H3486-42R

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H3486-42R: Terminals - PC Pin Receptacles, Socket Connectors

The H3486-42R terminal is a thru-hole PC pin receptacle designed for use in multiple industrial applications. Commonly used in industrial automata, robotic arms, and other devices that require precise and reliable connections, these terminals provide superior electrical connectivity. This terminal is designed to provide reliable and reliable performance in the toughest environments. The design contains two slots, which allows for a positive connection between the pins and the substrate or wire.

The H3486-42R terminal is made up of two main parts, the housing body and the contact. The housing body is a two-piece construction with two drilled slots that surround the contact pins. The slots keep the contacts from slipping out, while also protecting the pins from corrosion, making them more durable. The contact is made up of a brass pin which provides a secure connection. The contacts are sealed with a tight-fitting chip that is designed to keep moisture away from the contact area.

The H3486-42R terminal is designed to provide reliable electrical signals in the harshest environments. The contact pins are designed with a wide contact area which allows them to transfer more power with less resistance. This reduces heat build-up, which can lead to intermittent signals due to poor contact. The terminals are also designed with a low contact resistance, which reduces conductivity losses and improves signal integrity.

The H3486-42R terminal is designed to provide superior electrical connectivity. Its construction is designed to ensure consistent performance in the most demanding settings. The two slots ensure secure and reliable connection between the pin and the substrate or wire, making it an ideal solution for use in robotic arms, industrial automata, and other settings with frequent and precise electrical connections. Additionally, its design includes a wide contact area, low contact resistance, and sealed construction which prevents moisture from building up, all of which reduce the risk of electrical signal loss and heat build-up.

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