Being a specialized stringing tool designed to assist in the safe and efficient replacement or installation of fiber optic cables on existing overhead lines by MARSHINE, a Chinese manufacturer who offer these fiber optic cable installation tools to professionals with competitive price, the MARSHINE Cradle Block Fiber Optic Cable Replacer with its unique cradle-style design to supports the cable during movement, minimizing stress and friction to prevent bending or damage, which is especially important for sensitive fiber optic lines.
As an innovative solution specialized for telecommunication operators, utility technicians, and infrastructure professionals, this MARSHINE Cradle Block Fiber Optic Cable Replacer is an advanced tool simplifies the process of difficult task of replacing fiber optic cables in rack-mounted systems, elevated or hard-to-reach facilities.
Product Parameter
Item number
20123
20124
Model
SH2-OPGW1
SH2-OPGW2
Rated load(KN)
2
2
Dimension(mm)
152x110x343
128x65x365
Weight(kg)
2.4
2.2
Product Feature
MARSHINE Cradle Block Fiber Optic Cable Replacer can provides continuous support for fiber optic cables, reducing strain and potential kinking. It can be easily hooks up to existing the lines or support the structures for the fast deployment. Been available with nylon rollers for low-friction cable handling, which can protect the cable surface well. The frame is been made of durable steel, which is for long-term field use.
Product Application
The MARSHINE Cradle Block Fiber Optic Cable Replacer is ideal for utility, municipal or service provider operations requiring fiber optic line maintenance. Can be used for field maintenance or modification of communications cables, installation and replacement of fiber optic cables in overhead line networks, and the infrastructure projects involving overhead cable renewal.
Product Details
The MARSHINE Cradle Block Fiber Optic Cable Replacer is a dependable and efficient solution for fiber cable installation and replacement. it can ensures minimal cable wear and maximum safety during operations.
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