acsr conductor with price list in india

acsr conductor with price list in india
Port: Qingdao, Shanghai, Ningbo, Tianjin, Guangzhou, Dalian, Shenzhen, Yingkou
Payment Terms: L/C,D/P,T/T,Western Union,MoneyGram,Paypal payment also accept of the acsr conductor
Supply Ability: 1000 Kilometer/Kilometers per Month The quantity depending on the acsr conductor size.
Place of Origin: Henan China
Brand Name: Hongda
Model Number: ACSR
Insulation Material: No Insulation
Type: Low Voltage
Application: Overhead
Conductor Material: ACSR
Jacket: No sheath
Rated Voltage: 0.6/1kV
Application: Industrial and overhead
Stranded: IEC,DIN,ASTM,BS,UL Standard
Insulation: NO
Core: Single-core acsr conductor
Certificate: ISO9001/CCC
Packing: Wooden Drum
Conductor Material: Aluminum/Aluminum Alloy/Aluminum clad steel
Conductor Type: 2 Stranded acsr aluminum bare conductor
Product name: acsr conductor with price list in india
Delivery Detail: Shipped in 15 days after payment
Packaging Detail: acsr conductor for export wooden drum, wooden iron drum or other export standard package. We can also pack it according to your requirement.

1. Aluminium Conductors Steel Reinforced ( acsr conductor )

These bare conductors are formed by several wires of aluminium and galvanized steel, stranded in concentric layers.

The wire or wires which form the core, are made of galvanized steel and the external layer or layers, are of aluminium. Galvanized steel core consist normally of 7, 19, 37 and 61 wires. The diameters of steel and aluminium wires c an be the same, or different.

ACSR APPLICATIONS
  • Overhead transmission and distribution lines medium, high and extra high voltage.

BASIC DATA FOR ALUMINIUM CONDUCTORS STEEL REINFORCED ( ACSR )

