MKS3P-2 DC48

The MKS3P-2 DC48 is a powerful relay which falls under the Power Relay family of products. It is designed to function in particular applications where the current ranges between 2 and 48 amperes. The relay was designed to provide circuit protection, and when used, it can be used to reduce the chances of over-powered components and damage to the wire. This article will discuss the application field and working principle behind the MKS3P-2 DC48.

The MKS3P-2 DC48 is most commonly used for applications such as lighting control, motor start-up, and circuit protection. It is designed to measure the current flow and quickly shut off power or activate a warning device when the current flow reaches a predetermined level. It can also be used to switch between two different voltage ratings. This makes the relay extremely versatile, as it is able to be used in both AC and DC applications.

When it comes to the working principle, the MKS3P-2 DC48 is a single pole device that uses a contactor to control the power. It uses a magnetic coil and a contactor which are connected by a coil spring. When the current passes through the relay, the magnetic field interacts with the contactor and causes it to move. The movement of the contactor causes the contacts to open, which in turn activates the relay. The same process is used when the current is reversed, as a different contactor is used.

When it comes to the general workings of the relay, the contactor is mounted on a substrate, which is mounted on the same side as the coil spring. The current then passes through the coil, and when the relay is activated, the contactor closes, allowing the current to pass through and shut off the power. In the event of an over-current, the contactor will open and the power will be shut off.

The MKS3P-2 DC48 is a powerful and versatile relay which is suitable for use in applications that require current of between 2 and 48 amperes. It is designed to measure the current flow and shut off the power in the event of an over-current, protecting downstream components and ensuring that they are not damaged. It is also designed to switch between two different voltage ratings, making it suitable for both AC and DC applications. This combination of features makes it highly reliable and a popular choice amongst engineers.