Clad series GV-H

Corrugated copper shielding + Steel wire armour

0.6/1kV

Flexible Cu 1 up to 630mm²

PVC 70°C / PVC

Electromagnetic protection

Fixed power distribution networks in high voltage substations (SSEE), its shielding allows adequate filtering of electromagnetic interference at frequencies up to 1 MHz. For Alternating Current (50/60Hz), for single-phase systems (220/110V), three-phase systems (380/190V) and systems with voltages up to 1kV. For Direct Current, used in systems with voltages up to 1.5kV Installed in aerial trays, gutters or conduits, buried in ducts or directly buried. It has additional mechanical protection.

Features

Temperature rating: 70ºC (operating), 160°C (short circuit)
Voltage rating: 600/1000V AC, maximum 1200V AC / 1500V DC
Construction requirements: As per IRAM 2178-1 – IEC 60502-1
Conductor requirements: As per IRAM NM 280 – IEC 60228
Conductor: Annealed electrolytic copper - Flexible stranding class 5
Insulation: PVC
Bedding: PVC
Shield: Corrugated copper tape longitudinal overlapping wrap
Inner sheath: PVC
Armour: Galvanized steel wire armour
Sheath: PVC, fire-retardant
Fire requirements: As per IEC 60332-3-24
EMC requirements: Transfer impedance lower than 2 ohm/km up to 1MHz (as per IRAM 63020; HN 33-S-34)

Corrugated copper shield

Fire-retardant

Flexible stranded conductors

Sequentially marked

Industrial applications

Tray cable

Identification

	Standard
	Sheath	Conductors
2 Conductors
3 Conductors
4 Conductors

Instalation

Installation temperature

Over armour

Minimum bend radius

Constructive variants

The information provided corresponds to the standard version, and different alternatives of insulation and / or covering materials can be used upon request.

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ELECTRICAL CHARACTERISTICS

Resistances & reactances

Nominal cross-section (mm²)	Electrical resistance in D.C. at 20°C (Ohm/km)	Electrical resistance in C.C. at 70°C (Ohm/km)	Inductive reactance at 50Hz (Ohm/Km)
			1 Conductor (1)	1 Conductors (2)	1 Conductors (3)	Multiconductor (4)	4 Conductors (5)

1	19.5	23.33	--	--	--	0.111	0.119
1.5	13.3	15.91	--	--	--	0.104	0.112
2.5	7.98	9.55	--	--	--	0.097	0.104
4	4.95	5.92	--	--	--	0.097	0.104
6	3.3	3.95	0.172	0.215	0.157	0.091	0.098
10	1.91	2.29	0.153	0.197	0.139	0.084	0.092
16	1.21	1.45	0.14	0.184	0.126	0.08	0.088
25	0.78	0.93	0.135	0.179	0.121	0.08	0.087
35	0.554	0.663	0.129	0.173	0.115	0.078	0.085
50	0.386	0.462	0.124	0.167	0.109	0.077	0.085
70	0.272	0.326	0.118	0.162	0.104	0.074	0.082
95	0.206	0.248	0.114	0.158	0.1	0.074	0.081
120	0.161	0.194	0.11	0.154	0.096	0.072	0.08
150	0.129	0.156	0.108	0.152	0.094	0.072	0.08
185	0.106	0.129	0.108	0.151	0.093	0.072	0.08
240	0.0801	0.0993	0.105	0.148	0.09	0.072	0.079
300	0.0641	0.081	0.102	0.146	0.088	0.071	0.079
400	0.0486	0.0637	0.102	0.145	0.087	--	--
500	0.0384	0.0527	0.1	0.143	0.085	--	--
630	0.0287	0.0429	0.098	0.141	0.083	--	--

(1) Three single conductor cables displayed in flat, in contact with each other. (2) Three single conductor cables displayed in flat, separated by 1 diameter between each other. (3) Three single-conductor cables displayed in a trefoil in contact with each other. (4) Calculation of Inductive reactance valid for two-conductor and three conductor cables. (5) Calculation of Inductive reactance valid for four-conductor cables.

Intensity of admissible currents

Nominal cross-section (mm²)	Current-carrying capacity of cables in free air at 40°C as per IEC 364-5-523. Single-conductors cable up to 16mm² in contact with each other, displayed in unperforated trays, remaining cross-sections, single-conductors displays and formations in cable ladder or perforated cable trays (Ampere)					Current-carrying capacity of cables directly buried at 25°C soil temperature and soil thermal resistance of 1 km/W as per IEC 364-5-523. (Ampere)
	1 Conductor (1)	1 Conductors (2)	1 Conductors (3)	2 Conductors	Multiconductor (4)	1 Conductor (1)	1 Conductors (2)	2 Conductors	Multiconductor (4)

