We offer a wide range of Standard Aluminum Conductor, which is known for high tensile strength, corrosion resistance and cost effectiveness. These conductors are manufactured using electrolytically refined aluminum, which have purity of minimum 99.7 % aluminum and is used in transmission line in rural, distribution urban area where short spans but high conductivity is required. These have excellent corrosion resistance properties and are manufactured as per Indian and international standards.

Code	Nominal Aluminium Area mm²	Stranding & Wire Diameter mm	Approx Over all Dia mm	Approx Mass Kg/Km	Calculated Resistance at 20 C Max / KM	Approx Calculated Breaking Load KN	Approx. Calculated Breaking Load (kN)
Gnat	25	7/2.21	6.63	74	1.093	4.52	4.52
Ant	50	7/3.10	9.30	145	0.556	8.25	8.25
Wasp	100	7/4.39	13.17	290	0.277	15.96	15.96
Special	150	19/3.18	15.90	415	0.915	23.28	23.28
Spider	240	19/3.99	19.95	654	0.1244	35.74	35.74
Butterfly	300	19/4.65	23.25	888	0.01971	48.74	48.74

Our range of Aluminum Conductor Steel Reinforced are manufactured using  high quality standard steel core wire surrounded by Aluminum wire duly stranded of Indian and international standard . Due to durability, high conductivity and low weight these conductors are widely used in overhead  transmission and distribution systems up to 700 kV Line.

ACSR Code Word	Cond. Area mm2	Stranding& Wire Dia in mm		Calculated sectional Area Sq.mm		Approx overall Dia mm	Weight kg/km			Calc. Electrical Resistance at 20oC Ohms/km	Approx Calc. Breaking Load(KN)
		Alum.	Steel	Alum.	ACSR	ACSR	ACSR	Alum.	Steel	Cond.	Cond.
MOLE	10	6/1.50	1/1.50	10.60	12.37	4.50	43	29	14	2.780	3.97
SPECIAL	18	6/1.95	1/1.95	18.10	21.12	5.88	73	50	23	1.618	6.74
SQUIRREL	20	6/2.11	1/2.11	20.98	24.48	6.33	85	58	27	1.394	70.61
WEASEL	30	6/2.59	1/2.59	31.61	36.88	7.77	128	87	41	0.929	11.12
RABBIT	50	6/3.35	1/3.35	52.88	61.70	10.05	214	145	69	0.552	18.25
RACCOON	80	6/4.09	1/4.09	78.83	91.97	12.27	319	216	103	0.371	26.91
DOG	100	6/4.72	7/1.57	105.00	118.50	14.15	394	288	106	0.279	32.41
WOLF	150	30/2.59	7/2.59	158.10	194.90	18.13	726	437	289	0.187	67.34
PANTHER	200	30/3.0	7/3.00	212.10	261.50	21.00	974	586	388	0.139	89.67
KUNDAH	400	42/3.50	7/1.96	404.10	425.20	26.88	1281	1116	165	0.073	88.79
ZEBRA	420	54/3.18	7/3.18	428.90	484.50	28.62	1621	1186	435	0.069	130.32
MOOSE	520	54/3.53	7/3.53	528.50	597.00	31.77	2004	1461	537	0.056	161.20
MORKULLA	560	42/4.13	7/2.30	562.70	591.70	31.68	1787	1553	228	0.052	120.16

We put forth an unmatched range of Aluminum Alloy Conductor that is designed and developed using aluminum, magnesium and silicon alloy. These alloys have high electrical conductivity and enough magnesium silicide, which ensures improved mechanical properties of Aluminum Alloy Conductor after treatment. These conductors are acknowledged not only for corrosion resistance but also for improved electrical conductivity and better strength to weight ratio. it offers very high strength in comparison to AAC conductor. Our range offers excellent electrical characteristic and mechanical sag-tension characteristic.

Physical contents of alluminium alloy :-

1. Resistivity - 0.0326 Ohms mm2/m at 20°C
2. Density - 2.70 kgm/dm3 at 20°C
3. Coefficient of Linear Expansion - 23 x 10-6 / °C
4. Constant Mass Temperature Coefficient (a) - 0.00360/ °C
5. Material - Heat treated Al. Mg. Si. Alloy

• Approximately 0.5% Mg & 0.5% Si
• - Having Mechanical & Electrical properties as

specified in table above :

Sl. No.	Nom. Al Area mm	Standing & wire Dia in mm	Approx. Overall Dia in mm	Approx. Mass in kg/km	Calculated Maximum Resistance at 20 C (Ohms/km)	Approx. Calculated Breaking Load (kN)
1	15	3/2.5	5.39	40.15	2.3	4.33
2	22	7/2.00	6	60.16	1.54	6.45
3	34	7/2.50	7.5	94	0.99	10.11
4	55	7/3.15	9.45	149.2	0.62	16.3
5	80	7/3.81	11.43	218.26	0.43	23.41
6	100	7/4.26	12.78	272.86	0.34	29.26
7	125	19/2.89	14.45	342.51	0.27	36.64
8	148	19/3.15	15.75	406.91	0.23	43.5
9	173	19/3.40	17	474.02	0.2	50.54
10	200	19/3.66	18.3	549.4	0.17	58.66
11	232	19/3.94	19.7	636.67	0.15	68.05
12	288	37/3.15	22.05	794.05	0.12	84.71
13	346	37/3.45	24.15	952.56	0.1	101.58
14	400	37/3.71	25.97	1101.63	0.09	117.4
15	465	37/4.00	28	1280.5	0.07	136.38
16	525	61/3.31	29.79	1448.39	0.07	146.03
17	570	61/3.45	31.05	1573.71	0.06	158.66
18	604	61/3.55	31.95	1666	0.06	167.99
19	642	61.3.66	32.94	1771.36	0.05	178.43
20	695	61.3.66	34.29	1919.13	0.05	193.25
21	767	61/4.00	36	2115.54	0.04	213.01