Lanview LVN122004 netwerkkabel wit 305 m Cat5e U/UTP (UTP)

Lanview LVN122004 is a Cat5e U/UTP networking cable in a 305 m reel with a white PVC jacket. It is designed for indoor structured cabling and supports Fast Ethernet, voice, data, video and multimedia applications. The cable contains four twisted pairs of PE-insulated, color-coded conductors and is manufactured and tested to ISO/IEC 11801, EIA/TIA 568B and EN50173-2 standards.

Advantages

This Lanview Cat5e unshielded cable uses the standard U/UTP (unshielded twisted pair) construction, where the balanced twist of the pairs reduces electrical noise and electromagnetic interference without additional shielding. The 305 m length and durable white PVC outer jacket make it suitable for longer indoor runs and easy identification during installation. Conformity to recognized cabling standards ensures consistent performance and interoperability with common networking equipment.

Suitable for

• Fast Ethernet (100BASE-TX) installations
• Voice and telephony cabling
• Data and multimedia networks in homes and offices
• Structured indoor cabling in commercial and residential buildings

Key specifications

• Standard: Cat5e (ISO/IEC 11801, EIA/TIA 568B, EN50173-2)
• Type: U/UTP (unshielded twisted pair)
• Conductors: 4 pairs, PE insulated, color coded
• Length: 305 m
• Outer jacket: White PVC
• Brand / MPN: Lanview / LVN122004
• EAN: 5706683019685

How to use

Run the cable inside walls, under floors or through cable trays for indoor structured cabling. Terminate each end with appropriate Cat5e RJ45 connectors or patch panels following EIA/TIA 568B pinout to maintain standard wiring and performance. Avoid sharp bends, excessive tension and proximity to strong electrical sources to preserve signal quality. Use standard cable management accessories to secure and organize runs.

Recommendations

For best results, test each installed run with a cable tester certified for Cat5e performance and ensure connectors and patch panels are rated for Cat5e. Keep cable lengths within Ethernet distance limits and separate data runs from high-voltage power lines to reduce interference.