Light inflexible cables

28/01/202424/12/2023 by admin

Light Inflexible cable 005

Cenelec

H05VV-R & H05VV-U

Name in related standard

Sheathed cables for fixed wiring

Nominal Voltage U0/U

300/500V

Reference standard

IEC 60227-4

Standard code

60227 IEC 10

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

copper conductor according to IEC 60228, class 1( solid ) for conductors up to and including 16 mm², class 2 (stranded) for all sizes of conductors.

PVC core insulation

Compound type of PVC/ C.

PVC outer sheath

Compound type of PVC/ ST4.

Filler

PVC

Shield

Core insulation color

According to IEC 60227 – 1.

Sheath color

Sheath color is normally black.

1- These types of cables are used under or on plaster, on concrete or brick walls in dry or wet environments.
2-The use of these types of cables in external installations is allowed only if they are not exposed to direct sunlight.
3- These types of cables are not suitable for use in compressed concrete.

Nominal cross section of conductors (mm²)	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness (mm)	Approximate thickness of filler mm	Nominal sheath thickness (mm)	Average overall dimensions (Lower limit) (mm)	Average overall dimensions (Upper limit) (mm)	Maximum ohmic resistance of the conductor at 20°C (Ω/km)	Approximate (weight kg/km)
2×1.5	1	1×1.33	0.7	0.6	1.2	7.6	10	12.1	115
2×1.5	2	7×0.52	0.7	0.6	1.2	7.8	10.5	12.1	124
2×2.5	1	1×1.74	0.8	0.6	1.2	8.6	11.5	7.41	155
2×2.5	2	7×0.66	0.8	0.6	1.2	9	12	7.41	169
2×4	1	1×2.19	0.8	0.6	1.2	9.6	12.5	4.61	200
2×4	2	7×0.82	0.8	0.6	1.2	10	13	4.61	220
2×6	1	1×2.76	0.8	0.6	1.2	10.5	13.5	3.08	260
2×6	2	7×1.01	0.8	0.6	1.2	11	14	1.08	285
2×10	1	1×3.51	1	0.7	1.4	13	16.5	1.83	430
2×10	2	7×1.33	1	0.7	1.4	13.5	17.5	1.83	455
2×16	2	7×1.7	1	0.7	1.4	15.5	20	1.15	630
2×25	2	7×2.12	1.2	1	1.4	18.5	24	0.727	960
2×35	2	7×2.46	1.2	1.1	1.6	21	27.5	0.524	1280
3×1.5	1	1×1.33	0.7	0.6	1.2	8	10.5	12.1	135
3×1.5	2	7×0.52	0.7	0.6	1.2	8.2	11	12.1	142
3×2.5	1	1×1.74	0.8	0.6	1.2	9.2	12	7.41	185
3×2.5	2	7×0.66	0.8	0.6	1.2	9.4	12.5	7.41	201
3×4	1	1×2.19	0.8	0.6	1.2	10	13	4.61	246
3×4	2	7×0.82	0.8	0.6	1.2	10.5	13.5	4.61	268
3×6	1	1×2.76	0.8	0.6	1.4	11.5	14.5	3.08	340
3×6	2	7×1.01	0.8	0.6	1.4	12	15.5	3.08	361
3×10	1	1×3.51	1	0.7	1.4	14	17.5	1.83	535
3×10	2	7×1.33	1	0.7	1.4	14.5	19	1.83	568
3×16	2	7×1.7	1	0.9	1.4	16.5	21.5	1.15	815
3×25	2	7×2.12	1.2	1	1.6	20.5	26	0.727	1230
3×35	2	7×2.46	1.2	1.1	1.6	22	29	0.524	1620
4×1.5	1	1×1.33	0.7	0.6	1.2	8.6	11.5	12.1	161
4×1.5	2	7×0.52	0.7	0.6	1.2	9	12	12.1	172
4×2.5	1	1×1.74	0.8	0.6	1.2	10	13	7.41	223
4×2.5	2	7×0.66	0.8	0.6	1.2	10	13.5	7.41	242
4×4	1	1×2.19	0.8	0.6	1.4	11.5	14.5	4.61	312
4×4	2	7×0.82	0.8	0.6	1.4	12	15	4.61	338
4×6	1	1×2.76	0.8	0.7	1.4	12.5	16	3.08	421
4×6	2	7×1.01	0.8	0.7	1.4	13	17	3.08	452
4×10	2	7×1.33	1	0.8	1.4	16	20.5	1.83	695
4×16	2	7×1.7	1	0.9	1.4	18	23.5	1.15	1000
4×25	2	7×2.12	1.2	1.1	1.6	22.5	28.5	0.727	1555
4×35	2	7×2.46	1.2	1.2	1.6	24.5	32	0.524	2010
5×1.5	1	1×1.33	0.7	0.6	1.2	9.4	12	12.1	187
5×1.5	2	7×0.52	0.7	0.6	1.2	9.8	12.5	12.1	202
5×2.5	1	1×1.74	0.8	0.6	1.2	11	14	7.41	266
5×2.5	2	7×0.66	0.8	0.6	1.2	11	14.5	7.41	280
5×4	1	1×2.19	0.8	0.7	1.4	12.5	16	4.61	384
5×4	2	7×0.82	0.8	0.7	1.4	13	17	4.61	415
5×6	1	1×2.76	0.8	0.8	1.4	13.5	17.5	3.08	510
5×6	2	7×1.01	0.8	0.8	1.4	14.5	18.5	3.08	540
5×10	1	1×3.51	1	0.8	1.4	17	21	1.83	782
5×10	2	7×1.33	1	0.8	1.4	17.5	22	1.83	830
5×16	2	7×1.7	1	1	1.6	20.5	26	1.15	1225
5×25	2	7×2.12	1.2	1.2	1.6	24.5	31.5	0.727	1860
5×35	2	7×2.46	1.2	1.3	1.6	27	35	0.524	2450

Edit Table

Cenelec

H05VV-R & H05VV-U

Name in related standard

Sheathed cables for fixed wiring

Nominal Voltage U0/U

300/500V

Reference standard

IEC 60227-4

Standard code

60227 IEC 10

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

copper conductor according to IEC 60228, class 1( solid ) for conductors up to and including 16 mm², class 2 (stranded) for all sizes of conductors.

