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Nyfgy Low Voltage Flat Wire Armoured Power Supply Cable

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Basic Info

Product Description

Model NO.

N2XFGY

Material Shape

Round Wire

Range of Application

Power Stations, Industrial Plants and Switchgears

Certification

ISO9001, CE, CCC

Brand

Rated Voltage

0.6/1 Kv

Class of Conductor

1,2

Number of Core

1-5

Refer Standard

IEC 60502-1

Type of Armor

Galvanized Flat Steel Wire

Trademark

Transport Package

Wooden Drum/Steel Drum

Specification

16-300 mm2

Origin

Jiangsu, China

HS Code

8544492100

NYFGY Low voltage Flat Wire Armoured Power supply cableApplication:
For outdoor installations in power stations, industrial plants and switchgears if mechanical protection is required or in applications where mechanical damages are expected to occur.
NYFGY Low voltage Flat Wire Armoured Power supply cable Construction:
Copper Conductor, PVC Insulation, Galvanized Flat steel wires Armour, PVC Sheathed
NYFGY Low voltage Flat Wire Armoured Power supply cable colour operation:
Colour Code Colour Code (1):
1 Core: Red or Black
2 Cores: Red, Black
3 Cores: Red, Yellow, Blue
4 Cores: Red, Yellow, Blue, Black
5 Cores: Red, Yellow, Blue, Black, Green
Above 5 Cores: Black Cores with White numerals
Colour Code (2):
1 Core: Brown or Blue
2 Cores: Brown or Blue
3 Cores: Brown, Black, Grey
4 Cores: Blue, Brown, Black, Grey
5 Cores: Green/Yellow, Blue, Brown, Black, Grey
NYFGY Low voltage Flat Wire Armoured Power supply cable Technical Data:
Conductor: solid Copper Class1 or Stranded Conductor,Class2
Rated Voltage:0.6/1KV
Test Voltage: 4000V
Working Temperature:-5-90 º C
Short-circuit max. Conductor temperature:250°C
Insulation resistance: 20 MΩ x km
Parameter:
Two core Cable Physical Data:

Nom. Cross Section Area	Approx. Overall Diameter	Approx. Cable Weight
mm²	mm	kg/km
1.5	17.9	611
2.5	18	630
4	17.8	648
6	18.1	687
10	20.5	881
16	22.5	1085
25	25.5	1428
35	27.5	1753
50	31	2120
70	35	2716
95	39.5	3528
120	43	4177
150	47	5012
185	52	6116
240	58	7695
300	64	9384

Two core Cable Electrical Data:

Conductor			Inductance	Current - Carrying Capacity at 30° C		Short circuit current at 1 sec
Nom. Cross Section Area	DC Resistance at 20°C	AC Resistance at 70°C		Current - Carrying Capacity at 30° C
Nom. Cross Section Area	DC Resistance at 20°C	AC Resistance at 70°C		in air	in ground
(mm²)	Max. (Ω/km)	Max. (Ω/km)	(mH/km)	Max. (A)	Max. (A)	Max. (kA)
1.5	12.1	14.478	0.351	24	27	0.17
2.5	7.41	8.866	0.315	32	36	0.29
4	4.61	5.516	0.303	42	48	0.46
6	3.08	3.685	0.288	53	61	0.69
10	1.83	2.19	0.269	73	81	1.15
16	1.15	1.376	0.255	96	106	1.84
25	0.727	0.87	0.255	126	136	2.88
35	0.524	0.627	0.246	155	164	4.03
50	0.387	0.464	0.247	186	194	5.75
70	0.268	0.321	0.238	235	239	8.05
95	0.193	0.232	0.238	286	284	10.93
120	0.153	0.184	0.233	331	324	13.8
150	0.124	0.15	0.233	377	364	17.25
185	0.0991	0.121	0.233	430	408	21.28
240	0.0754	0.093	0.232	507	472	27.6
300	0.0601	0.075	0.231	577	530	34.5

Three core cable Physical Data:

Nom. Cross Section Area	Approx. Overall Diameter	Approx. Cable Weight
mm²	mm	kg/km
1.5	17.8	620
2.5	18	648
4	18	681
6	19	789
10	21.5	997
16	23.5	1280
25	27	1709
35	29.5	2123
50	32	2444
70	36	3217
95	40.5	4171
120	43.5	4957
150	48	6011
185	52.5	7319
240	59	9324
300	64.5	11344

Three core Cable Electrical Data:

Conductor			Inductance	Current - Carrying Capacity at 30° C		Short circuit current at 1 sec
Nom. Cross Section Area	DC Resistance at 20°C	AC Resistance at 70°C		Current - Carrying Capacity at 30° C
Nom. Cross Section Area	DC Resistance at 20°C	AC Resistance at 70°C		in air	in ground
(mm²)	Max. (Ω/km)	Max. (Ω/km)	(mH/km)	Max. (A)	Max. (A)	Max. (kA)
1.5	12.1	14.478	0.351	20	23	0.17
2.5	7.41	8.866	0.315	27	31	0.29
4	4.61	5.516	0.303	36	41	0.46
6	3.08	3.685	0.288	45	52	0.69
10	1.83	2.19	0.269	62	69	1.15
16	1.15	1.376	0.255	82	90	1.84
25	0.727	0.87	0.255	108	116	2.88
35	0.524	0.627	0.246	133	139	4.03
50	0.387	0.464	0.247	166	171	5.75
70	0.268	0.321	0.238	208	209	8.05
95	0.193	0.232	0.238	255	250	10.93
120	0.153	0.184	0.233	295	284	13.8
150	0.124	0.15	0.233	337	318	17.25
185	0.0991	0.121	0.233	387	359	21.28
240	0.0754	0.093	0.232	457	414	27.6
300	0.0601	0.075	0.231	523	466	34.5