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Introduction to 59M18-04-1-19N Rotary Switches

Rotary switches are versatile and reliable devices which have many applications in various industries. Rotary switches have a long history, with the first rotary switches invented in 1903 by the German engineer Hans Zeigler as a way to control water levels in ships. Since then, rotary switches have been used to control a wide variety of functions and machines, including automobiles, elevators, electrical appliances, and many other applications.

What is a 59M18-04-1-19N Rotary Switch?

A 59M18-04-1-19N, known as a Multi Position Rotary switch, is an electromechanical switch that allows the user to select from a range of pre-configured operating positions. The switch has a rotary dial knob, and internal contacts whose position depends on the knob’s position. Depending on the number of positions and the type of contacts, the switch can be used for single pole or multi-pole applications. It has a delicate design, and its internal contacts are encased in plastic and enclosed in a metal shell which gives it a pleasing appearance.

59M18-04-1-19N Application Fields

59M18-04-1-19N Rotary switches can be used in many different applications, including signal processing, telecommunications, instrumentation, and control systems. For example, in signal processing applications, the switch can be used as a switch for multiple inputs, or as a signal divider. In telecommunications, it can be used in light signal routing, telephone signal routing, and in circuit switching. Another application field is instrumentation, where the switch can be used as a level control switch, a temperature control switch, or a pressure control switch. In control systems, some common uses of the switch include motor speed control, power selection, and position control.

59M18-04-1-19N Working Principle

The 59M18-04-1-19N Rotary Switch is based on an electromagnetic principle which is used to connect and disconnect two electrical circuits. When the contact is connected, current flows between the two circuits and when the contact is disconnected, the current stops flowing. This is determined by the position of the switch’s internal contacts. The switch has an actuator, which is usually a wheel or a rotating part, connected to the internal contacts. When the actuator is turned, the internal contacts move with it, thus changing the position of the switch. The switch also has a stationary contact which is used to maintain a contact at all times. This ensures that the switch remains in the intended position and the current flows smoothly between the two circuits.

Conclusion

The 59M18-04-1-19N Multi Position Rotary Switch is a versatile and reliable electromechanical component which can be used in many different industry applications. It has a wide range of applications, including signal processing, telecommunications, instrumentation, and control systems. The switch is based on an electromagnetic principle and has an actuator which can be used to switch between two circuits and a stationary contact which ensures that the switch remains in the intended position.

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