61030011016

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D-sub, D-shaped connectors, also known as D-subminiature connectors or D-subs, are compact electrical connectors commonly used in a variety of electronics, including computers, telecommunications equipment, musical instruments and medical equipment. These connectors are available in both male and female gender types, and are commonly used to connect cables for wiring harnesses, sensors, motor controls, audio and video devices, or other applications requiring multiple plugs and sockets. There are different sizes and sizes, with 15-pin connectors being the most common.

The 61030011016 is an off-the-shelf industrial D-subminiature hood that acts as a protective backshell for D-shaped connectors. This hood prevents damage to the connector and associated wiring by providing a level of protection from dust, moisture, physical, mechanical, and environmental hazards. Additionally, it improves the connection integrity of the connector by shielding it from EMI/RFI.

The 61030011016 offers an easy-to-install solution and comes with a 7/8" and 9/16" hex size. It is available in both steel plated or aluminum shell, and comes with dust cover and mounting screw. It fits standard Series B (.157”) D-subminiature connectors and is suitable for panel-mounting applications or applications requiring direct soldering to a printed circuit board.

The unique design of the 61030011016 facilitates easy installation by allowing for quick and hassle-free connection from outside of the equipment. The hood is lightweight and comes with a built-in cable strain relief that eliminates the need for additional strain relief devices. Additionally, it has a high resistance to extreme temperatures, rust and corrosion, making it suitable for a variety of industrial and commercial applications.

The main purpose of the 61030011016 is to improve the connection integrity of the D-subminiature connector. It is used to minimize interference between the connector and the wiring, mitigate EMI/RFI and reduce frequency shifting of the signals. It also helps reduce excessive contact wear, which can significantly impact the connection life. This makes it suitable for applications that require precise control of the frequency and signal propagation and is often found in industrial, aerospace, medical, and military applications.

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