
Overhead Galvanized Steel Wire XLPE Insulated Aluminum Alloy AAC AAAC Conductor ACSR
Henan Jinshui Wire & Cable Co., Ltd.- Type:Bare
- Conductor Type:Stranded
- Application:Overhead
- Conductor Material:Aluminum
- Sheath Material:Bare
- Insulation Material:Bare
Base Info
- Model NO.:6Al,1Alloy
- Material Shape:Round Wire
- Range of Application:Overhead Cable
- Certification:ISO9001, CE, CCC
- Brand:Jinshui
- Transport Package:Drum
- Specification:1.1*1.1
- Trademark:JINSHUI
- Origin:Zhengzhou Henan
- HS Code:4107961636
- Production Capacity:50000km,Month
Description
Basic Info.
Model NO. 6Al/1Alloy Material Shape Round Wire Range of Application Overhead Cable Certification ISO9001, CE, CCC Brand Jinshui Transport Package Drum Specification 1.1*1.1 Trademark JINSHUI Origin Zhengzhou Henan HS Code 4107961636 Production Capacity 50000km/MonthProduct Description
Standards and Scope of ApplicationThe products are used for aerial electric power transmission according to the standard ASTM , IEC , BS , CSA , NFC , and so on
Specific property for using
1.The permissible long-time operating temperature for aerial conductor is 70 C
2.For long-span application in harsh environment such as heavy icing , the biggest stress of the cable at the lowest point on the span curve shall not exceed 60% of its breaking load.
3.When connecting conductors , the conductor near the connecting tube can't be prominent. Otherwise , the force on the operating conductors will be unbalanced after connectors are pressed . The connecting tube should be plated by moistureproof paint in order to avoid corrosion.
4.In order to meet conductor-to-earth or conductor-to-building distance requirement during installation , the conductor stress can be 10%~15% higher than its permissible normal tension .
DESCRIPTION
Very good strength/weight ratio . Highly resistant to sorrosion .
STANDARDS
Construction as per ASTM , IEC , BS , DIN , CSA , NFC ,and so on.
APPLICATION
Used as bare overhead transmission cable and as primary and secondary distribution cable . A good strength-to-weight ratio makes ACAR applicable where both amacity and strength are prime considerations in line disign ; with equal weight , ACAR offers higher strength and ampacity than ACAR .
