Neopreenkabel

H07RN-F

Download Datasheet PDF H07RN-F CPR Eca ENERGY TRANSMISSION RUBBER INSULATED CABLES WITH SPECIAL SHEATH SUITED FOR FIXED LAY, MOBILE LINK... read more

Beschrijving

Download
Datasheet PDF

H07RN-F

CPR Eca

ENERGY TRANSMISSION RUBBER INSULATED CABLES WITH SPECIAL SHEATH SUITED FOR FIXED LAY, MOBILE LINK AND MECHANICAL SERVICE HEAVY TOO

(Accordingly to the standards BT 2014/35/UE- 2011/65/EU (RoHS 3))
Standards
CEI EN 50525-2-21 CEI 20-107/2-21 CEI 20-19/4 (CENELEC HD 22.4 S4) BS 7919:2001 NF C 32-102-4 VDE 0282-4 EN 50575:2014 + EN 50575/A1:2016 EN 60811 403/504/505/506 EN 50396

Class 5 flexible copper conductor.
Elastomeric mixture Insulation in EI4 quality.
Polychloroprene sheath, EM2.

Nominal voltage U0: 450 V
Nominal voltage U: 750 V
Test voltage: 2500 V
Maximun voltage Um: 1000V for fixed and protected installation
Maximun operating temperature: +60°C (+90°C)
Maximun short circuit temperature: +200°C (+250°C)
Min. operating temperature (without mechanical shocks): -40°C (-50°C)
Minimum installation and use temperature: -25°C (-40°C)

Common features
This cable is suitable for dry, humid or wet environments in open air, in workshops with an explosive athmosphere. When used for connections they’re subjected to medium/severe mechanical stress. It can be used even in fixed laying like floors and temporary construction site set offs.CPR Compliant 305/2011 EU
Special Features in addition to the features of the H07RN_F:
– Insulation tested up to +90°C. Includes the characteristics of the H07BN4-F cables and the H07BB-F cables. Low Temperature Resistant (-40°C dynamic
– 50°C static).
– AD8 water resistance 10 bar such as the H07RN8-F.
– OZONE RESISTANT (Test A) and (Test B). UV Resistant. AG2 Shock Resistant. Excellent resistance to mineral oils, fats, AF3, and atmospheric agents AK2.Resistance to alternate bending of sections ≤ 4 mm2: for at least 100000 cycles

Employment
Minimum bending radius per D cable diameter (in mm):
Fixed installation D<8=3D D<12=3D D<20=4D D>20=4D
Free Movement D<8=4D D<12=4D D<20=5D D>20=6D
Maximum pulling stress:
15 N/mm2 section of copper dynamic applications, for fixed 50 N/mm2

Packing
100mt. rings in thermoplastic film or drums to agree.

Core colours
Single core: black
Two cores: blue-brown
Three cores: Brown – Black – Gray (o Y/G, Blue and Brown)
Four cores: blue-brown-black-gray (or Y/G instead blue)
Five cores: Y/G-blue-brown-black-gray (black no Y/G)
Multicores: black with numbers and Y/G

Sheath colour
Black

Ink marking
Eca-year-IEMMEQU<HAR>H07RN-F-form x sect-iwo

Note
Current carrying capacities for unipolar cables are calculated on 3 spanned cables.
Current carrying capacities for cables are calculated on 3-4 spanned cables.
Special Bending Radius:
At the entrance to a portable device or a mobile device mechanical stress with D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Winding repeated D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Diverted to pulley D <8 = 8D D <12 = 8D D <20 = 8D D> 20 = 8D

HARMONIZED

 

 

