AAC AAAC ACSR

VERI Cable, according to different uses, produces a variety of overhead cables. Including AAC, AAAC, ACSR, ABC cable –aerial bundled cable, li ntawd, thiab thiaj li. Our range of overhead lines generally contains aluminum conductors or aluminum alloy conductors to meet all customer needs. We specialize in providing excellent overhead lines for transmission, distribution, and power network industries. And other cable products such as voltage cables, submarine cables, fiber cables, special cables, li ntawd, thiab thiaj li. So please contact us with your requirements. Also, we will reply to you the detailed information that you want.

Types of VERI AAC AAAC ACSR

All Aluminum Conductor—AAC

Aluminum Alloy tus cwjpwm is the main component of the overhead power line. Its function is to transmit current and electric power. These bare conductors are suitable for low, medium, and high-voltage overhead lines. AAC is widely used in urban areas, where the span is usually short. But the conductivity requirements are high.

QAUV KAWM&REFERENCES:ASTM—B 230, ASTM—B 231, DIN48201, BS215 (Or producing by the standard of the customer’s country)

Phase conductors: round stood or compacted 1350-H19 aluminum or copper conductor, AAAC, ACSR
Neutral or messenger conductor: round stood or compacted 6201 aluminum alloy or AAC, ACSR
Street lighting conductor: round stood or compacted aluminum conductor
insulation: LDPE, HDPE, XLPE, PVC

Manufacturing Standards

Conductor Size		Code Words	Class	Required Construction			Mass		Muaj zog
Cmils or AWG	mm²			Tsis. of Wires	Diameter of Wire		Per 1000ft, lb	Per km, kg	kips	kn
Cmils or AWG	mm²			Tsis. of Wires	In.	mm	Per 1000ft, lb	Per km, kg	kips	kn
3500000	1773	Bluebonnet	A	127	0.1660	4.22	3345	4977	58.7	261
3000000	1520	Trillium	A	127	0.1537	3.90	2840	4226	50.3	223
2750000	1393	Bitterroot	A	91	0.1738	4.42	2602	3872	46.1	205
2500000	1267	Lupine	A	91	0.1657	4.21	2365	3519	41.9	186
2250000	1140	Sagebrush	A	91	0.1572	3.99	2128	3166	37.7	167
2000000	1013	Cowslip	A	91	0.1482	3.77	1873	2787	34.2	153
1750000	886.7	Jessamine	AA	61	0.1694	4.30	1641	2442	29.7	132
1590000	805.7	Coreopsis	AA	61	0.1614	4.10	1489	2216	27.0	120
1510500	765.4	Gladiolus	AA,A	61	0.1574	4.00	1417	2108	25.6	114
1431000	725.1	Carnation	AA,A	61	0.1532	3.89	1342	1997	24.3	108
1351000	694.8	Columbine	AA,A	61	0.1488	3.78	1266	1884	23.4	104

DAIM NTAWV THOV

All aluminum conductors belong to bare conductors, which mainly play the role of transmitting electrical energy. Based on different voltages, the wire cross-sectional area is also different. AAC cable is commonly used for general distribution lines with a small force and small span. But it is not allowed to contact with trees.

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All Aluminum Alloy Conductor—AAAC

tus cwjpwm: Hard-Drawn 1350-H19 Aluminum Wires, Minimum Purity 99.45%.
Reinforcement: Galvanized Steel Wires (Zinc-Coated)
Siv (Aluminum/Steel): 6/1, 7/1, 8/1, 12/7, 16/19, 24/7, 26/7, 30/7, 30/19, 36/1, 45/7, 54/7, 54/19, 72/7, 76/19, 84/19
Cross-Sectional Area: 6~4/0 awg, 80~2312 mcm (80~211.3 mcm for Standard High-Strength Conductor).
Galvanization: Class A, B or C
Grease Corrosion Protection: Available upon Request

Specifications
AAAC bare conductor meets the following ASTM specifications :
B-398 Aluminum Alloy 6201-T81 Wire for Electrical Purposes
B-399 Concentric-Lay-Stranded 6201-T81 Aluminum Alloy Conductors.

