![]() ![]() ![]() The Solution: Sealevel SeaLATCH Connectors Provide a Secure USB Connection As a result, accidental cable disconnection is the single most common point of failure with USB industrial I/O devices. However, the USB mechanical connector was designed to be quickly connected and disconnected and did not include a locking mechanism. Over time, USB has become the most common interface and has migrated to products targeting industrial applications. The USB interface was originally designed to give home computer users a universal method for connecting peripherals. While this does make it tough as a mainstream product, it's great for other speciality applications where you can control the female connector that's being used.The Problem: The USB Interface Was Not Designed for Industrial Environments And, sometimes, in order to get the pins to lock into place, you'll have to rock the connector to make it fit and lock into place. ![]() ![]() As such, this does fit in most female connectors, but not all. We can add this to any cable that you choose, one of ours, or another manufacturers wire, including those that have a cable attached to the device. Of course, not everyone wants to do it, or perhaps doesn't have the right equipment to make this happen, such as a quality solder gun, or fine motor skills, both of which are helpful in putting this together. This locking USB connector will latch into most standard female connectors.Īdd your own USB 2.0 locking connector to any cable! This includes a 360 degree strain relief that accommodates cables with a 5.0 mm outer diameter. The connection that's secured with a metal latch on each side is easily disconnected with the press of a finger on each side. Lock in a USB 2.0 A Male connection with our locking USB 2.0 A connector. ![]()
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