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Hi-Tech Controls | Flexible control Cables, Data and computer Cables,Cables for Drag Chains,Motor, servo and Feedback Cables,

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Published by Sealcon, 2020-07-27 11:26:48

Hi-Tech Controls | Helukabel Catalog

Hi-Tech Controls | Flexible control Cables, Data and computer Cables,Cables for Drag Chains,Motor, servo and Feedback Cables,

Keywords: Hi-Tech Controls | Flexible control Cables, Data and computer Cables,Cables for Drag Chains,Motor, servo and Feedback Cables

~HI-TECH (800) 677·8942 I (303) 680·5159 www. hitechcontrols.com
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~ CONTROLS, INC.

acJZ-500 b I k flexible. meter marking

.... _ , ~· ~ HELUKABEL JZ-500 bl a ck 25G1 ,50MM/ 10371 300/ SOOV 0010917711 ( E

'<==> _ '~--.""' •

-~

IRoHS I

Technical data Cable structure Properties

• control cables. special PVC • Bare copper. fine wire conductors. • Extensively oil resistant. oil-/ chemical
• adapted to DIN VDE 0281, 0293, 0295 according to DIN VDE 0295 cl. 5, BS 6360 Resistance- see table Technical
cl. 5 and IEC 60228 cl. 5 Informations
• Temperature range
• Core insulation of special PVC z 7225 • PVC self-extinguishing and flame retardant
flexing -15 °C11 to +80 oc according to VDE 0482-332-1-2, DIN EN
fixed installation -40 oc to +80 oc • Black cores with continuous white 60332-1-2/ IEC 60332-1 <equivalent
• Nominal voltage Uo/U 300/500 v numbering according to DIN VDE 0293 DIN VDE 0472 part 804 test method B>
• Test voltage 4000 v
• Breakdown voltage min. 8000 v • Green-yellow earth core in the outer layer • The materials used in manufacture are
<3 cores and above> cadmium -free and contain no silicone and
• Insulation resistance free from substances harmful to the
min. 20 MOhm x km • Cores stranded in layers with optimal wetting properties of lacquers
lay-lenght
• Minimum bending radius • uv- resistant
flexing 7.5x cable 0 • Outer sheath of special PVC. TM2 to
fixed installation 4x cable 0 DIN VDE 0281 part 1 and HD 21.1 Note
• G = with green-yellow earth core;
• Radiation resistance • colour black <RAL 9005>
up to 80x106 cJ/kg <up to 80 Mrad> • with meter marking x = without green-yellow earth core <OZ>.
• screened analogue type:
• 11 cold bending test. impact resistance test
at low temperatures. elongation test at low Jz-soo-c black, see page A 24
temperatures. Tested according VDE 0473
part 811-1-4, EN 60811-1-4

Application

These cables are used for f lexible use for medium mechanical stresses with free movement without tensile stress or forced movements in
dry, moist and wet rooms and In open air. Must not be laid directly in soil or water. When screened for measurement. control and control
line etc. in mechanical and plant engineering, machine tools, production lines and conveyor belts.

CE:= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x o u te r " Cop. Weight AWO•No. Part no. Outer" Cop. W eight AWO-No.
cross-sec . a p p r ox . a pprox.
10340 mm• approx. mm w eight kg / km 20 approx. mm weight kg/ km
10341 20
10342 2 X 0,5 kg / km 40.0 20 kg/ km 70.0
10343 46.0 20 90,0
10344 3G0.5 5.5 9.6 56,0 20 7.0 29.0
10345 4G0.5 20 109.0
10346 5.8 14.4 65.0 20 7.4 43.0 131.0
10347 5G0.5 80,0 20 184.0
10348 7 G0.5 6.2 19.0 135,0 20 8.2 58.0 309,0
10349 12 G0,5 20
10350 6.9 24 .0 196.0 20 9,1 72.0 440.0
10351 18 G0.5 270.0 20 620,0
10352 25 G 0,5 7.5 33.6 20 9.8 101.0
10353 2 X 0,75 46.0 20 112.0
10354 9.8 58,0 54.0 20 13.6 173.0 148.0
10355 3 G 0, 75 66.0 20 178.0
10356 4 G0,75 11.8 86.0 20 15.6 259.0 221,0
10357 SG 0,75 80.0 20 306,0
10358 7 G 0,75 13,7 120.0 110.0 20 18.4 360,0
10359 12 G 0,75 179,0 20 498.0
10360 18 G 0,75 5.9 14.4 20 8,4 48.0 764.0
10361 257.0 20 1044,0
10362 25 C0.75 6.2 21.6 365.0 20 8.9 72.0
10363 20 295.0
2x1 6.7 28.8 6n0.o.0 9.8 96.0 361,0
3G1
4G1 7,5 36.0 86.0 10.9 120.0 424.0
104.0 525.0
5C1 8.3 50.0 141.0 12.0 168.0
7C1 701.0
12 G 1 10.8 86,0 230.0 15,9 288,0 1035,0
343.0
18 c 1 12.8 130.0 485,0 19.0 432.0 1582.0
25 c 1
15,1 180.0 22.6 600.0 2105.0
6·.2 19.2
11.6 154.0

6.5 29.0 12.9 192,0

7.2 38.4 13.1 230.0

7,9 48.0 14,5 288,0

8,7 67,0 17.0 384.0

11.4 115.0 20.9 614.0

13.7 173.0 25.6 960.0

16.2 240.0 30.0 1344.0

Dimensions and specifications may be changed without prior notice. <RA01 1

C HELUKABEL

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flexible, orange cores. control cable for interlocking
JZ-500 orange

purposes. meter marking

~ -- . --- ----- ---. HELUKABEL VOE Reg.-Nr. 7032 .JZ-800 501 QIIM /10542 3001100 Y 001041418 C(

-

RoHS

Technical data Cable structure Properties

• Special PVC control cable for interlocking • Bare copper. fine wire conductors.to • Extensively oil resistant. o il-/ Chemical
purposes DIN VDE 0295 cl. 5, BS 6360 cl. 5 and Resistance - see table Techn ical
IEC 60228 cl. 5 Informations
• Requirements adapted to DIN VDE 0281.
0293,0295 • Core insulation of special PVC Z 7225 • PVC self-extinguishing and flame retardant
according to VDE 0482-332-1-2. DIN EN
• Temperature range • Cores o range with continuous b lack 60332-1-2/IEC 60332-1 <equivalent
numbering according to DIN VDE 0293 DIN VDE 0472 part 804 test method B>
f lexing -5 oc to +80 oc JZ-version with green-yellow earth core: 3
f ixed installation -40 oc to +80 oc • The materials used in manufacture are
cores and above cadmium-free and contain no silicone and
• Nominal voltage Uo/U 300/500 v oz-version without green-yellow earth core free from substances harmful to the
• Special PVC o uter sheath TM2, to wetting p roperties of lacquers
• Test voltage 4000 V DIN VDE 0281 part 1 and HD 21.1
• Breakdown voltage min. 8000 v Note
• Colour orange <RAL 2003>
• Insulation resistance • with meter marking, change-over in 2011 • G =with green-yellow earth core;
min. 20 MOhm x km x =without green-yellow earth core <OZ>.

• Minimum bending radius • AWG sizes are approximate equivalent
f lexing 7.5x cable 0 values. The actual cross-section is in mm2•
fixed installation 4x cable 0

• Radiation resistance
up to 80x106 cJ/kg <up to 80 Mrad>

Application

These cables are used f or flexible use for medium mechanical stresses w ith free movement witho ut tensile stress o r forced movements in
dry, moist and wet rooms but not suitable for open air. as control cable according EN 60204 part 1 and VDE 0113 part 1.
As per recommendation of the specified standards t he insulated conductors of contro l current circuits should be coloured orange, when
they are used for interlocking purposes. These control circuits are supplied with an external power and remain active under current when
the main switch is disconnected or switched off.

<E= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer e cop. weight AWC·NO. Part no. No.cores x outere cop. Weight AWC·NO.
cross-sec. approx. cross-sec. approx. mm weight approx.
10537 approx. mm weight kg /km 17 10S46 kg/km
10538 17 10547 kg / km
10539 kg/km 60.0 17 10747 109.0
10541 72.0 17 10748 7.4 58.0 1 3 1 ,0
10540 5.6 19.2 72,0 17 10749 8,3 72,0
10542 17 148.0
10544 5.9 29.0 86.0 16 8.3 72,0 178,0
10545 5.9 29,0 86,0 16 9.2 96,0
6,6 38.4 104,0 10,1 120,0 221.0

6,6 38,4 70.0
90,0
7,3 48.0

6.4 29.0
6,8 43,0

Dimensions and specifications may be changed without prior notice. <RA01l

C HELUKABEL

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0H 05VVS • F (NYSLY •J Z) flexible, number coded, oil resistant,

meter marking

HELUKABEL VDE HAR HOSVV5-F 18G1,5QMM /13044 3001500 V 001042088 CE

Technical data Cable structure Properties

• Control cable, special PVC with oil resistant • Bare copper. fine wire stranded conductor • PVC self-extinguishing and flame retardant

outer jacket to DIN VDE 0281 part 13, to DIN VDE 0295 cl. 5, BS 6360 cl. 5, HD 383 according to VDE 0482-332-1-2, DIN EN

HD 21.13S1 and IEC 60227175 and IEC 60228 cl. 5 60332-1-2/ IEC 60332-1 <equivalent

• Temperature range • Special PVC core insu lation Tl2 to DIN VDE 0472 part 804 test method B>
DIN VDE 0281 part 1 • Oil resistant to DIN EN 60811-2-1
f lexing -5 oc to +70 oc
fixed installation -40 oc to +70 oc • Black cores with white figure imprint to • The materials used in manufacture are
• Nominal voltage Uo/U 300/500 v cadmium-free and contain no silicone and
DIN VDE 0293

• Test voltage 2000 V, 5 m in . • Green-yellow earth core in the outer layer free from substances harmful to the
<3 cores and abovel wetting properties of lacquers
• Breakdown voltage min. 4000 v
• Cores stranded in layers with optimal
• Insulation r esistance lay-length Note
min. 20 MOhm x km
• Special PVC outer jacket. TM5 to • G=with green-yellow earth core;
• Minimum bending radius DIN VDE 0281 part 1, HD 21.1.S4/A16
x =without green-yellow earth core <OZl.
f lexing 7,5x cable 0 • Colour grey <RAL 7001 > • AWG sizes are approximate equivalent
f ixed installation 4x cable 0 • with meter marking, change-over in 201 1
• Radiation resistance values. The actual cross-section is in mm2.
up to 80x106 cJ/kg <up to 80 Mrad> • screened analogue type:

HOSVVC4VS· K CNVSLYCYO· JZ) ,

Application see page A 29

These cables are used for flexible use for medium mechanical stresses with free movement without tensile stress or forced movements in

dry, moist and wet rooms but not suitable for open air. These are designed as control and connecting cables to machines. tool machineries.

conveyor belts and production lines.

