794079-2

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Rectangular Connectors - Headers, Male Pins are one of the most common connection devices in the electronic industry. They offer versatile solutions for both power and signal harnessing. Each part consists of several pins arranged in a rectangular pattern, which are designed to mate with an appropriate female connection. The 794079-2 is a series of rectangular connectors specifically designed for high-power applications.

The 794079-2 connectors consist of a series of heavy-duty male pins. Each pin is constructed from a hard copper alloy and has a gold plated contact surface for signal integrity and electrical continuity. They feature a low profile design to allow for easy installation in a variety of confined spaces. These pins can be mated to corresponding female connectors with the use of solder, making them suitable for a range of applications including robotic assembly, automotive, and medical instrumentation.

These connectors are especially suitable for high-power applications as their gold plated contacts can support up to 5 Amps of current without damages. They also have a high insulation resistance of >1000MΩ, ensuring reliable electrical performance. Additionally, these connectors offer excellent temperature range from -55°C to +150°C allowing them to be used in demanding environments.

The 794079-2 connectors have an easy installation process. First, the female connector should be soldered onto the board. Then, the male pins are inserted into the female connector and held in place with a strong spring force. The pins are then machined to fit the mating female connector, ensuring a tight fit for maximum reliability.

The 794079-2 connectors are a reliable solution for providing power and signal harnessing. They are designed to last in the most demanding environments and offer excellent electrical performance. They are suitable for a variety of applications including robotic assembly, automotive, and medical instrumentation. Their low profile design and easy installation process make them a preferred choice for high-power applications.

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