CENTRAL STAINLESS STEEL TUBE
CENTRAL STAINLESS STEEL TUBE

CENTRAL STAINLESS STEEL TUBE

OPGW (Optical Fiber Composite Overhead Ground Wire) is a composite cable that integrates communication optical fibers into the overhead ground wire of power lines.

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Advantages

  1. Dual functions: It simultaneously provides lightning protection for power lines and high-speed communication transmission.
  2. High reliability: Set up with power transmission towers, the path is safe and reliable, and has strong disaster resistance. The armored structure protects the optical fiber from external force damage and environmental erosion.
  3. Economical and efficient: It is erected on the same tower as the power line, saving the separate routing license and construction cost of the communication line. Resource sharing and low overall cost.

CENTRAL STAINLESS STEEL TUBE Data Sheet

Cable Type: OPGW – 1C 1 / 48 ( M58 / R35 – 33 )

Cross Section:

Cross Section

Design:
Name No Material Dia.
Center SUS Tube 1 / 48 3.50
Layer1 40%ACSwire 6 3.50
AA(LHA2)wire 0

Fiber type: 48xG.652D

Stranded:core and layer1 greased
stranding direction of outer layer is “right” hand(Z-stranding)
Cable Diameter 10.5mm
Cable Weight 297kg/km

 

Technical Data: According to: IEC 60794 standards
Supporting Cross Section 57.73mm²
Section of ACS Wire / AA Wire 57.73 / 0.00mm²
Rate Tensile Strength (RTS) 35.3kN
Modulus of Elasticity (E-Modulus) 109kN/mm²
Thermal Elongation Coefficient 15.510⁻⁶/℃
Permissible Maximum Working Stress(MAT) (40%RTS) 244.8N/mm²
Everyday Stress(EDS) ( 16%~25%RTS) 97.9~153N/mm²
Strain Margin Stress (60%RTS) 367.2N/mm²
DC Resistance ( 20 ℃) 0.757Ω/km
Short Circuit Current ( 1s, 20℃~260℃) 5.8kA
Short Circuit Current Capacity ( 20℃~260℃) (I²t) 33.12kA²s
Minimum Bending Radius (installation) ≥ 263mm
Installation Tensile Strength (≤20%RTS) ≤7.1kN
Temperature Installation -10℃ ~ +50℃
Range: Transportation and Operation -40℃ ~ +80℃

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Applications

  1. Power communication dedicated network: Relay protection signals, dispatching telephones, automatic control, data monitoring, etc. for high-voltage/ultra-high-voltage transmission lines.
  2. Smart grid: Building the backbone network for information transmission in the power system to support smart substations, distribution network automation, and electricity consumption information collection, etc.

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