These cables are not effected to the chemical influences. Cables for moist and wet rooms. specially used for machines in breweries. bottling

plants and car washing stations.

These cables may be allowed to move once installed provided that the cables are not mechanically stressed during movement.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer Ill Cop. Weight AWC-No. Part no. No.cores x outer 121 Cop. Weight AWC-No.
cr oss-sec. appr o x. appr ox.
13122 min. - max. weight kg 1 km 20 13123 cro ss-sec. min. - max. weight kg / km 18
13001 mm• 20 13013 18
13002 mm kg / km 46,0 20 13014 mm• mm kg / km 52.0 18
13003 2 X0.5 54,0 20 13015 68.0 18
13004 3C0,5 5.2. 6.6 9,7 20 13016 2 cX 0.75 5.7. 7,2 14.1 82.0 18
13005 65.0 20 13017 3 0.75 107.0 18
13920 4G0.5 5,5. 7,0 14 ,4 80,0 20 13926 6.0. 7,6 21,6 18
13006 104.0 20 13018 132.0 18
13921 5C0.5 6.2-7.9 19,0 20 13019 4 G0,75 6.6. 8,3 29.0 145.0 18
13007 6C0,5 119.0 20 13927 5 c 0.75 189.0 18
13922 6,8. 8,6 24.0 134.0 20 13020 6 c 0,75 7.4. 9.3 36,0 18
13008 7 G0.5 20 13021 7 c 0,75 194.0 18
13009 8C0.5 7,6. 9.6 29.0 136.0 20 13928 8 c 0.75 8,1 . 10.1 43,0 231,0 18
13923 166.0 20 13022 9 c 0,75 18
13010 9C0.5 8.3. 10.4 33,6 186.0 20 13929 12 c 0,75 9.0. 11.3 50.0 274.0 18
13924 10 G0.5 20 13126 14 c 0.75 18
13125 8.9. 10.8 38.0 215.0 20 13023 18 c 0.75 10.0. 12.2 58.0 313.0 18
13011 12 c 0.5 251.0 20 13024 25 c 0,75 461.0 18
13012 14 c 0.5 9.7 · 12,1 43,0 349.0 20 13930 27 c 0.75 10,7. 13.4 65,0 493.0 18
13925 10.0. 12.2 48.0 20 34 c 0,75 614.0
18 G0.5 373.0 36 c 0,75 11,0. 13.7 86.0 646,0
480.0 41 c 0.75
25 c 0.5 10.4. 12.9 58.0 510.0 50 c 0.75 11,9. 14.6 101,0 730,0
27 c 0.5 10.8 . 13,2 67,0 570,0 61 c 0,75
34 c 0.5 65 c 0.75 13.2 . 16.4 130,0 896.0
36 c 0.5 658.0 1030.0
41 c 0.5 12.3 • 15.3 86.0 780,0 16.0. 19.9 180.0 1071.0
50 c 0.5 810,0
61 c 0.5 15.1 . 18.8 120.0 16.2. 19,9 195.0
65 c 0,5
15,1 . 18,6 129.6 18,0. 22.3 245,0

16,8 . 20.8 163,0 18.2. 22.4 259.0
19,7. 24,1 295.0
17,0. 20.9 172,0

18.3. 22.4 196.0 21.9. 27.1 360,0
20,3. 25.3 240,0
24.3. 30.2 439,0

21.8. 27.0 293.0 25.8. 31,7 468.0

24.3 . 29,8 312.0

Continuation •

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0HOSVVS·F {NYSLY •J Z) flexible, number coded, oil resistant,

meter marking

Part no. No.cores x outer 0 Cop. weight AWC ·NO. Part no. No.cores x outer 0 Cop. Weight AWC · NO.
cross-sec. approx. cross-sec. approx.
13119 mm• min. · max. weight kg/km 17 13943 mm• min. · max. weight kg / km 14
13025 17 13050 14
13026 2X1 mm kg/km 66.0 17 13051 2 X2.5 mm kg/km 110.0 14
13027 78.0 17 13052 3G2,5 154,0 14
13028 3G1 5.9. 7.5 19.0 104.0 17 13053 8.4. 10.6 48,0 14
13029 4 G1 123.0 17 13945 4G2.5 212.0 14
13931 6.3. 8.0 29.0 17 13054 5G2.5 9,2. 11,4 72.0 242.0 14
13030 5G1 152.0 17 13946 7G2,5 350,0 14
13031 6G1 6.9. 8.7 38.0 183,0 17 13055 10,1 . 12.5 96,0 379,0 14
13932 7G1 17 13056 8G2.5 14
13032 7,8. 9,8 48,0 220,0 17 13947 12 G 2 .5 11,2. 13.9 120,0 543,0 14
13933 8G1 230,0 17 13057 14 G 2.5 611,0 14
13033 9G1 8,7. 10.8 58,0 269,0 17 13948 13,6. 16.8 168,0 787,0 14
13934 12 G 1 361,0 17 13949 18 G 2.5 14
13034 14 G 1 9.5. 11.8 67.0 17 13058 25 G 2,5 14,9. 18,7 192,0 1175.0 14
13124 400,0 17 13059 1280.0 14
13935 18 G 1 10.5. 12.9 77.0 413.0 17 27 G 2,5 16.8. 20,6 288.0 1529,0
13127 19 G1 546,0 17 34 G2.5 1791,0
13035 11,3. 14.0 86.0 17 17.5. 22.1 336,0
13036 25 G1 582,0 17 36 G 2.5 1905.0
13936 27 G1 11,8. 14,6 115,0 724,0 17 41 G 2.5 20.2. 24.8 432,0
13120 34 G1 775,0 16 2290.0
13037 36 G1 12.7. 15,6 134.0 785,0 16 50 G 2.5 24,6. 30.2 600.0 2724,0
13038 37 G 1 16
13039 14.0. 17,2 173.0 822.0 16 61 c 2.5 24,7. 30.2 648,0
13040 41 G1 16
13041 SOG 1 14,3 . 17,6 183.0 1052.0 16 27.9. 34,1 816,0
13937 61 C1 1265,0 16
13042 16,8. 20,6 240,0 16 28.0. 34,2 864,0
13043 65 c 1 1315.0 16
13121 17.0· 21,0 259.0 16 30,3. 36.9 984.0
13044 2 X 1,5 77.0 16
13938 19.2. 23.6 326.0 97.0 16 33.0. 40.5 1200.0
13045 3 G 1.5 128,0 16
13939 4 G 1.5 19.4. 23,8 348,0 149,0 16 35,0. 42,9 1464,0
13046 5 G1,5 16
13047 19.8. 24.5 355.0 196.0 16
13940 6 G1.5 216,0 16
13941 20.8. 25,5 392,0 271.0 16
13128 7 c 1,5 282,0 16
13048 22.9. 28.0 480,0 16
13049 8 G 1,5 324.0 16
13942 9 G 1,5 24,3. 29,8 586.0 16
372.0
12 G 1,5 26,5. 32.7 624.0 485,0
14 G 1,5 495,0
18C1,5 6.8. 8,6 29.0
671,0
19 G 1.5 7.4. 9.4 43.0
25 G1,5 695.0
8,2. 10.2 58.0 820,0
27 c 1.5
9,1 • 11.4 72.0 881.0
32 G 1,5 905,0
10.2 ·12.6 86,0 920,0
34 G 1.5 1085,0
36 G1.5 11,3. 14,1 101.0
1381,0
37 c 1,5 12,5. 15,4 115.0 1640.0
41 c 1,5 1730,0
soc 1,5 12.9. 16,1 130,0
61 c 1,5
65 c 1,5 13,8 ·17,0 173.0

14.3. 18.0 202.0

16,5. 20,3 259,0

16.2. 20.0 274.0

20,8. 25,6 360.0

20,3. 24,9 389.0

21,4. 26.4 461.0

23.1 . 28.4 490.0

23.0 . 28.2 518,0

23,0. 28.2 532.0

24,3. 29.8 590,0

27,7 . 34,1 720.0

29,6. 36,3 878.0

30.4. 37.2 963.0

Dimensions and specifications may be changed without prior notice. <RA01>

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(H)OSVVS-F ((N)YSLYO-JZ) flexible, number coded, oil

resistant, meter marking

HELUKABEL VDE"'-g.-Nr. 8535 (H)05VVS-F 4G4QMM/13135 3CICWOOV 001042087 ((

IRoH S!

Technical data Cable structure Properties

• Control cable, special PVC with o il resistant • Bare copper, fine wire stranded cond uctor • PVC self -extinguishing and flame retardant
o uter jacket adapted to VDE 0281 part 13, to DIN VDE 0295 cl. 5, BS 6360 cl 5, according to DIN VDE 0482 part 265-2-1/
HD 21 .13S1 and IEC 60227/75 deviation of IEC 60228 cl. 5 and HD 383 EN 50265-2-1/ IEC 60332-1 <equivalent
conductor cross sections. DIN VDE 0472 part 804 test method B>
• Special PVC core insulation Tl2 to
• Temperature range DIN VDE 0281 part 1 • Oil resistant to DIN EN 60811-2-1
• The materials used in manufacture are
f lexing -5 oc to +70 oc • Black cores with white figure imprint to
f ixed installation -40 oc to +70 oc DIN VDE 0293 cadmium-free and contain no silicone and
• Nominal voltage Uo/U 300/500 v free from substances harmful to the
• Green-yellow earth core in t he outer layer wetting properties of lacquers
• Test voltage 2000 V, 5 min
<3 cores and abovel Note
• Breakdown voltage m in . 4000 V • Cores stranded in lavers with optimal
• Insulation resistance • G= with green -yellow earth core:
lay-l e n g th
min. 20 MOhm x km • Special PVC outer jacket. TM5 to x = without g reen -yellow earth core <OZJ.
• Minimum bending radius
DIN VDE 0281 part 1, HD 21 .1.S4/A16 • AWG sizes are appro ximate equivalent
f lexing 7,5x cable 0 • Colour grey <RAL 7001 > values. The actual cross-section is in mm2.
f ixed installation 4x cable 0 • with meter marking, change-over in 201 1
• Radiation resistance • screened analogue type:
up to 80x106 cJ/kg <up to 80 Mradl (H)05VVC4VS·K, see page A 31

