2-328730-1

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Terminals - Wire Splice Connectors

2-328730-1 connectors, also known as terminal wire splice connectors, are primarily used for electrical applications – in particular, for providing a secure splice between two wires or cables. These are available in a variety of types, including spade, ring, hook, and butt connectors. They are also available in different sizes: spade and ring connectors typically have two to five cavities, while butt connectors and hooks can accommodate up to ten wires.

The construction of 2-328730-1 connectors involves a housing, a lid, and a few metal teeth that are designed to strip and grab onto the insulation of the wire being fed into the connector. This allows for a secure connection once the lid is snapped shut. Depending on the type of connector, a crimper tool is required to ensure the connection between the wires is fully secure.

When it comes to specific applications, 2-328730-1 connectors are commonly used in automotive and HVAC/refrigeration systems, where having a secure splice between two different wires or cables is essential. For example, they are used in automotive headlight wiring harnesses to ensure that the wiring does not become disconnected and potentially short out elsewhere.

Aside from automotive wiring applications, 2-328730-1 connectors are also used in other industries such as aerospace, rail, and marine. In these cases, they are used to establish secure connections between two wires that may be subjected to intense vibration. When the wires continuously vibrate, the connection must remain secure to avoid any potential hazard or malfunction.

In summary, 2-328730-1 connectors, or terminal wire splice connectors, are necessary to establish secure connections between two different wires or cables in various electrical applications. They are designed in such a way that the wires are unable to become disconnected, making them ideal for uses in which vibration is constantly present. They are commonly used in automotive and HVAC/refrigeration applications, but are becoming more widely used in aerospace, rail, and marine applications as well.

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