CCS Copper Clad Steel Wire

Conductor material:copper

Stranded wire:0.2-0.5mm

Max number:127 stranding Nos

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Introduction

Copper Clad Steel CCS ASTM STANDARD HIGH TENSILE STRENGTH 40% CONDUCTIVITY CCS

21%, 30% and 40% IACS.

– CCS has more than 10 times the ex fatigue cycles compared to annealed solid copper.
– CCS is 65% stronger than Annealed Copper.
– CCS is more robust than Annealed Copper.
– CCS can be thermo or Cad Welded just like Copper.
– CCS has faster impedance to ground than Copper, so lines and equipment have a better protection.
– CCS has higher resistance to thermal expansion Failures when compared to solid copper.
– CCS has the same resistance to corrosion as copper.
– The main applications for CCS are the CATV Drop Wires, Telepho- nic Wires, Grounding Applications and Aerial Cables.

Application

Telecommunications
Utility Industry
CCS for grounding application
Wind Power
Tracer Wire
Cable manufacture
Automotive
Other applications

Features

• Demonstrates the same corrosion-resistant properties as copper while maintaining the high strength of steel

• Reduces damage caused during installation or fatigue from vibration or bending

• Special heat treat process results in a very malleable wire called Dead Soft Annealed (DSA)

• Copper permanently bonded to the steel core prevents corrosive of the steel core.

• Very little scrap value, discouraging theft and leaving the grounding system intact

• Compliant with IEEE 80, ASTM B258, ASTM B910/B910M, ASTM B339, ASTM B227

Specification

Technical Data of CCS AWG 8
ITEM Description Unit Data
1 Applicated Standard …. ASTM B -227
2 Factory …. Yifang Electric Group Inc.
3 Structure
3.1 Material …. Hard Drawn Copper clad steel
3.2 Type of Conductor …. Solid
3.3 Model …. # 8 AWG
3.4 Diameter of Conductor inch mini. 0.1285
3.5 Area of Cross-section Sq. inch 0.01297
3.6 Thickness of Copper Clad inch mini.0.007
4 Mechanic Characteristics
4.1 Approxi. Weight Kg/km 69.8
4.2 Weight of Each Coil KG 250
5 Electrical Characteristics
5.1 Rate of Conductive % 40
5.2 Max. Conductor Resistance at 20ºC ohm x feet 1.614

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