PVC core insulation

Compound type of PVC/ C.

PVC outer sheath

Compound type of PVC/ ST4.

Filler

PVC

Shield

Core insulation color

According to IEC 60227 – 1.

Sheath color

Sheath color is normally black.

[ninja_tables id=”18811″]

Flexible cables

27/01/202424/12/2023 by admin

Flexible cable 1

Cenelec

H05VV-F

Name in related standard

Ordinary PVC sheathed cord

Nominal Voltage U0/U

300/500 v

Reference standard

IEC 60227-5

Standard code

60227 IEC 53

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Flexible copper conductor according to IEC 60228, class 5.

PVC core insulation

Compound type of PVC/ D.

PVC outer sheath

Compound type of PVC / ST5.

Filler

Shield

Core insulation color

According to IEC 60227 – 1.

Sheath color

Sheath color is normally black, white or as per customer request.

1-Indoor installations in housing.
2-Premises that contain a bath or shower.
3-These types of cables are used in applications such as extensions and connecting cables for electrical devices,
appliances and machinery where plugs must be permanently connected to the corresponding cables.
4-Any direct cable contact with hot parts of cooking and heating appliances and also any other heat influences is
prohibited.

Nominal cross section of conductors (mm²)	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness (mm)	Nominal sheath thickness (mm)	Average overall dimensions (Lower limit) (mm)	Average overall dimensions (Upper limit) (mm)	Maximum ohmic resistance of the conductor at 20°C (ohm/km)	Approximate weight (kg/km)
2×0.75	5	24×0.193	0.6	0.8	5.7	7.2	24.5	55
2×0.75 Flat	5	24×0.193	0.6	0.8	3.7×6	4.5×7.2	24.5	44
2×1	5	31×0.193	0.6	0.8	5.9	7.5	19.5	65
2×1 Flat	5	31×0.193	0.6	0.8	3.9×6.2	4.7×7.5	19.5	55
2×1.5	5	30×0.235	0.7	0.8	6.8	8.6	13.3	85
2×2.5	5	50×0.235	0.8	1	8.4	10.6	7.98	125
2×4	5	56×0.285	0.8	1.1	9.7	12.1	4.95	170
3×0.75	5	24×0.193	0.6	0.8	6	7.6	24.5	64
3×1	5	31×0.193	0.6	0.8	6.3	8	19.5	75
3×2.5	5	50×0.235	0.8	1.1	9.2	11.4	7.98	160
3×1.5	5	30×0.235	0.7	0.9	7.4	9.4	13.3	105
3×4	5	56×0.285	0.8	1.1	10.3	12.8	4.95	215
4×0.75	5	24×0.193	0.6	0.8	6.6	8.3	24.5	75
4×1	5	31×0.193	0.6	0.9	7.1	9	19.5	93
4×1.5	5	30×0.235	0.7	1	8.4	10.5	13.3	130
4×2.5	5	50×0.235	0.8	1.1	10.1	12.5	7.98	195
4×4	5	56×0.285	0.8	1.2	11.5	14.3	4.95	272
5×0.75	5	24×0.193	0.6	0.9	7.4	9.3	24.5	100
5×1	5	31×0.193	0.6	0.9	7.8	9.8	19.5	112
5×1.5	5	30×0.235	0.7	1.1	9.3	11.6	13.3	160
5×2.5	5	50×0.235	0.8	1.2	11.2	13.9	7.98	240
5×4	5	56×0.285	0.8	1.3	12.8	15.9	4.95	340

Edit Table

Cenelec

H05VV-F

Name in related standard

Ordinary PVC sheathed cord

Nominal Voltage U0/U

300/500 v

Reference standard

IEC 60227-5

Standard code

60227 IEC 53

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Flexible copper conductor according to IEC 60228, class 5.

PVC core insulation

Compound type of PVC/ D.

PVC outer sheath

Compound type of PVC / ST5.

Filler

Shield

Core insulation color

According to IEC 60227 – 1.

Sheath color

Sheath color is normally black, white or as per customer request.

[ninja_tables id=”18995″]

Light flexible cables

27/01/202424/12/2023 by admin

Light Inflexible cable 1

Cenelec

H03VV-F

Name in related standard

Light PVC sheathed cord

Nominal Voltage U0/U

300/300 v

Reference standard

IEC 60227-5

Standard code

60227 IEC 52

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Flexible copper conductor
according to IEC 60228, class 5

PVC core insulation

Compound type of PVC /D

PVC outer sheath

Compound type of PVC / ST5

Filler

Shield

Core insulation color

According to IEC 60227 – 1

Sheath color

Sheath color is normally black, white or as per customer request.

1-These types of cables are used as extensions and connecting cables for electrical devices,
2-appliances and machinery where plugs must be permanently connected to the corresponding cables.
Examples: kitchen utensils, desk lamps, floor lamps, vacuum cleaners, office machines, radios and etc. These cables are not permitted to be used for cooking or heating appliances, also they are not suitable for outdoor and industrial use or farming machinery.

Nominal cross section of conductors (mm²)	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness (mm)	Nominal sheath thickness (mm)	Average overall dimensions (Lower limit) (mm)	Average overall dimensions (Upper limit) (mm)	Maximum ohmic resistance of the conductor at 20°C (ohm/km)	Approximate weight (kg/km)
2×0.5	5	16×0.193	0.5	0.6	4.6	5.9	39	37
2×0.5 Flat	5	16×0.193	0.5	0.6	4.9×3	5.9×3.7	39	24
2×0.75	5	24×0.193	0.5	0.6	4.9	6.3	26	45
2×0.75 Flat	5	24×0.193	0.5	0.6	5.2×3.2	6.3×3.8	26	30
3×0.5	5	16×0.193	0.5	0.6	4.9	6.3	39	43
3×0.75	5	24×0.193	0.5	0.6	5.2	6.7	26	55

Edit Table

Cenelec

H03VV-F

Name in related standard

Light PVC sheathed cord

Nominal Voltage U0/U

300/300 v

Reference standard

IEC 60227-5

Standard code

60227 IEC 52

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Flexible copper conductor
according to IEC 60228, class 5

PVC core insulation

Compound type of PVC /D

PVC outer sheath

Compound type of PVC / ST5

Filler

Shield

Core insulation color

According to IEC 60227 – 1

Sheath color

Sheath color is normally black, white or as per customer request.