The Part of AAAC-ASTM-B399 Technical Data:

Stranding	Diameter of conductor	Linear mass	Rated strength	D.C. resistance at 20℃
No./mm	mm	Kg/km	kgf	Ω/km
6	7/1.55	4.65	36.44	422
	7/1.68	5.04	42.7	502
4	7/1.96	5.89	57.89	685
48.69(4)	7/2.12	6.35	67.56	799
2	7/2.47	7.42	92.14	1091
77.47(2)	7/2.67	8.02	107.50	1275
1/0	7/3.12	9.35	146.50	1733
123.3(1/0)	7/3. 37	10.11	171.00	2019
2/0	7/3.50	10.52	184.70	2090
155.4(2/0)	7/3.78	11.35	215.16	2447
3/0	7/3.93	11.79	232.70	2641
195.7 (3/0)	7/4.25	12.75	271.50	3079
4/0	7/4.42	13.26	293.70	3334
246.9 (4/0)	7/4.77	14.30	342.60	3885

Daim Ntawv Thov Kev Pab:

Used as bare overhead conductor for primary and secondary distribution. The AAAC conductor is designed to get a better strength-to-weight ratio and offer improved electrical properties, excellent sag-tension characteristics, and superior corrosion resistance when compared with ACSR. As compared to a conventional ACSR conductor, the lighter weight, comparable strength & current carrying capacity, lower electrical losses, and superior corrosion resistance have given AAAC a wide acceptance in the distribution and medium & high voltage transmission lines.

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Aluminum Conductor Steel Reinforced—ACSR

ACSR conductor has the advantages of simple structure, convenient erection and maintenance, low line cost, and large transmission capacity. And they are convenient for laying across special geographical conditions. Such as rivers and valleys, good electrical conductivity, and sufficient mechanical.

Design
1 Aluminum conductor with increased breaking load, round stranded compressed (RM)
2 Core insulation (XPLE black, UV-resistant, not flame retardant); 2 up to 4 cores of the equal cross-section are stranded together in left-hand lay, additionally 1 Lossis 2 cores of the reduced cross-section can be co-stranded.

QAUV KAWM&REFERENCES:ASTM—B 230, ASTM—B 231, DIN48201, BS215 (Or producing by the standard of the customer’s country)

ACSR Technical Characteristics / U.S.A Sizes – ASTM B232

Area				Stranding and diameter		Approximate overall diameter
Aluminum		Steel	Total	Aluminum	Steel
AWG or MCM	mm2	mm2	mm2	mm	mm	mm
8	8.34	1.39	9.73	6/1.33	1/1.33	3.99
6	13.29	2.19	15.48	6/1.68	1/1.68	5.04
4	21.16	3.55	24.71	6/2.12	1/2.12	6.36
4	21.16	5.35	26.50	7/1.96	1/2.61	6.53
3	26.69	4.45	31.14	6/2.38	1/2.38	7.14
2	33.61	5.61	39.22	6/2.67	1/2.67	8.01
2	33.61	8.52	42.13	7/2.47	1/3.30	8.24
1	42.39	7.10	49.49	6/3.00	1/3.00	9.00
0	53.48	8.90	62.38	6/3.37	1/3.37	10.11
2/0	67.42	11.23	78.65	6/3.78	1/3.78	11.34
3/0	85.03	14.19	99.22	6/4.25	1/4.25	12.75
4/0	107.23	17.87	125.10	6/4.77	1/4.77	14.31

Application of ACSR

1. The higher-strength ACSR conductors are widely used in power transmission lines with various voltage levels.
2. The higher-strength ACSR conductors are commonly used for river crossings, overhead earth wires, and installations involving extra-long spans.
3. The higher-strength ACSR conductors are also suitable for laying across rivers and valleys where special geographical features exist.

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