Cores number Cross section Approx conductor diameter Insulation medium thickness Approx external production
diameter
Approx cable weight Electric resistance at 20°C Mobile service
Current carrying
capacities at 60°C
conductor temp
Current rating for
fixed installation at
85°C of conductor
temp.open air
(N°) (mm²) (mm) (mm) (mm) (kg/km) (Ohm/km) (A) (A)
Single core
1x 1.5 1.6 0.8 5.9 50 13.3 16 23
1x 2.5 2 0.9 6.50 65 7.98 25 32
1x 4 2.6 1.0 7.4 89 4.95 30 43
1x 6 3.4 1.0 8.10 115 3.30 38 56
1x 10 4.4 1.2 10.4 190 1.91 53 77
1x 16 5.7 1.2 11.62 259 1.21 71 102
1x 25 6.9 1.4 13.74 375 0.780 94 136
1x 35 8.1 1.4 15.35 492 0.554 117 168
1x 50 9.8 1.6 17.68 675 0.386 148 203
1x 70 11.6 1.6 20.00 908 0.272 185 254
1x 95 13.3 1.8 22.12 1171 0.206 222 299
1x 120 15.1 1.8 24.54 1445 0.161 260 363
1x 150 16.8 2.0 26.87 1783 0.129 300 416
1x 185 18.6 2.2 28.89 2125 0.106 341 475
1x 240 21.4 2.4 32.62 2733 0.0801 407 559
1x 300 23.9 2.6 36.46 3348 0.0641 468 637
1x 400 27.5 2.8 39.6 4800 0.0486 553 722
1x 500 35.0 3.0 45.5 5800 0.0384 620 833
1x 630 39.0 3.0 49.5 6800 0.0287 742 888
Two cores
2x 1 1.3 0.8 8.4 90 19.5 10 18
2x 1.5 1.6 0.8 9.10 109 13.3 18 23
2x 2.5 2 0.9 10.80 158 7.98 27 32
2x 4 2.6 1.0 12.40 217 4.95 34 43
2x 6 3.4 1.0 13.80 282 3.30 43 56
2x 10 4.4 1.2 19.37 539 1.91 60 77
2x 16 5.7 1.2 21.76 722 1.21 79 102
2x 25 6.9 1.4 25.93 1043 0.780 105 136
2x 35 8.1 1.4 28.77 1169 0.554 129 168
2x 50 9.8 1.6 33.1 1606 0.386 150 203
2x 70 11.6 1.6 37.8 2140 0.272 185 254
2x 95 13.3 1.8 42.4 2806 0.272 216 299
Three cores
3G 1 1.3 0.8 9.07 110 19.5 10 18
3G 1.5 1.6 0.8 10.18 134 13.3 16 23
3G 2.5 2.0 0.9 11.58 196 7.98 25 32
3G 4 2.6 1.0 13.3 271 4.95 29 43
3G 6 3.4 1.0 14.78 355 3.30 36 56
3G 10 4.4 1.2 20.73 674 1.91 51 77
3G 16 5.7 1.2 23.26 913 1.21 67 102
3G 25 6.9 1.4 27.69 1324 0.780 89 136
3G 35 8.1 1.4 30.95 1754 0.554 110 168
3G 50 9.8 1.6 35.80 2409 0.386 138 203
3G 70 11.6 1.6 40.45 3211 0.272 172 254
3G 95 13.3 1.8 45.08 4210 0.206 204 299
3G 120 15.1 1.8 49.93 5205 0.161 238 363
3G 150 16.8 2.0 54.78 6389 0.129 273 416
3G 185 18.6 2.2 58.99 7591 0.106 309 475
3G 240 21.4 2.4 67.85 9944 0.0801 365 559
3G 300 23.9 2.6 75.56 10133 0.0641 450 637
Four cores
4G 1 1.3 0.8 10.0 136 19.5 10 16
4G 1.5 1.6 0.8 10.76 166 13.3 16 21
4G 2.5 2.0 0.9 12.73 241 7.98 20 29
4G 4 2.6 1.0 14.63 336 4.95 30 38
4G 6 3.4 1.0 16.44 449 3.30 37 50
4G 10 4.4 1.2 22.57 833 1.91 52 68
4G 16 5.7 1.2 25.36 1138 1.21 69 92
4G 25 6.9 1.4 30.75 1714 0.780 92 122
4G 35 8.1 1.4 34.23 2204 0.554 114 150
4G 50 9.8 1.6 39.56 3029 0.386 143 182
4G 70 11.6 1.6 44.89 4121 0.272 178 232
4G 95 13.3 1.8 50.36 5361 0.206 210 281
4G 120 15.1 1.8 55.33 6546 0.161 246 325
4G 150 16.8 2.0 60.87 8095 0.129 282 373
4G 185 18.6 2.2 65.70 9652 0.106 319 425
4G 240 21.4 2.4 75.70 12614 0.0801 377 500
4G 300 23.9 2.6 86.33 13890 0.0641 460 588
Five cores
5G 1 1.3 0.8 11.0 168 19.5 10 16
5G 1.5 1.6 0.8 11.80 206 13.3 16 21
5G 2.5 2.0 0.9 13.96 297 7.98 20 29
5G 4 2.6 1.0 16.25 422 4.95 30 38
5G 6 3.4 1.0 18.07 567 3.30 38 50
5G 10 4.4 1.2 24.75 1010 1.91 54 68
5G 16 5.7 1.2 28.01 1400 1.21 71 92
5G 25 6.9 1.4 33.57 2096 0.780 94 122
5G 35 8.1 1.4 39.2 2697 0.554 114 150
5G 50 9.8 1.6 45.4 3740 0.386 142 182
5G 70 11.6 1.6 48.0 5033 0.272 178 232
5G 95 13.3 1.8 53.22 6271 0.206 210 281
Multicores
7G 1.5 1.6 0.8 15.3 315 13.3 16 21
7G 2.5 2.0 0.9 17.9 445 7.98 20 29
7G 4 2.6 1.0 19.64 618 4.95 25 38
10G 1.5 1.6 0.8 17.9 420 13.3 16 21
12G 1.5 1.6 0.8 18.4 493 13.3 16 21
12G 2.5 2.0 0.9 22.17 702 7.98 20 29
12G 4 2.6 1.0 25.77 1004 4.95 25 38
18G 1.5 1.6 0.8 22.00 705 13.3 16 21
18G 2.5 2.0 0.9 25.95 1020 7.98 20 29
19G 1.5 1.6 0.8 22.79 710 13.3 16 21
19G 2.5 2.0 0.9 26.25 1030 7.98 20 29
24G 1.5 1.6 0.8 25.04 898 13.3 16 21
24G 2.5 2.0 0.9 29.37 1312 7.98 20 29
36G 1.5 1.6 0.8 29.3 1246 13.3 16 21
36G 2.5 2.0 0.9 35.0 1851 7.98 20 29

