D2VW-5L1-3MS

Snap Action, Limit Switches

D2VW-5L1-3MS are snap action, limit switches designed for harsh industrial environments. They have a wide range of applications such as industrial machinery control, pilot emergency stop and mine detection. These switches are designed with advanced technology and have high reliability, making them ideal for applications where high accuracy and performance are required.

Application Field

The D2VW-5L1-3MS are suitable for a wide range of industrial applications such as:

• Piloting of elevators and escalators
• Control of lifting platforms and presses
• Control of fire resistant doors
• Inspection systems
• Medical equipment control
• Industrial machinery operation
• Security apparatus

These switches provide reliable and reliable performance in hazardous and hazardous environments.

Working Principle

The D2VW-5L1-3MS are snap action, limit switches typically operated using mechanical force to activate or deactivate an electrical circuit. They work in two stages – the first stage is contact formation and the second stage is contact break. When the switch is actuated the moving arm contacts a static target and mechanically actuates a contact set inside the switch. The contact then completes or breaks the circuit and the switch position is visually indicated by a flag.

The D2VW-5L1-3MS include an adjustable return spring to keep the switch closed until a certain amount of force is applied, providing reliable and consistent performance. Additionally, the snap action design provides quick switching and low power consumption, making it ideal for industrial and security applications.

The switch also has a wide operating temperature range and is rated IP67, making it suitable for harsh industrial environments.

Conclusion

The D2VW-5L1-3MS are snap action limit switches designed for harsh industrial applications, providing reliable performance even in the most extreme conditions. With adjustable return springs and IP67 rating, these switches are ideal for applications requiring high accuracy and performance.