Name: China IEC 60502-1 Multicore Cable For UK And Ireland Fixed Power Projects Manufacturers Suppliers Factory - Greater Wire
Brand: Greater Wire
SKU: 314617908

Description

Technical Parameters

Certification

Dongguan Greater Wire & Cable Co., Ltd. is one of the leading manufacturers and suppliers of iec 60502-1 multicore cable for uk and ireland fixed power projects in China, also supports customized service. Please rest assured to wholesale durable iec 60502-1 multicore cable for uk and ireland fixed power projects made in China here from our factory. If you have any enquiry about free sample, please feel free to email us.

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PRODUCT REAL SHOT

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0.6/1kV copper XLPE PVC multicore feeder for commercial and industrial sites

For UK and Irish buyers needing a multicore construction, this page uses the IEC 60502-1 description instead of incorrectly extending BS 7889 beyond single core. The base construction uses a Class 1 or Class 2 copper conductor, XLPE insulation and a PVC outer sheath, rated 0.6/1 kV for fixed installation. Buyers using the phrase unarmoured multicore power cable UK supplier can compare this exact construction without mixing it with aluminium, armoured, LSZH or Class 5 flexible cable. The cable can be reviewed for building submains, plant distribution, generators, pump rooms and protected tray or duct routes that do not call for armour. GERITEL WIRE supports compliance-document review, cable schedule optimization, drum allocation and inspection planning for export supply.

PRODUCT SPECIFICATIONS

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Applications

These power and fixed wiring cables are used for electricity supply in low voltage installation systems. They are well adapted to underground use in industrial applications with an additional mechanical protection. These cables can be fixed on cable trays, within conduits or fixed to walls.

SPECIFICATIONS
Voltage Rating Uo/U	0.6/1kV
Temperature Rating	During installation -5°C to +50°C Fixed Installation: -20°C to +90°C
Minimum Bending Radius	Fixed: 12 x overall diameter
Conductor	RE: Class 1 solid copper conductor RM: Class 2 stranded circular or circular compacted SM: Class 2 stranded sectoral shaped
Insulation	XLPE (Cross-Linked Polyethylene)
Bedding	PVC (Polyvinyl Chloride)
Sheath	PVC (Polyvinyl Chloride)
Core Identification	3 core: Green/Yellow,Blue,Brown4 core 4 core: Green/Yellow,Brown,Black,Grey 5 core: Green/Yellow,Blue,Brown,Black,Grey 7 cores and above: Black cores and,White numbers
Sheath Colour	Black
STANDARDS	IEC 60502-1, Gen to VDE 0276-603, IEC/EN 60228 Flame retardant according to IEC/EN 60332-1-2

