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Network cable electro base CAT5e UTP indoor, 305 m spool
Network cable electro base CAT5e UTP indoor, 305 m spool
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Network cable electro base CAT5e UTP indoor, 305 m spool
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Network cable electro base CAT5e UTP indoor, 305 m spool
Network cable electro base CAT5e UTP indoor, 305 m spool
electro base CAT5e UTP network cable on a 305 m spool is intended for indoor structured cabling and general Ethernet wiring. This unshielded twisted pair cable meets Cat5e performance requirements and is made for applications such as LAN connections, IP camera links, voice over IP and other typical network runs inside buildings. The 305 m spool format provides a continuous length for longer runs and reduces the need for joints or additional couplings during installation.
The cable offers stable signal transmission for typical gigabit and fast Ethernet usage within Cat5e specifications, with consistent pair twist and conductor quality designed for predictable attenuation and crosstalk performance. The UTP design simplifies installation in standard indoor environments where shielding is not required. Supplied on a 305 m spool, the product reduces waste and allows installers to measure and cut runs on site. The cable's construction supports routine termination with RJ45 connectors and common patch panels used in residential and commercial LAN builds.
Route the cable through walls, ceilings or cable ducts following local building and fire-safety regulations for indoor cabling. Cut required lengths from the spool and strip the outer jacket to access the twisted pairs; maintain pair integrity and follow the T568A or T568B termination standard when attaching modular RJ45 plugs or patch panel jacks. Avoid sharp bends and kinking; keep bend radius to at least four times the cable diameter and minimise tension while pulling. Test each terminated run with an appropriate cable tester to verify continuity, pair mapping and performance before connecting active network equipment.
For reliable long-term performance, keep UTP cable away from sources of electromagnetic interference such as high-voltage power lines and large electrical equipment. Use proper cable management, labeling and strain relief at termination points. For installations requiring higher bandwidth, shielding, or longer guaranteed distances for emerging standards, evaluate higher-category or shielded cable options.
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