EVN2000D

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An EVN2000D is a type of snap action, limit switch. It is used to make or break electrical circuits, typically when the switch lever is actuated. Generally, the switch is used for monitoring, on/off control, or indicating purposes in various applications ranging from motor control and sensing processes to hazardous locations and hazardous duty applications.

The key benefits of an EVN 2000D include:

• Low cost
• Long life
• Micro switches
• Wide operating range
• Ability to withstand high current
• Low contact pressure

The EVN 2000D consists of a molded plastic body similar to that of a typical limit switch. The plastic body can be attached to different types of actuators such as handles, buttons, or switches. The switch lever is connected to a plunger within the body of the switch. The plunger\'s motion is converted into electrical signals when it breaks or makes an electrical contact.

The working principle of the EVN 2000D is based on the actuation of a mechanical switch lever. When the lever is actuated, the plunger is pressed against a microswitch and an electrical contact is made. This electrical contact triggers an electrical signal that is then used to control the desired process or application. The switch will remain in the actuated position when the lever is actuated and will remain in the released position after the lever is released.

The EVN 2000D can be used in a variety of applications including control panels, motors, process controls, operator controls, and sensing processes. It can also be used in hazardous locations and hazardous duty applications. The switch is typically used in applications where advantages of low cost, long life, and low contact pressure are needed.

In conclusion, the EVN 2000D is a type of snap action, limit switch. It is used in a variety of applications ranging from motor control and sensing processes to hazardous locations and hazardous duty applications.Its unique design allows for low cost, long life, and low contact pressure. Its working principle is based on the actuation of a lever that breaks and makes electrical contacts upon actuation and release of the lever, respectively.

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