2-1104006-3

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2-1104006-3 is a heavy duty connector used in many different applications, ranging from industrial automation to automotive and aerospace. This connector is also referred to as the "II-IX" connector, due to the shape of its pins which resemble the Roman numerals II and IX. The connector consists of a metal body with two rows of pins arranged in parallel. Each pin is connected to a contact on one of the other rows, creating an electrical connection between the two rows when they are inserted into a female connector.

2-1104006-3 is often used in situations where a secure connection must be made between two elements such as electrical wires or electronic components. The connector is designed to ensure a strong connection that will not be easily disrupted, even under heavy vibration or shock. This is especially important in environments such as automotive or aerospace where vibration and shock can occur frequently.

The connector is also designed for use in environments with high temperatures. The metal body helps to dissipate heat, preventing the contacts inside the connector from becoming too hot. Additionally, the connector is designed to be water resistant, protecting the metal body and contacts from becoming corroded.

The working principle of the 2-1104006-3 is simple. Two pins are inserted into a female connector, creating an electrical connection. The pins are held securely in place by two guides that prevent them from being pulled out of the connector. This ensures that the connection remains secure even under high vibration or shock. Additionally, the pins are held in place by a spring-loaded locking mechanism, preventing them from becoming loose or releasing unexpectedly.

2-1104006-3 is a versatile and reliable connector that is used in a wide variety of applications. It is ideal for situations where secure, high-temperature connections are required. Additionally, it is also water-resistant and can withstand vibration and shock. This makes it ideal for use in harsh environments such as automotive or aerospace.

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