Application

These cables are used for flexib le use for medium mechanical stresses with free movement without tensile stress or fo rced movements in
dry, moist and wet rooms but not suitable for open air. These are designed as control and connecting cables to machines, tool mach ineries.
conveyor belts and production lines.
These cables are not effected to the chemical inf luences. Cables for moist and wet rooms. specially used for machines in breweries. bottling
plants and car washing stations.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer" Cop. Weight AWC· NO. Part no. No.cores x Outer" Cop. Weight AWC · NO.
cross-sec. approx. cross-sec. approx.
1 3133 approx. mm weight kg/km 12 13153 mm• approx. mm weight kg /km 6
13134 12 13154 6
13135 kg /km 195.0 12 13155 3 G16 kg/km 827.0 6
13136 230,0 12 13156 4 G16 1035.0 6
13138 10,7 77.0 295.0 12 13159 18.8 461,0 1259.0 4
13141 361,0 12 13160 5 G 16 1780,0 4
1314 2 11.3 115.0 466.0 10 13161 7 G 16 20.9 614.0
13143 810,0 10 13162 4 G 25 1 582 .0 2
13144 12.4 154.0 10 13163 23.4 768.0 1852.0
13145 280.0 10 13164 5 G25 2
13146 13,9 192.0 10 13165 28.5 1075.0 1614.0 2
13148 358.0 13166 3 G35 2110.0 1
13149 16.6 269.0 424,0 8 4 G35 26.3 960.0 2652.0 1
13150 525,0 8 1
13151 20.8 461 ,0 625,0 8 5 G 35 29.5 1200,0 2560.0
8 2972.0
12.0 116.0 540.0 3 G50 26.5 1008.0
701,0 4 G 50 3948.0
12,9 173.0 5 G50 29.5 1344,0
858.0
14,2 230.0 1106,0 32.8 1680.0

15.9 288.0 32.2 1440.0

18.9 403.0 36,1 1920.0

16,3 288.0 40.3 2 4 0 0.0

18.1 384 ,0

20.3 480.0

24,3 672.0

Dimensions and specif ications may be changed without prior not ice. !RA01 1

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MEOI
JZ-750 flexible, number coded, 750V, meter marking

HELUKABEL JZ-750 25G2.5 QMM /10880 4501750 V 001041521 C€

Technical data Cable structure Properties

• Special PVC control cable • Bare copper, fine wire conductors,to • Extensively oil resistant, o il-/ chemical
• Requirements adapted to DIN VDE 0281 Resistance - see table Technical
DIN VDE 0295 cl. 5, BS 6360 cl. 5 and Informations
part 13 and IEC 60227/7 IEC 60228 cl. 5
• identical with H05VV-F to VDE 0281 part 13 • Special PVC core insulation Tl2, to • PVC self -extinguishing and flame retardant
DIN VDE 0281 part 1 according to VDE 0482-332-1-2, DIN EN
and IEC 60227/7 type 227 IEC 75, but • Black cores with white figure imprints to 60332·1-2/ IEC 60332-1 !equivalent
without increased oil resistant outer sheath DIN VDE 0293 DIN VDE 0472 part 804 test method B>
• Temperature range • Green-yellow earth core in the outer layer
flexing -5 oc to +80 oc • The materials used in manufacture are
fixed installation -40 octo +80 oc !3 cores and above> cadmium-free and contain no silicone and
• Nominal voltage Uo/U 450/750 V • Cores stranded in layers with optimal free from substances harmful to the
wetting properties of lacquers
• Test voltage 4000 v lay-length
• Breakdown voltage min. 8000 v Note
• Special PVC. outer sheath TM2. to
• Insulation resistance DIN VDE 0281 part 1 • G =with green-yellow earth core;
min. 20 MOhm x km x =without green-yellow earth core <OZ>.
• Colour grey <RAL 7001>
• Minimum bending radius • With meter marking, change-over in 2011 • AWG sizes are approximate equivalent
flexing 7.5x cable 0 values. The actual cross-section is in mm2.
fixed installation 4x cable 0
• Cleanroom qualification tested with analog
• Radiation resistance type. Please note "cleanroom qualified"
up to 80x106 cJ/kg <up to 80 Mrad> when ordering.

Application

These cables are used for flexible use for medium mechanical stresses with free movement without tensile stress or forced movements in
dry, moist and wet rooms but not suitable for open air. wherever internationally recognized PVC cables are required E.g. as a control or
measurements cable on industrial machinery, on conveyor systems or in industrial plants. etc. The number coding has been brought onto
the cores in such a way that it is easily identifiable and the core numbers are individually underlined to avoid confusion. The green-yellow
earth core is laid in the outer layer.

<E= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer 0 cop. weight AWC·NO. Part no. No.coresx outer 0 cop. weight AWC· NO.
cross-sec. approx. cross-sec. approx.
10800 mm• approx. mm weight kg/km 20 10834 mm• approx. mm weight kg 1 km 17
10801 20 10835 17
10802 2 x0,5 kg/km 48.0 20 10836 3G1 kg/km 92.0 17
10803 3G0,5 65,0 20 10837 3x1 92,0 17
10804 4G0,5 5.7 9.6 81,0 20 10838 4 G1 7.0 29.0 17
10805 5G0,5 98,0 20 10839 4x1 122.0 17
10806 6,0 14,5 20 10840 7,0 29,0 122,0 17
10807 7G0.5 123.0 20 10841 5G1 17
10808 6,8 20,0 155.0 20 10842 7G1 7,8 39,0 137.0 17
10809 8G0.5 180,0 20 10843 7X1 186,0 17
10810 10 G 0.5 7.4 24,0 208,0 20 10844 8G1 7,8 39,0 186,0 17
10811 12 G 0,5 20 10845 240,0 17
10812 8,3 34,0 248.0 20 10846 12 G 1 8.6 48,0 293,0 17
10813 14 G 0.5 260.0 20 10847 14 G 1 17
10814 16G0,5 9.1 38,0 20 10848 9,5 68.0 340,0 17
10815 285.0 20 10849 16 c 1 400.0 17
10816 18 G 0.5 10,0 48.0 375.0 20 10850 9,5 68,0 437,0 17
10817 21 G 0.5 400.0 18 10851 18 G1 17
10818 25 G 0.5 10,8 58,0 475,0 18 10852 10,3 77,0 505.0 16
10819 30G0.5 18 10853 21 c 1 606,0 16
10820 40 G 0,5 11.7 67,0 590.0 18 10854 25 c 1 12.7 116.0 16
10821 710,0 18 10855 34 c 1 770.0 16
10822 50 c 0.5 12.5 76,0 880,0 18 10856 41 c 1 13,4 134,0 880,0 16
10823 18 10857 soc 1 1400,0 16
10824 61 G 0,5 13,2 87,0 60.0 18 10858 14,4 154.0 16
10825 78.0 18 10859 61 G 1 1450,0 16
10826 2 X0,75 13,8 96,0 104.0 18 10860 15.1 173.0 90,0 16
10827 3 G 0,75 116.0 18 10861 2 X1.5 16
10828 15.5 118.0 148.0 18 10862 3 G 1.5 16.1 205.0 120,0 16
10829 4 G 0.75 18 10863 3 X1.5 120.0 16
10830 5 G 0.75 16,6 144,0 160.0 18 10864 4 G 1,5 18.0 240.0 150,0 16
10831 7 G 0,75 195.0 18 10865 155,0 16
10832 8 G 0,75 18,7 192.0 248,0 18 10866 4 X1.5 20.9 326.0 177,0 16
10833 295,0 17 10867 5 G 1.5 16
10 G 0.75 21.5 240,0 7 G 1,5 22,6 394,0 220.0
12 G 0.75 346.0 248,0 Continuation •
15 G 0,75 23,0 293,0 395.0 a c 1.5 24.8 480.0 278,0
18 G 0,75 505.0 364,0
21 G 0,75 6,2 15,0 684,0 9 G1,5 26,5 586,0
12 G1,5 390.0
25 G 0,75 6,5 22.0 780.0 7.2 .29.0 490.0
34 G 0.75 940.0 14 c 1,5
41 G 0,75 7.3 29,0 1125.0 16 c 1,5 7.8 43.0 550.0
50 G 0,75 18 c 1,5 670,0
e.o 36,0 80,0 7,8 43.0 745,0
61 G 0,75 21 G 1,5
8,9 51,0 8.5 58,0 810,0
2X1 25 c 1,5
9,6 58,0 32 c 1,5 8,5 58.0

10,7 72,0 9,6 72,0

11,6 87,0 10,4 101.0

13,2 108,0 11,4 115,0

14,1 130,0 12,5 130,0

14.8 151,0 14,1 173,0

16.6 180,0 14,9 202,0

19,3 245,0 16.0 230.0

20,9 296,0 17,0 259,0

22.9 360.0 18,0 302.0

24,5 440,0 20,2 360,0

6,6 20,0 22,6 461,0

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JZ-750 flexible. number coded, 750V. meter marking - ~llllZI ME01

Part no. No.cores x outer" Cop. Weight AWC·NO. Part no. No.cores x Outer 0 Cop. Weight AWC·NO.
cross-sec. cross-sec.
10868 approx. mm weight approx. 16 10876 mm• approx. mm weight approx. 14
10869 mm• kg/km 16 10877 kg 1 km 14
10870 kg/km 16 10878 7 c 2.5 kg/km 14
10871 34 c 1,5 1010.0 16 10879 12 c 2,5 350.0 14
10872 42 c 1,5 23.4 490.0 1115,0 14 10880 14 c 2.5 12,6 168.0 600.0 14
10873 50 c 1.5 14 18 c 2.5 870.0
10874 61 c 1,5 25,5 605.0 1430.0 14 16,9 288,0 1050.0
10875 1750.0 14 25 G 2.5 1170,0
2 X 2.5 27.9 720.0 18.2 336,0
3 G2.5 110,0
4 G2.5 30,0 878,0 190,0 20,4 432,0
5 G2,5
8.6 48,0 240.0 24,4 600,0
270,0
9 ,3 72.0

10,2 96.0

11.4 120,0

Dimensions and specifications may be changed without p rior notice. <RA01)

Cable Glands

Cable glands for standard applications
Plastic Glands
Cable Glands of Brass
Accessories

Cable glands for special application conditions
for electromagnetic compatibility EMC
for rugged applications and special chemical resistance
for high temperature use
for explosive areas
for special mounting conditions
for special pressure conditions

You can find cable glands in our catalog Cable Accessories.
Request it now at www.hitechcontrols.com

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MEOI
JZ-600 flexible, number coded, 0,6/1kV, meter marking

- =.~ ,_..... HELUKABEL JZ-600 4G2.5 OMM/10692 0 .6/1 kV 001041219 CE

-~ ,...., .~ ,.._., ,.....,

IRoHS I

Technical data Cable structure Properties

• In accordance to DIN VDE 0262/12.95 and • Bare copper, f ine wire conductors.as per • Extensively oil resistant. oil-/ chemical
DIN VDE 0281 part 13, w ith insulation DIN VDE 0295 cl. 5, BS 6360 cl. 5 and resistance - see table Techn ical
wall thickness for 1 kV Informations
IEC 60228 cl. 5
• Temperature range • Special PVC core insulation Tl2, to • PVC self-extinguishing and flame retardant
according to VDE 0482-332-1-2, DIN EN
f lexing -15 °C11 to +80 oc DIN VDE 0281 part 1 60332-1-2/ IEC 60332-1 <equivalent
f ixed installation -40 oc to +80 oc • Black cores with white figure imprints to DIN VDE 0472 part 804 test method B>

