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Overhead Line Conductor

ACSR Conductor

NF C 34-125 / EN50182 ACSR Cable Steel Reinforced

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Product Details

Product parameter

Application

ACSR Cable is widely used in overhead transmission and distribution lines of various voltage levels.Due to its reliability and strength-to-weight ratio, ACSR are suitable for all practical spans of timber poles, transmission towers and other structures.They have been one of the most popular choices for electrical systems.

Advantages

- ACSR is recognized for its economy, dependability and better strength to weight ratio.
- ACSR combine the light weight and good conductivity of aluminum with the high tensile strength of steel, this can provide the conductor higher tensions, less sag, and longer span lengths.

Construction

ACSR cable is made of multiple non-insulated single wires twisted together.The inside is a steel core(single or twisted core), and the outside is twisted with aluminum wires around the steel core.
The steel core's primary function is to increase strength, and the aluminum stranded wire's primary function is to convey electrical energy.

NF C 34-125 EN50182 ACSR Cable Steel Reinforced (2)

Packing

Delivery lengths are determined from a consideration of such factors as physical drum dimensions, drum weights, span length, handling equipment or the customer’s request.

Packing Materials

Wooden drum, steel-wooden drum, steel drum.

Specifications

-NF C 34-125/EN50182 French Standard which is mostly equal to European Union Standard

NFC 34-125/EN50182 Standard ACSR Cable Size Chart NFC 34-125 Equal steel wire and aluminum wire conductor BS EN 50182:2001 Aluminum alloy conuductors steel reinforced in France - Type AL4/ST6C

CODE NAME	Calculated cross-section area		Conductor Construction		Approx. Overall diameter	Approx. Overall weight	Maximum DC resistance at 20oC	Rated strength
CODE NAME	Al-Alloy	Steel	Al-Alloy	Steel
	mm2	mm2	No.xmm	No.xmm	mm	kg/km	Ω/km	DaN
PHLOX 37.7	28	9.42	9 x 2.0	3 x 2.0	8.32	152	1.176	2,285
PHLOX 59.7	38	21.99	12 x 2.0	7 x 2.0	10	276	0.882	4,415
PHLOX 75.5	48	27.83	12 x 2.25	7 x 2.25	11.25	348	0.697	5,585
PHLOX 116.2	57	59.69	18 x 2.0	19 x 2.00	14	624	0.59	10,490
PHLOX 147.l	72	75.54	18 x 2.25	19 x 2.25	15.75	790	0.467	13,280
PASTEL 147.1	119	27.83	30 x 2.25	7 x 2.25	15.75	547	0.279	7,910
PHLOX 181.6	88	93.27	18 x 2.50	19 x 2.50	17.5	975	0.378	16,020
PASTEL 181.6	147	34.36	30 x 2.50	7 x 2.50	17.5	672	0.226	9,630
PHLOX 228	111	116.99	18 x 2.80	19 x 2.80	19.6	1,225	0.3	20,100
PASTEL 228	185	43.1	30 x 2.80	7 x 2.80	19.6	848	0.18	12,080
PHLOX 288	140	148.07	18 x 3.15	19 x 3.15	22.05	1,550	0.238	24,990
PASTEL 288	234	54.55	30 x 3.15	7 x 3.15	22.05	1,070	0.142	15,130
PASTEL 299	206	93.27	42 x 2.50	19 x 2.50	22.5	1,300	0.162	19,850
PHLOX 376	148	227.83	24 x 2.80	37 x 2.80	25.2	2,200	0.226	36,930

NFC 34-125 Non-Equal steel wire and aluminum wire conductor BS EN 50182:2001 Aluminum alloy conuductors steel reinforced in France - Type AL4/ST6C

CODE NAME	Calculated cross-section area		Conductor Construction		Approx. Overall diameter	Approx. Overall weight	Maximum DC resistance at 20oC	Minimum breaking load
CODE NAME	Al-Alloy	Steel	Al-Alloy	Steel
	mm2	mm2	No.xmm	No.xmm	mm	kg/km	Ω/km	DaN
PHLOX 94.1	51.95	42.12	15 x 2.10	19 x 1.68	12.6	481	0.642	7,795
PASTEL 412	325.72	85.95	32 x 3.60	19 x 2.40	26.4	1,593	0.103	22,380
PETUNIA 612	507.83	104.79	66 x 3.13	19 x 2.65	32.1	2,245	0.0657	31,260
PETUNIA 865	717.33	148.06	66 x 3.72	19 x 3.15	38.1	3,174	0.0465	43,030
POLYGONUM 1185	955.66	272.82	54 x 2.80 66 x 3.47	37 x 2.80	44.7	4,475	0.0349	63,210