PBAR1AF0000

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Pushbutton switches are essential components in the field of industrial automation and control processes. They provide the necessary means to control and monitor machine functions, as well as ensuring operational safety. The PBAR1AF0000 is one such pushbutton switch, and its application field and working principle are addressed in this article.

The PBAR1AF0000 is primarily designed for use in industrial and commercial plants, vehicles and equipment. It is a robust, reliable and cost-effective momentary contact switch, suitable for operating a wide range of pre-wired circuits. The switch body is designed to withstand the harsh industrial and commercial environments, with the mounting holes made from stainless steel for additional corrosion protection. It has been tested and certified to meet EN60950 standards for industrial safety.

The PBAR1AF0000 features a patented positive break circuit and a unique dual-coil design. The positive break feature ensures that the circuit is completely de-energized when the switch is in the off position, making it safer and more reliable. The dual-coil design helps reduce or eliminate arcing, which can be an issue with other contact switches. In addition, it allows for low power consumption, which is desirable for applications requiring high power efficiency.

In terms of operation, the PBAR1AF0000 switch is a momentary contact device, meaning it is activated by pressing the switch button and releasing it before the switch can be reset. The switch requires a minimum of 15 mA to activate, and a maximum of 25mA to reset. The rated voltage is 24V DC and the rated current is 10A.

The PBAR1AF0000 has proved to be an incredibly durable and reliable switch, as well as being cost effective. In addition, it has been tested and certified to meet EN60950 for industrial safety, making it suitable for a wide range of industrial and commercial applications. Its unique dual-coil design and positive break feature make it the ideal choice for high power efficiency, safety and reliability.

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