GEC30SFBN-M30

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GEC30SFBN-M30 rectangular connectors are one of the most commonly used types of headers in the field. These headers are typically used for reliable long-term electrical connections between two or more parts. They are typically available in various lengths, and can accommodate up to 30 different pins.

These headers are particularly favoured in industrial settings, where they can be used for connecting a variety of components, such as electric motors, actuators, sensors, and more. GEC30SFBN-M30 headers can also be used to interconnect wiring backplanes, signal lines, and power lines.

Due to their robust construction and reliable operation, GEC30SFBN-M30 headers are typically used in applications where reliability is of paramount importance. This includes applications where downtime is costly, and where maintenance is frequent, such as railway control systems, automation systems, and other systems where failure is unacceptable.

The GEC30SFBN-M30 headers are designed to provide superior electrical contact between the pins and the terminals. The contacts are designed to maintain a secure connection regardless of the vibration or temperature variations. These headers have a high frequency of insertion-extraction cycles and secure self-locking, which ensure their reliable operation.

The GEC30SFBN-M30 header consists of a male contact pin, which fits inside a female lockable housing. The contact pin is normally made of copper, and is plated with gold or palladium in order to ensure a highly conductive connection. The housing is typically made of insulating materials like polyamide, to protect the pin and maintain reliable operation.

The GEC30SFBN-M30 header is inserted into the housing through an opening. This opening also helps the contact pin make a secure connection with its mating part. The insertion of the pins requires a certain minimum amount of force, in order to ensure secure connections. After the header is inserted, it is held firmly in place by the locking mechanism of the housing.

In order to ensure a reliable electrical connection, the pins and terminals must be designed to limit the risk of short circuits, which can lead to fire or shocks. The contacts are designed to have an electrical separation between the hot and neutral conductors, as well as an insulation of at least 1 millimetre.

Additionally, the terminals must be designed to limit the risk of sparking and arcing when connecting and disconnecting the cables. To achieve this, the terminals are constructed with a high degree of precision and must be precisely aligned. This prevents the contacts from becoming loose, which could lead to sparking and arcing.

The GEC30SFBN-M30 header is a reliable and cost-effective solution for a variety of applications. Its robust construction and reliable operation make it ideal for industrial and military applications, where reliability is of paramount importance. Additionally, the contact pins and terminals are designed to maintain reliable, secure connections regardless of the conditions they are exposed to.

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