MVU10-6FLK

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Spade Connectors have been used for years in a variety of fields due to their simplicity and flexibility. This is especially true of the popular MVU10-6FLK Spade Connector, which can be used for a wide range of applications.

The MVU10-6FLK Spade Connector is a six-pin, female-to-male terminal that is specifically designed to offer excellent electrical connectivity for tight spaces. The connector’s design features low resistance, meaning it produces low levels of voltage drop, maximising efficiency of current flow. This makes the MVU10-6FLK suitable for applications that require consistent and reliable electrical supply over long distances.

To ensure the highest level of safety and reliability in your application, the MVU10-6FLK is constructed with top-quality materials that have a high level of corrosion resistance. The pins are gold plated, and the insulators are made of flame-retardant polycarbonate. The connector also features a temperature overload protection which uses integrated thermal fuses to protect against excessive temperatures.

In terms of installation, the MVU10-6FLK Spade Connector has been designed for quick and easy fitting. The connector includes a locking tab which prevents accidental loss of the connection when the connector has been fully fitted. The connector has also been designed for easy cable insertion, meaning no special tools or adjustments are necessary.

In addition to its electrical applications, the MVU10-6FLK Spade Connector is also extremely useful for applications where an effective heat transfer mechanism is required. The lubricated steel contacts of the connector ensure an effective transfer of heat from the electrical components connected to the connector.

To summarise, the MVU10-6FLK Spade Connector is a reliable, safe and efficient terminal for a variety of applications. Its robust design, corrosion resistance and temperature overload protection make it an ideal choice for applications that require consistent and reliable electrical connections over long distances. In addition, its fast installation and heat transfer capability make it an ideal choice for applications that require efficient heat transfer.

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