44M60-04B06N

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Rotary switches are versatile and come in a variety of configurations, shapes, sizes, and even contact types. The 44M60-04B06N is a versatile, electronically controlled rotary switch from TE Connectivity that has a wide range of applications, including telecommunications, audio/video, security, environmental control, industrial automation, and home appliance controls. This switch features an electro-mechanical design that is both robust and reliable. In this article, we will discuss the 44M60-04B06N application field and working principle.

44M60-04B06N Application Field

The 44M60-04B06N is a single-pole, six-position rotary switch with a variety of connection types available. It is designed to be used in control applications in both stand-alone and distributed environments. It can be used to control lighting systems, set time delays, select presets, and more. Its simple design is perfect for embedded applications and can be used to switch between different power sources, choose between inputs, or control process flow. Additionally, the 44M60-04B06N is also ideal for many automotive applications, such as controlling power, setting timing, and manipulating shifter control.

44M60-04B06N Working Principle

The 44M60-04B06N works by transferring power between two poles depending on the current position of the rotary switch. When the switch is in position 0, the power is transferred through to the NO (Normally Open) terminal, and when the switch is in position 1, the power is transferred through to the NC (Normally Closed) terminal. As the switch is turned, the power is transferred from terminal to terminal in the same way. The range of positions available on the 44M60-04B06N is 0-6.

The 44M60-04B06N works by using a vacuum cleaner motor to rotate the switch disc. This disc is composed of two plates, one is mounted on an axis and the other is mounted on the body of the switch. As the motor rotates, the two plates are moved relative to each other. By using appropriate meshes between the two discs, power is transferred from the NO terminal to the NC terminal depending on the switch position.

The 44M60-04B06N is highly reliable, with a minimum of 100,000 cycles. It also features a built-in locking function that prevents accidental change of the switch position. The terminals are designed to accept wires of different gauges, up to 0.5 mm2, ensuring tight and secure connection.

Conclusion

The 44M60-04B06N is a versatile and reliable rotary switch designed for a variety of applications. It utilizes a simple electro-mechanical design that is both robust and reliable. It is capable of transferring power between two poles depending on the switch position, and features a built-in locking function to prevent accidental change of position. This switch is ideal for use in systems and applications where reliability and tight connections are essential.

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