Note
Current carrying capacities for unipolar cables are calculated on 3 spanned cables.
Current carrying capacities for cables are calculated on 3-4 spanned cables.
Special Bending Radius:
At the entrance to a portable device or a mobile device mechanical stress with D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Winding repeated D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Diverted to pulley D <8 = 8D D <12 = 8D D <20 = 8D D> 20 = 8D

Neoprene cable

H07RN-F

Download Datasheet PDF H07RN-F CPR Eca ENERGY TRANSMISSION RUBBER INSULATED CABLES WITH SPECIAL SHEATH SUITED FOR FIXED LAY, MOBILE LINK... read more

Beschrijving

Download
Datasheet PDF

H07RN-F

CPR Eca

ENERGY TRANSMISSION RUBBER INSULATED CABLES WITH SPECIAL SHEATH SUITED FOR FIXED LAY, MOBILE LINK AND MECHANICAL SERVICE HEAVY TOO

(Accordingly to the standards BT 2014/35/UE- 2011/65/EU (RoHS 3))
Standards
CEI EN 50525-2-21 CEI 20-107/2-21 CEI 20-19/4 (CENELEC HD 22.4 S4) BS 7919:2001 NF C 32-102-4 VDE 0282-4 EN 50575:2014 + EN 50575/A1:2016 EN 60811 403/504/505/506 EN 50396

Class 5 flexible copper conductor.
Elastomeric mixture Insulation in EI4 quality.
Polychloroprene sheath, EM2.

Nominal voltage U0: 450 V
Nominal voltage U: 750 V
Test voltage: 2500 V
Maximun voltage Um: 1000V for fixed and protected installation
Maximun operating temperature: +60°C (+90°C)
Maximun short circuit temperature: +200°C (+250°C)
Min. operating temperature (without mechanical shocks): -40°C (-50°C)
Minimum installation and use temperature: -25°C (-40°C)

Common features
This cable is suitable for dry, humid or wet environments in open air, in workshops with an explosive athmosphere. When used for connections they’re subjected to medium/severe mechanical stress. It can be used even in fixed laying like floors and temporary construction site set offs.CPR Compliant 305/2011 EU
Special Features in addition to the features of the H07RN_F:
– Insulation tested up to +90°C. Includes the characteristics of the H07BN4-F cables and the H07BB-F cables. Low Temperature Resistant (-40°C dynamic
– 50°C static).
– AD8 water resistance 10 bar such as the H07RN8-F.
– OZONE RESISTANT (Test A) and (Test B). UV Resistant. AG2 Shock Resistant. Excellent resistance to mineral oils, fats, AF3, and atmospheric agents AK2.Resistance to alternate bending of sections &le; 4 mm2: for at least 100000 cycles

Employment
Minimum bending radius per D cable diameter (in mm):
Fixed installation D<8=3D D<12=3D D<20=4D D>20=4D
Free Movement D<8=4D D<12=4D D<20=5D D>20=6D
Maximum pulling stress:
15 N/mm2 section of copper dynamic applications, for fixed 50 N/mm2

Packing
100mt. rings in thermoplastic film or drums to agree.

