EFB-Elektronik Conjunto Placa guia de condutores para 4U BGT completo com material de montagem

The EFB-Elektronik Bundle Conductor Guide Plate for 4U BGT is a high-quality passive cable management accessory designed to organize, guide, and secure fiber optic bundles within EFB BGT fiber optic distribution panels. This guide plate ensures strain relief and protection of fiber optic cables, maintaining optimal performance in structured cabling systems. The product comes complete with all necessary mounting material for straightforward installation.

Advantages

This guide plate provides reliable cable management, reducing the risk of cable damage and signal loss. Its robust steel construction ensures durability, while the grey finish blends seamlessly with standard rack equipment. The included mounting material simplifies installation, saving time and effort.

Suitable for

• Fiber optic cable management in 4U rack spaces
• Use with EFB BGT fiber optic distribution panels
• Structured cabling systems requiring organized cable routing
• Data centers, telecom rooms, and enterprise networks

Key specifications

• Product Type: Fiber Optic Cable Guide Plate
• Application: Fiber Optic Cable Management
• Rack Unit Compatibility: 4U (4 HE)
• Compatible Enclosure/Panel: EFB BGT Fiber Optic Distribution Panels
• Function: Guides and secures fiber optic bundles/conductors
• Included Accessories: Complete with mounting material
• Material: Steel
• Color: Grey
• Mounting Type: Internal screw mounting
• Purpose: Strain relief, organization, and protection of fiber optic cables
• Installation Location: Inside fiber optic distribution panel
• Manufacturer Series: BGT
• Component Type: Passive cable management accessory
• Usage: For structured cabling systems
• EAN: 4049759264338
• Manufacturer Part Number: 53711.9

Recommendations

For optimal fiber optic cable management, pair this guide plate with EFB BGT distribution panels and appropriate patch cables. Ensure proper installation to maintain cable bend radius and avoid signal degradation.