• Nominal voltage Uo/U 0,6/1 kV DIN VDE 0293 • The materials used in manufacture are
• Green-yellow earth core in t he o uter layer cadmium-free and contain no silicone and
• Test voltage 4000 v f ree from substances harmful to the
<3 cores and abovel wetting properties of lacquers
• Breakdown voltage min. 8000 V • Cores stranded in lavers with optimal
• uv- resistant
• Insulation resistance lay-length
min. 20 MOhm x km Note
• Special PVC outer sheath TM2, to
• current carrying capacity DIN VDE 0281 part 1 • G = with green-yellow earth core;
in accordance to VDE 0298 part 4 x = witho ut green-yellow earth core <OZ>.
• Colour b lack <RAL 9005)
• Minimu m bending radius • with meter marking, change-over in 2011 • Different dimensions are also available with
f lexing 7.5x cable 0 red resp. blue cores.
f ixed installation 4x cable 121
• AWG sizes are approximate equivalent
• Radiation resistance values. The actual cross-section is in mm2 •
up to 80x106 cJ/kg <up to 80 Mradl
• screened analogue type:
• 11 cold bending test. impact resistance test JZ-600-Y·CY see page A 36
at low temperatures. elongation test at low
temperatures. Tested according VDE 0473
part 811-1-4, EN 60811-1-4

Application

Wiring cable for measuring and controlling p urposes in tool machinery, conveyor belts and p roduction lines. for p lant installations. air
cond itioning and in steel p roduction plants and rolling mills. Suitable for installation for f lexible use for medium mechanical stresses with
f ree movement without tensile stress or f orced movements in dry, moist and wet rooms as well as outside <fixed installation>. Is not suitable
to be used as direct burrial- or as underwater cable. The cores have been numbered in such a way that the n umbers are easily identif iable,
even if t he cable has only been stripped back a f ew em . The core numbers have been underlined to avoid confusion . The earth core is located
in the o uter layer. The b lack, special PVC o uter sheath is resistant to the u ltra violet radiation. Mainly used in South-European, Eastern and
Arabian countries.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Outer 1!1 Cop. We ight AWC· NO. Part no. No.cores x Outer 1!1 Cop. Weight AWC· NO.
cross-sec. approx. cross-sec. a pprox.
10550 mm• approx. mm weight kg / km 20 10582 mm• approx. mm weight kg 1 km 18
10551 20 10583 18
10552 2 X 0,5 kg / km 56,0 20 10584 2 x0.75 kg/km 66,0 18
10553 20 10585 3 G0,75 18
10554 3 co.s 6.3 9,6 68.0 20 10586 3 X 0.75 6,6 14.4 74,0 18
10555 3 X 0,5 20 10587 74.0 18
10556 6,6 14,4 68.0 20 10588 4 G0.75 6,9 21.6 126,0 18
10557 4 co.s 100.0 20 10589 4 x0.75 126,0 18
10558 4 X O,S 6.6 14,4 100,0 20 10590 5 G0,75 6.9 21.6 140,0 18
10559 117,0 20 10591 5 X 0,75 140,0 18
10560 5 co.s 7,2 19.0 20 10592 7,5 29,0 18
10561 5 X 0,5 117.0 20 10593 6 G0,75 170,0 18
10562 7,2 19.0 126,0 20 10594 6 X 0,75 7,5 29.0 170,0 18
10563 6 GO.S 138.0 20 10595 190,0 18
10564 8,0 24.0 20 10596 7 c 0.75 8.4 36.0 190,0 18
10565 7CO.S 138.0 20 10597 7 X0,75 212,0 18
10566 7 X 0,5 8,0 24.0 150,0 20 10598 8 G0,75 8.4 36,0 18
10567 150,0 20 10599 212,0 18
10568 8 c o. s 8.7 29.0 20 10600 8 x0.75 9,3 43.0 18
10569 8x0,5 176,0 20 10601 227.0 18
10570 8.7 33.6 200,0 20 10602 9 G0.75 9.3 43.0 238.0 18
10571 10G 0,5 20 10603 10 G0,75 257,0 18
10572 12 c 0,5 8.7 33,6 200.0 20 10604 9,3 50.0 257,0 18
10573 12 X 0,5 230,0 20 10605 12 G0.75 18
10574 14 G0,5 9,5 38.0 250,0 20 10606 12 X 0,75 9,3 50,0 286,0 18
10575 20 10607 14G0,75 319,0 18
10576 16 G 0.5 9,5 38.0 276.0 20 10608 10,0 58,0 18
10577 18 c 0,5 293.0 20 10609 15 G0,75 362.0 18
10578 20C 0.5 10.6 48,0 20 10610 18 G0.75 10.0 58.0 394,0 18
10579 21 c 0.5 305.0 20 10611 422,0 18
10580 25 c 0,5 11.4 58,0 335,0 20 10612 20 G0.75 10,9 65,0 486,0 18
10581 30C0,5 348,0 20 10613 21 G 0,75 18
11,4 58.0 355,0 10614 11,1 72.0 595.0 18
32 G0.5 10615 25 G0.75 18
34 G0.5 12.3 67,0 520.0 32 G0,75 12.2 86.0 638.0
34 G0.75 696,0 Continuation •
40G 0.5 12,9 76,0 590.0 37 G0,75 12.2 86,0 726,0
42 c 0,5 595.0 40 G0,75 750,0
soc 0,5 13.8 86,0 715,0 41 G 0,75 12.9 101,0
52 G0,5 740,0 770.0
14,4 96,0 42 G0.75 13.8 108,0
61 c 0.5 840,0 SO G 0.75 895.0
65 G0,5 14,4 96.0 880,0 14,5 130.0 1070,0
soc 0,5 960,0 61 G 0.75 1110,0
100C 0,5 16,1 120,0 1050,0 65 G0,75 15.4 144,0 1500,0
80 G0,75 1889,0
17,2 144,0 100 G0,75 15.4 151,0

18,0 154.0 17.2 180,0

18,7 163.0 19.0 230,0

19.5 192.0 19,9 245,0

20,1 202,0 19,9 260.0

22.1 240,0 20,6 288.0

22,1 252.0 20.6 296,0

23.6 293.0 21.5 302.0

24.4 312,0 23.7 360.0

27.2 384,0 25.3 439.0

31,2 480,0 26,0 468.0

28.9 576,0

33.2 720,0

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NE41
JZ-600 flexible, number coded, 0,6/1kV. meter marking

Part no. No.cores x Outer C!J Cop. weight AWC·NO. Part no. No.cores x Outer C!J Cop. Weight AWC·NO.
cross-sec.
10616 approx. mm weight approx. 17 10690 cross-sec. approx. mm weight approx.
10617 kglkm 17 10691
10618 kglkm 17 10692 kg 1 km kg 1 km
10619 80,0 17 10693
10620 7.0 19.2 17 10694 10,1 72.0 175.0
10621 96.0 17 10695
10622 7.4 29.0 96,0 17 10696 10.1 72.0 175.0
10623 7,4 29.0 17 10697
10624 100.0 17 10698 11,2 96.0 203.0
10625 100,0 17 10699
10626 8.2 38,4 130,0 17 10700 11 .2 96,0 203,0
10627 17 10701
10628 8.2 38,4 130.0 17 10702 12,5 120,0 251,0
10629 9,2 48,0 150,0 17 10703
10630 170.0 17 10704 12,5 120,0 251,0
10631 170,0 17 10705
10632 9.2 48.0 17 10706 13.8 168.0 330.0
10633 230.0 17 10707
10634 9.9 58.0 250.0 17 10708 13.8 168.0 330.0
10635 270.0 17 10709
10636 9.9 67.0 270,0 17 10710 15.1 192.0 400.0
10637 290,0 17 10711
10638 9,9 67,0 290,0 17 10712 18,3 288.0 553,0
10639 17 10713
10640 10,9 77,0 320.0 17 10714 19.6 336.0 630,0
10641 17 10715
10642 11.6 86.0 360.0 17 10716 22.0 432.0 795.0
10643 405.0 17 10717
10644 11,9 96.0 405,0 17 10718 23.3 504,0 930.0
10645 17 10719
10646 11,9 96,0 450.0 17 26.2 600,0 1110.0
10647 480.0 17 10720
10648 13,1 115.0 510.0 17 10721 30.4 816,0 1450,0
10649 550,0 17 10722
10650 13.1 115.0 17 10723 33.0 1008.0 1750.0
10651 570.0 17 10724
10652 14.0 134.0 570,0 17 10725 36.2 1200.0 2100.0
10653 590,0 17 10726
10654 14,8 154,0 17 10727 38.8 1464,0 2540,0
10655 650,0 17 10728
10656 15,7 173.0 750.0 16 10729 50.2 2400.0 3850.0
10657 790,0 16 10730
10658 15,7 173.0 16 10731 11 .1 77.0 180,0
10659 850.0 16 10732
10660 16.7 192.0 850.0 16 10733 11,7 115.0 230.0
10661 890,0 16 10734
10662 16,7 192.0 900,0 16 10735 13.0 154,0 310,0
10663 1100,0 16 10736
10664 16,7 205.0 1190,0 16 10742 14.5 192.0 410,0
10665 16 10737
10666 18.4 236,0 1266.0 16 10738 16.0 269,0 540.0
10667 1560,0 16 10743
10668 18.6 240.0 1810.0 16 10739 17,4 307.o 710,0
10669 1950,0 16 10740
10670 18,6 240,0 16 10744 ; - - - - -;2._1,4 461/'io<-_ _86o.o< - - - - - ;
10671 95,0 16 10741 13.1
10672 18.8 252 .0 112,0 16 10745 173,0 370,0
10673 112,0 16 10746
10674 19.8 308.0 139,0 16 14.5 230,0 430,0
10675 16
10676 21.5 326.0 139.0 16 16.2 288,0 650,0
10677 170.0 16
10678 21,5 346,0 170,0 16 18,0 403,0 860.0
10679 190,0 16
10680 22,5 384,0 16 16.5 288,0 660,0
10681 225.0 16
10682 22,5 384.0 225,0 16 18,2 384,0 790,0
10683 250,0 16
10684 23.2 394,0 280,0 16 20.3 480,0 960.0
10685 300,0 16
10686 23.2 403.0 330,0 16 22.5 672,0 1300.0
10687 25,6 480.0 16
10688 370.0 16 20.1 461.0 700,0
10689 26.4 538,0 370,0 14
400,0 22.3 614.0 1100.0
27.3 586.0 450,0
25.0 768.0 1600.0
28,3 628.0 520.0 27,4 1075.0 1890,0
550.0
31.4 786.0 24.8 720,0 1450.0
36.0 960,0 600.0
600,0 27.4 960.0 1600,0
730,0
8.2 29.0 880,0 30.5 1200,0 2050,0

8,6 43,0 950,0 33,8 1680,0 2900,0
990,0
8,6 43,0 11 20,0 27.1 1008,0 1900.0
1400,0 30.0 1344,0 2400,0
9.6 58.0 1530,0

9.6 58.0 1700,0 33.3 1680.0 2900.0
10,7 72,0 1900.0
2300,0 32,4 1440.0 2700.0
10,7 72.0 2700,0
11,6 86,0 35.8 1920,0 3400,0
160,0
11.6 101.0 40.0 2400.0 4361,0

