600v 1kv PVC insulated cable steel armoured cable

0.6/1kV PVC Insulated Steel Tape Armoured Cable

All type of Low Voltage Power cable coule be manufactured by Xinfeng Cable

Application

These cables are used for electricity supply in low voltage installation system, they are suitable for installation in indoors and outdoors, in cable ducts, underground, in power and switching stations, local energy distributions, industrial plants, where there is no risk of mechanical damage.

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Solar Cable

Standards

GB/12706.1, IEC60502-1, NFC 32-321, HD 603 S1 , HD 626 S1,AS/NZS 5000.1 etc.

Construction

Conductor: Circular, solid, compacted or sector shaped stranded copper or aluminium

Insulation: PVC

Binder tape: Non-hygroscopic material

Filler: Non-hygroscopic material

Inner covering (bedding): Extruded PVC

Metallic armour: Double layer of galvanized steel tape

Sheath: PVC

Characteristics

The product is suitable for power transmission and distribution lines with rated power frequency voltage 0.6/1 kV.

Rated voltages U0/U(Um): 0.6/1 (1.2)kV.
Note:
U0: Rated power-frequency voltage between conductor and earth or armour, metal sheath or screen for which the cable is suitable.
U: Rated power-frequency voltage between phase conductors for which the cable is suitable.
Um: Maximum value of the highest system voltage between phase conductors for which the cable is suitable.
Test Voltage: 3.5kV 5min No Breakdown, according to IEC60502-1.
The ambient temperature for installation: ≥0℃
Maximum conductor temperature in normal operation:≤70℃
Max operating temperature of con. When cable short-circuited(5s maximum duration): 160℃
Permissible minimum bending radius:
Single unarmoured cable: 20 x OD
Multi-core unarmoured cable: 15 x OD
Single armoured cable: 5 x OD
Multi-core armoured cable: 12 x OD
Note : OD=Overall Diameter of Cable

Specifications

Product Range

General type	VDE type	Designation	Application
CU/PVC/PVC (AL/PVC/PVC)	NYY(NAYY)	Cu conductor（Al conductor）PVC insulated PVC sheathed power cable	Laying indoors, in tunnel, fixed on the bracket, pipe and buried in the soil, the cable cannot bear external mechanical forces.
CU/PVC/PE (AL/PVC/PE)	NY2Y(NAY2Y)	Cu conductor（Al conductor）PVC insulated PE sheathed power cable
CU/PVC/STA/PVC (AL/PVC/STA/PVC)	NYBY(NAYBY)	Cu conductor（Al conductor）PVC insulated double of steel-tape armored PVC sheathed power cable	For laying indoors, in tunnel, cable trench, or direct in ground, able to bear external mechanical forces, but unable to bear large pulling force.
CU/PVC/STA/PE (AL/PVC/STA/PE)	NYB2Y(NAYB2Y)	Cu conductor（Al conductor）PVC insulated double of steel-tape armored PE sheathed power cable
CU/PVC/ATA/PVC (AL/PVC/ATA/PVC)	NYBY(NAYBY)	Cu conductor（Al conductor）PVC insulated double of aluminium-tape armored PVC sheathed power cable
CU/PVC/ATA/PE (AL/PVC/ATA/PE)	NYB2Y(NAYB2Y)	Cu conductor（Al conductor）PVC insulated double of aluminium-tape armored PE sheathed power cable
CU/PVC/SWA/PVC (AL/PVC/SWA/PVC)	NYRY(NAYRY)	Cu conductor（Al conductor）PVC insulated steel-wire armored PVC sheathed power cable	For laying indoors, in tunnel, cable trench, well or direct in ground, able to bear external mechanical forces and certain pulling force.
CU/PVC/SWA/PE (AL/PVC/SWA/PE)	NYR2Y(NAYR2Y)	Cu conductor（Al conductor）PVC insulated steel-wire armored PE sheathed power cable
CU/PVC/AWA/PVC (AL/PVC/AWA/PVC)	NYRY(NAYRY)	Cu conductor（Al conductor）PVC insulated aluminium-wire armored PVC sheathed power cable
CU/PVC/AWA/PE (AL/PVC/AWA/PE)	NYR2Y(NAYR2Y)	Cu conductor（Al conductor）PVC insulated aluminium-wire armored PE sheathed power cable

