D3V-012-3C23-K

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D3V-012-3C23-K is a type of snap action, limit switch that is used in many of the mechanical or electrical systems around the world. It is manufactured by Cherry, a company renowned for its high-quality products and customer support. Limit switches are an important tool because they are used to limit, or stop, the motion of an object in a particular direction. Essentially, it is a switch that switches off the current at a particular point.

The D3V-012-3C23-K is a commonly used, high-precision limit switch. It is constructed of a heavy-duty steel housing, with an actuating head made of hardened steel to ensure a durable and long-lasting connection. The switch has a forced operating position, meaning that when the operating temperature exceeds the rated maximum temperature, the switch can still open or close. This is important in environments where the temperature could go up to and beyond the rated limit.

To ensure reliable operation, the D3V-012-3C23-K has a built-in vibration and shock protection. This is useful for applications where extreme levels of vibration and shock could otherwise cause the switch to fail or malfunctions. The switch also features an internal self-locking mechanism, meaning it can operate without being manually locked and unlocked. This is beneficial in most applications, as it eliminates the need for continuous manual checking to ensure the switch is functioning correctly.

The D3V-012-3C23-K is most often used in electrical and mechanical systems. It is common in the industrial, automotive and aviation fields, as it is sturdy and reliable. In these fields, it is important to have reliable and accurate limit switches, as they ensure the safety of the system, and keep it within its designated parameters. The switch is also important in ensuring that the mechanical or electrical systems are not overloaded, and remain functioning at optimal levels.

The working principle behind the D3V-012-3C23-K is fairly simple. The switch has a spring-loaded contact point and plunger, which when actuated by an operator causes the combustion or opening of the switch. This contact point translates the mechanical or electrical movement into an electrical signal, which can then be processed by the system\'s computer. This signal can provide a range of information, such as whether the system is open or closed, how many times the switch has been actuated, or which way the motion is occurring.

In conclusion, the D3V-012-3C23-K is a high-precision limit switch, most often used in application where reliable and accurate temperature, vibration and shock protection is mandatory. Its simple working principle aids its usage in these mechanical and electrical systems, and its reliable design ensures that it can be counted on to keep the system running smoothly and efficiently.

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