GDS® Uni-Conn™ Spring Loaded Power + Single USB-C Dock
GDS® Uni-Conn™ Spring Loaded Power + Single USB-C Dock
3 399 kr
- Spring-loaded dock featuring GDS® Technology™ uses an integrated pogo pin connector to provide high-speed charging and connection to one additional USB peripheral
- Designed for devices wrapped in an IntelliSkin® protective sleeve with GDS® Uni-Conn™ Adapter installed
- USB Type-C Female connector provides high-speed charging and USB Type-C connects one peripheral device
- RAM® Mounts Compatible™
- Backed by a 3-year warranty
The GDS® Uni-Conn™ Spring Loaded Power + Single USB-C Dock (RAM-GDS-DOCK-V12-U1CP-CU) is a revolutionary universal docking platform. This sliding dock solution securely holds your device in place. When docked, power is delivered via the pogo pin connection, enabled by the USB-C female connector. The docking station requires the GDS® Uni-Conn™ adapter (RAM-GDS-U1U) to be installed on the intended IntelliSkin®-wrapped device. It features an easy docking and undocking process, simply place the GDS® Uni-Conn™ adapter on the back of your device into the octagon-shaped connection point on the top cup, pushing the the device upwards until you can place the bottom of the device on the D-shaped bottom cup connection point. Integrate up to one peripheral device into your solution with the USB-C female connector. The GDS® Uni-conn™ dock is backed by a 3-year warranty. Always Protected. Always Connected.® One Dock to Connect Them All™.
hardware included |
(2) #8-32 x 5/8" Machine Screws |
hole pattern |
2-Hole AMPS: 1.912" |
materials |
High strength composite |
packaging type |
Poly Bag |
input connector |
USB Type-C |
input cable length |
1 Meter |
peripheral output |
500mAh |
Warranty |
3 year warranty |
Weight |
0.28 kg |
Additional Information |
GDS® Uni-Conn™ Spring-Loaded docks are not recommended for high vibration or open cockpit applications, such as forklifts or semi-trucks. Consider the GDS® Uni-Conn™ Powered Dock for high vibration applications or the GDS® Tough-Dock™ for extreme applications.
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