D4SL-3MDG-DN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Snap action, limit switches are unique mechanisms comprised of terminals for electrically connecting to the areas requiring activation. The D4SL-3MDG-DN type of switch is a double-pole, double-throw (DPDT) limit switch, designed to used in a wide range of applications.

This type of switch has two electrical circuits and each circuit has two contact points. When a current is fed to the one circuit, it closes the circuit and energizes the machines or other electric devices. When the same current is fed to the other circuit, it opens the circuit and deactivates the machines or other electric devices. The terminals in the switch allow convenient connections and a great deal of control that can help minimize energy loss.

Here are some common applications that use this type of switch:

• Mechanical lift system
• Conveyor system
• Slide door mechanism
• Operational control systems
• Position control system
• Lighting and heating systems
• Automotive industry

The working principle of the D4SL-3MDG-DN switch is the same as other limit switches. As an electrical current is fed to one side of the switch, a magnet in the center of the switch is activated and pulls a plunger forward to close the switch. When the current is fed to the other side of the switch, the magnet deactivates, releasing the plunger, allowing it to move back and open the switch. This type of switch is designed with two separate electrically-charged areas, known as poles or circuits, which allow the user to apply and reverse the electric current and reset the machine.

The D4SL-3MDG-DN switch is a reliable, cost-effective solution for automated control systems and operations. With its double-pole, double-throw construction, it provides an extra level of safety for hazardous operations, by serving as an electrical safety device. This switch is durable as well as resistant to shock, vibration and dust, so it is well suited for use in harsh environments.

The specific data is subject to PDF, and the above content is for reference