DIMENSIONS

NO. OF CORES	NOMINALCROSS SECTIONALAREA mm²	CONDUCTOR TYPE

			NOMINAL THICKNESS OF INSULATION mm	NOMINAL THICKNESS OF SHEATH mm²	NOMINAL OVERALL DIAMETER mm	NOMINAL WEIGHT kg/km
			NOMINAL THICKNESS OF INSULATION mm	NOMINAL THICKNESS OF SHEATH mm²	NOMINAL OVERALL DIAMETER mm	NOMINAL WEIGHT kg/km
1	16	RM	0.7	1.8	9.8	216
1	25	RM	0.9	1.8	11.5	318
1	35	RM	0.9	1.8	12.6	415
1	50	RM	1	1.8	14.1	543
1	70	RM	1.1	1.8	15.6	746
1	95	RM	1.1	1.8	17.6	1000
1	120	RM	1.2	1.8	19.2	1239
1	150	RM	1.4	1.8	21.2	1515
1	185	RM	1.6	1.8	23.1	1872
1	240	RM	1.7	1.8	25.8	2403
1	300	RM	1.8	1.8	2.78	2974
1	400	RM	2	1.9	31.1	3834
1	500	RM	2.2	2	34.9	4892
1	630	RM	2.8	2.8	46.6	6544
2	1.5	RE	0.7	1.8	10.1	145
2	2.5	RE	0.7	1.8	10.9	179
2	4	RE	0.7	1.8	11.8	226
2	6	RE	0.7	1.8	12.8	284
2	6	RM	0.7	1.8	13.1	295
2	10	RM	0.7	1.8	15	416
2	16	RM	0.7	1.8	17	581
2	25	RM	0.9	1.8	20.4	859
2	35	RM	0.9	1.8	22.5	1109
3	1.5	RE	0.7	1.8	10.5	162
3	2.5	RE	0.7	1.8	11.4	205
3	4	RE	0.7	1.8	12.4	265
3	6	RE	0.7	1.8	13.4	338
3	10	RM	0.7	1.8	15.8	505
3	16	RM	0.7	1.8	18	719
3	25	RM	0.9	1.8	21.6	1072
3	35	RM	0.9	1.8	23.9	1403
3	50	SM	1	1.9	23.8	1581
3	16/10	SM	0.7	1.8	19.8	875.5
3	25/16	SM	0.9/0.7	1.8	22.4	1223
3	35/16	SM	0.9/0.7	1.8	24.3	1557
3	50/25	SM	1/0.9	1.9	26.9	1863
3	70/35	SM	1.1/0.9	2	30	2594
3	95/50	SM	1.1/1	2.2	33.8	3505
3	120/70	SM	1.2/1.1	2.3	37	4440
3	150/70	SM	1.4/1.1	2.4	41.6	5333
3	185/95	SM	1.6/1.1	2.6	45.8	6701
3	240/120	SM	1.7/1.2	2.8	51.6	8674
3	300/150	SM	1.8/1.4	3	67.2	10624
4	1.5	RE	0.7	1.8	11.3	188
4	2.5	RE	0.7	1.8	12.2	240
4	4	RE	0.7	1.8	13.3	314
4	6	RE	0.7	1.8	14.5	408
4	10	RE	0.7	1.8	17.1	615
4	16	RE	0.7	1.8	19.6	885
4	25	RE	0.9	1.8	23.7	1330
4	35	RE	0.9	1.8	26.2	1758
4	50	SM	1	2	27.1	2082
4	70	SM	1.1	2.1	31.4	2937
4	95	SM	1.1	2.2	35	3955
4	120	SM	1.2	2.4	39.3	4979
4	150	SM	1.4	2.6	43.6	6129
4	185	SM	1.6	2.7	48	7591
4	240	SM	1.7	2.9	53.9	9875
4	300	SM	1.8	2.6	68.9	15124
5	1.5	RE	0.7	1.8	12.1	218
5	2.5	RE	0.7	1.8	13.1	281
5	4	RE	0.7	1.8	14.3	372
5	6	RE	0.7	1.8	15.6	486
5	10	RM	0.7	1.8	18.6	740
5	16	RM	0.7	1.8	21.3	1071
5	25	RM	0.9	1.8	25.9	1619
5	35	RM	0.9	1.8	28.8	2138
5	50	RM	1	2.1	29.4	2578
5	70	RM	1.1	2.2	33.7	3616
5	95	RM	1.1	2.4	38.6	4933
5	120	RM	1.2	2.5	42.6	6153
5	150	RM	1.4	2.7	47.7	7587
5	185	RM	1.6	2.9	52.8	9454
5	240	RM	1.7	3.1	58.7	12242
7	1.5	RE	0.7	1.8	12.9	260
7	2.5	RE	0.7	1.8	14	342
7	4	RE	0.7	1.8	15.4	461
10	1.5	RE	0.7	1.8	15.6	357
10	2.5	RE	0.7	1.8	17.2	475
10	4	RE	0.7	1.8	19	646
12	1.5	RE	0.7	1.8	16.1	394
12	2.5	RE	0.7	1.8	17.6	528
14	1.5	RE	0.7	1.8	16.8	436
14	2.5	RE	0.7	1.8	18.5	592
16	4	RM	0.7	1.8	23	971
19	1.5	RE	0.7	1.8	18.4	543
19	2.5	RE	0.7	1.8	20.3	746
24	1.5	RE	0.7	1.8	21.2	675
24	2.5	RE	0.7	1.8	23.4	931
30	1.5	RE	0.7	1.8	22.3	788
30	2.5	RM	0.7	1.8	26.3	7764
40	1.5	RE	0.7	1.8	24.6	995
40	2.5	RE	0.7	1.9	27.5	1416

CONDUCTORS

Class 1 Solid Conductors for Single-Core and Multi-Core Cables

NOMINAL CROSSS ECTIONAL AREA mm²	MAXIMUM RESISTANCE OF CONDUCTOR AT 20°C ohms/km
	Circular, Annealed Copper Conductors
	Plain
0.5	36
0.75	24.5
1	18.1
1.5	12.1
2.5	7.41
4	4.61
6	3.08

Class 2 Stranded Conductors for Single-Core and Multi-Core Cables

NOMINAL CROSS SECTIONAL AREA mm²	MINIMUM NO. OF WIRES IN THE CONDUCTOR		MAXIMUM RESISTANCE OF CONDUCTOR AT 20°C ohms/km
	Circular	Circular Compacted	Annealed Copper Conductors
	Cu	Cu	Plain Wires
4	7	6	4.51
6	7	6	3.08
10	7	6	1.83
16	7	6	1.15
25	7	6	0.727
35	7	6	0.524
50	19	6	0.387
70	19	12	0.268
95	19	15	0.193
120	37	18	0.153
150	37	18	0.124
185	37	30	0.0991
240	37	34	0.0754
300	61	34	0.0601
400	61	53	0.0470
500	61	53	0.0366

ELECTRICAL CHARACTERISTICS

Current Carrying Capacity at 30°C

NOMINAL CROSS SECTIONAL AREA mm²	SINGLE CORE				2-40 CORE Amps
	In Ground		In Air		In Ground	In Air
	Flat	Trefoil	Flat	Trefoil	In Ground	In Air
1.5	-	-	-	-	31	24
2.5	-	-	-	-	40	32
4	82	54	57	44	52	42
6	102	67	72	56	64	53
10	136	89	99	77	86	74
16	176	115	131	102	112	98
25	229	148	177	138	145	133
35	275	177	217	170	174	162
50	326	209	265	207	206	197
70	400	256	336	263	254	250
95	480	307	415	325	305	308
120	548	349	485	380	348	359
150	616	393	557	437	392	412
185	698	445	646	507	444	475
240	815	517	774	604	517	564
300	927	663	901	697	585	649
400	1064	749	1060	811	-	-
500	1227	843	1252	940	-	-