[ninja_tables id=”18843″]

Circular Lift Cables

27/01/202424/12/2023 by admin

Circular 1

Cenelec

H05VV – F
H07VV – F

Name in related standard

Circular PVC sheathed lift cable and cable for flexible connections

Nominal Voltage U0/U

300 / 500 V for conductors up to and including 1mm²

450 / 750 V for conductors above 1mm²

Reference standard

IEC 60227-6

Standard code

۶۰۲۲۷ IEC 71C

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Flexible copper conductor according to IEC 60228, class 5.

PVC core insulation

Compound type of PVC/ D.

PVC outer sheath

Compound type of PVC / ST5.

Filler

Shield

Core insulation color

According to IEC 60227 – 1.

Sheath color

Sheath color is normally black, white or as per customer request.

1-These types of cables are often used as mobile cables for cranes, elevators and conveyor systems.
2- These cables are suitable for use in indoor facilities and their advantages include high flexibility and minimal space requirement.

Nominal cross section of conductors (mm²)	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness (mm)	Nominal diameter of insulation (mm)	Assumed diameter wire (mm)	K	Assumed diameter under the sheath (mm)	Nominal sheath thickness (mm)	Average overall dimensions (mm)	Maximum ohmic resistance of the conductor at 20°C (ohm/km)	Approximate weight (kg/km)
2×1.5	5	30×0.235	0.7	3	1.4	2	5.6	1	8	13.3	88
2×2.5	5	50×0.235	0.8	3.6	1.8	2	6.8	1	9.2	7.98	125
2×4	5	56×0.285	0.8	4.2	2.3	2	7.8	1	10.4	4.95	165
2×6	5	84×0.285	0.8	4.8	2.8	2	8.8	1	11.6	3.3	216
2×10	5	144×0.285	1	6.1	3.6	2	11.2	1.3	14.8	1.91	380
2×16	5	224×0.285	1	7.2	4.5	2	13	1.3	17	1.21	512
2×25	5	301×0.306	1.2	8.8	5.6	2	16	1.6	20.8	0.78	731
3×2.5	5	50×0.235	0.8	3.6	1.8	2.16	7.3	1	9.8	7.98	158
3×4	5	56×0.285	0.8	4.2	2.3	2.16	8.4	1	11.1	4.95	212
3×6	5	84×0.285	0.8	4.8	2.8	2.16	9.5	1.3	13	3.3	290
3×10	5	144×0.285	1	6.1	3.6	2.16	12.1	1.3	15.8	1.91	493
3×16	5	224×0.285	1	7.2	4.5	2.16	14	1.3	18.2	1.21	712
3×25	5	301×0.306	1.2	8.8	5.6	2.16	17.3	1.6	22.2	0.78	1020
4×1.5	5	30×0.235	0.7	3	1.4	2.42	6.8	1	9.3	13.3	130
4×2.5	5	50×0.235	0.8	3.6	1.8	2.42	8.2	1	10.7	7.98	190
4×4	5	56×0.285	0.8	4.2	2.3	2.42	9.4	1.3	12.8	4.95	280
4×6	5	84×0.285	0.8	4.8	2.8	2.42	10.6	1.3	14.2	3.3	360
4×10	5	144×0.285	1	6.1	3.6	2.42	13.6	1.3	17.4	1.91	620
4×16	5	224×0.285	1	7.2	4.5	2.42	15.7	1.6	20.6	1.21	925
4×25	5	301×0.306	1.2	8.8	5.6	2.42	19.4	2	25.3	0.78	1310
5×1.5	5	30×0.235	0.7	3	1.4	2.7	7.6	1	10.1	13.3	156
5×2.5	5	50×0.235	0.8	3.6	1.8	2.7	9.2	1.3	12.3	7.98	245
5×4	5	56×0.285	0.8	4.2	2.3	2.7	10.5	1.3	13.9	4.95	340
5×6	5	84×0.285	0.8	4.8	2.8	2.7	11.9	1.3	15.6	3.3	445
5×10	5	144×0.285	1	6.1	3.6	2.7	15.1	1.6	19.7	1.91	750
5×16	5	224×0.285	1	7.2	4.5	2.7	17.6	1.6	22.6	1.21	1115
5×25	5	301×0.306	1.2	8.8	5.6	2.7	21.6	2	27.8	0.78	1570

Edit Table

Cenelec

H05VV – F
H07VV – F

Name in related standard

Circular PVC sheathed lift cable and cable for flexible connections

Nominal Voltage U0/U

300 / 500 V for conductors up to and including 1mm²

450 / 750 V for conductors above 1mm²

Reference standard

IEC 60227-6

Standard code

۶۰۲۲۷ IEC 71C

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Flexible copper conductor according to IEC 60228, class 5.

PVC core insulation

Compound type of PVC/ D.

PVC outer sheath

Compound type of PVC / ST5.

Filler

Shield

Core insulation color

According to IEC 60227 – 1.

Sheath color

Sheath color is normally black, white or as per customer request.

[ninja_tables id=”19002″]

Flexible Power Cables

27/01/202424/12/2023 by admin

Flexible Power 02

Cenelec

NYY R
NYY U

Name in related standard

Single Core Power Cables

Nominal Voltage U0/U

0.6/1 KV

Reference standard

IEC 60502 – 1

Standard code

IEC 60502 – 1

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Annealed copper conductor according to IEC 60228, class 1 ( solid ), class 2 ( stranded ).

PVC core insulation

Compound type of PVC/ A.

PVC outer sheath

Compound type of PVC / ST1.

Filler

Shield

Core insulation color

Core insulation color is normally black.

Sheath color

Sheath color is normally black. According to the customer’s request.

