Model parameters of the optical cable model, optical cable model and specifications

Optical cable model Number of cores (roots) Loose.

Tube. Fill in the numbers. Fill. Rope.

Number of fiber optic cables. Diameter.

mm Fiber optic cable.

Weight. kg km allows for pulling force.

n) Long-term and short-term allowable flattening forces.

n/100mm）

Long-term and short-term bend radius.

mm) static dynamic gyta 2-6 2-6 1 4 80 600 1500 300 1000 10d 20d gyta 8-12 8-12 2 3 80 600 1500 300 1000 10d 20d gyta 14-18 14-18 3 2 80 600 1500 300 1000 10d 20d gyta 20-24 20-24 4 1 80 600 1500 300 1000 10d 20d gyta 26-30 26-30 5 0 80 600 1500 300 1000 10d 20d gyta 32-36 32-36 6 0 97 1000 3000 300 1000 10d 20d gyta 38-48 38-48 4 1 109 1000 3000 300 1000 10d 20d gyta 50-60 50-60 5 0 109 1000 3000 300 1000 10d 20d gyta 62-72 62-72 6 0 126 1000 3000 300 1000 10d 20d gyta 74-84 74-84 7 1 153 1000 3000 300 1000 10d 20d gyta 86-96 86-96 8 0 153 1000 3000 300 1000 10d 20d gyta 98-108 98-108 9 1 182 1000 3000 300 1000 10d 20d gyta 110-120 110-120 10 0 182 1000 3000 300 1000 10d 20d gyta 122-132 122-132 11 1 221 1000 3000 300 1000 10d 20d gyta 134-144 134-144 12 0 221 1000 3000 300 1000 10d 20d gyta 146-216 146-216 18 0 222 1000 3000 300 1000 10d 20

One-way Optical Cable (Guangzhou) **** is an enterprise specializing in production, processing and sales. Professional production technology for every new and old customer network integrated wiring system to save procurement costs, the main production of indoor and outdoor communication fiber optic cable and cable docking auxiliary materials.

Fiber Optic Cable Model:GY Outdoor Fiber Optic Cables for Communications, Mobile Fiber Optic Cables for GM Communications, Indoor Fiber Optic Cables for GJ Communications, Indoor Fiber Optic Cables for GS Communications, Submarine Fiber Optic Cables for GH Communications, Special Optical Cables for GT Communications, and Flexible Optical Cables for GR Communications.

Fiber Optic Cable Specifications:The specifications of optical fibers in optical cables are divided into single-mode and multi-mode. Single-mode optical cable and multi-mode optical cable can also be divided into 2-core optical cable, 4-core optical cable, 6-core optical cable, 8-core optical cable, 12-core optical cable, 24-core optical cable, 36-core optical cable, 48-core optical cable, 56-core optical cable, 72-core optical cable, 96-core optical cable, 144-core optical cable, etc.

Characteristics of optical cable: Optical cable is characterized by good mechanical and environmental performance, flame retardant (or non-flame retardant) performance to meet the requirements of relevant standards, and the mechanical and physical properties of sheath jujube reed to meet the requirements of relevant standards, soft, flexible, easy to excavate, and support large-capacity data transmission, to meet the various requirements of the market and users. The main stool loose belt is used for the introduction cable of the building, indoor wiring, and the cable is directly used by the end user.

How to identify the model of the optical cable? Kiss! Hello, I am glad to answer for you<> the model identification method of the pro-optical cable is as follows:

The first part indicates the classification model of the fiber. The code between the points and the second part indicates the reinforcement (reinforcing core). The sub-indicates the structural feature code.

The structural characteristics of the optical cable should indicate the main type of cable core and the derived structure of the optical cable, and when the optical cable type has several structural characteristics that need to be indicated, it can be indicated by the combination code. It represents the sheath code. The five parts consist of two sets of numbers, the first group represents the armor layer, which can be one or two digits; The second group represents the coating, which is a number.

The code name of the armor layer. Example: Classification code GY Optical cable for communication room (field) GS communication equipment internal optical cable GH submarine optical cable for communication GT special optical cable for communication GJ communication indoor (office) optical cable GW metal-free optical cable for communication GR flexible optical cable for communication Mobile optical cable for GM communication Note:

Between the first part and the second part: the code name of the reinforcing member (reinforcing core) refers to the reinforcing member used to enhance the tensile strength of the optical cable within the sheath or embedded in the sheath: unsigned - metal reinforcing member; g-metal heavy reinforcing member, f-non-metallic reinforcing member; h-Non-metallic heavy reinforcing members (e.g

GYTA: metal reinforcing core; GYFTA: non-metallic reinforcing core) The code of the cable core and the structural features of the fiber optic cable should indicate the main type of cable core and the derived structure of the optical cable, and when the type of optical cable has several structural features that need to be indicated, it can be represented by the combination code.

