METZ CONNECT 130861-0202KE kuituverkon seinäliitäntärasia LC-Duplex OM4 2-porttia valkoinen

The METZ CONNECT 130861-0202KE is a high-quality fiber optic wall outlet designed for professional indoor installations. This surface-mount unit features 2 LC-Duplex ports with OM4 multimode fiber pigtails, providing reliable and high-speed data transmission for modern network infrastructures. The robust housing is made from die-cast aluminum, steel, and zinc, ensuring durability and long-term performance. With a sleek white finish (RAL 9010), it blends seamlessly into any environment.

Advantages

Pre-assembled with 2 m OM4 pigtails for quick and easy installation. The ceramic adapter sleeves ensure low insertion loss (<0.2 dB) and high return loss (>35 dB), guaranteeing excellent signal integrity. Multiple cable entry options (rear, top, bottom, side) offer flexible routing. The IP20 protection class makes it suitable for clean indoor environments.

Suitable for

• Fiber-to-the-desk (FTTD) applications
• Data center and server room connectivity
• Telecommunications and LAN networks
• Industrial and commercial building cabling

Key specifications

• Product Type: Fiber Optic Wall Outlet
• Connector Type: LC-Duplex
• Fiber Category: OM4 (Multimode)
• Number of Ports: 2
• Number of Fibers: 4
• Mounting Type: Wall Mount (Surface Mount)
• Color: White (RAL 9010)
• Housing Material: Die-cast aluminum, steel, zinc
• Protection Class: IP20
• Pre-assembled: Yes, with pigtails
• Pigtail Length: 2 m
• Pigtail Fiber Type: G50/125 µm OM4
• Pigtail Connector Type: LC-PC
• Adapter Sleeve Material: Ceramic
• Operating Temperature Range: -10 °C to +60 °C
• Application Environment: Indoor
• Cable Entry Options: Rear, top, bottom, side
• Insertion Loss (Adapter): <0.2 dB
• Return Loss (Adapter): >35 dB
• Dimensions (W x H x D): 110 mm x 52 mm x 43.6 mm

Recommendations

For optimal performance, pair with OM4 patch cables and LC connectors. Ensure proper cable management to maintain bend radius. Suitable for use with standard wall boxes or direct surface mounting.