11.6 101,0 36.9 2016.0 3300,0

13.8 115.0 40.9 2688.0 4400.0

15,2 130,0 45.5 3360.0 5807,0

15,2 144,0 41.7 2736,0 5050.0

15,5 158.0 46.2 3648.0 6010.0
51 ,7 4560,0 7752,0
15,5 173.0
51.6 4608.0 7500.0
15.5 173.0
58.5 5760,0 8640,0
16,6 202.0
61.1 7104.0 10380.0
17,5 230,0

18.6 259.0

18,6 279.0

19,7 288.0

20,6 302,0

22.5 360,0

24,5 461.0

25,6 490.0

26.7 576,0

27.6 605.0

30.4 720.0
31.5 806,0

32.6 878.0

34.8 936.0

37.4 1152,0

41,6 1440.0

9,6 48,0

Dimensions and specifications may be changed w ithout p rior notice. CRA01l

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H03VV•F according to DIN VDE 0281

HELU KABEL H 03VV- F C E:

R oHS ] -- HELUKABEL H03 VV- F C E:

Technical data Cable structure Properties

• PVC-control cables to DIN VDE 0281 part 5 • Bare copper. f ine wire cond uctors. b unch • PVC self-extinguishing and f lame retardant
and IEC 60227-5, HD 21 5 53 stranded to DIN VDE 0295 cl. 5. BS 6360 according to VDE 0482-332-1-2, DIN EN
cl. 5. IEC 60228 cl. 5 and HD 383 60332-1-2/ IEC 60332-1 (equivalent
• Temperature range DIN VDE 0472 part 804 test method B>
flexing -5 oc to +70 oc • PVC core insulation Tl2 to
DIN VDE 0281 part 1 • The materials used in manufacture are
fixed installation -40 octo +70 oc cadmium-free and contain no silicone and
• Nominal voltage Uo/U 300/300 V • Cores colour coded to DIN VDE 0293-308 f ree f rom substances harmful to the
• Max. perm issible operating voltage 6 and more cores n umber coded wetting properties of lacquers

in three-phase and one-phase 1x green-yellow earth core incl. Note
• Green-yellow earth-core, 3 cores and above
a.c. system Uo/U 330/330 V • Cores stranded in layers with optimal • G =with g reen-yellow earth core;
in direct current system
lay-length x =witho ut green-yellow earth core.
Uo/U 495/495 V • PVC outer jacket in black, white o r as per • AWG sizes are approximate equivalent

• Test voltage 2000 v requirement values. The actual cross-section is in mm2.
• PVC outer jacket TM2 to DIN VDE 0281 • 5 core and above in adaption (H).
• Breakdown voltage • The above list contains a selection of the
m in. 4000V part 1
types we carry es stock.
• Insulation resistance Other sizes available on request.
m in. 20 MOhm x km

• Minimum bending radius
flexing 7.5x cable 0

• Radia tion resist ance
up to 80x106 cJ/kg (up to 80 Mradl

Application

These cable types are especially suited to use on small appliances with low mechanical stress and for connection fo r light household appliances.
e.g. kitchen utensils, desk lamps, floor lamps, vacuum cleaners, office machines, radios. etc., as far as t his cable is admitted to the relevant
specifications of t he equipment.
These cables are not perm itted to use with cooking or heating apparatus.
Cables with cross-section 0.75 mm2 are not suitable for outdoor use o r use of ind ustrial or fa rmer machineries.

CE =The product is conf o rmed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No. cores x Jacke t outer 0 Cop. Weight AWC·No. Part no. No.cores x Jacket Outer 0 Cop. W eight AWC·NO.
colour approx. colour approx.
cross-sec . min. · m ax. weight kg / km 20 cross-sec. min. • max. weight kg / km 18
black 20 black 18
mm2 white mm kg / km 40,0 20 mm2 white mm kg / km 72.0 18
other colours 40,0 20 other colours 72.0 18
29736 2 X0.5 b lack 4,6 · 5.9 9,6 40,0 20 29406 4 c 0,75 black 5,7. 7,3 29,0 72.0 18
white 20 white 87,0 18
29737 2 x0,5 other colours 4.6· 5.9 9,6 49.0 20 29407 4C0,75 other colours 5,7. 7.3 29,0 87,0 18
black 49,0 20 black 87,0 18
29738 2 X0.5 white 4.6· 5.9 9,6 20 29408 4 c 0.75 white 5,7. 7.3 29,0 18
other colours 49.0 18 other colours 98.0 18
29739 3C0,5 b lack S,O· 6,4 14.4 61.0 18 29409 5 C0,75 black 6.4. 8,2 36,0 98,0 18
white 61.0 18 white 18
29740 3 C0,5 other colours 5,0. 6.4 14,4 61,0 18 29410 5 c 0.75 other colours 6,4. 8.2 36,0 98.0
black 18 108.0
29741 3 C0,5 white 5.0. 6,4 14,4 49.0 18 29411 5 c 0,75 6.4. 8,2 36,0 108,0
other colours 49,0 108,0
29742 4C0.5 5.4·7,0 19,2 49,0 29412 6 c 0,75 7.1. 9,0 43,0
59,0
29743 4C0.5 5,4. 7,0 19.2 59,0 29413 6C0,75 7,1 . 9,0 43,0

29744 4 co.s 5.4. 7.0 19.2 59.0 29414 6 c 0,75 7,1. 9,0 43,0

29400 2 X 0,75 4.9. 6.3 14.4 29415 7 C0,75 7.1· 9.0 50,0

29401 2 x0.75 4,9· 6.3 14,4 29416 7 c 0,75 7,1. 9,0 50,0

29402 2 x0,75 4,9 . 6,'3 14,4 29417 7C0,75 7.1. 9,0 50,0

29403 3 c 0,75 5,2. 6.7 21,6

29404 3 c 0,75 5.2. 6,7 21.6

29405 3 c 0.75 5.2. 6.7 21.6

Dimensions and specifications may be changed without prior notice. IRA01>

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HOSVV•F according to DIN VDE 0281

HELUKABEL H05 VV- F <E:

R oHS ] ~ HELUKABEL H05VV-F C(

Technical data Cable structure Properties

• PVC-control cables to DIN VDE 0281 part 5 • Bare copper. fine wire conductors. bunch • PVC self-extinguishing and flame retardant
and IEC 60227-5, HD 21.5 53 stranded to DIN VDE 0295 cl. 5, BS 6360 according to VDE 0482-332-1-2. DIN EN
cl. 5. IEC 60228 cl. 5 and HD 383 60332-1-2/ IEC 60332-1 <equivalent
• Temperature range DIN VDE 0472 part 804 test method B>
flexi ng -5 octo +70 oc • PVC core insulation Tl2 to
DIN VDE 0281 part 1 • The materials used in manuf acture are
fixed installation -40 octo +70 oc cadmium-free and contain no silicone and
• Nominal voltage • Cores colour coded to DIN VDE 0293-308 free from substances harmful to the
1x green-yellow earth core incl. wetting properties of lacquers
Uo/U 300/500 V
• Max. permissible operating voltage • Green-yellow earth core. 3 cores and above Note

in three-phase and one-phase • Cores stranded in layers with optimal • G =with green-yellow earth core;
lay- len g t h x =without green-yellow earth core.
a.c. system Uo/U 318/550 v
• PVC o uter jacket in white or black • AWG sizes are approximate equivalent
in direct current system values. The actual cross-section is in mm~.
Uo/U 413/825 V • PVC outer j acket TM2 to DIN VDE 0281
part 1 • These types are also availab le with
• Test voltage 2000 v UL-approbation.

• Breakdown voltage • The above list contains a selection of the
min. 4000V tyoes we carry es stock.
Other sizes available on request.
• Insulation resistance
min. 20 MOhm x km • Cables with 7 cores are o nly availbale as
"A"-type.
• Minimum bending radius
flexing 7.5x cable 0 • 6 mm~ in adaption (H).

• Radiation resistance
up to 80x106 cJ/kg <up to 80 Mradl

Application

These cables are especially suited to use for the appliance with medium mechanical stress in households, kitchens and offices, also for
househo ld appliances in damp and wet areas. e.g. refrigerators. washing machines. spin-driver etc. As far as this cable is admitted to the
relevant specifications of t he equipment.
These cables are suited to be used for cooking and heating apparatus u nder the condition that cable does not come in direct contact with
hot parts of the apparatus and no other influences of heat.
The cables are suitable for fixed installation in furnitures. partition walls, decoration covering and in hollow spaces of prefabricated building
parts
They are not qualified for use in o utdoors or for use w ith industrial and farme r machineries. exceptionally in tailoring, etc.

<E =The p roduct is conformed w ith the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Jacket Outer 0 Cop. Weight AWC·NO. Part no. No.cores x Jacket outer 0 Cop. Weight AWC-No.
colour approx. colour min. - max. weight approx.
cross-sec. min. - max. weight kg/km 18 cross·sec. mm kg/km kgtkm 16
black 18 b lack 16
mm• white mm kgtkm 50,0 18 mm• white 10,8 ·13,5 101,0 183,0 14
black 18 black 14
29450 2 x0,75 white 5,7. 7,2 14.4 50,0 18 29474 7 G 1.5 white 10.8. 13.5 101,0 183.0 14
black 18 black 9.2. 11.4 72.0 152,0 14
29451 2 x0.7S white 5.7. 7,2 14.4 60.0 18 29475 7 G 1,5 white 9.2 . 11.4 72.0 14
29452 black 60,0 18 black 152.0 14
29453 3 c 0.75 white 6.0. 7.6 21.6 17 29478 3G2.5 white 10.1 -12.5 96.0 1 9 2 .0 14
3 c 0,75 black 73.0 17 29479 black 10,1 . 12.5 96,0 14
white 6.0. 7.6 21,6 73.0 17 29480 3 c 2.5 white 192.0 12
blac k 88.0 17 4 c 2.5 black 11.2 - 13.9 120.0 243.0 12
29454 4 G 0,75 white 6,6 . 8,3 29.0 88,0 17 white 11.2 . 13.9 120.0 243.0 12
black 17 black 13.0- 17.0 168.0 316,0 12
29455 4C0.75 white 6,6- 8,3 29.0 57.0 17 2948 1 4 G2.5 white 13.0-17.0 168.0 12
29456 black 57,0 17 black 10,5- 13,1 115.0 316.0 12
29457 5 c 0,75 white 7.4- 9.3 36.0 17 29482 5G 2.5 white 10.5 -13,1 115.0 235,0 10
5 c 0.75 black 73.0 17 black 11,5 - 14,3 154.0 10
white 7,4-9.3 36.0 73,0 16 29483 5G2,5 white 11,5. 14,3 154,0 235,0
black 85,0 16 29486 13,0. 16,1 192.0
29458 2x1 white 5.9-7.5 19.0 16 7 c 2.5 13,0. 16,1 192,0 300.0
black 85,0 16 300.0
29459 2 X1 whit e 5.9-7.5 19,0 105.0 16 29487 7 C2.5 13,2. 16,3 230,0 361,0
black 105.0 16 13.2 . 16.3 230,0 361,0
29460 3C1 white 6.3-8.0 29.0 131.0 16 29825 3C4
black 16 490.0
29461 3C1 white 6,3. 8,0 29,0 131.0 29826 3C4 490,0