Code word Aluminium area
(sq mm)
Total
Sectional
area
(Sq. mm)
Stranding & Wire Diameter Overall
Dia (mm)
(Approx)
Weight mass Resistance
AT 20 deg C
(Ohms/Km)
(Max)
Ultimate
Breaking
load
(Kn)
Current Carrying Capacity
Nominal Sectional Conductor
(Al)
Conductor
(Steel)
Total
Kg/Km
Al.
Kg/Km
Steel.
Kg/Km
65
Deg. C
75
Deg. C
90
Deg. C
Nn. Dia (mm) No. Dia (mm) Amps Amps Amps
Mole 10 10.60 12.37 6 1.50 1 1.50 4.50 43 29 14 2.780 3.97 58 70 NA
Squirrel 20 20.98 24.48 6 2.11 1 2.11 6.33 85 58 27 1.394 7.61 89 107 NA
Weasel 30 31.61 36.88 6 2.59 1 2.59 7.77 128 87 41 0.9289 11.12 114 138 NA
Rabbit 50 52.88 61.7 6 3.35 1 3.35 10.05 214 145 69 0.5524 18.25 157 190 NA
Racoon 80 78.83 91.97 6 4.09 1 4.09 12.27 318 215 103 0.3712 26.91 200 244 NA
Dog 100 105.0 118.5 6 4.72 7 1.57 14.15 394 288.3 105.7 0.2792 32.41 239 291 NA
Wolf 150 158.1 194.9 30 2.59 7 2.59 18.13 727 438 289 0.1871 67.34 329 405 NA
Panther 200 212.1 261.5 30 3.00 7 3.00 21.00 976 588.5 387.5 0.1390 89.67 395 487 NA
Kundah 400 404.1 425.2 42 3.50 7 1.96 26.88 1282 1119 163 0.07311 88.79 566 705 NA
Zebra 420 428.9 484.5 54 3.18 7 3.18 28.62 1621 1182 439 0.06868 130.32 590 737 NA
Moose 520 528.5 597.0 54 3.53 7 3.53 31.77 1998 1463 535 0.05595 159.60 667 836 NA
Morculla 560 562.7 591.7 42 4.13 7 2.30 31.68 1781 1553 228 0.05231 120.16 688 862 NA
Code Word Nominal
Equivalent
Copper
Area (Sqmm)
Nominal
Aluminium
Area (Sqmm)
Conduc- tor
Area (Sqmm)
Stranding & Wire Diameter
No. & (mm)
Cond- uctor
Diam- eter (mm)
Approx weight Kg./Km. Calculated
Resistance
AT 200C
Ohm/Km
Ultimate
Breaking
Load
(Kn)
Current Carrying Capacity
Conductor
(Al)
Conductor
(Steel)
Total
Kg/Km
Al.
Kg/Km
Steel.
Kg/Km
65
Deg. C
75
Deg. C
90
Deg. C
No. Dia
(mm)
No. Dia
(mm)
Amps Amps Amps
Gopher 16 25.90 30.62 6 2.36 1 2.36 7.08 106.00 72.00 34 1.098 952 88 109 145
Ferret 25 41.87 49.48 6 3.00 1 3.00 9.00 171 116 55 0.6795 1503 125 155 195
Mink 40 63.32 73.65 6 3.66 1 3.66 10.98 255 173 82 0.4565 2207 167 208 250
Horse 42 71.58 116.20 12 2.79 7 2.79 13.95 542 204 338 0.3977 6108 189 235 280
Beaver 45 74.07 87.53 6 3.99 1 3.99 11.97 303 205 98 0.3841 2613 189 235 280
Otter 50 82.85 97.91 6 4.22 1 4.22 12.66 339 230 109 0.3434 2923 207 257 305
Cat 55 94.21 111.30 6 4.50 1 4.50 13.50 385 261 124 0.3020 3324 229 285 325
Leopard 80 129.70 148.40 6 5.28 7 1.76 15.48 493 360 133 0.2193 4137 315 378 440
Coyote 80 128.50 151.60 26 2.54 7 1.90 15.86 521 365 156 0.2214 4638 286 367 430
Tiger 80 128.10 161.80 30 2.36 7 2.36 16.52 604 363 241 0.2221 5758 312 373 435
Nynx 110 179.00 226.20 30 2.79 7 2.79 19.53 844 506 338 0.1589 7950 385 475 540
Lion 140 232.50 293.90 30 3.18 7 3.18 22.26 1097 659 438 0.1223 10210 465 574 640
Bear 160 258.10 326.10 30 3.35 7 3.35 23.45 1219 734 485 0.1102 11310 506 623 685
Goat 185 316.50 400.00 30 3.71 7 3.71 25.97 1492 896 596 0.0898 13780 586 724 780
Sheep 225 366.1 462.60 30 3.99 7 3.99 27.93 1726 1036 690 0.0777 15910 655 808 860
Deer 260 419.30 529.80 30 4.27 7 4.27 29.89 1977 1188 789 0.0678 18230 726 896 940
Elk 300 465.70 588.40 30 4.50 7 4.50 31.50 2196 1320 876 0.0611 20240 787 970 1015
Camel 300 464.50 537.70 54 3.35 7 3.35 30.15 1804 1318 486 0.0612 14750 787 970 1015
Sparrow 20 33.16 39.22 6 2.67 1 2.67 8.01 135 92 43 0.8578 1208 110 140 174
Fox 22 36.21 42.92 6 2.79 1 2.79 8.37 149 101 48 0.7857 1313 116 144 180
Guinea 49 78.56 127.20 12 2.92 7 2.92 14.60 590 224 366 0.3620 6664 208 244 296
Lark 125 196.10 247.80 30 2.92 7 2.92 20.44 922 556 366 0.1451 8559 378 410 490

2. AACSR/AW Bare Conductor

These conductors are formed by several wires of aluminium alloy and aluminium clad steel (ARAWELD), stranded in c oncentric layers.

The wire or wires which form the core, are made of aluminium clad steel and the external layers or layers, are of aluminium alloy. Aluminium clad steel core consistn ormally of 7, 19, 37 and 61 wires.

AACSR/AW APPLICATIONS
  • H.V. Overhead transmission and distr bution lines.
  • Specially recommended in corrosive environments, crossings, or where a very high Ultimate Tensile Strength (UTS) is needed.

3. AACSR Cable Bare conductor

These conductors are formed by several wires of aluminium alloy and galvanized steel, stranded in concentric layers.

The wire or wires which form the core, are made of galvanized steel and the external layer or layers, are made of aluminium alloy. Galvanized steel core consistn ormally of 7, 19, 37 and 61 wires.