The code of the sheath A Aluminum-polyethylene bonded sheath g Steel sheath l Aluminium sheath q Lead sheath S Steel-polyethylene bonded magnetic protection u Polyurethane sheath v PVC sheath y Polyethylene sheath w Steel-polyethylene bonded sheath with parallel steel wire Note: Between Part 4 and Part V: its code is indicated by two sets of numbers, the first group represents the armor layer, which can be one or two digits; The second group represents the coating layer, which is a digital armor layer code Code Armor layer 5 Wrinkled steel strip 44 Double thick round steel wire 4 Single thick round steel wire 33 Double thin round steel wire 3 Single thin round steel wire 2 Wrapped double steel belt 0 No armor layer Coating code Code Coating layer or jacket code 1 Fiber coat 2 Polyethylene protective pipe 3 Polyethylene sleeve 4 Polyethylene sleeve with nylon sleeve 5 Polyvinyl chloride sleeve Part 6:

Optical cable specifications and model A Multimode fiber B Single-mode fiber Non-dispersion displacement optical fiber G652 Cut-off wavelength displacement optical fiber G654 B2 Dispersion displacement optical cable G653 B4 Non-zero dispersion displacement optical fiber G655 Note: Multimode optical fiber cannot carry out long-distance optical transmission due to inter-mode dispersion, and is almost eliminated. Hope mine can help you <>

Do you have any other questions?

The number of commonly used optical cable cores is 2 4 6 8 12 24 48 96 144. The basic structure of the optical cable is generally composed of several parts such as the cable core, reinforcing wire, filler and sheath, and there are also waterproof layers, buffer layers, insulated metal wires and other components as needed.

The optical cable is composed of three parts: a reinforcing core, a cable core, a sheath and an outer sheath. There are two types of cable core structure: single-core type and multi-core type: single-core type has two types: full type and tube bundle type; There are two types of multi-core types: ribbon and unit. The outer sheath is available in metal armor and non-armor.

Fiber optic cable color spectrum: blue, orange, green, brown, gray, white, red, black, yellow, violet, pink, water green.

When the fiber is less than 12 cores, it is taken from the No. 1 (blue) chromatography. After more than 12 cores, every 12 cores is a bundle tube.

About 12-core fiber optic cables.

A 12-core optical cable is a communication cable with 12 optical fibers (composed of silica and quartz glass). It has a variety of structure models and two transmission modes, and is a widely used communication optical cable.

In terms of structure, 12-core optical cables are mainly divided into two structural types: outdoor and indoor. There are two main types of outdoor cores: central bundle tube type and layer stranded type, and the layer stranded type is generally more commonly used, because the number of cores accommodated by the layer stranded type is larger, and the protection performance is better than that of the central bundle tube type. (The central bundle tube type is a structure in which the optical fiber is located in the center of the optical cable, and the structure is filled without paste and reinforced by double steel wires; Stranded is a form of structure in which the optical fiber surrounds the central reinforcement.

The indoor type is mainly a bundle-shaped structure (model is GJFJV).

1. The model of the optical cable is the meaning represented by the coding and numbering of the optical cable, so that people can understand and use the optical cable. 2. Optical cable model code: GY outdoor optical cable for communication, mobile optical cable for GM communication, indoor optical cable for GJ communication, optical cable for GS communication equipment, submarine lead draft optical cable for GH communication, special optical cable for GT communication, flexible optical cable for GR communication.

3. Optical cable structure characteristic code: layerless stranded structure, S optical fiber loose sleeve coated structure, J optical fiber tight sleeve coated structure, D optical fiber ribbon structure, G skeleton groove structure, X central tube structure, T filled structure, and excited B flat structure, Z flame retardant structure, C self-supporting structure, E sheath elliptical section. 4. Optical cable sheath code:

Y polyethylene, V polyvinyl chloride, F fluoroplastic, U polyurethane, E polyester elastomer, A aluminum tape - polyethylene adhesive sheath, S steel tape - polyethylene adhesive sheath, W steel belt with steel wire - polyethylene adhesive sheath, l aluminum, G steel, Q lead, 5, optical cable outer sheath code: armored, 0 unarmoured, 2 double steel belts, 3 thin round steel wires, 4 thick round steel wires, 5 wrinkled steel belts, 6 double round steel belts.

Optical fiber cable is a communication cable assembly that utilizes one or more optical fibers placed in a jacket as the transmission medium and can be used individually or in groups.

The optical cable is mainly composed of optical fibers (glass filaments as thin as hair) and plastic protective sleeves and plastic sheaths, and there are no metals such as gold, silver, copper and aluminum in the optical cable, and generally have no value. Optical cable is a communication line that a certain number of optical fibers are composed of a cable core in a certain way, covered with a sheath, and some are also covered with an outer sheath to realize optical signal transmission.