CCS cable is composed of copper clad steel. Solid or Concentric-lay-stranded conductors of copper-clad steel wires. A high strength steel wire with a 25% thick cross-section ratio of Copper cladding creating a high electrical conductivity, highly corrosive resistant and a thermal stability for high temperature operation and all with a lighter weight.
AAAC conductor (All aluminum alloy conductor) is aluminum alloy 6201 wires, concentrically stranded. All aluminum alloy conductor AAAC is the material by adding copper, iron, magnesium, silicon and other elements on the basis of pure aluminum material.Therefore, AAAC conductors has some superior performances than AAC conductor after annealing treatment,special process synthesis and other advanced treatment. For example, all aluminium alloy conductors have better electrical conductivity and bending performance. Moreover, AAAC conductors also have better performance in creep resistance and corrosion resistance. Therefore, all aluminium alloy conductor AAAC guarantees the thermal stability of the connection even under prolonged overload and overheating.
AAAC Conductor Standard
ASTM B 399, ASTM B 399M, IEC 61089, BS EN 50182,AS 1531, DIN 48201-6, BS EN 50183, BS 3242, NFC 34-125, GB/T 1179
AAAC Conductor Application
AAAC Conductor (All aluminum alloy conductor) is widely used in overhead transmission lines. All Aluninum Alloy Conductor AAAC is mainly divided into high-strength, medium-strength and heat-resistant series of AAAC conductors. High-strength AAAC conductor is widely used in heavy- ice areas and across line area, for purpose of increasing the span between towers. Therefore,it reduces the quantity of towers and space taken. Ultimately,it greatly improves the conductivity of the AAAC conductor wire.While, the heat-resistant all aluminum alloy conductors are used in transmission line where there is medium capacity expansion requirements and tight line corridors. Besides, heat-resistant AAAC conductors are not only used in developed cities, and places where there is large peak-to-valley drop in electricity consumption, but also used in projects requiring a short construction period.
Difference performance between AAAC conductors, AAC conductors and ACSR conductors
AAAC Conductor (All Aluminum Alloy Conductor) is used in overhead transmission lines which requires higher mechanical resistance than the AAC conductor (all aluminum conductor) and superior corrosion resistance than the ACSR(Aluminum Conductor Steel Reinforced). Besides, AAAC conductor is better than both AAC conductor and ACSR Conductor in terms of sag characteristics and the strength-to-weight ratio.
AAAC Conductor Specification
AAAC Conductor (All Aluminum Alloy Conductor) meets or exceeds the requirements of all international standards like ASTM,IEC,DIN,BS,AS,CSA,NFC,SS,etc.
We also accept OEM service to meet your special request.
As one leading of aaac conductor manufacturers, dosense cable are able to provide aaac conductor prices and specification based on aaac code, like AAAC Mulberry, AAAC hazel, AAAC Willow, AAAC Oak, standards and specific requirement of whole transmission line.
1. Low voltage cables;
2. Medium voltage cables;
3. High voltage cables;
4. Thermal resistant conductor, low loss conductor;
5. Bare conductor;
6. Fire resistance cables;
7. Building wires
Electrical Characteristics
- Rated Voltage : 0.6/1 kV AC
- Rated DC Voltage : 1.5 kV
- Maximum Permitted DC Voltage : 1.8 kV (conductor/conductor,
non earthen system, circuit not under load)
- Maximum Permitted AC Voltage : 1 KV
- Working Voltage : DC 1000 V
- Spark Test : 6000 V. ac (8400 Vdc)
- Voltage Withstand : 6500 V as per EN50395 for 5 min
- Ampacity : According to requirements for cables for PV systems
Technical Data
- Ambient Temperature : -40C +90C
- Minimum Bending Radius : 5 x OD (fixed), 15 x OD
(occasional flexing)
- Flame retardant according to IEC 60332-1-2
- Low smoke emission < 20% as per ASTM D-2843
- Halogen free according to EN 50267-2-1/-2, IEC 60754-2
- Maximum Temperature at Conductor : 120C (20000h)
- Short Circuit Temperature : 200�?�°C (at conductor max. 5sec)
- Thermal Endurance Test : According to EN 60216-2
(temperature index +120C)
- High Temperature Pressure : Test according to EN 60811-3-1
- Excellent mechanical and electrical properties.