DE-RATING FACTORS

For Ground Temperatures other than 20°C

AIR TEMPERATURE	10°C	15°C	20°C	25°C	30°C	35°C	40°C	45°C	50°C
DE-RATING FACTOR	1.07	1.04	1.00	0.96	0.93	0.89	0.85	0.80	0.76

For Air Temperatures other than 30°C

AIR TEMPERATURE	20°C	25°C	30°C	35°C	40°C	45°C	50°C	55°C	60°C
DE-RATING FACTOR	1.08	1.04	1.00	0.96	0.91	0.87	0.82	0.76	0.71

CERTIFICATIONS

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PACKAGING

Roll

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Small Wooden Reel

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Steel Wooden Reel

APPLICATION

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High-Rise Commercial Building Main Power Distribution

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Industrial Plant Low-Voltage Power Distribution

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Municipal Water Treatment and Pumping Station Power Supply

CASE

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Babanusa–Adila Power Transmission Project

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Italy Electricity Test Project

Oyu Tolgoi Copper Mine Project

WHY CHOOSE US

30Years of experience
in one-stop service

Dongguan Greater Wire & Cable Co., Ltd. is a professional engineering-grade cable manufacturer in China, supplying certified electrical cable solutions for building, industrial, mining, energy, and infrastructure projects worldwide.

With a 30,000 m² factory, 30 production lines, experienced engineers, and a strict quality control team, we provide reliable, traceable, and compliant cable products for international engineering applications. Our products are supported by certifications including SAA, UL, cUL, VDE, TÜV, CE, CB, IEC, BPS, and ISO.

We are committed to safety, quality, transparency, and long-term partnership. From raw material inspection to finished product testing, every batch is carefully controlled to ensure stable performance and dependable project use.

Greater Cable - Certified Quality. Reliable Supply. Engineering Value.

15K

Finished Projects

150+

professional staff

15K

happy clients

92+

awards & certifacates

PLANT EQUIPMENT

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GLOBAL CERTIFICATIONS

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CUSTOMER PHOTOS

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INTERNATIONL TRANSPORTATION

Sea Freight

We offer reliable sea freight solutions for large-volume orders. Your goods are securely packed and shipped in containers, ensuring cost-effective delivery to ports worldwide.

Air Freight

For faster delivery, our air freight service ensures your products reach international destinations quickly, with careful handling and full tracking along the way.

International Express

Need urgent shipments? Our international express service delivers small to medium orders efficiently, providing door-to-door service with real-time tracking for peace of mind.

COOPERATIVE PARTNER

We are looking for a cooperative partner to expand our business.

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How To Cooperate With Us?

Simply share your requirements, receive our professional solution, confirm samples, and enjoy fast, reliable production and worldwide delivery - working with us is that easy.

Our address

Building 2, No. 40 Luxi 2nd Road, Liaobu Town, Dongguan City, Guangdong Province, China

Phone Number

+86 136 6257 9592

+86 135 1078 4550

E-mail

manager01@greaterwire.com

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FAQ

Why is conductor resistance measured at 20°C?

A 20°C reference allows consistent comparison with the conductor standard. Operating resistance is higher at elevated temperature and should be adjusted for voltage-drop and loss calculations. A reliable copper conductor resistance at 20C decision therefore needs an approved construction and installation basis. GERITEL WIRE can supply bilingual technical and shipping documents when these are agreed before manufacture. Confirm conductor class, core colours, drum lengths and inspection scope before production.

How do I check short-circuit withstand for a feeder cable?

For power cable short circuit withstand calculation: Use conductor material, cross-sectional area, initial and final temperatures, fault current and clearing time. Protective-device operating time must be coordinated with the cable's declared thermal limit. GERITEL WIRE supports repeat orders through approved specifications, production records and consistent identification. State any CPR, flame, UV, water or mechanical requirement separately in the enquiry.

Can XLPE cable withstand 250°C during a short circuit?

Many XLPE designs permit a conductor temperature up to about 250°C for a limited short-circuit duration, commonly one to five seconds depending on the standard. The actual calculation must use the approved cable data. GERITEL WIRE treats 250 degree short circuit XLPE cable as a project-specific requirement, not a label-only substitution. GERITEL WIRE can review destination requirements and separate the standard PVC design from LSZH or armoured alternatives. The final choice must follow the approved datasheet, local code and installation design.

What is the normal maximum conductor temperature for XLPE cable?

When customers ask about 90 degree XLPE power cable, the practical answer is: Many IEC 60502-1 XLPE constructions use 90°C as the maximum conductor temperature in normal service. The cable datasheet and termination ratings must support the design temperature. GERITEL WIRE helps EPC buyers close technical gaps before production so site substitutions are reduced. For selection support, provide system voltage, load, route length, installation method and required documents.

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