These types of cables are used for distribution of electrical energy for fixed installations in underground, cable
ducts, indoors, in water and open air where mechanical damages are not expected.

Nominal cross section of conductors mm2	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness mm	Nominal diameter of insulation mm	k	Minimum sheath thickness (mm)	Average overall dimensions mm	Maximum ohmic resistance of the conductor at 20°C Ω/km

2*1.5	5	30*0.235	0.8	3.2	2	1.24	9.1	13.3
2*2.5	5	50*0.235	0.8	3.6	2	1.24	9.9	7.98
2*4	5	56*0.285	1	4.6	2	1.24	11.9	4.95
2*6	5	84*0.285	1	5.2	2	1.24	13.1	3.3
2*10	5	144*0.285	1	6.1	2	1.24	14.9	1.91
2*16	5	224*0.285	1	7.2	2	1.24	17.1	1.21
2*25	5	301*0.306	1.2	8.8	2	1.24	20.3	0.78
2*35	5	301*0.306	1.2	10.2	2.16	1.24	24.7	0.78
3*1.5	5	30*0.235	0.8	3.2	2.16	1.24	9.6	13.3
3*2.5	5	50*0.235	0.8	3.6	2.16	1.24	10.5	7.98
3*4	5	56*0.285	1	4.6	2.16	1.24	12.6	4.95
3*6	5	84*0.285	1	5.2	2.16	1.24	13.9	3.3
3*10	5	144*0.285	1	6.1	2.16	1.24	15.9	1.91
3*16	5	224*0.285	1	7.2	2.16	1.24	18.2	1.21
3*25	5	301*0.306	1.2	8.8	2.42	1.24	24.0	0.78
3*35	5	427*0.306	1.2	10.2	2.42	1.24	27.4	0.554
3*25/16	5	3010.306 \| 2240.285	1.2-1	8.8-7.2	2.42	1.24	23.2	0.78-1.21
3*35/16	5	4270.306 \| 2240.285	1.2-1	10.2-7.2	2.42	1.24	25.7	0.554-1.21
4*1.5	5	30*0.235	0.8	3.2	2.42	1.24	10.4	13.3
4*2.5	5	50*0.235	0.8	3.6	2.42	1.24	11.4	7.98
4*4	5	56*0.285	1	4.6	2.42	1.24	13.8	4.95
4*6	5	84*0.285	1	5.2	2.7	1.24	16.7	3.3
4*10	5	144*0.285	1	6.1	2.7	1.24	19.2	1.91
4*16	5	224*0.285	1	7.2	2.7	1.24	22.1	1.21
4*25	5	301*0.306	1.2	8.8	2.7	1.24	26.4	0.78
5*1.5	5	30*0.235	0.8	3.2	2.7	1.24	11.3	13.3
5*2.5	5	50*0.235	0.8	3.6	2.7	1.24	12.4	7.98
5*4	5	56*0.285	1	4.6	2.7	1.24	15.1	4.95
5*6	5	84*0.285	1	5.2	2.7	1.24	16.7	3.3
5*10	5	144*0.285	1	6.1	2.7	1.24	19.2	1.91
5*16	5	224*0.285	1	7.2	2.7	1.24	22.1	1.21
5*25	5	301*0.306	1.2	8.8	2.7	1.24	26.4	0.78

Edit Table

Cenelec

NYY R
NYY U

Name in related standard

Single Core Power Cables

Nominal Voltage U0/U

0.6/1 KV

Reference standard

IEC 60502 – 1

Standard code

IEC 60502 – 1

Tempreture range

– 30℃ to + 70℃

Cable Layer Construction

Cu/PVC/PVC

Conductor material

Annealed copper conductor according to IEC 60228, class 1 ( solid ), class 2 ( stranded ).

PVC core insulation

Compound type of PVC/ A.

PVC outer sheath

Compound type of PVC / ST1.

Filler

Shield

Core insulation color

Core insulation color is normally black.

Sheath color

Sheath color is normally black. According to the customer’s request.

These types of cables are used for distribution of electrical energy for fixed installations in underground, cable
ducts, indoors, in water and open air where mechanical damages are not expected.

[ninja_tables id=”19058″]

Inflexible Power Cables

27/01/202424/12/2023 by admin

Inflexible power 01

Cenelec

NYY-O
NYY-J
NAYY-O
NAYY-J
NA2XY
N2XY

Name in related standard

Multi Core Power Cables

Nominal Voltage U0/U

0.6/1 KV

Reference standard

IEC 60502 – 1

Standard code

IEC 60502 – 1

Tempreture range

PVC: -30℃ to +70℃
XLPE: -40℃ to +90℃

Cable Layer Construction

Cu/PVC/PVC
AL/PVC/PVC
AL/XLPE/PVC

Conductor material

copper conductor according to IEC 60228, class 1 ( solid ), class 2 ( stranded ) or class 5 ( flexible ).

PVC core insulation

Compound type of PVC / A or XLPE

PVC outer sheath

Compound type of PVC/ ST1.

Filler

PVC

Shield

Core insulation color

According to the customer’s request

Sheath color

Sheath color is normally black. According to the customer’s request.

These types of cables are used for distribution of electrical energy for fixed installations in underground, cable

ducts, power stations, indoors, in water and open air where mechanical damages are not expected.

