VM1535000000G

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Terminal Blocks - Headers, Plugs and Sockets are essentially connectors that let current flow from one place to another, usually with the help of jumpers. This connector family is also known as a Printed Circuit Board (PCB). The VM1535000000G is a connector from this connector family. It is suitable for connecting electrical lines from 10 A to 30 A.

Application Field

This connector is primarily used in consumer electronics, lighting appliances, power supply cables and industrial control circuits. As it can stand up to 30A current, it is suitable for connecting high current draw devices and easily supports large power loads efficiently. This family of connectors is often found in medical, robotics, telecommunications and instrumentation industries.

Working Principle

The VM1535000000G connector is based on an insulated terminal which comprises of a metallic body with a frame and an insulation sleeve. The body accommodates two screws which hold the conductor in place and provide secure connection. This connector is quite simple in design - it allows an electrical current to flow from one connection to another through a pair of mechanical contacts. The current is conducted through the contact because of the tight connection created by the screws. The frame also helps to keep the connection intact even when subjected to vibration or other physical impacts.

When the screws are tightened, they push the conductor against the contact. The contact point between the conductor and the screw is where the current flows from. This connection method helps to ensure low contact resistance and it provides high-reliability connections. The insulated sleeve helps insulates the connector from nearby components, preventing any kind of electrical interference.

The VM1535000000G connector is suitable for connecting medium to high current flows owing to its ability to handle upto 30A of current. This makes it ideal for applications where energy efficiency and safety are important. It is easy to install, and since it is based on a frame design, it can withstand vibration and physical impacts.

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