
Panels 1 to 3U high, one-sided or double-sided design for safe routing of the maximum number of patch cords into vertical panels.
The High Density series of binding systems supports precise organization of the cabling while respecting the bend radii of modern data cables to optimize the throughput of the high-speed network. The innovative design with unique ribbing, whose radii are optimal for efficient cable routing, is also user-friendly for mounting and operation. The covers feature a unique snap-on system, allowing you to either just flip them up or remove them completely without the use of tools. This improves access to the cabling.
Panels 1 to 3U high, one-sided or double-sided design for safe routing of the maximum number of patch cords into vertical panels.
Panels 1U to 3U high, for safe routing of the maximum number of patch cords into vertical panels. The extended version will allow for an almost double capacity.
Vertical high-density binding panels for rack cabinets, used for safe routing and connection of patch cords running between horizontal panels.
Vertical high-density binding panels for rack cabinets, used for safe routing and connection of patch cords running between horizontal panels. An extended version will allow for nearly double capacity.
Vertical high-density binding panels for open frames, used for safe routing and connection of patch cords running between horizontal panels. The panels can be joined with the back parts. This allows for multiple open frames to be joined in a row.
Vertical high-density binding panels for open frames, used for safe routing and connection of patch cords running between horizontal panels. The panels can be joined with the back parts. This allows for multiple open frames to be joined in a row. An extended version will allow for nearly double capacity.
Pass-through ducts are used to route cables across multiple open frames by placing them above the open frames. Ducts can be connected to vertical binding panels.
Colored binding straps are available for clear organization of cabling.