Nominal cross section of conductors mm2	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness mm	Nominal diameter of insulation mm	k	Approximate thickness of filler mm	Approximate diameter of filler mm	Minimum sheath thickness mm	Average overall dimensions mm	Maximum ohmic resistance of the conductor at 20°C Ω/km

2*1.5	1	1*1.33	0.8	3.0	2	0.6	7.3	1.24	9.8	12.1
2*1.5	2	7*0.52	0.8	3.2	2	0.6	7.5	1.24	10.1	12.1
2*2.5	1	1*1.74	0.8	3.4	2	0.6	8.1	1.24	10.7	7.41
2*2.5	2	7*0.66	0.8	3.6	2	0.6	8.4	1.24	10.9	7.41
2*4	1	1*2.19	0.8	3.9	2	0.6	9.0	1.24	11.6	4.61
2*4	2	7*0.82	0.8	4.1	2	0.6	9.3	1.24	11.9	4.61
2*6	1	1*2.76	0.8	4.5	2	0.6	10.1	1.24	12.7	3.08
2*6	2	7*1.01	0.8	4.6	2	0.6	10.5	1.24	13.0	3.08
2*10	1	1*3.51	1	5.6	2	0.7	12.6	1.24	15.2	1.83
2*10	2	7*1.33	1	6.0	2	0.7	13.4	1.24	16.0	1.83
2*16	2	7*1.7	1	7.2	2.16	0.7	17.0	1.24	19.5	1.15
2*25	2	7*2.12	1.2	8.9	2.16	0.8	20.7	1.24	23.3	0.727
2*35	2	7*2.46	1.2	9.9	2.16	0.8	22.9	1.24	25.5	0.524
3*1.5	1	1*1.33	0.8	3.0	2.16	0.6	7.7	1.24	10.3	12.1
3*1.5	2	7*0.52	0.8	3.2	2.16	0.6	8.0	1.24	10.6	12.1
3*2.5	1	1*1.74	0.8	3.4	2.16	0.6	8.6	1.24	11.2	7.41
3*2.5	2	7*0.66	0.8	3.6	2.16	0.6	8.9	1.24	11.5	7.41
3*4	1	1*2.19	0.8	3.9	2.16	0.6	9.6	1.24	12.2	4.61
3*4	2	7*0.82	0.8	4.1	2.16	0.6	10.0	1.24	12.5	4.61
3*6	1	1*2.76	0.8	4.5	2.16	0.6	10.8	1.24	13.4	3.08
3*6	2	7*1.01	0.8	4.6	2.16	0.6	11.2	1.24	13.8	3.08
3*10	1	1*3.51	1	5.6	2.16	0.7	13.5	1.24	16.1	1.83
3*10	2	7*1.33	1	6.0	2.16	0.7	14.3	1.24	16.9	1.83
3*16	2	7*1.7	1	7.2	2.16	0.9	17.4	1.24	19.9	1.15
3*25	2	7*2.12	1.2	8.9	2.16	0.8	20.7	1.24	23.3	0.727
3*35	2	7*2.46	1.2	9.9	2.16	0.8	22.9	1.24	25.5	0.524
4*1.5	1	1*1.33	0.8	3.0	2.42	0.6	8.5	1.24	11.1	12.1
4*1.5	2	7*0.52	0.8	3.2	2.42	0.6	8.8	1.24	11.4	12.1
4*2.5	1	1*1.74	0.8	3.4	2.42	0.6	9.5	1.24	12.1	7.41
4*2.5	2	7*0.66	0.8	3.6	2.42	0.6	9.9	1.24	12.4	7.41
4*4	1	1*2.19	0.8	3.9	2.42	0.6	10.6	1.24	13.2	4.61
4*4	2	7*0.82	0.8	4.1	2.42	0.6	11.0	1.24	13.6	4.61
4*6	1	1*2.76	0.8	4.5	2.42	0.7	12.2	1.24	14.8	3.08
4*6	2	7*1.01	0.8	4.6	2.42	0.7	12.6	1.24	15.2	3.08
4*10	1	1*3.51	1	5.6	2.42	0.8	15.2	1.24	17.8	1.83
4*10	2	7*1.33	1	6.0	2.42	0.8	16.1	1.24	18.7	1.83
4*16	2	7*1.7	1	7.2	2.42	0.9	19.2	1.24	21.8	1.15
4*25	2	7*2.12	1.2	8.9	2.42	0.9	23.2	1.24	25.8	0.727
4*35	2	7*2.46	1.2	9.9	2.42	0.9	25.7	1.24	28.3	0.524
5*1.5	1	1*1.33	0.8	3.0	2.7	0.6	9.4	1.24	12.0	12.1
5*1.5	2	7*0.52	0.8	3.2	2.7	0.6	9.7	1.24	12.3	12.1
5*2.5	1	1*1.74	0.8	3.4	2.7	0.6	10.5	1.24	13.1	7.41
5*2.5	2	7*0.66	0.8	3.6	2.7	0.6	10.9	1.24	13.4	7.41
5*4	1	1*2.19	0.8	3.9	2.7	0.7	11.9	1.24	14.5	4.61
5*4	2	7*0.82	0.8	4.1	2.7	0.7	12.4	1.24	14.9	4.61
5*6	1	1*2.76	0.8	4.5	2.7	0.8	13.6	1.24	16.2	3.08
5*6	2	7*1.01	0.8	4.6	2.7	0.8	14.1	1.24	16.7	3.08
5*10	1	1*3.51	1	5.6	2.7	0.8	16.7	1.24	19.3	1.83
5*10	2	7*1.33	1	6.0	2.7	0.8	17.8	1.24	20.4	1.83
5*16	2	7*1.7	1	7.2	2.7	0.8	21.0	1.24	23.6	1.15
5*25	2	7*2.12	1.2	8.9	2.7	0.9	25.7	1.24	28.3	0.727
5*35	2	7*2.46	1.2	9.9	2.7	0.9	28.5	1.24	31.1	0.524
3*25/16	2	72.12 71.7	1.2 1	8.9 7.2	2.42	0.9	22.3	1.24	24.9	0.727 1.15
3*35/16	2	72.46 71.7	1.2 1	9.9 7.2	2.42	0.9	24.1	1.24	26.7	0.524 1.15

Edit Table

Nominal cross section of conductors mm2	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness mm	Nominal diameter of insulation mm	k	Approximate thickness of filler mm	Approximate diameter of filler mm	Minimum sheath thickness mm	Average overall dimensions mm	Maximum ohmic resistance of the conductor at 20°C Ω/km

