GBC30SABN-M30

GBC30SABN-M30 Rectangular Connectors with Headers, Male Pins are widely used in many industries for their reliability and performance. The GBC30SABN-M30 is a versatile, cost-effective connector ideal for rugged applications. It features a standard 2.5mm pitch, a variety of sizes, and is available in both straight and right-angle versions.

The GBC30SABN-M30 connector is designed to provide reliable connections between power, signal, and control lines in a wide variety of environments. It is constructed with a metal shell for excellent electromagnetic shielding, a gold-plated contact to ensure high-speed signal transmission, and heavy-duty nickel-plated pins to resist corrosion and oxidation. The connector also features a simple coupling/un-coupling system, allowing for fast and easy installation or removal.

In terms of its applications, GBC30SABN-M30 connectors are suitable for use in power, automation, industrial, medical, office, and consumer device applications. They are particularly suitable for use in harsh environments, as they offer excellent resistance against vibration, shock, and harsh temperatures – making them suitable for use in high-speed industrial automation, robotic routing systems, and aerospace applications.

The GBC30SABN-M30’s working principle is based on the contact force of the connector pins. When the connector is mated, the pin and socket contacts create a ‘detent’ connection which securely holds the two components together. The detent connection is created by the pins’ spring-action against the contact surfaces of the mating socket, creating a secure and reliable connection. Additionally, the GBC30SABN-M30 features a locking mechanism for added security and stability.

In conclusion, GBC30SABN-M30 Rectangular Connectors featuring Headers and Male Pins provide reliable connection in a variety of settings. Their tight detent connection and locking mechanism make them suitable for use in rugged industrial and aerospace applications, while their versatile size range, cost-effectiveness, and simple mated/un-mated system allow them to be used in a variety of other applications.