E39-L171

As a practical type of accessorie, E39-L171 is a shockproof switch. It is a widely used type of shock-resistant switch with a wide range of applications. The main purpose of this type of switch is to prevent damage to the connected equipment due to the high shock and vibration that may occur in the working environment. The working principle of E39-L171 is the same as other shock-proof switches. It uses a radial diaphragm to detect shock and vibration, and when the diaphragm senses a shock or vibration, it will trigger the switch.

E39-L171 shockproof switch can be widely used in many areas, such as in aviation, for security systems, in vehicles, for industrial automation, and more. In aviation, this type of shockproof switch can be used to prevent damage to the airplane. For example, when the plane is under high shock and vibration, the E39-L171 switch can be used to shut down the engine or other critical components in order to protect the aircraft from damage. This type of shockproof switch is also used in security systems. For example, in a CCTV system, the E39-L171 can be used to detect shock, vibration or sudden movements that may cause the camera to go off and alert the security personnel.

In vehicles, the E39-L171 can be used to detect shocks and detect bumps in the road. When the switch senses an excessive shock or vibration, it will trigger the connected components in the car, such as brakes, airbags, etc., to prevent potential collisions or accidents. It is also widely used in industrial automation. It can be used to detect temperature changes, vibration, and shock, and when it detects a certain level of shock or vibration, it will trigger the connected components in the automation system, such as automated machinery and robots, to prevent potential damages.

The E39-L171 shockproof switch is a practical and widely used type of shock-resistant switch with vast applications in many fields. With its shock-sensing diaphragm, it can detect shocks and vibration quickly and accurately. When it senses a certain level of shock or vibration, it will trigger the connected components to protect the interconnected equipment from potential damage.