About This Part
The Nokia CS930113 Fiber Feeder Clamp, designated as a "local type," is a fundamental component in telecommunications infrastructure, engineered to securely manage and support optical fiber feeder cables. These clamps are indispensable for maintaining the structural integrity and organization of fiber optic networks, effectively preventing cable sag, undue stress, and potential damage that could arise from environmental factors or physical strain. They are typically deployed in diverse outdoor environments, including cellular tower sites, rooftop installations, and along critical cable routes, where robust and reliable cable management is paramount for ensuring uninterrupted network operation. While specific technical specifications for the "local type" CS930113 are not detailed, fiber feeder clamps are generally designed for exceptional durability and resilience against harsh weather conditions, UV radiation exposure, and significant temperature fluctuations. They are engineered to provide a firm, non-damaging grip on fiber optic cables, thereby preserving the cable's internal structure and ensuring optimal signal transmission performance. Nokia, a globally recognized leader in telecommunications equipment, manufactures these components to meet rigorous industry standards, guaranteeing compatibility and reliability within their extensive portfolio of network solutions. The "local type" designation often indicates design optimizations for specific regional installation practices or particular cable specifications. Revo Distribution Limited specializes in providing high-quality used and refurbished telecom and data centre equipment, including essential infrastructure components like the Nokia CS930113 fiber feeder clamp. By offering such critical parts, Revo empowers network operators and service providers to efficiently maintain, expand, and upgrade their existing fiber optic networks in a cost-effective manner. Our commitment to sourcing reliable, pre-owned Nokia components ensures that clients can access parts that integrate seamlessly into their current infrastructure, thereby supporting continuous network performance and optimizing operational expenditures.