Product parameters

Nominal section area mm2	Approx. overall diameter mm	Approx. weight of cable kg/km		Maximum DC resistance of the conductor Ω/km
Nominal section area mm2	Approx. overall diameter mm	Cu	Al	20℃ Cu	20℃ Al
1×1.5 RE	9	160.2	–	12.1	–
1×2.5 RE	9.4	178.5	135.7	7.41	12.1
1×4 RE	10.3	202.6	178.4	4.61	7.41
1×6 RE	10.8	232.4	196.2	3.08	4.61
1×10 CC	11.8	292.1	231.7	1.83	3.08
1×16 CC	12.8	368.1	271.5	1.15	1.91
1×25 CC	14.4	481.1	326.4	0.727	1.2
1×35 CC	15.4	595.4	378.8	0.524	0.868
1×50 CC	17.2	782.2	472.9	0.387	0.641
1×70 CC	18.8	1002.1	569	0.268	0.443
1×95 CC	20.7	1285	697.2	0.193	0.32
1×120 CC	22.2	1548	805.6	0.153	0.253
1×150 CC	24.1	1879.8	951.7	0.124	0.206
1×185 CC	26.2	2264.9	1120.3	0.0991	0.164
1×240 CC	28.9	2853.8	1369	0.0754	0.125
1×300 CC	31.6	3493.6	1637.5	0.0601	0.1
1×400 CC	35.2	4530.9	2056.1	0.047	0.0778
1×500 CC	40.2	5966.8	2873.3	0.0366	0.0605
1×630 CC	43.9	7302.1	3404.3	0.0283	0.0469
2×1.5 RE	12	217.7	–	12.1	–
2×2.5 RE	12.8	254.4	223.3	7.41	12.1
2×4 RE	14.5	331.3	281.5	4.61	7.41
2×6 RE	15.5	397.5	322.9	3.08	4.61
2×10 CC	17.6	548.1	423.7	1.83	3.08
2×16 CC	19.6	704.2	505.3	1.15	1.91
2×25 CC	22.8	954.8	643.9	0.727	1.2
2×35 CC	24.8	1184.3	749	0.524	0.868
2×50 SM	22.6	1405.6	783.8	0.387	0.641
2×70 SM	25.1	1842.1	971.5	0.268	0.443
2×95 SM	30.1	2707.3	1525.9	0.193	0.32
2×120 SM	32.3	3252.4	1760.1	0.153	0.253
2×150 SM	35.5	3959.1	2093.7	0.124	0.206
2×185 SM	38.8	4767.3	2466.7	0.0991	0.164
2×240 SM	43.8	6103.7	3119.1	0.0754	0.125
2×300 SM	48.3	7453.4	3722.7	0.0601	0.1
3×1.5 RE	12.4	252.3	–	12.1	–
3×2.5 RE	13.3	300.7	254	7.41	12.1
3×4 RE	15.2	394.5	319.9	4.61	7.41
3×6 RE	16.3	487	375.1	3.08	4.61
3×10 CC	18.5	663.2	476.7	1.83	3.08
3×16 CC	20.7	901.8	603.3	1.15	1.91
3×25 CC	24.1	1250.7	784.3	0.727	1.2
3×35 CC	26.3	1578.1	925.2	0.524	0.868
3×50 SM	25.8	1997.4	1064.7	0.387	0.641
3×70 SM	29	2635.8	1330	0.268	0.443
3×95 SM	34.2	3799.8	2027.6	0.193	0.32
3×120 SM	37.6	4620.3	2381.9	0.153	0.253
3×150 SM	41.9	5661.4	2863.4	0.124	0.206
3×185 SM	46.8	6965.8	3514.9	0.0991	0.164
3×240 SM	52	8782.1	4305.2	0.0754	0.125
3×300 SM	57.3	10747.9	5151.8	0.0601	0.1
4×1.5 RE	13.2	291.1	–	12.1	–
4×2.5 RE	14.2	351.9	289.7	7.41	12.1
4×4 RE	16.3	469	369.5	4.61	7.41
4×6 RE	17.5	586.9	437.7	3.08	4.61
4×10 CC	20	798.9	550.2	1.83	3.08
4×16 CC	22.4	1079.7	681.8	1.15	1.91
4×25 CC	26.3	1549.9	928.1	0.727	1.2
4×35 CC	28.8	1985.4	1114.9	0.524	0.868
4×50 SM	30	2604.6	1361	0.387	0.641
4×70 SM	34.8	3778.7	2037.7	0.268	0.443
4×95 SM	39.1	4920.9	2558.1	0.193	0.32
4×120 SM	41.8	5956.6	2972	0.153	0.253
4×150 SM	46.9	7418.1	3687.3	0.124	0.206
4×185 SM	52.5	9021.2	4419.9	0.0991	0.164
4×240 SM	57.5	11374.5	5405.2	0.0754	0.125
4×300 SM	63.2	13951.3	6489.8	0.0601	0.1
5×1.5 RE	14	331.4	–	12.1	–
5×2.5 RE	15.1	404.9	327.2	7.41	12.1
5×4 RE	17.5	545.9	421.5	4.61	7.41
5×6 RE	18.9	689.4	502.8	3.08	4.61
5×10 CC	21.7	952.3	641.4	1.83	3.08
5×16 CC	24.4	1297	799.6	1.15	1.91
5×25 CC	28.7	1867.7	1090.4	0.727	1.2
5×35 CC	31.7	2417.3	1329.2	0.524	0.868
5×50 SM	32.3	3179.9	1625.4	0.387	0.641
5×70 SM	37.3	4572.2	2395.9	0.268	0.443
5×95 SM	42.4	5995.2	3041.7	0.193	0.32
5×120 SM	46.3	7399.6	3668.9	0.153	0.253
5×150 SM	51.9	9104.9	4441.4	0.124	0.206
5×185 SM	56.8	11034.8	5283.2	0.0991	0.164
5×240 SM	63.6	14001.9	6540.4	0.0754	0.125
5×300 SM	69.9	17199.6	7872.7	0.0601	0.1

