D3V-11G6K-1C25-K

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D3V-11G6K-1C25-K snap action limit switches are part of a robust and fast-acting control devices used to detect the position of mechanical components such as doors, lids, and platen devices. The switches are made with sturdy construction, high performance, and function which makes them ideal for many industrial, automotive, and residential applications.

Application

D3V-11G6K-1C25-K snap action limit switches are used in a variety of applications such as controlling actuator speed, brake disengagement and toe jacks. Some of the most common applications include amusement park rides, packaging machines, ovens and dryers, remote controls, water pumps, medical equipment and personal care products. The limit switches are also used for machine guards and enclosure doors, machine tooling and automation, and material handling systems.

Working Principle

Snap action limit switches are built with two main components: an actuator head and a switch mechanism. The actuator head refers to the part of the switch that is being actuated, while the switch mechanism is the part that generates an electrical signal. When the actuator head is pressed, it moves a contact point on the switch mechanism, which generates a signal that can be used to control a device or process.

The actuator head is made of durable materials such as stainless steel or brass, and it is sealed for long-term reliability and to protect against dirt, dust and other contaminants. The actuator head contains either a spring-loaded pin or a roller type mechanism, which allows the switch to snap back into its original position when the actuator is released.

The switch mechanism is typically composed of highly engineered components such as mica, contacts and coil springs. The contacts are the electrical connection points that make the switch function, and they are designed to provide maximum reliability and consistent performance. The coil springs are designed to maintain the electrical contact when the actuator head is released.

The contacts in the switch mechanism are designed such that when the actuator head is engaged, they create a connection between two electrical circuits, which ultimately generates an electrical signal. Depending on the design of the switch mechanism, this signal can be used to control a device or process.

Features

The D3V-11G6K-1C25-K snap action limit switches are designed for reliable performance in environments where temperature and pressure fluctuations are present. They also feature adjustable repeatability, meaning that the switch can be adjusted to respond to small changes in the position of the actuator head. This provides accuracy and repeatability for when motor control applications that require precise positioning.

Additionally, the D3V-11G6K-1C25-K snap action limit switches are designed with a robust construction, providing superior life expectancy over standard mechanical switches. The switches also feature a wide range of operating temperature and can be easily mounted in tight spaces and in various orientations. This makes them ideal for environments where space is limited.

Conclusion

D3V-11G6K-1C25-K snap action limit switches are part of a reliable and fast-acting control devices that are designed with robust construction and superior performance. The switches are designed for use in a variety of applications and provide adjustable repeatability, long life expectancy and a wide range of operating temperature. This makes them an ideal choice for industrial, automotive and residential applications where fast response and reliable performance is required.

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