D2VW-5-1MR

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Snap action, limit switches are vital components in many industries, and the D2VW-5-1MR is a suitable choice for many applications due to its versatile nature. This article will explain the application fields and working principles of the D2VW-5-1MR.

Application fields

The D2VW-5-1MR snap action, limit switch is mainly used for industrial automation, including process control, machine monitoring, motion control and motor control. This limit switch is designed for use in applications that require a long life and superior performance. It is perfect for controlling actuators, valves, motors and safety alarms. The D2VW-5-1MR is also suitable for use in hazardous areas, as it is certified for use in both zones 1 and 2.

Working principle

The D2VW-5-1MR limit switch is a mechanical device which operates when a certain force, pressure or tension is applied. It works by using a plunger which is pushed into the switch body when something comes into contact with the actuator, triggering the switch to change state. The plunger has a spring plate behind it, which is used to return the plunger to its original position when the pressure is released. This creates a snap action so that the switch can operate at a rapid speed.

The D2VW-5-1MR limit switch also has two outputs; one for normally open (NO) and one for normally closed (NC). These outputs control the flow of electrical current and allows for a variety of applications. The D2VW-5-1MR is designed to operate in temperatures from -20°C to +65°C and has an IP rating of IP67, making it suitable for use in wet and dusty environments. It also has a high electrical life, making it suitable for use in applications that require long usage cycles.

Conclusion

The D2VW-5-1MR snap action, limit switch is a versatile device that is suitable for a variety of industrial applications. Its rugged construction and long electrical life combined with its versatile outputs make it suitable for use in hazardous areas, process control and machine monitoring. The plunger mechanism creates a fast-acting response and ensures a reliable performance in many applications.

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