AACSR Cable APPLICATIONS
  • H.V. Overhead transmission and distribution lines
  • Specially recommended in, crossings, or where a very high tensile strength is needed.

4. AAC Cable Bare Conductor

These conductors are formed by several wires of aluminium, stranded in concentric layers.

All the wires have the same nominal diameter. Most common constructions consist of 7, 19, 3 7 and 61 wires.

AAC Cable APPLICATIONS
  • Busbars at H.V. Substations
  • L.V. distribution lines
  • Conductors for insulated cables (compacted)

BASIC DATA FOR ALL ALUMINIUM CONDUCTORS ( AAC Conductor )

Code Word Aluminium Area (sq mm) Stranding & Wire Diameter Overall
Dia (mm)
(Approx)
Mass
(Approx)
(Kg /Km)
Resistance
AT 20 deg C
(Ohms/Km)
(Max)
Ultimate
Breaking
Load
(Kn)
Current Carrying Capacity
Nominal Sectional Conductor 65
Deg. C
75
Deg. C
90
Deg. C
No. DIA (mm) Amps Amps Amps
Gnat 25 26.85 7 2.21 6.63 74 1.096 4.52 107 152 NA
Ant 50 52.83 7 3.1 9.3 145 0.5525 8.25 180 225 NA
Wasp 100 106.00 7 4.39 13.17 290 0.2752 15.96 292 365 NA
19/3.18 mm 150 150.90 19 3.18 15.90 415 0.1942 23.28 363 460 NA
Spider 240 237.60 19 3.99 19.95 654 0.1235 35.74 495 510 NA
Butterfly 300 322.70 19 4.65 23.25 888 0.09107 48.74 600 760 NA
Code Word Aluminium Area (sq mm) Stranding & Wire Diameter Overall
Dia (mm)
(Approx)
Mass
(Approx)
(Kg /Km)
Resistance
AT 20 deg C
(Ohms/Km)
(Max)
Ultimate
Breaking
Load
(Kn)
Current Carrying Capacity
Nominal Sectional Conductor 65
Deg. C
75
Deg. C
90
Deg. C
No. DIA (mm) Amps Amps Amps
Rose 20.89 21.12 7 1.96 5.88 58 1.362 385 100 124 Na
Lady Bird 42.33 42.80 7 2.79 8.37 117 0.6721 737 159 198 Na
Fly 62.86 63.55 7 3.40 10.20 174 0.4526 1051 207 260 Na
Blue Bottle 72.84 73.65 7 3.66 10.95 201 0.3936 1203 225 284 Na
Earwig 77.70 78.55 7 3.78 11.34 215 0.3662 1272 238 300 Na
Grass Hopper 83.13 84.05 7 3.91 11.73 230 0.3422 1356 250 312 Na
Clegg 94.56 95.60 7 4.17 12.51 261 0.3009 1523 270 335 Na
Caterpiller 183.00 186.00 19 3.53 17.65 511 0.1555 2985 420 530 Na
Chaffer 209.90 213.20 19 3.78 18.90 586 0.1356 3381 460 580 Na
Cockroach 261.50 265.80 19 4.22 21.10 730 0.1088 4144 530 670 Na
Moth 367.20 373.10 19 5.00 25.00 1025 0.0774 5695 654 828 Na
Locust 421.90 428.70 19 5.36 26.80 1176 0.0674 6516 711 904 Na
May Bug 473.60 486.10 37 4.09 28.63 1343 0.0598 7289 764 970 Na
Scorpion 518.40 529.80 37 4.27 29.89 1464 0.0548 7878 805 1030 Na
Iris 33.45 33.81 7 2.48 7.44 92 0.8506 582 121 162 NA
Pansy 42.02 42.49 7 2.78 8.34 116 0.6770 730 159 198 Na

5. AL-59 Cable Bare Conductor

AL-59 alloy conductors are manufactured from Al-Mg-Si (aluminum-magnesium-silica) rods. The conductor comprises of an inner core and concentrically arranged strands forming the inner and outer layers of the conductor. In view of development of new power transmission and distribution grids by global power incumbents, AL-59 alloy conductors would have a special significance while designing transmission line networks, as the properties of these conductors enable superior power evacuation while optimising the cost of the entire grid.

