D4N-1C25

D4N-1C25 application field and working principle

The D4N-1C25 model is one of the most versatile limit switches which are commonly known as snap action, limit switches. The main purpose of this device is to detect the presence, absence, or a change in a physical property including fluid and wind. The application field of this device is vast and includes tasks such as controlling system operation, operating counter systems, and operating machines. Furthermore, it can be used in proximity sensing and for monitoring liquid level.

The D4N-1C25 model is composed of a switch, actuator, roller lever and mounting base. The switch operates the mechanical actuation of the roller lever which can be used to detect the presence, absence, or a change in a physical property. The switch is designed with a plunger or lever which can be activated by a physical force, such as a push button or knob. Additionally, it contains a movable contact which is connected to the actuator, and is able to detect the physical property. Additionally, it contains a contact block which is connected to the actuator and is able to detect the physical property.

The working principle of this model is that the roller lever is used to transfer the physical property to the switch. When the physical property is activated, the switch is triggered and the movable contact is moved, thus operating the electrical circuit. In this way, the change in the physical property can be detected.

With the advancement in technology, most modern limit switches are equipped with advanced features such as adjustable response time, special contact materials, and adjustable trigger level. Additionally, they can be configured to have different types of outputs, such as analog signals, digital signals, and pulse signals. Depending on the requirements, these devices can be used in a variety of applications ranging from simple machine automation to complex industrial automation.

The D4N-1C25 model is a reliable and efficient limit switch for monitoring physical properties in a wide range of applications. It is designed to be simple to use, yet capable of providing reliable monitoring and operations in demanding environments. Furthermore, with its adjustable response time, special contact materials, and adjustable trigger level, it is able to cater to different requirements and can be used in a multitude of scenarios.