29462 4G1 7.1 . 9,0 38,0 82.0 29488 4C4
82.0
29463 4C1 7.1. 9,0 38,0 95.0 29489 4G4
95.0
29464 5C1 7,8-9.8 48,0 117.0 29490 5G4
117.0
29465 5C1 7,8-9,8 48,0 144.0 29491 5G4
144,0
29466 7C1 9,3. 12.0 67,0 29492 4C6

29467 7C1 9,3. 12,0 67,0 29493 4G6

29484 2 X1,5 6.8. 8.6 29.0

29485 2 X 1,5 6,8. 8.6 29.0

29468 3 G 1.5 7.4 . 9.4 43.0
29469
3 c 1.5 7.4 - 9,4 43.0
29470 4 c 1,5
29471 4 c 1,5 8.4- 10.5 58,0
5 c 1.5
29472 8.4- 10.5 58.0

9,3. 11,6 72.0

29473 5 G 1,5 9,3·11,6 72,0

Dimensions and specifications may be changed w ithout prior notice. (RA01 l

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HOSVV•F according to DIN VDE 0281

HELUKABEL H05W-F CE:

RoH~ HELUKABEL H05W-F ((

Technical data Cable structure Properties

• PVC-control cables to DIN VDE 0281 part 5 • Bare copper, f ine wire conductors. bunch • PVC self-extinguishing and f lame retardant
and IEC 60227-5, HD 21.5 S3 stranded to DIN VDE 0295 cl. 5, BS 6360 according to VDE 0482-332-1-2, DIN EN
cl. 5, IEC 60228 cl. 5 and HD 383 60332-1-2/IEC 60332-1 <equivalent
• Temperature range DIN VDE 0472 part 804 test method B>
flexing -5 oc to +70 oc • PVC core insulation Tl2 to DIN VDE 0281
part 1 • The materials used in manufacture are
fixed installation -40 octo +70 oc cadmium-free and contain no silicone and
• Cores colour coded to DIN VDE 0293-308 free from substances harmful to the
• Nominal voltage Uo/U 300/500 v wetting properties of lacquers
• Green-yellow earth core. 3 cores and above
• Max. permissible operating voltage • Cores stranded in layers with optimal Note
in three-phase and one-phase
lay-length • G =with green-yellow earth core;
a.c. system Uo/U 318/550 v • PVC outer jacket TM2 to DIN VDE 0281 x =without green-yellow earth core.

in direct current system part 1 • AWG sizes are approximate equivalent
Uo/U 413/825 V • Jacket colour in accordance to the values. The actual cross-section is in mm2 .

• Test voltage 2000 v customer • Colour code:
0 = blue <approx. RAL 5015>
• Breakdown voltage 1 =green <approx. RAL 6018l
2 =brown <approx. RAL 8003)
min. 4000 v 3 = yellow <approx. RAL 1021 >
4 = red <approx. RAL 3000>
• Insulation resistance 5 = orange <approx. RAL 2003>
min. 20 MOhm x km 6 = violet <approx. RAL 4005l
7 =grey <approx. RAL 7001/7032>
• Minimum bending radius 8 =gold
flexing 7,5x cable 0 9 = dustv gold

• Radiation resistance • Please add the individual part no. for o rder
up to 80x106cJ/kg <up to 80 Mradl with t he identification colour code.
Further colours on request.

Application

These cable are especially suited to use for the appliance with medium mechanical stress in households, kitchens and offices, also for
household appliances in damp and wet areas, e.g refrigerators, washing machines, spin-driver etc. As far as this cable is admitted to the
relevant specifications of the equipment.
These cables are suited to be used for cooking and heating apparatus under the condition that cable does not come in direct contact with
hot parts of the apparatus and no other influences of heat.
The cables are suitable for fixed installation in furnitures, partition walls, decoration covering and in hollow spaces of prefabricated b uilding
parts.
They are not q ualified for use in outdoors or for use with industrial and farmer machineries. exceptionally in tailoring, etc.

CE= The product is conformed with t he EC Low-Voltage Directive 2006/95/EG.

Part no. No.coresx outer 1!1 Cop. Weight AWC·NO. Part no. No.cores x OuterC!I Cop. Weight AWC·NO.
cross-sec. approx. cross-sec. approx.
3011 _ mm> min. · max. weight kg/km 18 3020_ mm• min. - max. weight kg 1 km
3012_ 18 3021_
3013_ 2 x0.75 mm kg/km 50.0 18 3022_ 2 X 1,5 mm kg /km 82.0
3014 18 3023 95.0
3015_ 3 c 0.75 5.7-7,2 14,4 60.0 17 3024_ 3 c 1.5 6.8. 8.6 29.0 117,0
3016_ 4 c 0.75 73,0 17 3025_ 4 c 1.5 144,0
3017_ 5 c 0.75 6.0-7.6 21.6 17 3026_ 5 c 1.5 7,4. 9,4 43,0
3018_ 88.0 17 152,0
2x1 6.6-8.3 29.0 57,0 3C2.5 8,4. 10,5 58.0
192.0
3C1 7.4 - 9.3 36.0 73.0 4C2.5 9.3 • 11,6 72.0 243.0
4C1 85.0 5 C 2 ,5
5.9-7,5 19.0 105.0 9.2- 11,4 72.0
5C1
6.3. 8.0 29.0 10,1 • 12,5 96,0

7,1 -9,0 38,0 11,2 · 13.9 120.0

7.8-9,8 48,0

Dimensions and specifications may be changed without prior notice. (RA01l

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JB-500 flexible, colour coded. meter marking

tELUICABEL VDEReg.-Nr. 7032 JB.600 5G1,5 QWI/11082 301Mi00 V 001041618

)RoHS I

Technical data Cable structure Properties

• In accordance to DIN VDE 0281 , 0293, 0295 • Bare copper, fine wire conductors. to • Extensively oil resistant. oil·/ chemical
• Temperature range resistance· see table Technical
DIN VDE 0295 cl. 5. BS 6360 cl. 5 and Informations
flexing -15 °C11 to +80 °C IEC 60228 cl. 5
• PVC self-extinguishing and flame retardant
fixed installation -40 oc to +80 oc • Core insulation of special PVC z 7225 according to VDE 0482-332-1-2, DIN EN
• Nominal voltage Uo/U 300/500 v 60332-1-2/ IEC 60332-1 <equivalent
• Cores colour coded as per JB/08 colour DIN VDE 0472 part 804 test method B>
• Test voltage 4000 V code
• The materials used in manufacture are
• Breakdown voltage min. 8000 v • Green-yellow earth core in the outer layer cadmium-free and contain no silicone and
free from substances harmful to the
• Insulation resista nce <3 cores and above> wetting properties of lacquers
min. 20 MOhm x km • Cores stranded in layers with optimal
Note
• Minimum bending radius lay-length
flexing 7,5x cable 0 • Special PVC outer sheath TM2. to • G =with green-yellow earth core;
x =without green-yellow earth core <OBJ.
f ixed installation 4x cable 0 DIN VDE 0281 part 1
• Radiation resistance • Colour grey <RAL 7001 > • screened analogue type:
• with meter marking, change-over in 2011 v-cY-JB. see page A 38
up to 80x1os cJ/kg <up to 80 Mrad>
• 11cold bending test, impact resistance test • from 5 cores with VDE-Reg-Nr.

at low temperatures. elongation test at low
temperatures. Tested according VDE 0473
Teil811-1-4, EN 60811-1-4

Application

These cables are used fo r flexible use for medium mechanical stresses with f ree movement without tensile stress or forced movements in
dry, moist and wet rooms but not suitable for open air, as measuring and control cables in tool machinery, conveyor belts, production lines,
as well as in machinery production, in air-conditioning and steel production plants. The earth core is located immediately below the outer
jacket. JB cables are suitable for use in all electrical equipment either in dry or damp areas. They should not. however, be installed in the
open air.

( E= The product is conformed with t he EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer e Cop. weight AWC-No. Part no. No.core s x Outer e Cop. Weight AWC·No.
cross-sec. cross-sec.
11001 mm• approx. mm w eight approx. 20 11057 approx. mm w e ight approx.
11002 kg l km 20 11058 kg 1 km
11003 2x0,5 kgl km 20 11059 kg 1 km
11004 40.0 20 11060 125.0
11005 3 G0.5 4,9 9,6 46.0 20 11061 8.1 58,0 125.0
11006 3 X0,5 46.0 20 1'11062 141.0
11007 5.2 14,4 56.0 20 11063 8.1 58,0 141,0
11008 4G0,5 20 11064 175.0
11009 4 X0,5 5.2 14,4 56.0 20 11065 8.1 67.0 200,0
11010 5 G0,5 65,0 20 11066 207,0
11011 5 .6 19.2 65,0 20 11067 8.1 67.0 230,0
11012 5 X0.5 20 11068
11013 6 G0,5 5.6 19,2 75.0 20 11069 8,7 77,0 271.0
11014 7 G0,5 80.0 20 11070 300.0
11015 6.3 24,0 84,0 20 11077 9.8 87.0 343.0
11019 7 X 0,5 20 11078
11026 6,3 24.0 97 .0 18 11079 9.8 96,0 375.0
11027 8G0.5 116,0 18 11080 468.0
11028 10G 0,5 6.9 29,0 135,0 18 11081 10.4 115,0 485,0
11029 12 G 0,5 18 11082
11030 6.9 34.0 150,0 18 11083 11.4 134.0 70,0
11031 14 G 0.5 172.0 18 11084 90,0
11032 16 G 0.5 6,9 34.0 310.0 18 11085 12.3 154.0
11033 30G 0,5 18 11086 90.0
11034 7.4 38.0 46.0 18 11087 12,9 173,0 109.0
11035 2 X0.75 54,0 18 11088 109.0
11036 3 G 0.75 8,3 48,0 54.0 18 11089 13,7 192.0 131.0
11037 3 X 0,75 66,0 18 11090 131,0
11038 4 G 0.75 8.8 58.0 66,0 18 11091 14,7 230,0 157,0
11039 80,0 18 11092
11040 4 X 0.75 9.7 67.0 18 11093 15,4 240,0 184.0
11041 5 G 0,75 80.0 18 11094 184.0
11042 5 X0,75 10.2 77.0 99.0 18 11104 6,4 29.0 216,0
11043 110.0 18 11105
11050 6 G 0,75 13,8 144,0 110,0 17 11106 6,8 43.0 300.0
11051 7 G 0,75 130,0 17 1'11107 309,0
11052 7 X0.75 5.3 14.4 17 11108 6.8 43.0
8G 0,75 153.0 17 11109 345.0
~1053 9 G 0,75 5,6 21.6 162.0 17 11110 7.4 58,0 386.0
10 G 0,75 179.0 17 11111 440,0
11054 5.6 21,6 2 18,0 17 11112 7,4 58.0 490.0
11055 12 G 0,75 257,0 620,0
11056 15 G 0.75 6.3 28,8 320,0 8,3 72,0
18 G 0,75 365,0 112.0
21 G 0,75 6.3 28.8 8,3 72,0 148,0
25 G 0,75 60,0 148,0
6 .9 36,0 72,0 9.2 86.4 178,0
2X1
3G1 6 .9 36.0 72.0 9.2 101.0 178.0
3x1 86,0 221,0
4G1 7.5 43,2 86,0 9.2 101.0 221,0
4X1 104,0
SC1 7.5 50.0 104,0 9.9 115.0 293.0
5X1 306.0
7.5 50.0 12,0 158,0

