LTMM-120-01-L-D-RA

LTMM-120-01-L-D-RA: Application Field and Working Principle

LTMM-120-01-L-D-RA or LTMM for short, are rectangular connectors made from Headers, Male Pins. This type of connector is primarily used in the automotive and electrical engineering domains. It offers high durability in order to be able to withstand harsh environmental conditions. Owing to its versatility and robust construction, the connectors are well suited for industrial use.

LTMM rectangular connectors are typically made from a metal or plastic material. The metal material is commonly aluminium or stainless steel. Also, it is possible to have both metal and plastic components offered with this connector type. Male pins of LTMM connectors are either gold- or nickel-plated depending upon the intended application.

Applications of LTMM Connectors.

LTMM connectors can be used in different critical electronic applications such as transportation, automotives, industrial automation, medical instruments, and communication systems. They are also typically used in many industrial robot combinations, such as welding robots, grippers, and other robotic tasks such as forming inline and vision lines.

They offer excellent performance in harsh environments such as the automotive industry. The metal housing of LTMM connectors can be used as a reliable grounding contact, thus enabling electrically powered products with higher levels of protection.Another advantage is that the LTMM connectors offer more resistance to electrical noise due to the better metal contact design.

The military has been using LTMM connectors for several years due to their high quality and their resistance to mechanical, electrical, and thermal shocks. They can also withstand high temperature and pressure.

Working Principle of LTMM Connectors.

The connectors provide an efficient way for electric current to flow from one device to another. The working principle of the LTMM connectors is simple. When two pins of the connector are inserted into each other, a secure connection is made between the two. This connection creates a stable connection for electric current to pass through.

The electrical current flows from the pins to a contact plate, which is typically made of metal. This plate then distributes the electricity to various places as needed. The metal housing acts as both a connection point and a shield to protect the current from external forces such as electromagnetic waves or electrical shocks.

LTMM connectors come in various forms and styles, depending on the application. Some of these include, single row, dual row, and vertical header mounts. Single row connectors are typically the most common, due to their low production cost and their versatility. Dual row connectors offer greater strength and durability due to their larger number of pins. Vertical header mounts are used mainly in applications where space is an issue.

Most LTMM connectors offer a current rating of up to 10 amps. This current rating can vary depending upon the pin diameter, the type of material used, and the overall shape of the connector.

Overall, LTMM connectors are a reliable way to ensure the continuity of an electrical connection. They can be used in many different applications and environments, and offer superior protection and durability. As a result, they are a common choice when it comes to creating and maintaining electrical connections.