AL-59 Cable APPLICATIONS
  • Overhead transmission lines medium, high and extra high voltage

AL59 ALUMINIUM ALLOY CONDUCTOR

Designation Equivalent copper area Stranding and wire diameter Approx, overall diameter Total area Weight Nominal breaking load Max. DC Resistance at 20°C
mm2 mm2 No./mn mm mm2 Kg/Km KN Ohm/Km
31 18.48 7/2.38 7.14 31.14 85 7.77 0.9430
62 37.06 7/3.37 10.11 62.44 170 15.60 0.4700
99 58.93 7/4.25 12.75 99.30 271 22.80 0.2960
157 94.12 19/3.26 16.30 158.59 436 39.70 0.1860
241 143.13 19/4.02 20.10 241.16 663 55.50 0.1230
329 195.87 37/3.37 23.60 330.03 910 82.50 0.0899
454 269.74 61/3.08 27.72 454.49 1260 113.00 0.0654
593 352.31 61/3.52 31.68 593.62 1640 143.00 0.0501
774 459.51 61/4.02 36.18 774.24 2140 178.00 0.0384
910 540.52 61/4.36 39.20 910.74 2520 209.00 0.0326

6. ACAR Bare Conductor

These conductors are formed by several aluminium and aluminium alloy wires, stranded in concentric layers.

The wire or wires which form the core, are made of aluminium alloy and the external layer or layers, are of aluminium. The construction consists normally of a 7, 19, 37 and 61 wires.

ACAR APPLICATIONS
  • H.V. Overhead transmission and distribution lines.
  • Bus bars in H.V. Substations.

7. AAAC Cable Bare Conductor

These conductors are formed by several aluminium magnesium silicom wires stranded in concentric layers.

All the wires have the same nominal diameter. Most common constructions consist of 7, 19, 37 and 61 wires.

AAAC Cable APPLICATIONS
  • Busbars at H.V. Substations.
  • H.V. overhead lines.

BASIC DATA FOR ALL ALUMINIUM ALLOY CONDUCTORS ( AAAC Cable )

Equivalent

Actual Stranding & Wire Diameter Overall
Dia (mm)
(Approx)
Mass
(Approx)
(Kg /Km)
Resistance
AT 20 deg C
(Ohms/Km)
(Max)
Ultimate
Breaking
Load (Kn)
Current Carrying Capacity
Acsr Area Conductor 65
Deg. C
75
Deg. C
90
Deg. C
Code Word (sq mm) No. DIA (mm) Amps Amps Amps
Mole 15 3 2.50 5.39 40.15 2.3040 4.33 73
72
88
87
105
104
Squirrel 22 7 2.00 6 60.16 1.5410 6.45 92
90
110
109
132
130
Weasel 34 7 2.50 7.50 94.00 0.9900 10.11 121
119
146
144
175
173
Rabbit 55 7 3.15 9.45 149.20 0.6210 16.03 160
158
194
191
234
231
Racoon 80 7 3.81 11.43 218.26 0.425 23.41 202
199
246
242
297
293
Dog 100 7 4.26 12.78 272.86 0.3390 29.26 232
229
283
279
343
338
Dog (Up) 125 19 2.89 14.45 342.51 0.2735 36.64 266
262
325
320
394
389
Coyote 148 19 3.15 15.75 406.91 0.2290 43.50 295
291
362
357
440
434
Wolf 173 19 3.40 17.00 474.02 0.1969 50.54 324
320
398
393
485
478
Wolf (Up) 200 19 3.66 18.30 549.40 0.1710 58.66 354
349
436
430
532
524
Panther 232 19 3.94 19.70 636.67 0.1471 68.05 387
382
478
471
584
575
Panther (Up) 288 37 3.15 22.05 794.05 0.1182 84.71 442
436
548
540
670
661
Panther (Up) 346 37 3.45 24.15 952.56 0.0984 101.58 493
487
613
605
752
742
Kundah 400 37 3.71 25.97 1101.63 0.0829 117.40 538
530
670
660
824
811
Zebra 465 37 4.00 28.00 1280.50 0.0734 136.38 589
580
736
725
905
892
Zebra (UP) 525 61 3.31 29.79 1448.39 0.0651 146.03 632
623
792
781
976
963
Moose 570 61 3.45 31.05 1573.71 0.0598 158.66 663
655
833
822
1028
1015
Morculla 604 61 3.55 31.95 1666.00 0.0568 167.99 686
676
862
849
1065
1049
Moose (Up) 642 61 3.66 32.94 1771.36 0.0534 178.43 711
700
894
881
1106
1089
Morculla (Up) 695 61 3.81 34.29 1919.13 0.0492 193.25 745
734
939
925
1162
1145
Bersimis 767 61 4.00 36.00 2115.54 0.0446 213.01 788
777
995
981
1234
1217