2*10	2	7*1.33	1	6.1	2	0.6	13.4	1.24	16.0	3.08
2*16	2	7*1.7	1	7.2	2	0.6	15.6	1.24	18.2	1.91
2*25	2	7*2.1	1.2	8.8	2	0.7	19.0	1.24	21.6	1.2
2*35	2	7*2.42	1.2	9.8	2	0.7	20.9	1.24	23.5	0.868
3*10	2	7*1.33	1	6.1	2.16	0.6	14.4	1.24	16.9	3.08
3*16	2	7*1.7	1	7.2	2.16	0.7	17.0	1.24	19.5	1.91
3*25	2	7*2.1	1.2	8.8	2.16	0.8	20.6	1.24	23.2	1.2
3*35	2	7*2.42	1.2	9.8	2.16	0.8	22.7	1.24	25.3	0.868
4*10	2	7*1.33	1	6.1	2.42	0.7	16.1	1.24	18.7	3.08
4*16	2	7*1.7	1	7.2	2.42	0.8	19.0	1.24	21.6	1.91
4*25	2	7*2.1	1.2	8.8	2.42	0.9	23.1	1.24	25.7	1.2
4*35	2	7*2.42	1.2	9.8	2.42	0.9	25.4	1.24	28.0	0.868
3*25/16	2	72.1 \| 71.7	1.2 1	8.8 \| 7.2	2.42	0.9	22.1	1.24	24.7	1.2 \| 1.91
3*35/16	2	72.42 \| 71.7	1.2 1	9.76 \| 7.2	2.42	0.9	23.9	1.24	26.5	0.868 \| 1.91

Edit Table

Cenelec

NYY-O
NYY-J
NAYY-O
NAYY-J
NA2XY
N2XY

Name in related standard

Multi Core Power Cables

Nominal Voltage U0/U

0.6/1 KV

Reference standard

IEC 60502 – 1

Standard code

IEC 60502 – 1

Tempreture range

PVC: -30℃ to +70℃
XLPE: -40℃ to +90℃

Cable Layer Construction

Cu/PVC/PVC
AL/PVC/PVC
AL/XLPE/PVC

Conductor material

copper conductor according to IEC 60228, class 1 ( solid ), class 2 ( stranded ) or class 5 ( flexible ).

PVC core insulation

Compound type of PVC / A or XLPE

PVC outer sheath

Compound type of PVC/ ST1.

Filler

PVC

Shield

Core insulation color

According to the customer’s request

Sheath color

Sheath color is normally black. According to the customer’s request.

These types of cables are used for distribution of electrical energy for fixed installations in underground, cable

ducts, power stations, indoors, in water and open air where mechanical damages are not expected.

Nominal cross section of conductors mm2	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness mm	Nominal diameter of insulation mm	k	Approximate thickness of filler mm	Approximate diameter of filler mm	Minimum sheath thickness mm	Average overall dimensions mm	Maximum ohmic resistance of the conductor at 20°C Ω/km

2*1.5	1	1*1.33	0.8	3.0	2	0.6	7.3	1.24	9.8	12.1
2*1.5	2	7*0.52	0.8	3.2	2	0.6	7.5	1.24	10.1	12.1
2*2.5	1	1*1.74	0.8	3.4	2	0.6	8.1	1.24	10.7	7.41
2*2.5	2	7*0.66	0.8	3.6	2	0.6	8.4	1.24	10.9	7.41
2*4	1	1*2.19	0.8	3.9	2	0.6	9.0	1.24	11.6	4.61
2*4	2	7*0.82	0.8	4.1	2	0.6	9.3	1.24	11.9	4.61
2*6	1	1*2.76	0.8	4.5	2	0.6	10.1	1.24	12.7	3.08
2*6	2	7*1.01	0.8	4.6	2	0.6	10.5	1.24	13.0	3.08
2*10	1	1*3.51	1	5.6	2	0.7	12.6	1.24	15.2	1.83
2*10	2	7*1.33	1	6.0	2	0.7	13.4	1.24	16.0	1.83
2*16	2	7*1.7	1	7.2	2.16	0.7	17.0	1.24	19.5	1.15
2*25	2	7*2.12	1.2	8.9	2.16	0.8	20.7	1.24	23.3	0.727
2*35	2	7*2.46	1.2	9.9	2.16	0.8	22.9	1.24	25.5	0.524
3*1.5	1	1*1.33	0.8	3.0	2.16	0.6	7.7	1.24	10.3	12.1
3*1.5	2	7*0.52	0.8	3.2	2.16	0.6	8.0	1.24	10.6	12.1
3*2.5	1	1*1.74	0.8	3.4	2.16	0.6	8.6	1.24	11.2	7.41
3*2.5	2	7*0.66	0.8	3.6	2.16	0.6	8.9	1.24	11.5	7.41
3*4	1	1*2.19	0.8	3.9	2.16	0.6	9.6	1.24	12.2	4.61
3*4	2	7*0.82	0.8	4.1	2.16	0.6	10.0	1.24	12.5	4.61
3*6	1	1*2.76	0.8	4.5	2.16	0.6	10.8	1.24	13.4	3.08
3*6	2	7*1.01	0.8	4.6	2.16	0.6	11.2	1.24	13.8	3.08
3*10	1	1*3.51	1	5.6	2.16	0.7	13.5	1.24	16.1	1.83
3*10	2	7*1.33	1	6.0	2.16	0.7	14.3	1.24	16.9	1.83
3*16	2	7*1.7	1	7.2	2.16	0.9	17.4	1.24	19.9	1.15
3*25	2	7*2.12	1.2	8.9	2.16	0.8	20.7	1.24	23.3	0.727
3*35	2	7*2.46	1.2	9.9	2.16	0.8	22.9	1.24	25.5	0.524
4*1.5	1	1*1.33	0.8	3.0	2.42	0.6	8.5	1.24	11.1	12.1
4*1.5	2	7*0.52	0.8	3.2	2.42	0.6	8.8	1.24	11.4	12.1
4*2.5	1	1*1.74	0.8	3.4	2.42	0.6	9.5	1.24	12.1	7.41
4*2.5	2	7*0.66	0.8	3.6	2.42	0.6	9.9	1.24	12.4	7.41
4*4	1	1*2.19	0.8	3.9	2.42	0.6	10.6	1.24	13.2	4.61
4*4	2	7*0.82	0.8	4.1	2.42	0.6	11.0	1.24	13.6	4.61
4*6	1	1*2.76	0.8	4.5	2.42	0.7	12.2	1.24	14.8	3.08
4*6	2	7*1.01	0.8	4.6	2.42	0.7	12.6	1.24	15.2	3.08
4*10	1	1*3.51	1	5.6	2.42	0.8	15.2	1.24	17.8	1.83
4*10	2	7*1.33	1	6.0	2.42	0.8	16.1	1.24	18.7	1.83
4*16	2	7*1.7	1	7.2	2.42	0.9	19.2	1.24	21.8	1.15
4*25	2	7*2.12	1.2	8.9	2.42	0.9	23.2	1.24	25.8	0.727
4*35	2	7*2.46	1.2	9.9	2.42	0.9	25.7	1.24	28.3	0.524
5*1.5	1	1*1.33	0.8	3.0	2.7	0.6	9.4	1.24	12.0	12.1
5*1.5	2	7*0.52	0.8	3.2	2.7	0.6	9.7	1.24	12.3	12.1
5*2.5	1	1*1.74	0.8	3.4	2.7	0.6	10.5	1.24	13.1	7.41
5*2.5	2	7*0.66	0.8	3.6	2.7	0.6	10.9	1.24	13.4	7.41
5*4	1	1*2.19	0.8	3.9	2.7	0.7	11.9	1.24	14.5	4.61
5*4	2	7*0.82	0.8	4.1	2.7	0.7	12.4	1.24	14.9	4.61
5*6	1	1*2.76	0.8	4.5	2.7	0.8	13.6	1.24	16.2	3.08
5*6	2	7*1.01	0.8	4.6	2.7	0.8	14.1	1.24	16.7	3.08
5*10	1	1*3.51	1	5.6	2.7	0.8	16.7	1.24	19.3	1.83
5*10	2	7*1.33	1	6.0	2.7	0.8	17.8	1.24	20.4	1.83
5*16	2	7*1.7	1	7.2	2.7	0.8	21.0	1.24	23.6	1.15
5*25	2	7*2.12	1.2	8.9	2.7	0.9	25.7	1.24	28.3	0.727
5*35	2	7*2.46	1.2	9.9	2.7	0.9	28.5	1.24	31.1	0.524
3*25/16	2	72.12 71.7	1.2 1	8.9 7.2	2.42	0.9	22.3	1.24	24.9	0.727 1.15
3*35/16	2	72.46 71.7	1.2 1	9.9 7.2	2.42	0.9	24.1	1.24	26.7	0.524 1.15

