ATP06-2S-BLK

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The ATP06-2S-BLK is a rectangular connector that serves as a housing for many interconnected wires and cables. It is designed to withstand harsh environments and is suitable for applications in industries such as aerospace, automotive, and medical equipment. The connector is capable of providing superior performance and reliability.

The ATP06-2S-BLK utilizes the popular two-piece design, allowing for it to be quickly and easily assembled and disassembled for maintenance or repair purposes. The connector is engineered with a zinc-plating finish which offers superior corrosion resistance and is UL listed for safety. An environmental seal is also included to shut out dirt and moisture.

The ATP06-2S-BLK is designed to be used with a variety of pin sizes and contact arrangements. The characteristics of the connector allow its use with a variety of cables and wires, making it a versatile and reliable choice for many applications. The connector is perfect for use in high current applications, where the connector\'s superior strength and quality are essential to ensure its long-term performance.

The working principle of the ATP06-2S-BLK is fairly simple. The contacts are inserted into the connector housing which then holds the male and female pins in place. Power and ground are transferred between the connectors via the contacts which are inserted and held securely in place. The connections provide superior conductivity and are designed to withstand high temperatures and vibration, allowing for the safe and reliable transfer of signals between the two connectors.

The ATP06-2S-BLK connector is a versatile and reliable housing choice for many electrical and electronic applications. Its robust design, corrosion resistance, and UL listing makes it suitable for a variety of indoor and outdoor applications. Its characteristics make it well-suited for use in demanding applications, such as automobiles, aerospace, and medical equipment, which require connections that can withstand high-temperature and vibration.

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