Core colours
Single core: black
Two cores: blue-brown
Three cores: Brown – Black – Gray (o Y/G, Blue and Brown)
Four cores: blue-brown-black-gray (or Y/G instead blue)
Five cores: Y/G-blue-brown-black-gray (black no Y/G)
Multicores: black with numbers and Y/G

Sheath colour
Black

Ink marking
Eca-year-IEMMEQU<HAR>H07RN-F-form x sect-iwo

Note
Current carrying capacities for unipolar cables are calculated on 3 spanned cables.
Current carrying capacities for cables are calculated on 3-4 spanned cables.
Special Bending Radius:
At the entrance to a portable device or a mobile device mechanical stress with D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Winding repeated D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Diverted to pulley D <8 = 8D D <12 = 8D D <20 = 8D D> 20 = 8D

HARMONIZED

 

 

Cores number Cross section Approx conductor diameter Insulation medium thickness Approx external production
diameter
Approx cable weight Electric resistance at 20°C Mobile service
Current carrying
capacities at 60°C
conductor temp
Current rating for
fixed installation at
85°C of conductor
temp.open air
(N°) (mm²) (mm) (mm) (mm) (kg/km) (Ohm/km) (A) (A)
Single core
1x 1.5 1.6 0.8 5.9 50 13.3 16 23
1x 2.5 2 0.9 6.50 65 7.98 25 32
1x 4 2.6 1.0 7.4 89 4.95 30 43
1x 6 3.4 1.0 8.10 115 3.30 38 56
1x 10 4.4 1.2 10.4 190 1.91 53 77
1x 16 5.7 1.2 11.62 259 1.21 71 102
1x 25 6.9 1.4 13.74 375 0.780 94 136
1x 35 8.1 1.4 15.35 492 0.554 117 168
1x 50 9.8 1.6 17.68 675 0.386 148 203
1x 70 11.6 1.6 20.00 908 0.272 185 254
1x 95 13.3 1.8 22.12 1171 0.206 222 299
1x 120 15.1 1.8 24.54 1445 0.161 260 363
1x 150 16.8 2.0 26.87 1783 0.129 300 416
1x 185 18.6 2.2 28.89 2125 0.106 341 475
1x 240 21.4 2.4 32.62 2733 0.0801 407 559
1x 300 23.9 2.6 36.46 3348 0.0641 468 637
1x 400 27.5 2.8 39.6 4800 0.0486 553 722
1x 500 35.0 3.0 45.5 5800 0.0384 620 833
1x 630 39.0 3.0 49.5 6800 0.0287 742 888
Two cores
2x 1 1.3 0.8 8.4 90 19.5 10 18
2x 1.5 1.6 0.8 9.10 109 13.3 18 23
2x 2.5 2 0.9 10.80 158 7.98 27 32
2x 4 2.6 1.0 12.40 217 4.95 34 43
2x 6 3.4 1.0 13.80 282 3.30 43 56
2x 10 4.4 1.2 19.37 539 1.91 60 77
2x 16 5.7 1.2 21.76 722 1.21 79 102
2x 25 6.9 1.4 25.93 1043 0.780 105 136
2x 35 8.1 1.4 28.77 1169 0.554 129 168
2x 50 9.8 1.6 33.1 1606 0.386 150 203
2x 70 11.6 1.6 37.8 2140 0.272 185 254
2x 95 13.3 1.8 42.4 2806 0.272 216 299
Three cores
3G 1 1.3 0.8 9.07 110 19.5 10 18
3G 1.5 1.6 0.8 10.18 134 13.3 16 23
3G 2.5 2.0 0.9 11.58 196 7.98 25 32
3G 4 2.6 1.0 13.3 271 4.95 29 43
3G 6 3.4 1.0 14.78 355 3.30 36 56
3G 10 4.4 1.2 20.73 674 1.91 51 77
