09MS60-01-2-02N

Rotary switches are a type of switch used to enable or disable a circuit. They are a century’s old technology, used in a variety of industries, equipment and applications. Rotary switches provide steady and reliable performance and are highly-valued for their safety features and durability. The rotary switch is made up of terminals, a rotary actuator, and a contact. A single rotary switch can include multiple switching elements, each allowing for a variety of electrical switching functions.

The 09MS60-01-2-02N rotary switch is used for electrical switching in a wide range of consumer and industrial applications. It is found in electronics applications, instrumentation equipment, electronic consumer products, motor control circuit switching, and motor starters. In other industries, it can be used for HVAC, farm equipment, consumer electronics, and sound equipment. The 09MS60-01-2-02N is also used in aircraft navigational systems, home appliances and large-scale industrial control systems. It is a small yet powerful switch, with a maximum carrying current of 10 Amps and a maximum carrying voltage rating of 250 Volts. This makes it an ideal choice in a wide range of applications.

The 09MS60-01-2-02N rotary switch is based on a hydraulic concept. It works by using the movement of the switch’s actuator to actuate a switch contacts which control the flow of electricity. The contacts are arranged in a circular disc and are usually made from SPST contacts. The disc is divided into sectors, each of which is connected to a contact. When the actuator is moved, the contact is moved among sectors and the electrical flow is enabled and disabled accordingly.

Rotary switches are one of the oldest and most reliable types of electrical switches available. The 09MS60-01-2-02N is an example of a versatile, powerful and safe rotary switch, which can be used in a variety of applications and is appropriate for a range of current and voltage ratings. It works on a hydraulic principle and can be used to control flow of electricity by switching on and off circuits.