Cavo patch ACT avorio 0,5 metri U/UTP CAT5E senza linguetta con connettori RJ45

The ACT Ivory 0.5m U/UTP CAT5E Patch Cable is a short network cable with RJ45 connectors designed for reliable Ethernet connections. It has a 0.5 meter length, U/UTP (unshielded/overall unshielded) construction and an ivory-coloured jacket. The cable uses full copper AWG#24 conductors and 50µ gold-plated RJ45 contacts, and ACT specifications are verified by an independent certification institute. All cables are 100% tested to ensure consistent performance.

Advantages

This CAT5E patch cable offers full copper AWG#24 wires for stable signal transmission and 50µ gold-plated RJ45 contacts to reduce contact resistance and corrosion. The snagless connector design protects the plug latch during installation, while 100% electrical testing and external certification of ACT specifications provide documented reliability. Its 0.5 m length is convenient for short connections between devices or patch panels without excess cable.

Suitable for

• Connecting computers, switches and routers over short distances
• Patch panels and wall outlets in office or data cabinet environments
• Home networking where a short, tidy cable run is required

Key specifications

• Brand: ACT
• Model/MPN: IB6500
• Standard: CAT5E
• Cable type: U/UTP (unshielded)
• Length: 0.5 m
• Conductor: full copper AWG#24
• Contacts: 50 µ gold-plated RJ45
• Connector: RJ-45 to RJ-45, snagless
• Colour: Ivory
• EAN: 8716065134179

How to use

Plug each RJ45 connector firmly into the corresponding Ethernet port on your devices (for example, a computer and a switch or a patch panel). Ensure the latch clicks into place to secure the connection. Use the 0.5 meter length for short runs where minimal slack is required; avoid tight bends at the connector exit point to preserve cable integrity.

Recommendations

For best performance, use the cable within structured cabling environments supporting CAT5E standards. Avoid running the cable alongside high-voltage power lines to minimise interference, and do not exceed the intended bend radius or apply excessive tensile force when routing or disconnecting the cable.