8.2 58,0 12,0 173,0

8.8 65.0 13.0 202.0

9 .2 72.0 13.9 230.0

9 .8 86,0 14,6 259,0

11,2 108.0 15.5 288.0
17,4 360.0
12.2 130,0

12.7 151.0 7.8 48.0

14 3 180,0 8,3 72.0

5,6 19,2 8.3 72,0

5.9 29,0 9,2 96.0

5.9 29.0 9.2 96.0

6,6 38.4 10,1 120,0

6.6 38.4 10,1 120.0

7.3 48,0 11.2 144.0

7,3 48,0 11.2 168,0

Dimensions and specifications may be changed without prior notice. <RA01l

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MEOI
JB-750 flexible, colour coded, 750V, meter marking

-

; .~:'~ ~ .... -~ HELUKABEL JB-750 5G2,6QMM/ 111H 45Ct1750 V 001041418

RoHS l

Technical data Cable structure Properties

• Special PVC control cables • Bare copper, fine wire conductors. to • Extensively oil resistant. o il-/ c hemical
DIN VDE 0295 cl. 5, BS 6360 cl. 5 and Resistance - see table Technical
• Requirements adapted to DIN VDE 0281. IEC 60228 cl. 5 Informations
0293. 0295 and IEC 60227-5
• Special PVC core insulation Tl2. to • PVC self-extinguishing and flame retardant
• to HOSVV-F VDE 0281 part 5 and DIN VDE 0281 part 1 according to DIN VDE 0482 part 265-2-1/
IEC 60227-5 Type 60227 IEC 57 EN 50265-2-1/ IEC 60332-1 <equivalent
• Cores colour coded as per JB/08 colour DIN VDE 0472 part 804 test method BJ
• Temperature range
code • The materials used in manufacture are
flexing -5 oc to +80 oc • Green-yellow earth core in the outer layer cadmium-free and contain no silicone and
fixed installation -40 oc to +80 oc free from substances harmful to the
<3 cores and abovel wetting p roperties of lacquers
• Nominal voltage Uo/U 450/750 V • Cores stranded in layers with optimal
Note
• fixed installation. under protection lay - l e n g t h
Uo/U 600/1000 V • Special PVC outer sheath TM2, to • G = with green-yellow earth core;
x = without green-yellow earth core <OBJ.
• Test voltage 4000 V DIN VDE 0281 part 1
• Colour grey <RAL 7001 J • Cleanroom qualification tested with analog
• Breakdown voltage min. 8000 V • with meter marking, change-over in 2011 type. Please note "cleanroom qualified"
when ordering.
• Insulation resistance
min. 20 MOhm x km • screened analogue type:
v-cY-JB, see page A 38
• Minimum bending radius
flexing 7,Sx cable 0

fixed installation 4x cable 0
• Radiation resistance

up to 80x1os cJ/kg <up to 80 Mradl

Application

These cables are used for flexible use for medium mechanical stresses w ith free movement without tensile stress or forced movements in
dry, moist and wet rooms but not suitable for open air, as measuring and control cables in tool machinery, conveyor belts. production lines.
as well as in machinery production, in air-conditioning and steel production plants. The earth core is located immediately below the outer
jacket. JB cables are suitable for use in all electrical equipment either in dry or damp areas. They should not, however. be installed in the
open air.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Outer e Cop. w eight AWG· NO. Part no. No.core s x outer e Cop. w eight AWG· NO.
cross-sec. approx. cross-sec. a pprox.
11161 approx. mm w eight kg / km 14 11155 approx. mm w eight kg / km
11162 14 11136
11163 kg / km 130.0 14 11137 kg / km 1388,0
11164 164,0 14 11156
11165 8,8 48.0 164.0 14 11138 720,0 1581,0
11166 200,0 14 11139 1997.0
11167 9,3 72.0 200,0 14 11157 960,0
11168 14 11140 1767,0
11169 9,3 72,0 247.0 14 11145 1200,0 2105,0
11121 247,0 12 11158 2636,0
11144 10,2 96,0 12 11141 1008.0
11122 301.0 12 11146 2556.0
11123 10,2 96,0 321,0 12 11159 1344,0 2940,0
11124 12 11142
11125 11.4 120,0 195.0 12 11147 1680,0 3936.0
11126 10 11160 3182,0
11127 11,4 120,0 235.0 10 11143 1440,0 4090,0
11128 295,0 10 11148
11129 12.6 144,0 10 11149 1920,0 5443,0
11153 361.0
11130 12,6 168,0 498.0 8 2400,0 4676.0
11131 767.0 8 5540.0
11132 10,7 76.8 8 2016,0 6931,0
11154 355,0 8 5630,0
11133 11,3 115,0 424.0 6 2688,0
11134 525,0 6 7000.0
11135 12,6 154,0 6 3360,0
625.0 6 8340,0
14,1 192.0 611,0 2736,0 9904,0
701,0
15,6 269.0 3648.0
858.0
20.8 422.0 1106.0 4560,0

12.7 173.0 912,0 3456.0
1035,0
14,1 230.0 1259,0 4608,0

15,8 288,0 1780.0 5760,0

17,6 403,0 7104,0

16,1 290,0

17,9 384,0

19.9 480.0

22,2 672 .0

19,7 461,0

21,7 614,0

24.4 768,0

26,8 1075,0

Dimensions and specifications may be changed w ithout p rior notice. <RA01)

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flexible, colour coded, 7SOV, connection cable for warning ~
JB-750 yellow ME01

indication, meter marking

HELUKABEL JB-750 4G2,5 QMM /10338 450/750 V 001041433 ((

RoHS]

Technical data Cable structure Properties

• Special PVC as connection cable for warning • Bare copper, fine w ire conductors, to • Extensively oil resistant. oil-/ chemical
ind icatio n DIN VDE 0295 cl. 5, BS 6360 cl. 5 and Resistance- see table Technical
IEC 60228 cl. 5 Inf o r m a t i o ns
• Requirements adapted to 0281 part 5,
HD 21.5 and IEC 60227/5 type 227 IEC 57 • Special PVC core insulation Tl2, to • PVC self-extinguishing and f lame retardant
DIN VDE 0281 part 1 according to VDE 0482-332-1-2, DIN EN
• Temperature range 60332-1-2/IEC 60332-1 <equivalent
• Cores colour coded to DIN VDE 0293 DIN VDE 0472 part 804 test method Bl
f lexing -5 •c to +80 •c
• Green-yellow earth core: 3 cores and above • The materials used in manufacture are
f ixed installation -40 oc to +80 oc • Cores stranded in layers with optimal cadmium-free and contain no silicone and
free from substances harmful to the
• Nominal voltage Uo/U 450/750 v lay-length wetting properties of lacquers
• Special PVC outer sheath TM2, to
• Test voltage 4000 V Note
• Breakdown voltage m in. 8000 V DIN VDE 0281 part 1
• Insulation resistance • Colour yellow <RAL1016l • G = with green -yellow earth core.
• AWG sizes are approximate equivalent
min. 20 MOhm x km • w ith meter marking, change-over in 2011
• Minimum bending radius values. The actual cross-section is in mm2•

f lexing 7,5x cable 0
f ixed installation 4x cable 0

• Radiation resistance
up to 80x106cJ/kg <up to 80 Mrad>

Application

These cables are used for f lexible use for medium mechanical stresses with f ree movement without tensile stress or forced movements in
dry, moist and wet rooms but not suitable for open air, as connection cable with yellow outer sheath as a special warning indication.
Recommendation in adapted to EN 60204 part 1 and DIN VDE0113 part 1.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Outer !II cop. weight AWC-No. Part no. No.cores x outer C!J cop. weight AWC-No.
cross-sec. approx. mm w eight approx. cross-sec. approx.
10334 mm• kg / km 16 10337 mm• approx. mm weight kg / km 14
10335 kg / km 16 10338 14
10336 3 c 1,5 100,0 16 10339 3 c 2,5 kg / km 154,0 14
7.8 43.0
4 G 1.5 121.0 4 G 2.5 9 .3 72.0 208.0
8.5 58,0 148,0 229,0
5 c 1,5 sc 2.5 10,2 96.0
9.6 72.0
11.4 120.0

Dimensions and specifications may be changed without prior notice. <RA01 l

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JZ•SOO•C blaCk EMC·preffered type, cu-screened, flexible, meter marking

.~ ·=~ .~ =:· HELUKABEL JZ-500-C black 12G 1.5 OMM/1 0963 300/ 500V 0010917711 ( E

LRoHSl

Technical data Cable structure Properties

• Special PVC control cables. adapted to • Bare copper. fine wire conductors. bunch • Extensively oil resistant. oil-/ chemical
Resistance - see table Technical
DIN VDE 0245.0281,0293,0295 stranded to DIN VDE 0295 cl. 5, BS 6360 Informations
• Temperature range cl. 5 and IEC 60228 cl. 5
• Core insulation of special PVC z 7225 • PVC self-extinguishing and f lame retardant
flexing -5 oc to +80 oc according to VDE 0482-332-1-2. DIN EN
fixed installation -40 oc to +80 oc • Black cores with continuous white figure 60332-1-2/ IEC 60332-1 (equivalent
imprint to DIN VDE 0293 DIN VDE 0472 part 804 test method B>
• Nominal voltage Uo/U 300/500 V
• Green-yellow earth core in the outer layer • The materials used in manufacture are
• Test voltage cadmium-free and contain no silicone and
core/core 4000 V <3 cores and above> free from substances harmful to the
• Cores stranded in layers with optimal wetting properties of lacquers
core/screen 2000 v
• Breakdown voltage m in. 8000 v lay-length • uv- resistant
• Foil separator
• Insulation resistance Note
• Tinned copper braided screening, approx.
m in. 20 MOhm x km • G =with green-yellow earth core;
• coupling resistance 85% coverage
• Special PVC outer sheath TM2, to special x =without green-yellow earth core (QZJ.
max. 250 Ohm/km
• Minimum bending radius PVC, TM2 to DIN VDE 0281 part 1 and • unscreened analogue type:
JZ-500 black, see page A 9
flexing 10x cable 0 HD 21.1
fixed installation 5x cable 0
• Colour black <RAL 9005J
• Radiation resistance • with meter marking
up to 80x106 cJ/kg <up to 80 Mradl

Application

For medium mechanical stress for flexible use with free movement without tensile stress or forced movements in dry, damp, wet rooms
and in open air . Must not be laid directly in soil or water. When screened for measurement. control and control line etc. in mechanical and
plant engineering, machine tools, production lines and conveyor belts.
EMC = Electromagnetic compatibility
To optimise the EMC features we recommend a large round contact of the copper braiding on both ends.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG .

