Keystone modul Lanberg KSF7-2000 plosnati nehrđajući čelik

Lanberg KSF7-2000 is a toolless Cat.7 FTP RJ45 keystone module with a stainless steel finish designed for installation in adapters, 45x45 sockets, electrical frames or modular panels. The module fits openings with inner dimensions 16.10 × 14.50 mm and provides a standard RJ45 socket mounted on a PCBA printed circuit board for high-speed network connections.

Advantages

The keystone supports both 568A and 568B wiring schemes and includes an IDC connector cover for secure termination. Its universal slotted connectors are compatible with LSA tools, enabling reliable, tool-assisted or toolless terminations. The stainless steel finish offers enhanced mechanical durability and a professional appearance suitable for structured cabling systems.

Suitable for

• 45x45 keystone wall plates and modular frames
• Electrical equipment frames and adapter panels with 16.10 × 14.50 mm openings
• Structured Cabling installations requiring Cat.7 FTP RJ45 outlets

Key specifications

• Category: Cat.7 FTP keystone module
• Connector: RJ45 socket on PCBA
• Termination: IDC with 568A / 568B color codes
• Compatibility: Universal slotted connectors, LSA tool compatible
• Mounting opening (HxW): 16.10 × 14.50 mm
• Finish / colour: Stainless steel
• Manufacturer MPN: KSF7-2000
• EAN: 5901969428360

How to use

Insert the keystone module into a compatible adapter or frame opening sized 16.10 × 14.50 mm until it snaps into place. Strip the cable jacket according to standard practice, align the pairs to the chosen 568A or 568B sequence and terminate using the IDC connector, closing the IDC cover for secure contact. If required, use an LSA-compatible punch-down tool on the universal slotted connectors to ensure correct and permanent termination.

Recommendations

For optimal performance, use shielded FTP Cat.7 cables and maintain correct grounding of the shield. Verify wiring sequence (568A or 568B) before installation and avoid introducing excessive bend radius near the termination point.