1	--	--	--	--	--	--	--	--	--
1.5	--	--	--	18.1	15.3	--	--	28	24
2.5	--	--	--	25	21	--	--	37	32
4	--	--	--	33	29	--	--	48	42
6	34	--	--	42	35	60	64	62	52
10	48	--	--	58	49	80	85	84	70
16	63	--	--	78	67	103	110	106	90
25	94	121	91	98	84	133	142	137	117
35	118	149	113	123	105	160	171	164	140
50	143	181	138	149	126	186	199	197	164
70	186	232	179	192	162	230	246	241	200
95	227	282	219	233	197	276	295	291	241
120	265	328	255	271	228	314	335	333	276
150	308	377	295	314	263	352	376	373	309
185	352	430	338	358	301	398	426	423	351
240	419	508	401	425	355	464	496	493	407
300	485	586	464	490	410	525	562	558	460
400	569	704	542	--	--	600	642	--	--
500	652	811	619	--	--	695	744	--	--
630	748	941	707	--	--	796	852	--	--

(1) Three single conductor cables displayed in flat, in contact with each other. (2) Three single conductor cables displayed in flat, separated by 1 diameter between each other. (3) Three single-conductor cables displayed in a trefoil in contact with each other. (4) The values of current-carrying capacity informed, correspond to three-conductor, four-conductor.

DIMENSIONS & WEIGHT

Cable formation N° Cond. x cross-section (mm²)	Diameter below armour mm	External diameter mm	Weight kg/km	Code
1x16	14.6	19.7	633	GV 1160 O
1x25	16.1	21.2	762	GV 1250 O
1x35	17.6	22.7	900	GV 1350 O
1x50	19.1	24.2	1071	GV 1500 O
1x70	21.1	27.1	1385	GV 1700 O
1x95	23.1	29.1	1651	GV 1950 O
1x120	25.1	31.3	2002	GV 11200 O
1x150	27.6	34	2370	GV 11500 O
1x185	30.1	36.5	2796	GV 11850 O
1x240	33.6	40.2	3525	GV 12400 O
1x300	36.6	43.4	4160	GV 13000 O
2x1	14.6	19.2	658	GV 0210 H
2x1.5	14.6	19.2	664	GV 0215 H
2x2.5	14.6	20.1	812	GV 0225 H
2x4	16.6	22.1	962	GV 0240 H
2x6	17.6	23.1	1050	GV 0260 H
2x10	19.6	25.8	1391	GV 2100 H
2x16	21.6	27.8	1621	GV 2160 H
2x25	25.1	31.3	2057	GV 2250 H
2x35	27.6	34	2432	GV 2350 H
2x50	31.1	38.8	3303	GV 2500 H
2x70	34.6	42.5	4067	GV 2700 H
2x95	38.6	46.9	5035	GV 2950 H
2x120	43.6	53.1	6586	GV 21200 H
2x150	47.6	57.3	7636	GV 21500 H
2x185	52.6	62.5	8930	GV 21850 H
2x240	58.6	68.9	10613	GV 22400 H
3x1	14.6	19.2	663	GV 0310 H
3x1.5	14.6	20.1	808	GV 0315 H
3x2.5	15.1	20.6	855	GV 0325 H
3x4	17.6	23.1	1049	GV 0340 H
3x6	18.6	24.1	1151	GV 0360 H
3x10	20.6	26.8	1535	GV 3100 H
3x16	23.1	29.3	1852	GV 3160 H
3x25	26.6	33	2354	GV 3250 H
3x35	29.1	35.5	2810	GV 3350 H
3x50	33.6	41.5	4013	GV 3500 H
3x70	37.6	45.7	4993	GV 3700 H
3x95	41.6	50.1	6026	GV 3950 H
3x120	45.6	55.3	7738	GV 31200 H
3x150	51.6	61.3	9250	GV 31500 H
3x185	55.6	65.7	10536	GV 31850 H
3x240	62.6	73.5	13187	GV 32400 H
4x1	14.6	20.1	803	GV 0410 H
4x1.5	15.1	20.6	843	GV 0415 H
4x2.5	16.1	21.6	937	GV 0425 H
4x4	18.6	24.1	1134	GV 0440 H
4x6	19.6	25.8	1402	GV 0460 H
4x10	22.1	28.3	1703	GV 4100 H
4x16	24.6	30.8	2079	GV 4160 H
3x25+1x16	28.1	34.5	2592	GV 2516 H
3x35+1x16	30.1	36.7	3003	GV 3516 H
3x50+1x25	34.6	42.5	4246	GV 5025 H
3x70+1x35	38.6	46.7	5373	GV 7035 H
3x95+1x50	43.6	53.3	7057	GV 9550 H
3x120+1x70	48.6	58.3	8608	GV 12070 H
3x150+1x70	52.6	62.5	9807	GV 15070 H
3x185+1x95	57.6	67.9	11344	GV 18595 H