AAC Conductor, ACSR Conductor, AAAC Conductor

AAC Conductor, ACSR Conductor, AAAC Conductor image

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Quick Details

Product Name:

AAC Conductor, ACSR Conductor, AAAC Conductor

Model NO.:

AAC conductor

Brand:

Jinshui

Model:

Aluminum Conductor

Certification:

ISO, CCC, CE, RoHS, UL, VDE, SGS

Wire Core Material:

Aluminum Conductor

Material Shape:

Round Wire

Sheath Material:

No Sheath

Insulation Material:

No Sheath

Current:

DC & AC

Voltage:

High Voltage Cable

Application:

Overhead

Conductor:

Aluminum

Standards:

ASTM, BS, DIN

Brand Name:

Jinshui

Type:

AAC

Trademark:

JINSHUI

Transport Package:

Wooden Drum or Steel-Wooden Drum

Specification:

16mm2, 25mm2, 35mm2, 50mm2, 60mm2, 70mm2, 95mm2,

Origin:

Henaa

HS Code:

7614900000

Product Details

AAC Conductor, ACSR Conductor, AAAC Conductor

1.Applications

Conductor(AAC,AAAC and ACSR) have been widely used in power transmission lines with various voltage levels,because they have such good characteristics as simple structure,convenient installation and maintenance,low cost large transmission capacity.And they are also suitable for laying across rivers valleys and the places where special geographical features exist.

2.Service Performance

(1).The permissible long-time operating temperature for aerial conductor is 70^oC.

(2).Under the circumstance that rare climate is occuring and ice coverage rate low in heavy ice area,the biggest stress of cable at the lowest point of the sag should not exceed 60% of the short-time destructive power.

(3).When connecting conductors,the conductor beside the connecting tube cant be prominent.Otherwise,the force on the operating conductors will be unbalanced.After connectors are install,the connecting tube should be painted by moisture-proof varnish in order to protect it from corrosion.

(4).Under installaion,the arc downing stress of all the conductors should be the same.With in the permissible distance of crossing buildings or dropping to the ground,the stress can be 10-15% higher than regular stress.

3.Material Standard

(1).The hard aluminum conductor used for AAC and ACSR conforms to the standard GB/T 17048-1997(equivalent to IEC 60889:1987).

(2).The zinc coated steel wire used for ACSR conforms to IEC 60888:1987.

(3).Production can be arranged according to customers requirements for material standard,etc.

Construction of All Aluminum Conductor and Aluminum Conductor Steel Reinforced

4.Technical details

AAC Technical Characteristics Based on Standard DIN 48201 / DIN EN50182

Code number	Area	Number of wires	Wire diameter	Conductor diameter	Linear mass	Rated strength	D.C. resistance at 20^oC
Code number	mm²	No.	mm	mm	kg/km	kN	Ω/km
16	15.9	7	1.7	5.1	43.4	3.02	1.7986
25	24.2	7	2.1	6.3	66.3	4.36	1.1787
35	34.4	7	2.5	7.5	93.9	6.01	0.8317
50	49.5	7	3	9	135.2	8.41	0.5776
50	48.3	19	1.8	9	132.9	8.94	0.5944
70	65.8	19	2.1	10.5	180.9	11.85	0.4367
95	93.3	19	2.5	12.5	256.3	16.32	0.3081
120	117	19	2.8	14	321.5	19.89	0.2456
150	147.1	37	2.25	15.8	405.7	26.48	0.196
185	181.6	37	2.5	17.5	500.9	31.78	0.1588
240	242.5	61	2.25	20.3	671.1	43.66	0.1193
300	299.4	61	2.5	22.5	828.5	52.4	0.0966

ACSR Technical Characteristics Based on Standard BS 215-2

Code name	Nominal aluminium area	Stranding and wire diameter		Sectional area of aluminium	Total sectional area	Approx. overall diameter	Approx. mass	Calculated D.C. resistance at 20^oC	Calculated breaking load
	Nominal aluminium area	Al	Steel	Sectional area of aluminium	Total sectional area	Approx. overall diameter	Approx. mass	Calculated D.C. resistance at 20^oC	Calculated breaking load
	mm²	No./mm		mm²	mm²	mm	kg/km	Ω/km	kN
RABBIT	50	6/3.35	1/3.35	52.88	61.7	10.05	214	0.5426	18.35
DOG	100	6/4.72	7/1.57	105	118.5	14.15	394	0.2733	32.7
WOLF	150	30/2.59	7/2.59	158.1	194.9	18.13	726	0.1828	69.2
DINGO	150	18/3.35	1/3.35	158.7	167.5	16.75	506	0.1815	35.7
LYNX	175	30/2.79	7/2.79	183.4	226.2	19.53	842	0.1576	79.8
ZEBRA	400	54/3.18	7/3.18	428.9	484.5	28.62	1621	0.0674	131.9

AAAC Technical Characteristics Based on Standard BS 3242

Code name	Nominal aluminium area	Stranding and wire diameter	Sectional area	Approx. overall diameter	Approx. mass	Calculated D.C. resistance at 20^oC	Calculated breaking load
Code name	mm²	No./mm	mm²	mm	kg/km	Ω/km	kN
ALMOND	25	7/2.34	30.1	7.02	82	1.094	8.44
CEDAR	30	7/2.54	35.47	7.62	97	0.9281	9.94
FIR	40	7/2.95	47.84	8.85	131	0.688	13.4
HAZEL	50	7/3.30	59.87	9.9	164	0.5498	16.8
OAK	100	7/4.65	118.9	13.95	325	0.2769	33.3
ASH	150	19/3.48	180.7	17.4	497	0.183	50.65
ELM	175	19/3.76	211	18.8	580	0.1568	59.1
UPAS	300	37/3.53	362.1	24.71	997	0.09155	101.5

Company Information

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