The Belden 8742 0601000 Equal matches the branded product in fit, form, and function. Our equals are typically manufactured in the USA and are priced 10-20% less than their branded counterpart. Spec sheets are provided for approval, chat with us below for more details.
Belden 8742 Equal Multi-Paired Cables - 3 #22 AWG Twisted Pair, FRPVC Jacket
The Belden 8742 Equal Multi-Paired Cable is designed for high-performance data transmission in various applications, making it an ideal choice for commercial and industrial settings. This cable features three pairs of #22 AWG twisted pairs, ensuring reliable signal integrity and reduced electromagnetic interference (EMI).
Key Features:
High-Quality Construction: Each pair is meticulously twisted to maintain consistent impedance and enhance performance, making it suitable for high-frequency applications.
FRPVC Jacket: The flame-retardant PVC jacket provides additional safety by minimizing the risk of fire spread, making it compliant with various safety regulations.
Versatile Applications: Perfect for use in voice, data, and video transmission, the Belden 8742 Equal cable is widely utilized in telecommunications, networking, and audio/video applications.
Durability: Built to withstand harsh environments, the cable's robust design ensures longevity and reliability even in demanding conditions.
Ease of Installation: The flexible nature of the cable allows for easy routing and installation in various setups, saving time and effort during deployment.
With the Belden 8742 Equal Multi-Paired Cable, users can expect superior performance, enhanced safety, and versatility for all their communication needs. Whether for structured cabling systems or specialized applications, this cable delivers unmatched quality and reliability.
Specifications: - Conductor Size: #22 AWG - Number of Pairs: 3 - Jacket Material: Flame-Retardant PVC (FRPVC) - Application: Voice, Data, and Video Transmission
Choose the Belden 8742 Equal Multi-Paired Cable for a dependable solution that meets your connectivity demands while ensuring safety and efficiency.
