Stranded Stainless Steel Tube OPGW Design | High-Strength Optical Ground Wire for Overhead Networks

OPGW With Stranded Layers,
Single Tube And Multitube Are Available

Double /Three Armour Layers

The stainless steel tube is stranded by double or three layers of aluminium clad steel wires(ACS) or mix ACS wires and aluminium alloy wires.

Characteristic and Application

larger cable diameter and much more _x001f_ber count.
larger tensile strength and fault current capacity to reach a better balance of electrical and mechanical performance.
The amount of Stainless Steel Tube could be 1, 2 or 3 (max. at present).
Optimum stranding design to reach a suitable secondary _x001f_ber excess length.
The stranded layers could be double layers or three layers, the stranded wires
could be AS wires with/or AA and Al wires.

Typical Parameters

• Cable Type (OPPC-XX/YY): Various OPPC (Optical Phase Conductor) models.
• Current Rating (measured in Amps, likely the maximum current each cable can carry under different temperature ranges).
• Temperature Ranges: Different operating temperatures: 40-70°C, 40-80°C, and 40-90°C.
• Other Values: The remaining values are likely related to different specifications, such as power loss, tensile strength, or specific electrical characteristics at those temperatures.

Packaging and Drum Details

Cable Sheath Marking:

• Marking Color: White
• Contents:
  • Manufacturer: ZION
  • Year of Manufacture
  • Cable Type
  • Cable Number
  • Length Marking Interval: 1 ± 0.2% m
• Customizable Marking: The outer sheath legend can be altered per user requests.

Reel Length:

• Standard Length: 2 to 3 km per reel
• Custom Lengths: Available upon request

Cable Drum:

• Drum Material: Fumigated wooden or plywood drums
• Sealing: Both ends sealed with plastic caps to prevent moisture during shipping, handling, and storage.
• Testing Access: The inner end of the cable is available for testing purposes.

Cable Packing:

• Protective sealing ensures no moisture infiltration during transit or storage, guaranteeing optimal product integrity upon delivery.