3G 16 5.7 1.2 23.26 913 1.21 67 102
3G 25 6.9 1.4 27.69 1324 0.780 89 136
3G 35 8.1 1.4 30.95 1754 0.554 110 168
3G 50 9.8 1.6 35.80 2409 0.386 138 203
3G 70 11.6 1.6 40.45 3211 0.272 172 254
3G 95 13.3 1.8 45.08 4210 0.206 204 299
3G 120 15.1 1.8 49.93 5205 0.161 238 363
3G 150 16.8 2.0 54.78 6389 0.129 273 416
3G 185 18.6 2.2 58.99 7591 0.106 309 475
3G 240 21.4 2.4 67.85 9944 0.0801 365 559
3G 300 23.9 2.6 75.56 10133 0.0641 450 637
Four cores
4G 1 1.3 0.8 10.0 136 19.5 10 16
4G 1.5 1.6 0.8 10.76 166 13.3 16 21
4G 2.5 2.0 0.9 12.73 241 7.98 20 29
4G 4 2.6 1.0 14.63 336 4.95 30 38
4G 6 3.4 1.0 16.44 449 3.30 37 50
4G 10 4.4 1.2 22.57 833 1.91 52 68
4G 16 5.7 1.2 25.36 1138 1.21 69 92
4G 25 6.9 1.4 30.75 1714 0.780 92 122
4G 35 8.1 1.4 34.23 2204 0.554 114 150
4G 50 9.8 1.6 39.56 3029 0.386 143 182
4G 70 11.6 1.6 44.89 4121 0.272 178 232
4G 95 13.3 1.8 50.36 5361 0.206 210 281
4G 120 15.1 1.8 55.33 6546 0.161 246 325
4G 150 16.8 2.0 60.87 8095 0.129 282 373
4G 185 18.6 2.2 65.70 9652 0.106 319 425
4G 240 21.4 2.4 75.70 12614 0.0801 377 500
4G 300 23.9 2.6 86.33 13890 0.0641 460 588
Five cores
5G 1 1.3 0.8 11.0 168 19.5 10 16
5G 1.5 1.6 0.8 11.80 206 13.3 16 21
5G 2.5 2.0 0.9 13.96 297 7.98 20 29
5G 4 2.6 1.0 16.25 422 4.95 30 38
5G 6 3.4 1.0 18.07 567 3.30 38 50
5G 10 4.4 1.2 24.75 1010 1.91 54 68
5G 16 5.7 1.2 28.01 1400 1.21 71 92
5G 25 6.9 1.4 33.57 2096 0.780 94 122
5G 35 8.1 1.4 39.2 2697 0.554 114 150
5G 50 9.8 1.6 45.4 3740 0.386 142 182
5G 70 11.6 1.6 48.0 5033 0.272 178 232
5G 95 13.3 1.8 53.22 6271 0.206 210 281
Multicores
7G 1.5 1.6 0.8 15.3 315 13.3 16 21
7G 2.5 2.0 0.9 17.9 445 7.98 20 29
7G 4 2.6 1.0 19.64 618 4.95 25 38
10G 1.5 1.6 0.8 17.9 420 13.3 16 21
12G 1.5 1.6 0.8 18.4 493 13.3 16 21
12G 2.5 2.0 0.9 22.17 702 7.98 20 29
12G 4 2.6 1.0 25.77 1004 4.95 25 38
18G 1.5 1.6 0.8 22.00 705 13.3 16 21
18G 2.5 2.0 0.9 25.95 1020 7.98 20 29
19G 1.5 1.6 0.8 22.79 710 13.3 16 21
19G 2.5 2.0 0.9 26.25 1030 7.98 20 29
24G 1.5 1.6 0.8 25.04 898 13.3 16 21
24G 2.5 2.0 0.9 29.37 1312 7.98 20 29
36G 1.5 1.6 0.8 29.3 1246 13.3 16 21
36G 2.5 2.0 0.9 35.0 1851 7.98 20 29

Note
Current carrying capacities for unipolar cables are calculated on 3 spanned cables.
Current carrying capacities for cables are calculated on 3-4 spanned cables.
Special Bending Radius:
At the entrance to a portable device or a mobile device mechanical stress with D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Winding repeated D <8 = 6D D <12 = 6D D <20 = 6D D> 20 = 8D
Diverted to pulley D <8 = 8D D <12 = 8D D <20 = 8D D> 20 = 8D