0.6/1kv PVC Insulated PVC Sheated 2.5mm 3 Core Copper Power Cable with Swa Armored

0.6/1kv PVC Insulated PVC Sheated 2.5mm 3 Core Copper Power Cable with Swa Armored image

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Quick Details

Product Name:

0.6/1kv PVC Insulated PVC Sheated 2.5mm 3 Core Copper Power Cable with Swa Armored

Model NO.:

2.5 mmm 3 core

Brand:

Jytop

Model:

YJV

Certification:

ISO

Wire Core Material:

Copper/ Aluminum

Material Shape:

Round Wire

Sheath Material:

PVC

Insulation Material:

PVC

Current:

DC & AC

Voltage:

Low and Medium Voltage Cable

Application:

Construction, Industrial, Power Station

Rated Voltage:

0.6/1kv

Test Voltage:

4 Veff Kv

Minimum Laying Temperature:

-20 Deg

Operating Temperature:

-40deg~ +90deg

Minimum Bending Radius:

18 X Od

Trademark:

JYTOP

Transport Package:

Reel or Drum

Specification:

4X150sq. Mm

Origin:

Zhengzhou, China

HS Code:

8544492100

Product Details

0.6/1KV type MV PVC/SWA/PVC 2.5mm 3 core copper cable with armored

Application

Armored copper cable is a very innovative concept for overhead power distribution as compared to the conventional bare conductor overhead distribution system.

It provides higher level of safety and reliability, lower power losses and ultimate system economy by reducing installation, maintenance and operative cost.

Caledonian LV Aerial Bundle Cables are designed to supply 600/1000 volt aerial service for temporary service at construction sites, as a service drop (power pole to service entrance), as a secondary cable (pole to pole) or street lighting.

This over-head cable provides reinforced insulation acc. IEC 61140 and fulfill therefore Class II acc. IEC 61140. It is not flame retardant. But this could be if requested change to a flame retardant cable.

Standard

Basic design to BS 7870 / TNB Specification(IEC 60502) / HD 626 S1 / NFC 33-209 / AS/NZS 3560-1 standards

Construction

Conductor	Aluminium conductor, round stranded compressed (RM).
Insulation	XPLE compound, UV-resistant.
Core Identification	1, 2 resp. 3 raised longitudinal ribs on the surface of the cores. The surface of the neutral core should have at least 12 ribs for cross-sections up to 50 mm² and a minimum of 16 ribs for cores above 50 mm². In the case of five core bundles the surface of the protective core should be smooth.

Electrical Properties

Rated Voltage	0.6/1kV
Test Voltage	4 Veff kV
Minimum Laying Temperature	-20°C
Operating Temperature	-40°C~ +90°C
Maximum Short-circuit Temperature	250°C
Maximum Conductor Temperature	80°C
Minimum Bending Radius	18×OD

Construction Parameters

BS 7870

Number of Cores x Nominal Cross Section	Overall Diameter	Weight	Maximum Conductor Resistance	Minimum Breaking Load	Current Rating
No.×mm²	mm	Kg/Km	Ω/Km	KN	A
1×16 RM	8.0	74	1.910	2.5	72
1×25 RM	9.0	106	1.200	4.0	107
1×35 RM	10.5	138	0.868	5.5	132
1×50 RM	11.8	182	0.641	8.0	165
1×70 RM	13.0	252	0.443	10.7	205
1×95 RM	15.4	333	0.320	13.7	240
1×120 RM	17.0	408	0.253	18.6	290
1×150 RM	19.0	502	0.206	23.2	334
1×185 RM	21.0	611	0.164	28.7	389
1×240 RM	24.0	801	0.125	37.2	467
2×16 RM	15.6	147	1.910	2.5	72
2×25 RM	18.0	208	1.200	4.0	107
2×35 RM	20.0	277	0.868	5.5	132
2×50 RM	23.5	361	0.641	8.0	165
2×70 RM	25.4	505	0.443	10.7	205
2×95 RM	30.3	666	0.320	13.7	240
2×150 RM	38.0	1004	0.206	23.2	334
4×16 RM	18.8	286	1.910	2.5	72
4×25 RM	21.2	430	1.200	4.0	107
4×35 RM	24.1	553	0.868	5.5	132
4×50 RM	27.8	746	0.641	8.0	165
4×70 RM	31.8	1009	0.443	10.7	205
4×95 RM	37.8	1332	0.320	13.7	240
4×120 RM	54.4	1632	0.253	18.6	290
4×50 + 1×25 RM	31.9	814	0.641/1.200	8.0/4.0	165/107
4×50 + 1×35 RM	31.9	845	0.641/0.868	8.5/5.5	165/132
4×70 + 1×25 RM	36.0	1105	0.443/1.200	10.7/4.0	205/107
4×70 + 2×25 RM	40.0	1217	0.443/1.200	10.7/4.0	205/107
4×95 + 1×25 RM	41.8	1438	0.320/1.200	13.7/4.0	240/107
4×95 + 2×25 RM	42.0	1544	0.320/1.200	13.7/4.0	240/107
4×120 + 1×25 RM	59.0	2050	0.253/1.200	18.6/4.0	290/107

Other cross-sections can be offered upon request.

