K12GOBK1.56NPAL

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Pushbutton switches are popularly used in a wide range of industrially automated systems, electrical and electronic applications. The K12GOBK1.56NPAL pushbutton switch is designed to provide an easy and reliable method of user control. It is used for applications such as industrial control, robotics and building automation.\'

The K12GOBK1.56NPAL pushbutton switch provides a single momentary activation through a compact form factor. It is constructed using a die-cast aluminum housing, which ensures durability and long-term operation. It is also capable of withstanding shock and vibrations, making it suitable for use in rugged environments. Further, the switch is equipped with a self-locking mechanism to ensure the switch cannot be triggered unintentionally.

The K12GOBK1.56NPAL pushbutton switch is rated for both indoor and outdoor use, with an IP65 rating. This ensures complete protection from dust, dirt, and most liquids. Additionally, the switch is designed for both AC and DC line voltage operation. When the switch is triggered, the internal contacts close, allowing current to flow through the circuit. The switch can then be reset by pressing the reset button.

The K12GOBK1.56NPAL pushbutton switch is designed for both commercial and residential applications. In residential settings, it can be used to activate lights, fans, and other home appliances. In commercial settings, it can be used to trigger alarms, machines, and other electronic devices. In order to ensure reliable operation, the switch is closed with a mechanical movement rather than an electronic one.

The K12GOBK1.56NPAL pushbutton switch is a convenient and easy-to-use solution for a variety of applications. Its robust construction and reliable operation ensure it can be used in both industrial and home settings. The switch is also dust and water-resistant, and can be used with both AC and DC line voltages. This ensures it can be integrated into existing systems with ease. Additionally, the switch has a secure self-locking mechanism which prevents the switch from being triggered unintentionally.

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