7. Elative manufacturing standards: IEC83, IEC1089, 31, B232, BS215, DIN48204. 

 All Aluminum Conductor(AAC)& Aluminum Conductor Steel Reinforced(ACSR))for ASTM

 (AAC, ACCR, AAAC, ACSR) Generally Confirming to IS 398 (Part-I, II, IV), IEC-228

(AAAC) Conductor as per ASTM-B-399-1992

(AAAC) Conductor as per BS-3242-1970

(AAAC) Conductor IS: 398-IV-1994

(ACSR) as per ASTM-B-233-1992

(AAC) as per BS-215-1-1970

(AAC) as per IS-398-1: 1976

(AAC) as per ASTM-B-231-1990

(ACSR) as per IS: 398-II: 1976 & IS: 398-V: 1992

(ACSR) BS-215-II-1970

(AACSR) as per IEC-1089-1191

AAC(All aluminum conductor) are suited for overhead power line.

We can supply this conductor according to different recognized standards, such as IEC61089, BS215, BS EN 50182: 2001, ASTM B231, CSA C49, DIN480201, JIS C3109, customer special specification also can be satisfied.

Applications:

Used as bare overhead transmission cable and as primary and secondary distribution cable. ACSR offers optimal strength for line design. Variable steel core stranding enables desired strength to be achieved without sacrificing ampacity.

 

 

 

 

 

 

 

 

8. Packaging & shipping

 

Packaging Detail: export wooden drum pack bare acsr conductor, wooden iron drum and other export standard package
Delivery Detail: 10 days and also depend on the quantity

Drum Handling Practices

DO'S

  • Cradle both drum flanges between forks.
  • Drums can be hoisted with a shaft extending through both flages.
  • Lower drums from truck using hydraulic gate, hoist or fork lift. LOWER CAREFULLY.
  • Always load with flanges on edge and chock and block securely.

DONT'S

  • Upended heavy drums will often arrive damaged. Refuse or receive subject to inspection for hidden damages.
  • Do not lift by top flange. Conductor or drum will be damaged.
  • Never allow forks to touch conductor surface or reel wrap.
  • Never drop drums.

 

 

9. Our Advantages:

ACSR bare conductor sample: we can offer the sample free .

  • Excellent electric and mechanical characteristics.
  • Good conductivity,Resistance chemical corrosion and heat-ageing,environment stress.
  • Unit volume light,Simple in structure.
  • Convenient to use,especially for laying across rivers and valleys where special geographical terrain exist.

we are the top of ten manufacture in china mainland. We will give you a perfect shopping experience . If you need visit our factory , we will meet you at the airport or train station.
Also we can offer other service
Custom Merchandise: we can make cable as your need include the color ,size and so on.we also offer OEM .
Complete Course Tracking: we can offer you the service from the business begin to you get the cable and use it .

 

10. Company information
Zhengzhou hongda cable Co., Ltd.
Established Year:1999
Registered capital of RMB:5,000,000
Factory Area:300,000m2
Main products: ABC cable Areial bundle cable ,XLPE insulated power cable ,PVC insulated power cable ,electrical wire ,bare aluminum conductor(AAC AAAC ACSR )and so on
Main export county: USA, Philippines, Malaysia, Indonesia, Venezuela, Colombia, Mexico, Dominica, India, South Africa, Zambia, Kenya and so on.

 

We hope to establish a friendly relations with you, we will try our best to give you satisfication.
Any require contact me as follows:

Vivian Yuan | Sales Director
Zhengzhou Hongda Cable CO., LTD.
Landline: +86 371 6097 5616 | Fax: +86 371 6097 5616
Email: sale04atzzhongdacable.com.cn | Skype ID: xinyuanyy
Cellphone/WhatsApp/Wechat/ICQ: +86 158 3829 0725 
Address: Houzhai Industrial Park, Erqi Zone, Zhengzhou, China,450000

 
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