TNB Specification(IEC 60502)

Number of Cores x Nominal Cross Section	Overal Diameter	Weight	Maximum Conductor Resistance	Minimum Breaking Load	Current Rating
No.×mm²	mm	Kg/Km	Ω/Km	KN	A
1×16+1×25 RM	15.3	160	1.910	2.5	72
3×16+1×25 RM	19.0	290	1.200	4.0	107
3×25+1×25 RM	23.2	400	0.868	5.5	132
3×35+1×25 RM	25.6	500	0.641	8.0	165
3×50+1×35 RM	30.0	680	0.443	10.7	205
3×70+1×50 RM	34.9	920	0.320	13.7	240
3×95+1×70 RM	40.6	1270	0.253	18.6	290
3×120+1×70 RM	44.1	1510	0.206	23.2	334
3×150+1×95 RM	49.2	1870	0.164	28.7	389
3×185+1×120 RM	54.9	2340	0.125	37.2	467
3×25+1×25+1×16 RM	23.2	470	1.910	2.5	72
3×35+1×25+1×16 RM	25.6	560	1.200	4.0	107
3×50+1×35+1×16 RM	30.0	740	0.868	5.5	132
3×70+1×50+1×16 RM	34.9	980	0.641	8.0	165
3×95+1×70+1×16 RM	40.6	1330	0.443	10.7	205
3×120+1×70+1×16 RM	44.1	1580	0.320	13.7	240
3×150+1×95+1×16 RM	49.2	1940	0.206	23.2	334
3×185+1×120+1×16 RM	54.9	2410	1.910	2.5	72

Other cross-sections can be offered upon request.

HD 626 S1

number of cores x nominal cross section	outer diameter	total weight	max. conductor- resistance	min. breaking load of conductor strand	current rating in the air 1)
mm²	ca. mm	ca. kg/km	Ohm/km	kN	A
2x 16 RM	15.6	147	1.910	2.5	72
2x 25 RM	18.0	208	1.200	4.0	107
2x 35 RM	20.0	277	0.868	5.5	132
2x 50 RM	23.5	361	0.641	8.0	165
4x 16 RM	18.8	286	1.910	2.5	72
4x 25 RM	21.2	430	1.200	4.0	107
4x 35 RM	24.1	553	0.868	5.5	132
4x 50 RM	27.8	746	0.641	8.0	165
4x 70 RM	31.8	1009	0.443	10.7	205
4x 95 RM	37.8	1332	0.320	13.7	240
4x 120 RM	54.4	1632	0.253	18.6	290
4x 35 + 1x 35 RM	30.0	694	0.868/0.868	5.5/5.5	132/132
4x 50 + 1x 25 RM	31.9	814	0.641/1.200	8.0/4.0	165/107
4x 50 + 1x 35 RM	31.9	845	0.641/0.868	8.5/5.5	165/132
4x 70 + 1x 25 RM	36.0	1105	0.443/1.200	10.7/4.0	205/107
4x 70 + 2x 25 RM	40.0	1217	0.443/1.200	10.7/4.0	205/107
4x 70 + 1x 35 RM	36.2	1150	0.443/0.868	10.7/5.5	205/132
4x 70 + 2x 35 RM	40.1	1289	0.443/0.868	10.7/5.5	205/132
4x 95 + 1x 25 RM	41.8	1438	0.320/1.200	13.7/4.0	240/107
4x 95 + 1x 35 RM	41.8	1467	0.320/0.868	13.7/5.5	240/132
4x 95 + 2x 25 RM	42.0	1544	0.320/1.200	13.7/4.0	240/107

Other cross-sections can be offered upon request.

