All Dielectric Self Supporting Fiber Optic Cable 48 96 Core Span100m SJ For Network Construction

Miejsce pochodzenia Shandong, Chiny
Nazwa handlowa OEM
Orzecznictwo ISO TLC
Numer modelu ADSS -48B1.3
Minimalne zamówienie 3000m
Cena EXW $0.35/M
Szczegóły pakowania 1. Bęben z drewna żelaza lub drewniany drewniany bęben, normalny drewniany bęben. 2
Czas dostawy 5-8 dni
Zasady płatności T/T, L/C
Możliwość Supply 20 km/dzień

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Szczegóły Produktu
Typ włókna G652D/G657A1 A2 Liczba błonnika 2-288 rdzeni
Członek siły FRP Kurtka PE
Kolor kurtki Czarny marka OEM
Podkreślić

ADSS fiber optic cable 96 core

,

dielectric fiber optic cable 100m span

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self supporting fiber cable network construction

Zostaw wiadomość
opis produktu

Description

ADSS (All-Dielectric Self-Supporting) fiber optic cable is a type of cable designed for aerial deployment that is self-supporting, meaning it does not require a separate messenger or support wire. Its all-dielectric, non-metallic construction is crucial for installation on power lines, and its design provides mechanical strength, lightweight handling, and resistance to environmental factors like ice, wind, and thermal changes. This makes it a cost-effective and economical solution for telecommunications, cable television, and power companies.

All Dielectric Self Supporting Fiber Optic Cable 48 96 Core Span100m SJ For Network Construction 0

Features


All-dielectric and self-supporting: The cable contains no metallic components, which makes it safe to install on power lines without disrupting live electrical currents.
Self-supporting design: It is designed to be strung directly between poles or towers, reducing installation complexity and costs because no separate support wire is needed.
Mechanical strength: ADSS cables are built to handle external loads and environmental stresses, with reinforcements like aramid yarn and a central FRP (Fiber Reinforced Polymer) strength member.
Environmental resistance: It is built to withstand environmental factors such as wind, ice, and temperature fluctuations. Some versions also feature track-resistant jackets for use in high voltage environments.
Application flexibility: Designs are available for different span lengths (short, medium, and long), with single or double jacket options for varying levels of protection.


Common applications
Telecommunications: Deploying fiber optic networks over existing aerial rights-of-way for phone and internet services.
Electric power utilities: Installing fiber on power transmission and distribution lines for monitoring and communication.
Cable television: Expanding cable TV networks via aerial deployment.
Campus backbones: Connecting buildings on a campus where metallic cables cannot be used.

 

Physical Parameters

Span(m) Ice+Wind:0mm+35m/sec Ice+Wind:12mm+30m/sec
Cable O.D.(mm/in) Cable Weight (kg/km)/(lb/kft) Max.Working Tension(N/lb) Max .Sag(%) Cable O.D.(mm/in) Cable Weight (kg/km)/(lb/kft) Max.Working Tension(N/lb) Max .Sag(%)
100 13.9/5.472 152/102.01 7578/1704 2 13.8/0.543 150.0/100.67 6621/1489 2
200 14.3/0.562 161/108.05 10430/2346 3 14.1/0.555 157.0/105.37 9000/2024 3
400 15.9/0.625 199/133.56 23221/5223 3 15.4/0.606 187.0/125.50 19225/4331 3
500 16.7/0.657 220/147.65 30590/6881 3 16.1/0.633 204.0/136.91 24885/5598 3
600 16.3/0.641 209/140.27 26952/6063 4 15.7/0.618 196.0/131.54 22154/4983 4
800 16.5/0.649 216/144.97 29452/6625 5 15.9/0.625 201.0/134.90 24042/5408 6
1000 16.7/0.657 221/148.32 31271/7034 6 16.1/0.633 204.0/136.91 24407/5490 6