Edit Table

Nominal cross section of conductors mm2	Conductor class	The number and diameter of the nominal string of conductors	Nominal insulation thickness mm	Nominal diameter of insulation mm	k	Approximate thickness of filler mm	Approximate diameter of filler mm	Minimum sheath thickness mm	Average overall dimensions mm	Maximum ohmic resistance of the conductor at 20°C Ω/km

2*10	2	7*1.33	1	6.1	2	0.6	13.4	1.24	16.0	3.08
2*16	2	7*1.7	1	7.2	2	0.6	15.6	1.24	18.2	1.91
2*25	2	7*2.1	1.2	8.8	2	0.7	19.0	1.24	21.6	1.2
2*35	2	7*2.42	1.2	9.8	2	0.7	20.9	1.24	23.5	0.868
3*10	2	7*1.33	1	6.1	2.16	0.6	14.4	1.24	16.9	3.08
3*16	2	7*1.7	1	7.2	2.16	0.7	17.0	1.24	19.5	1.91
3*25	2	7*2.1	1.2	8.8	2.16	0.8	20.6	1.24	23.2	1.2
3*35	2	7*2.42	1.2	9.8	2.16	0.8	22.7	1.24	25.3	0.868
4*10	2	7*1.33	1	6.1	2.42	0.7	16.1	1.24	18.7	3.08
4*16	2	7*1.7	1	7.2	2.42	0.8	19.0	1.24	21.6	1.91
4*25	2	7*2.1	1.2	8.8	2.42	0.9	23.1	1.24	25.7	1.2
4*35	2	7*2.42	1.2	9.8	2.42	0.9	25.4	1.24	28.0	0.868
3*25/16	2	72.1 \| 71.7	1.2 1	8.8 \| 7.2	2.42	0.9	22.1	1.24	24.7	1.2 \| 1.91
3*35/16	2	72.42 \| 71.7	1.2 1	9.76 \| 7.2	2.42	0.9	23.9	1.24	26.5	0.868 \| 1.91

Edit Table
[ninja_tables id=”19054″][ninja_tables id=”19062″]

coaxial cables

27/01/202424/12/2023 by admin

Coaxial 01

VDE Code

Peak Working Voltage

Max. conductor resistance

Max. mutual capacitance

Min. insulation resistance

10,000MΩ.Km

Reference Standard

JIS C 3501
IEC 60096

Temperature Range

−30 ℃ to +70 ℃

Cable Layer Construction

Cu/FPE/Al Foil/TCWB/PVC

Conductor material

Plain or tinned copper conductor according to IEC 60228, class 1 (solid), class 2 (stranded).

PE core insulation

Polyethylene, solid or foamed.

PVC outer sheath

Compound type of PVC.

Foil

Shield

Earth

Core insulation color

White

Sheath color

White

These types of cables are used in high frequency transmissions specially for transmitters and receivers, computers, radio and TV transmissions.

product type	Number and nominal diameter of the conductor (mm)	Nominal diameter on insulation (mm)	The number and diameter of the shield string	conductor material	insulating material	Characteristic impedance (Ω)	Attenuation at 1000 MHz (db)	External diameter (mm)	Approximate weight (kg/km)
2.5c-2v	1×0.5	2.5	96×0.12	annealed copper	Solid polyethylene	75	52	4	22
3c-2v	1×0.5	3	96×0.12	annealed copper	Solid polyethylene	75	42	5.5	40
4.5c-2v	1×0.9	4.5	96×0.12	annealed copper	Foamed polyethylene	75	22	6.5	45
5c-2v	1×0.8	5	96×0.12	annealed copper	Foamed polyethylene	75	27	7.5	71
RG6	1×0.90	4.3	96×0.12	annealed copper	Foamed polyethylene	75	8.8	5.7	48
RG59	1×0.6	3.5	128×0.12	annealed copper	Solid polyethylene	75	11.5	5.5	52

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VDE Code

Peak Working Voltage

Max. conductor resistance

Max. mutual capacitance

Min. insulation resistance

10,000MΩ.Km

Reference Standard

JIS C 3501
IEC 60096

Temperature Range

−30 ℃ to +70 ℃

Cable Layer Construction

Cu/FPE/Al Foil/TCWB/PVC

Conductor material

Plain or tinned copper conductor according to IEC 60228, class 1 (solid), class 2 (stranded).

