D3V-16114-1C25-K

Snap Action, Limit Switches

D3V-16114-1C25-K is a type of snap action, limit switch. It is designed to detect when a mechanical object reaches a certain point and turn on or off an electrical circuit. It is commonly used in industrial and commercial areas.

Application Field of D3V-16114-1C25-K

D3V-16114-1C25-K is ideal for a variety of applications and has been used in many industries. It is most often found in the automotive, and transportation industries. It can be used for monitoring objects such as throttles, brakes, steering, and other mechanical components for accurate and reliable positioning.

In addition, D3V-16114-1C25-K can be used for detecting different levels of gases and liquids. As a result, it is also commonly used in chemical processing, refinery, and plastics industries.

In the oil and gas industry, it can be used to monitor fuel tanks, oil rigs, and pumps. It can also be used in the Aerospace and Aviation industry, being utilized to monitor the position of missile and aircraft components.

Working Principle of D3V-16114-1C25-K

D3V-16114-1C25-K is a snap action, limit switch and uses a snap action plunger as its primary component. The snap action plunger is at the heart of the switch and is responsible for detecting the presence and position of mechanical objects. It works in a similar way to a light switch, but instead of turning on or off a light, it turns an electrical circuit on or off when a mechanical object makes contact with the plunger.

When the plunger is depressed, it turns on a set of internal contacts, which then activates the electrical circuit. The contacts can also be arranged to turn on at different points in the plunger\'s travel, allowing for more precise measurements of the object\'s position. This allows for more accurate control of the object\'s position, which in turn allows for more accurate control of any motor, pressure switch, or other device connected to the circuit.

Conclusion

D3V-16114-1C25-K is a type of snap action limit switch. It is designed to detect when a mechanical object reaches a certain point, allowing for more accurate control of any motor or other device connected to the circuit. It is commonly used in the automotive, transportation, chemical processing, refinery, and plastics industries, as well as in the Aerospace and Aviation industry.