NFC 33-209

Number of Cores x Nominal Cross Section	Overal Diameter	Weight	Maximum Conductor Resistance	Minimum Breaking Load	Current Rating
No.×mm²	mm	Kg/Km	Ω/Km	KN	A
2×10 RM	12.8	93	3.080	1.5	38
4×10 RM	15.4	183	3.080	1.5	38
2×16 RM	14.8	129	1.910	2.3	72
2×16 RN + 2×1.5 RE	14.8	176	1.910/12.100	2.3	72
4×16 RM	17.8	257	1.910	2.3	72
4×16 RN + 2×1.5 RE	17.8	304	1.910/12.100	2.3	72
2×25 RM	18.0	202	1.200	3.8	107
2×25 RM + 2×1.5 RE	18.0	249	1.200/12.100	3.8	107
4×25 RM	21.7	404	1.200	3.8	107
4×25 RM + 2×1.5 RE	21.7	451	1.200/12.100	3.8	107
2×35 RM	20.8	269	0.868	5.2	132
2×35 RM + 2×1.5 RE	20.8	316	0.868/12.100	5.2	132
4×35 RM	25.1	539	0.868	5.2	132
4×35 RM + 2×1.5 RE	25.1	586	0.868/12.100	5.2	132
2×50 RM	23.4	352	0.641	7.6	165
2×50 RM + 2×1.5 RE	23.4	399	0.641/12.100	7.6	165
1×54.6 RM + 3×25 RM	21.7	507	0.630/1.200	3.8	107
1×54.6 RM + 3×25 RM + 1×16 RM	24.3	573	0.630/1.200/1.910	3.8/2.3	107/72
1×54.6 RM + 3×25 RM + 2×16 RM	29.7	639	0.630/1.200/1.910	3.8/2.3	107/72
1×54.6 RM + 3×25 RM + 3×16 RM	31.1	705	0.630/1.200/1.910	3.8/2.3	107/72
1×54.6 RM + 3×35 RM	25.1	615	0.630/0.868	5.2	132
1×54.6 RM + 3×35 RM + 1×16 RM	28.1	680	0.630/0.868/1.910	5.2/2.3	132/72
1×54.6 RM + 3×35 RM + 2×16 RM	34.3	748	0.630/0.868/1.910	5.2/2.3	132/72
1×54.6 RM + 3×35 RM + 3×16 RM	35.9	814	0.630/0.868/1.910	5.2/2.3	132/72
1×54.6 RM + 3×35 RM + 1×25 RM	28.1	714	0.630/0.868/1.200	5.2/3.8	132/107
1×54.6 RM + 3×50 RM	28.2	741	0.630/0.641	7.6	165
1×54.6 RM + 3×50 RM + 1×16 RM	31.6	806	0.630/0.641/1.910	7.6/2.3	165/72
1×54.6 RM + 3×50 RM + 2×16 RM	38.6	875	0.630/0.641/1.910	7.6/2.3	165/72
1×54.6 RM + 3×50 RM + 3×16 RM	40.4	940	0.630/0.641/1.910	7.6/2.3	165/72
1×54.6 RM + 3×50 RM + 1×25 RM	31.6	841	0.630/0.641/1.200	7.6/3.8	165/107
1×54.6 RM + 3×70 RM	33.0	950	0.630/0.443	10.2	205
1×54.6 RM + 3×70 RM + 1×16 RM	37.0	1014	0.630/0.443/1.910	10.2/2.3	205/72
1×54.6 RM + 3×70 RM + 2×16 RM	45.2	1083	0.630/0.443/1.910	10.2/2.3	205/72
1×54.6 RM + 3×70 RM + 3×16 RM	47.3	1148	0.630/0.443/1.910	10.2/2.3	205/72
1×54.6 RM + 3×70 RM + 1×25 RM	37.0	1048	0.630/0.443/1.200	10.2/3.8	205/107
1×54.6 RM + 3×70 RM + 2×25 RM	45.2	1150	0.630/0.443/1.200	10.2/3.8	205/107
1×54.6 RM + 3×70 RM + 3×25 RM	47.3	1250	0.630/0.443/1.200	10.2/3.8	205/107
1×54.6 RM + 3×95 RM	37.4	1176	0.630/0.320	13.5	240
1×54.6 RM + 3×95 RM + 1×16 RM	41.9	1243	0.630/0.320/1.910	13.5/2.3	240/72

Other cross-sections can be offered upon request.

AS/NZS 3560 Part 1

Number of Cores x Nominal Cross Section	Overall Diameter	Weight	Minimum Breaking Load	Current Rating
No.×mm²	mm	Kg/Km	KN	A
2×16 RM	15.0	140	4.4	78
2×25 RM	17.6	210	7.0	105
2×35 RM	19.6	270	9.8	125
2×50 RM	22.8	370	11.4	150
2×95 RM	30.6	680	15.3	230
3×25 RM	19.0	310	8.8	97
3×35 RM	21.1	410	9.8	120
3×50 RM	24.6	550	11.4	140
4×16 RM	18.1	290	8.8	74
4×25 RM	21.2	410	14.0	97
4×35 RM	23.7	550	19.6	120
4×50 RM	27.5	740	28.0	140
4×70 RM	31.9	1000	39.2	175
4×95 RM	36.9	1370	53.2	215
4×120 RM	40.6	1690	67.2	250
4×150 RM	43.9	2020	84.0	280

Other cross-sections can be offered upon request.

We are China 0.6/1kv PVC Insulated PVC Sheated 2.5mm 3 Core Copper Power Cable with Swa Armored manufacture and supplier,You can get more details with Email,you will get cheap price or factory price.

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