D3V-11G-2C25-K

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Snap action, limit switches are widely used in various automation and electromechanical applications such as industrial manufacturing, white goods, HVAC, consumer electronics, automotive, aerospace and medical applications. D3V-11G-2C25-K is a snap action limit switch designed for use in these applications. This device features a compact, rugged design and uses a variety of actuator styles, making it suitable for a wide range of applications. It includes a snap-action microswitch with an adjustable switching angle, allowing it to be used for different types of motion sensing and control.The snap-action switch mechanism in the D3V-11G-2C25-K is triggered when an external force causes the actuator element to move past the set switching angle. This triggers the switch mechanism to close or open the contacts and provide electrical signals for further circuitry. The switching angles are preset and can be adjusted to suit the requirements of the application.When the contacts are connected, a circuit is completed and an electrical signal is sent from the switch to the power source or other electrical circuit. The signal is then used to trigger or control different stages or functions within the application.The device also includes a dust seal that prevents dust particles and other debris from entering the housing. This helps to maintain the reliability and performance of the switch, even in harsh environments.The D3V-11G-2C25-K is rated for operations up to 40 A, 2 hp, and 250 VAC. It supports resistive, inductive and motor loads, making it suitable for general-purpose applications requiring on/off or alarm functions. The switch is also certified with UL, CSA, and CE standards, making it suitable for use in various types of machinery and equipment.By using the D3V-11G-2C25-K, system designers and engineers can take advantage of its reliable, adjustable switching limitations for a wide range of applications. From simple on/off functions to more sophisticated alarm and monitoring functions, this device can provide reliable triggering signals for a variety of applications.

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