Network Cable C-TECH CB-PP5-50 Patchcord Cat5e UTP 50m Gray

Network Cable C-TECH CB-PP5-50 Patchcord Cat5e UTP 50m Gray is a 50-meter unshielded twisted pair (UTP) patch cable conforming to Cat5e specifications. It contains four twisted pairs (4x2 conductors) made of 100% copper with AWG26/7 construction and is fitted with two RJ45 connectors wired straight-through 1:1. The cable carries UL certification and is rated for operation in temperatures from -20°C to +60°C.

Advantages

The Cat5e UTP construction and solid copper conductors provide stable high-speed data transmission for typical Ethernet networks. The 50 m length and gray jacket offer versatility for installations in homes and offices. AWG26/7 stranded design maintains flexibility for routing while preserving signal integrity. UL certification confirms compliance with recognized safety and performance standards.

Suitable for

• Ethernet connections up to Cat5e speeds (e.g., 100BASE-TX, 1000BASE-T where supported)
• Patch panels, switches and routers in home and small office networks
• Horizontal cabling runs and temporary or permanent patching

Key specifications

• Length: 50 m
• Cable type: UTP Cat5e
• Conductors: 4x2, 100% copper, AWG26/7
• Connectors: 2× RJ45, straight-through 1:1 wiring
• Certification: UL
• Operating temperature: -20°C to +60°C
• Color: Gray

How to use

Unroll the 50 m patchcord and route it between network devices or through cable management as required. Terminate each end via the pre-attached RJ45 connectors by plugging into the corresponding Ethernet ports on switches, routers, patch panels or network devices. Avoid sharp bends and excessive pulling force to prevent damage to the jacket and conductors. For fixed installations, secure the cable with appropriate clips or ties while respecting minimum bend radius recommendations.

Usage recommendations

For optimal performance, use this Cat5e UTP patchcord for typical Ethernet links within its specified temperature range and length. Avoid running the cable alongside high-voltage power lines to minimize interference and choose cable routes that reduce mechanical stress.