Nominal section area mm2	Approx. overall diameter mm	Approx. weight of cable kg/km		Maximum DC resistance of the conductor Ω/km
Nominal section area mm2	Approx. overall diameter mm	Cu	Al	20℃ Cu		20℃ Al
3×4+1×2.5 RE	15.7	440.9	350.8	4.61	7.41	7.41	12.1
3×6+1×4 RE	17.2	561.9	425.1	3.08	4.61	4.61	7.41
3×10+1×6 CC	19.4	752	528.1	1.83	3.08	3.08	4.61
3×16+1×10 CC	21.8	1015.8	655.2	1.15	1.83	1.91	3.08
3×25+1×16 CC	25.3	1439.4	873.6	0.727	1.15	1.2	1.91
3×35+1×16 CC	27.1	1761	1008.6	0.524	1.15	0.868	1.91
3×50+1×25 SM	28.8	2347.5	1259.3	0.387	0.727	0.641	1.2
3×70+1×35 SM	32.1	3086.8	1563.4	0.268	0.524	0.443	0.868
3×95+1×50 SM	37.5	4451.4	2368.4	0.193	0.387	0.32	0.641
3×120+1×70 SM	40	5436.4	2762.7	0.153	0.268	0.253	0.443
3×150+1×70 SM	44	6468.9	3235.6	0.124	0.268	0.206	0.443
3×185+1×95 SM	50.2	8077.3	4035.7	0.0991	0.193	0.164	0.32
3×240+1×120 SM	55	10115.6	4892.6	0.0754	0.153	0.125	0.253
3×300+1×150 SM	60.4	12390.5	5861.7	0.0601	0.124	0.1	0.206
4×4+1×2.5 RE	17	519	404	4.61	7.41	7.41	12.1
4×6+1×4 RE	18.6	665.2	491.1	3.08	4.61	4.61	7.41
4×10+1×6 CC	21.1	902.4	616.3	1.83	3.08	3.08	4.61
4×16+1×10 CC	23.8	1230.1	769.9	1.15	1.83	1.91	3.08
4×25+1×16 CC	27.8	1759.5	1038.2	0.727	1.15	1.2	1.91
4×35+1×16 CC	30.2	2196	1226	0.524	1.15	0.868	1.91
4×50+1×25 SM	29.7	2870.2	1471.1	0.387	0.727	0.641	1.2
4×70+1×35 SM	34.3	4132.7	2174	0.268	0.524	0.443	0.868
4×95+1×50 SM	39	5440.3	2766.6	0.193	0.387	0.32	0.641
4×120+1×70 SM	42.3	6692.8	3272.9	0.153	0.268	0.253	0.443
4×150+1×70 SM	46.8	8134.3	3968.3	0.124	0.268	0.206	0.443
4×185+1×95 SM	51.8	9966.3	4774.3	0.0991	0.193	0.164	0.32
4×240+1×120 SM	57.5	12583.7	5868.3	0.0754	0.153	0.125	0.253
4×300+1×150 SM	63.4	15340.7	6946.5	0.0601	0.124	0.1	0.206
3×4+2×2.5 RE	16.5	490.8	385.1	4.61	7.41	7.41	12.1
3×6+2×4 RE	18.3	639.4	477.8	3.08	4.61	4.61	7.41
3×10+2×6 CC	20.5	850.6	589.5	1.83	3.08	3.08	4.61
3×16+2×10 CC	23.3	1161.1	738.3	1.15	1.83	1.91	3.08
3×25+2×16 CC	27	1648.8	983.4	0.727	1.15	1.2	1.91
3×35+2×16 CC	28.6	1965.7	1113.8	0.524	1.15	0.868	1.91
3×50+2×25 SM	29.6	2633.1	1389.5	0.387	0.727	0.641	1.2
3×70+2×35 SM	34.2	3800.4	2059.4	0.268	0.524	0.443	0.868
3×95+2×50 SM	38.8	5009.5	2615.6	0.193	0.387	0.32	0.641
3×120+2×70 SM	42.2	6217.1	3108.2	0.153	0.268	0.253	0.443
3×150+2×70 SM	46.6	7355.6	3687	0.124	0.268	0.206	0.443
3×185+2×95 SM	51.6	9089.8	4457.4	0.0991	0.193	0.164	0.32
3×240+2×120 SM	57.3	11402.2	5433	0.0754	0.153	0.125	0.253
3×300+2×150 SM	63.1	13997.8	6536.3	0.0601	0.124	0.1	0.206

Range of production

No. of cores: 1, 2, 3, 4, 5, 2+E, 3+E, 4+E;
Nominal cross-section （mm2）: 0.5 ~ 800;