Contact Wire (Cu-Ag/Cu-Sn/Cu-Mg Alloy)for Electrified Railway

APPLICATION
Contact wire is a electric conductor of an overhead contact line with which the current collector makes contact and is characterized by two clamping grooves. Copper and copper alloy grooved contact wires can be used in railway applications, Fixed installations and electric traction.

DESCRIPTION
The drawing stock or intermediate rod stock is a copper or copper silver as defined in standard EN 1977 or a copper cadmium, copper magnesium or copper tin alloy.
Note:
1)To identify the different copper(alloys) used as contact wire, identification grooves are used.
2)Whatever cross section of the wire is used, the dimensions of the clamping grooves shall be in accordance with standard.

SPECIFICATIONS
• BS EN 50149 Railway Applications - Fixed Installations - Electric Traction -Copper And Copper Alloy
• Grooved Contact Wires
• TB/T 2809 Copper And Copper Alloy Contact Wires For Electric Railway
• ГOCT 2584 Провода контактные из меди и ее сплавов. Технические условия

High reliability

Super high pressure

Less maintenance

Technical Parameter

BS EN 50149 TB/T 2809

Copper and Copper Alloy Grooved Contact wires

Material	Nominal Cross Section	Designation	Max. resistance at 20 °C	Min. Breaking Load	Mass		Percentage elongation after Fracture A200		Min. Tensile Strength
Material	mm2	Designation	Ω/km	kN	Min. kg/km	Max. kg/km	Min. %	Max. %	N/mm²
Normal Strength Copper	80	Cu-ETP Cu-FRHC Cu-HCP Cu-OF	0.229	27.5	690	733	3	10	355
	100		0.183	34.5	862	916	3	10	355
	107		0.171	36.3	923	980	3	10	350
	120		0.153	38.4	1035	1099	3	10	330
	150		0.122	45.1	1293	1374	3	10	310
High strength Copper and high strength Copper-silver Alloy	80	Cu-ETP Cu-FRHC Cu-HCP Cu-OF Cu-Ag 0.1	0.229	29.1	690	733	3	8	375
	100		0.183	36.4	862	916	3	8	375
	107		0.171	37.4	923	980	3	8	360
	120		0.153	41.9	1035	1099	3	8	360
	150		0.122	52.2	1293	1374	3	8	360
Normal Strength Copper-silver Alloy	80	Cu-Ag 0.1	0.229	28.3	690	733	3	10	365
	100		0.183	34.9	862	916	3	10	360
	107		0.171	36.3	923	980	3	10	350
	120		0.153	40.7	1035	1099	3	10	350
	150		0.122	50.9	1293	1374	3	10	350
Copper-magnesium alloy	80	Cu-Mg 0.2	0.289	35.7	690	733	3	10	460
	100		0.231	43.7	862	916	3	10	450
	107		0.216	45.7	923	980	3	10	440
	120		0.192	50.1	1035	1099	3	10	430
	150		0.154	61.1	1293	1374	3	10	420
Copper-magnesium alloy	80	Cu-Mg 0.5	0.385	40.4	690	733	3	10	520
	100		0.286	49.5	862	916	3	10	510
	107		0.268	51.9	923	980	3	10	500
	120		0.239	57.0	1035	1099	3	10	490
	150		0.191	68.4	1293	1374	3	10	470

Copper and Copper Alloy Grooved Contact wires

Material	Nominal Cross Section	Designation	Max. resistance at 20 °C	Min. Breaking Load	Mass		Percentage elongation after Fracture A200		Min. Tensile Strength
Material	mm2	Designation	Ω/km	kN	Min. kg/km	Max. kg/km	Min. %	Max. %	N/mm²
Copper-tin alloy	80	Cu-Sn 0.2	0.309	35.7	692	735	2	8	460
	100		0.247	43.7	865	919	2	8	450
	107		0.231	44.6	926	983	2	8	430
	120		0.206	48.9	1038	1103	2	8	420
	150		0.165	61.1	1298	1378	2	8	420
Copper-cadmium alloy	80	Cu-Cd 0.7	0.258	33.4	694	737	2	7	430
	100		0.207	41.7	868	921	2	7	430
	107		0.193	44.6	928	986	2	7	430
	120		0.172	50.1	1041	1106	2	7	430
	150		0.138	62.6	1301	1382	2	7	430
Copper-cadmium alloy	80	Cu-Cd 1.0	0.278	35.3	694	737	2	7	455
	100		0.222	43.2	868	921	2	7	445
	107		0.208	46.2	928	986	2	7	445
	120		0.185	51.8	1041	1106	2	7	445
	150		0.148	64.7	1301	1382	2	7	445
Note: The detailed size of the product shall be in accordance with standard.

1) Identification grooves

2) Clamping grooves

Copper and Copper Alloy Grooved Contact Wires

Nominal cross section	Calculated cross section	Size and tolerance mm											Angle and tolerance
mm²	mm²	A		B		C		D		E	K	R	G	H
120	121	12.90	+0.13	12.90	+0.26	9.76	+0.20	7.24	+0.29	6.80	4.35	0.40	27°±1°	51°±1°
			-0.13		-0.26		-0.20		-0.14
150	151	14.40	+0.14	14.40	+0.29	9.71	+0.19	7.24	+0.29	6.80	4.00	0.40	27°±1°	51°±1°
			-0.14		-0.29		-0.19		-0.14
Note: The detailed size of the product shall be in accordance with standard. CT type does not do identification groove,other product shall be in accordance with standard.

Type	Tensile streng th MPa	Softening fraction	Elongation (unsoftened)	Repeated bending		Number of turns (until disconnected)	Number of turns	Conductivity(20 °C)% IACS	Resistivity (20°C) Ω · mm2/m	Temperature coefficient of resistance
				Crack	Disconnect
CT	≥360	-	≥3.0%	≥4	≥6	≥5	≥3	≥97	≤0.01777	0.00380
CTA	≥370	≥90%	≥3.0%	≥4	≥6	≥5	≥3	≥97	≤0.01777	0.00380
CTS	≥380	≥90%	≥3.0%	≥4	≥6	≥5	≥3	≥93	≤0.01854	0.00320
CTSM	≥430	≥90%	≥3.0%	≥4	≥6	≥5	≥3	≥80	≤0.02155	0.00320
CTM										0.00310
CTSH	≥500	≥90%	≥3.0%	≥4	≥6	≥5	≥3	≥68	≤0.02535	0.00320
CTMM										0.00270
CTMH	≥530	≥90%	≥3.0%	≥4	≥6	≥5	≥3	≥65	≤0.02653	0.00270
CTCZ	≥560	≥95%	≥3.0%	≥4	≥6	≥5	≥3	≥75	≤0.02299	0.00320

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