Lanview LVO233835 patch panel 1U

The Lanview LVO233835 is a 1U rack-mount fiber optic patch panel designed for organized management of single-mode LC connections. The panel is equipped with six LC duplex adapters (12 fibers) and comes with 12 pre-mounted pigtails inside a splice cassette. Constructed from durable steel and finished in black, it supports neat cable routing and strain relief for blown-fibre installations.

Advantages

This patch panel provides a compact 1U form factor for standard racks, integrated splice cassette for protected fibre splicing, and rubber-coated strain relief suitable for blown-fibre applications. Cable management cutouts and fixtures for splice cassettes enable secure fastening with cable ties or Velcro straps to reduce stress on connections.

Suitable for (tasks / use cases)

• Data centre rack fibre termination and distribution
• Server room fibre patching and consolidation
• Telecom closets and rack-mounted network enclosures
• Blown-fibre installations requiring strain relief

Key specifications

• Model: Lanview LVO233835
• Form factor: 1U rack-mount
• Connectors: 6 x LC duplex single-mode adapters (12 fibres)
• Included: 12 pre-mounted pigtails in splice cassette
• Material: Steel
• Colour: Black
• Ports quantity: 24
• Dimensions (W×H×D): 420 × 245 × 36 mm
• Weight: 3.5 kg
• EAN: 5704174320449

How to use

Mount the patch panel into a standard 19" rack using the 1U mounting holes. Install the splice cassette into the provided fixture and route the pre-mounted pigtails to the splice points. Secure incoming and outgoing fibre cables using the cable management cutouts and fasten with cable ties or Velcro straps to maintain proper bend radius. Use the rubber-coated strain relief for blown-fibre entries to protect the fibres from mechanical stress.

Recommendations

Ensure all splices are performed in a clean environment and verify connectors with appropriate test equipment after installation. Maintain minimum bend radius for single-mode fibres and fasten cables to the panel fixtures to prevent strain on splices and connectors.