- UV resistance & OZONE resistance
- Flexibility & suitability for fast & easy installation
Cable Standard
EN 50618
Standard Packing
Coils 100, 200,300, 500, 1000m
Conductor
Flexible Electrolytic fine Tinned
copper class-5 conductor according
to IEC 60228
Cable Features - Special heat resistant insulation - Higher current carrying capacity. - Fine copper wires - Highly thermal stable insulation - Excellent resistant to moisture, abrasion, grace, oil - Long Life - Excellent mechanical & electrical properties Cable Standard IS : 694 : 2010 & BS 6004, BS EN 50525-2-31 Application Fixed installation in conduits and under plaster, for appliance wiring and distribution stations. Standard Packing Coils 90 and 180m Conductor Flexible Bare Copper conductor class-2 and class-5 as per IS: 8130 EN 60228 Insulation HR/FR/FRLS-H/ZHFR Insulation compound with a high insulation resistance value as per IS:5831 Color Red, Yellow/green, Blue, Black, Brown, Grey, Orange, White, Green, Yellow Properties PVC Self-extinguishing and flame retardant according to EN 60332-1-2
Cable Standard
Generally conforms to IS 694:2010, IEC60228, BS 6004
Silent Features
- Special heat resistant insulation
- Higher current carrying capacity
- Fine copper wires
- Highly thermal stable insulation
- High electrical conductivity
- Long Life
- Excellent mechanical & electrical properties
Technical Data
Operating Temp : -10�?�°C to max.+90�?�°C
Nominal voltage : 1.1 KV
Test voltage : 3.0 KV
Standard Packing
Coils 100, 200, 500 and 1000m.
Conductor
Bare Copper class1 or class-2 as per IS:8130,
IEC 60228
Insulation
PVC FR, FRLS,HRFR,ZHFR as per IS:5831-1984
Color
Black, Green, Yellow/green or as per customer requirement
Application
Neskeb - Earth : Installation in surface mounted or embedded
conduits, or similar closed systems
Cable Standard
Generally conforms to EN-50525-2-21,
DIN VDE 0282 part 810,IEC 245
Cable Features
- Special heat resistant insulation
- High current carrying capacity
- Less heat energy radiation
- Longer life
- High compatibility of cores
- Excellent resistant to moisture, abrasion,
grace, oil
- Excellent mechanical & electrical properties
- Insulation is highly thermal stable
- Harmonized acc. to European standards
Technical Data
Working Temp : -25�?�°C to 70�?�°C
Operating Temp : -20�?�°C to max. +90�?�°C
Nominal Voltage : 450/750 V
Test Voltage : 2500V
Min. Bending Radius : 6 x cable Diameter
Flame propagation : Flame retardant test
as per IEC 60332-1-2
Standard Packing
Coils 100, 200,500 and 1000m
Conductor
Flexible bare Class 5 copper
conductor according to
DIN VDE 0295,IEC 60228
Insulation
Rubber Type El-4 to
VDE 0282 Part-1
Sheath
Neoprene Jacket Rubber
Type EM-2
Color
White, Black, Blue or
as per customer order
Core Identification
1 Core - Black
2 Core - Blue & Brown
3 Core - Yellow/green, Blue, Brown
4 Core - Yellow/green, Blue, Brown, Black or
Yellow/Green, Brown, Black, Grey
5 Core - Yellow/Green, Blue, Brown, Black and Grey
Application
H07RN-F rubber insulated and sheathed cables
are intended for flexible connection to electrical
equipment. They are suitable for both indoor and
outdoor use in industrial and agricultural plant
and on construction sites
Cable Standard
Generally conforms to DIN VDE 0281-5&2,
BS:6500, EN-50525-2-11, IEC 60227-5
Cable Features
- Special heat resistant insulation
- High current carrying capacity
- Less heat energy radiation
- Longer life
- High compatibility of cores
- Excellent resistance to moisture, abrasion,
grace, oil
- Excellent mechanical & electrical properties
- Insulation is highly thermal stable
- Harmonized acc. to European standards
Technical Data
Working Temp : -5C to 70C
Operating Temp : 20c to +80C
Nominal Voltage : 300/500 V
Test Voltage : 2000V
Min. Bending Radius : 6x Cable Diameter
Standard Packing
Coils 100, 200, 500 and 1000m
Conductor
Annealed flexible bare Copper
(Class 5 - Flexible Plain Copper)
according to VDE 0295 IEC 60228.
Insulation
PVC T12 to according to
EN 50363-3, BS 7655
Sheath
PVC TM2.to according to
EN 50363-3, BS 7655
Color
White, Black, Blue or
as per customer order
Core Identification
2 Core - Blue & Brown
3 Core - Yellow/green, Blue, Brown
4 Core - Yellow/green, Blue, Brown, Black or
Yellow/green, Brown, Black, Grey
5 Core - Yellow/green, Blue, Brown, Black and Grey
Application
H05VV-F cordage is a flexible PVC insulated, PVC
jacketed harmonized cord recommended for use in
electronic and electrical equipment such as office.