PE core insulation

Polyethylene, solid or foamed.

PVC outer sheath

Compound type of PVC.

Foil

Shield

Earth

Core insulation color

White

Sheath color

White

These types of cables are used in high frequency transmissions specially for transmitters and receivers, computers, radio and TV transmissions.

[ninja_tables id=”19010″]

Indoor Telephone Cables

27/01/202423/12/2023 by admin

indoor Telphone 01 scaled

VDE Code

J-2Y (St) Y

Peak Working Voltage

300V (DC)

Max. conductor resistance

:for 0.6mm 65Ω/km

Max. mutual capacitance

52±4nf/Km

Min. insulation resistance

20,000MΩ.Km

Reference Standard

TCI
VDE 0816

Temperature Range

−40 ℃ to +90 ℃

Cable Layer Construction

Cu/HDPE/OSCR/PVC

Conductor material

Solid annealed CU conductor with smooth and uniform surface.

PE core insulation

HDPE compound

PVC outer sheath

PVC/ST1

Foil

Shield

Earth

Solid annealed CU conductor with smooth and uniform surface.

Core insulation coalor

According to TCI

Sheath color

Gray

1-These types of cables are used for transmission of analog or digital signals and also for fixed installations. In communications technology the following connections can be installed:

Telephone, Telefax as well as standard modems of postal services, alarm systems for burglary and fire, communications and paging systems, access control, time and data control systems.

2- It is not allowed to use it permanently under or on the wall as well as under the ground.

product type	Nominal diameter of the conductor (mm)	insulating material	Nominal insulation thickness (mm)	Nominal sheath thickness (mm)	Average overall dimensions (mm)	Approximate weight (kg/km)
2×2×0.6	0.6	HDPE	0.2	0.8	4.8	29
4×2×0.6	0.6	HDPE	0.2	0.8	6.1	45
6×2×0.6	0.6	HDPE	0.2	0.8	6.7	60
10×2×0.6	0.6	HDPE	0.2	1	8.1	90

Edit Table

VDE Code

J-2Y (St) Y

Peak Working Voltage

300V (DC)

Max. conductor resistance

:for 0.6mm 65Ω/km

Max. mutual capacitance

52±4nf/Km

Min. insulation resistance

20,000MΩ.Km

Reference Standard

TCI
VDE 0816

Temperature Range

−40 ℃ to +90 ℃

Cable Layer Construction

Cu/HDPE/OSCR/PVC

Conductor material

Solid annealed CU conductor with smooth and uniform surface.

PE core insulation

HDPE compound

PVC outer sheath

PVC/ST1

Foil

Shield

Earth

Solid annealed CU conductor with smooth and uniform surface.

Core insulation coalor

According to TCI

Sheath color

Gray

1-These types of cables are used for transmission of analog or digital signals and also for fixed installations. In communications technology the following connections can be installed:

Telephone, Telefax as well as standard modems of postal services, alarm systems for burglary and fire, communications and paging systems, access control, time and data control systems.

2- It is not allowed to use it permanently under or on the wall as well as under the ground.

[ninja_tables id=”19015″]

Outdoor Telephone Cables

27/01/202423/12/2023 by admin

Outdoor Telphone 03

VDE Code

A-2Y (St) 2Y

Peak Working Voltage

225V (DC)

Max. conductor resistance

:for 0.6mm 65Ω/km

Max. mutual capacitance

52±4nf/Km

Min. insulation resistance

20,000MΩ.Km

Reference Standard

TCI
VDE 0816

Temperature Range

−40 ℃ to +90 ℃

Cable Layer Construction

Cu/HDPE/OSCR/HDPE

Conductor material

Solid annealed CU conductor with smooth and uniform surface.

PE core insulation

HDPE compound

PVC outer sheath

Foil

Shield

Earth

Solid annealed CU conductor with smooth and uniform surface.

Core insulation coalor

According to TCI

Sheath color

Black

These types of cables are used for transmission of analog or digital signals and also for fixed installations. All outdoor cables are principally suitable for installation in most types of plants.

product type	Nominal diameter of the conductor (mm)	insulating material	Nominal insulation thickness (mm)	Nominal sheath thickness (mm)	Average overall dimensions (mm)	Approximate weight (kg/km)
2×2×0.6	0.6	HDPE	0.2	0.8	4.8	26
4×2×0.6	0.6	HDPE	0.2	0.8	6.1	42
6×2×0.6	0.6	HDPE	0.2	0.8	6.7	57
10×2×0.6	0.6	HDPE	0.2	1	8.1	85

Edit Table

VDE Code

A-2Y (St) 2Y

Peak Working Voltage

225V (DC)

Max. conductor resistance

:for 0.6mm 65Ω/km

Max. mutual capacitance

52±4nf/Km

Min. insulation resistance

20,000MΩ.Km

Reference Standard

TCI
VDE 0816

Temperature Range

−40 ℃ to +90 ℃

Cable Layer Construction

Cu/HDPE/OSCR/HDPE

Conductor material

Solid annealed CU conductor with smooth and uniform surface.

PE core insulation

HDPE compound

PVC outer sheath

Foil

Shield

Earth

Solid annealed CU conductor with smooth and uniform surface.

Core insulation coalor

According to TCI

Sheath color

Black

These types of cables are used for transmission of analog or digital signals and also for fixed installations. All outdoor cables are principally suitable for installation in most types of plants.

[ninja_tables id=”19021″]