6646367-1

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Backplane Connectors - Specialized are used in a wide range of applications, from performing tasks such as linking components in a computer system to physically connecting backplane and device interfaces. The 6646367-1 is one such component, a specialized backplane connector designed for a wide range of application fields and working principles.

The 6646367-1’s main application field is in automation and robotics. This connector not only supports automation but can also be used in various industrial applications such as factory automation, assembly line automation, and material handling. The 6646367-1 excels in these kinds of environments due to its excellent mechanical properties, which include a high-temperature grade polyester body, a robust and reliable housings, and the ability to hold up to high-vibration loads.

The 6646367-1’s internals also make it suitable for working in a wider range of applications. It features an integrated mounting system that uses screws to firmly attach to either a backplane or device and it includes two PTFE coated female contacts protected with a high-temperature insulation coating. The dual-set of contacts increase connection reliability, and decrease the risk of signal degradation or electrical arcing.

The 6646367-1’s internal construction also supports a wide range of working principles. Its inner temperature range is between -10 to +200°C, which makes it highly reliable for high-temperature applications. Additionally, this connector offers No-Oxide technology, which ensures greater connection reliability through corrosion resistant stains. Finally, the 6646367-1 also features two internal mounting points and an integrated 20 mm pitch that are compatible with both 2.54 and 2.36 mm backplanes.

The 6646367-1 is an excellent example of a specialized backplane connector. Designed to be used in a wide range of applications, it offers flexibility and reliability for both high-temperature environments and for increased connectivity. Its internal construction also makes it perfect for various working principles, and with its robust mechanical properties, it can easily hold up to high-vibration loads.

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