09A60-06-1-03N is a rotary switch with six groups of copper columns in one row and two groups of copper columns in the other row. The number of columns and terminals can be selected according to the requirements of use. There is also a switch that can be turned 90 degrees to control the current flowing through the wires.

The working principle of 09A60-06-1-03N is relatively simple. The switch can be turned to change the circuit and the current flowing through it. When the current passes through, the switch will create a magnetic field. When this magnetic field is strong enough, the switch will complete the contact, thus changing the current in the circuit. When the switch is in the off position, the current will be cut off and the circuit will be broken.

The application of 09A60-06-1-03N is not limited to the above mentioned electronic and mechanical control systems. It can also be used in automatic controllers, power supplies, adjustments, lighting control systems and other switch applications. In addition, 09A60-06-1-03N is also suitable for linear foot switch, photoelectric sensor and inductive proximity switch.

Because of its simple structure, high reliability, easy installation and wide application range, 09A60-06-1-03N is widely used in industrial and domestic equipment control systems. Therefore, it is an indispensable useful tool in control engineering projects.

In summary, 09A60-06-1-03N is a kind of rotary switch which has simple structure, high reliability, easy installation and wide application field. It is widely used in mechanical and electronic control systems, such as home appliances and electronic equipment, as well as automatic controllers, power supplies and adjustment. The working principle is relatively simple. It can create a magnetic field when the current passes through, and the switch will be completed when the magnetic field is strong enough.