2-103682-3 Datasheet/PDFThe 2-103682-3 connector is a multipurpose modular device that is widely used in various industries for a variety of data and power transmission applications. Consisting of two modular units, this accessory provides superior flexibility and uniformity in both application fields and working principle. By utilizing a three-tier locking system, it provides a secure and reliable connection between two separate components.
Its application field includes industrial control, automotive control, aviation, radio, TV, monitor, surveillance, medical equipment, robots, etc. This device also provides an effective pathway for transferring both electricity and data signals between devices. Due to its versatile design, it is suitable for use in a majority of common electrical systems.
The 2-103682-3 connector works by utilizing a three-tier locking system that connects both the metal spring and the plastic collar. This system ensures a secure and reliable connection between two components. The design of the metal spring also prevents the connector from being unplugged, providing extra security. In addition, this device is designed with a three-level shielding system that eliminates electromagnetic interference between devices.
In addition to the three-tier locking system, the connector also includes a key-locking slot. This security measure prevents unauthorized access to the device and provides an additional layer of protection. Furthermore, the transparent collar prevents damage to sensitive components and ensures that the connector is completely sealed and pressurized.
The 2-103682-3 connector is a reliable, durable, and versatile solution for a wide range of data and power transmission applications. It is a cost-effective option and provides superior flexibility and uniformity in both application fields and working principle. Furthermore, its key-locking slot feature ensures that the device is secure and reliable. Thus, this connector can effectively and efficiently power and transfer data signals between two components.