Part n o. No.cores x outer 0 Cop. w eight AWC·NO. Part no. No.cores x Outer 0 Cop. Weight AWC·NO.
a p p r o x.
10934 cross-sec. approx. mm weight approx. 20 10958 appro x. mm w eight kg t km
10935 mm• kg t km 20 10959
10936 kg t km 20 10960 kg / km 88.0
10937 2 X 0.5 45.0 20 10961 100.0
10938 3 G0.5 6.1 35.0 55.0 20 10962 7,6 63.0 126.0
10939 4 G0.5 20 10963 160.0
10940 5 G0.5 6.4 42.0 61.0 20 10964 8.0 80.0 208.0
10941 7 C0.5 74.0 20 10965 338.0
10942 12 C 0.5 6.8 47,0 98.0 20 10966 8.8 97,0 479.0
10943 18 C 0.5 157.0 20 10967 705.0
10944 25 C 0.5 7.5 56.0 20 10968 9.7 119.0
10945 2 X0.75 217.0 20 10969 130.0
10946 3 G0,75 8.1 69.0 314.0 20 10970 10.4 147,0 167.0
10947 4 G 0 ,75 20 10971 195.0
10948 5 G0,75 10.4 108.0 59.0 20 10972 13.8 267.0 223.0
10949 7 G0,75 66.0 20 10973 344.0
10950 12.6 145.0 77.0 20 10974 16.4 374.0 570.0
10951 12 C 0.75 93.0 20 10975 681,0
10952 18 G0,75 14.5 240.0 130.0 20 10976 19.2 526.0
10953 202.0 20 10977 310,0
10954 25 C 0.75 6.5 40,0 292.0 20 10978 9.0 96.0 385.0
10955 2x1 415.0 20 10979 415.0
10956 3C1 6.8 52.0 20 10980 9.5 144.0 509.0
10957 4 C1 65.0 20 783.0
7,3 60.0 80,0 10.4 148,0 880.0
5G1 1570.0
7C 1 8.1 71.0 98.0 11,7 181.0 2070.0
12 C 1 127.0
18 C 1 8.9 91.0 158,0 12.8 255.0
25 C 1 260,0
11,6 142.0 380.0 16.7 441.0
534,0
13.6 212.0 19.8 570,0

15.9 281.0 12.4 230.0

6.8 50.0 13.7 273.0

7,1 60,0 13.9 305,0

7.8 71.0 15.3 439.0

8,5 88,0 17,8 535.0

9.3 111.0 23.3 740.0

12.2 184.0 28,4 1140.0

14,5 260,0 31,0 1576.0

17.0 349.0

Dimensions and specifications mav be changed without prior notice. (RA01 l

C HELUKABEL

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F·CY·OZ CLiY·CY) flexible, cu-screened, EMC·preferred type,

meter marking

cHELUKABEL VOE ............ 7034 F-CY.OZ 10111,1 01111/11081 3001100 v 001042301 E

Ro@

Technical data Cable structure Properties

• Special PVC data cables, adapted to • Bare copper, fine wire conductors, bunch • Extensively oil resistant. oil·/ chemical
DIN VDE 0281 part 13 stranded to DIN VDE 0295 cl. 5, BS 6360 Resistance · see table Technical
cl. 5 and IEC 60228 cl. 5 Informations
• Temperature range
• Core insulation of special PVC z 7225 • PVC self-extinguishing and flame retardant
flexing -5 •c to +80 ·c according to VDE 0482·332·1·2, DIN EN
fixed installation -40 •c to +80 •c • Black cores with continuous numbering in 60332·1·2/ IEC 60332-1 <equivalent
• Nominal voltage Uo/U 300/500 v white according to DIN VDE 0293 DIN VDE 0472 part 804 test method B>
for 1 core <LiYDY> 1200 v
• Test voltage core/core 4000 v • Cores stranded in layers with optimal • The materials used in manufacture are
core/screen 2000 v lay-length cadmium-free and contain no silicone and
• Breakdown voltage min. 8000 v free from substances harmful to the
• Core wrapping with foil wetting properties of lacquers
• Insulation resistance
min. 20 MOhm x km • Tinned copper braided screen, approx. 85% Note
coverage
• Mutual capacitance according to • x = without green-yellow earth core <OZL
different cross-sections • For 1 core cable copper screen of helically • For 1 core cable screen of helically wound .
core/core approx. 150 nF/km wound !type LiYDY>, approx. 85% coverage • Cleanroom qualification tested with analog
core/screen approx. 270 nF/km
• Special PVC outer sheath TM2,to type. Please note "cleanroom qualif ied "
• coupling resistance DIN VDE 0281 part 1 and HD 21.1 when ordering.
max. 250 Ohm/km For more information, see introduction
• Sheath colour grey <RAL 7001 > • unscreened analogue type:
• Minimum bending radius
flexing 10x cable 0 • with meter marking, change-over in 2011 JZ 500, see page A 6

fixed installation 5x cable 0
• Radiation resistance

up to 80x106cJ/kg <up to 80 Mrad>

Application

These cables are used for f lexible use for medium mechanical stresses w ith free movement without tensile stress or forced movements in
dry, moist and wet rooms but not suitable for open air, as data cables in control technologies, in t he tool making and machine industries,
in computers and as a signal cable for t he electronics branch. A stabilizing separator between core bundle and braid reduces essentially the
external diameter and allows smaller bending radius, lower weight etc.
The dense screening assures disturbance-free transmission of all signals and impulses. An ideal disturbance-free control cable for the above
applications.

EMC =Electromagnetic compatibillity

To optimise the EMC features we recommend a large round contact of t he copper braiding on both ends.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Outer fit cop. weight AWC·NO. Part no. No.coresx outer fit cop. weight AWC·NO.
cross-sec. approx. mm w eight appr ox. cross-sec. approx. mm weight approx.
16531 mm• kg t km 20 16544 mm• kg tkm 20
16532 kg / km 20 16545 kg / km 20
16533 1 x0,5 41.0 20 1 6 54 6 20 X0,5 240.0 20
16534 3,7 15,0 45,0 20 16547 21 x0,5 12.2 172,0 250,0 20
16535 2x0,5 55,0 20 16548 24 X 0,5 300,0 20
16536 3 x0,5 5.7 35,0 20 16549 12,7 188.0 20
16537 61.0 20 16550 25 X0,5 314.0 20
16538 4 x0.5 5,9 42,0 74,0 20 16551 30 X 0.5 13,5 235,0 360.0 20
16539 5 x0.5 20 16552 32 X 0,5 425,0 20
16540 6x0,5 6.4 47,0 89,0 20 16553 34 X 0,5 13.6 240.0 433,0 20
16541 7 X 0,5 98,0 20 16554 14.4 295,0 446,0 20
16542 6,9 56,0 117,0 20 16555 36 X 0,5 475,0 20
16543 8x0,5 135,0 20 16556 40 x0,5 573,0 20
10 X 0,5 7.6 67,0 50x0,5 14.9 301,0 653,0
7,6 69,0 157,0 61 X 0 ,5 Continuation •
12 X 0,5 190,0 80 x0,5 15,6 312,0 784,0
14 X 0,5 100 X 0.5 995.0
8,7 80,0 210.0 15,6 318,0
16 X 0.5 217,0
18 X 0.5 9,6 94.0 16.9 343,0

9,7 108.0 18,5 406,0
19,7 508,0
10,2 11 6,0

11,0 129,0 22,6 680.0

11.5 145.0 24.9 804,0

C HELUKABEL

HI·TECH (800) 677·8942 I (303) 680·5159 www. hitechcontrols.com
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F·CY·OZ (LiY·CYl flexible, Cu-screened, EMC-preferred type, II A~

meter marking

Part no. No.cores x Oute r 0 Cop. w eight AWG·NO. Part no. No.cores x Outer 0 Cop. w eight AWG·NO.
cross-sec. approx. cross-sec. approx. mm weight a pprox.
16557 approx. mm weight kg / km 18 16074 kg /km
16558 mm2 18 16075 kg / km
16559 1 X 0.75 kg / km 44,0 18 16076 70.0
16560 2 X 0,75 59,0 18 16077 5.0 27 .0 88.0
16561 3 X 0,75 4,0 19.0 18 16078 7,0 63,0 100,0
16562 4 X 0,75 66.0 18 16079 7,5 80,0
16563 5 X 0,75 6.1 40.0 77.0 18 16080 126.0
16564 93,0 18 16081 8.1 97.0 160,0
16565 6 X 0.75 6,3 52.0 113,0 18 16082 9,0 119,0
16566 7 X 0,75 130,0 18 16083 208.0
16567 6.8 60,0 145,0 18 16084 9.8 147,0 244,0
16568 8 X 0,75 18 16085 11,4 170.0
16569 10 X 0 ,75 7.4 71.0 180.0 18 16086 12.6 193.0 316,0
16570 12 X0,75 202,0 18 16087 12.8 267 ,0 338.0
16571 14 X 0,75 8.2 80.0 225.0 18 16088 13.5 283,0 383,0
16572 275.0 18 16089 14.4 31 5,0
16573 16 X0,75 8.2 91.0 292.0 18 16090 15,5 374.0 424.0
16574 18 X0,75 308,0 18 16091 16,4 396,0 479.0
16575 9.6 110.0 320.0 18 16092 545,0
16576 19 X 0.75 378,0 18 16093 18.2 458.0
16577 20 X 0,75 10.3 137,0 435,0 18 16094 18,4 526.0 690.0
16578 415,0 18 16095 19,1 541.0 705,0
16579 21 X 0,75 10,5 142,0 18 16096 19.1 555,0
16580 24 X 0 ,75 435.0 18 16097 20,8 645.0 810.0
16581 25 X 0,75 11.3 180.0 450.0 18 16098 22 .6 725,0 830,0
16582 27 X 0,75 484.0 18 16099 24,7 885.0
16583 11.9 200,0 502,0 18 16100 26,4 1100.0 890.0
16584 30 X0,75 18 16101 30,3 1324.0 1060.0
16585 32 X0,75 12.7 212.0 535.0 18 16102 33,6 1641.0 1440.0
16050 592,0 17 16103 1700,0
16051 34 X 0.75 12.7 230.0 610.0 17 16104 5,8 39,0
16052 36 X 0,75 777,0 17 16105 8.3 96,0 2000.0
16053 13.3 238,0 17 16106 9,0 144,0 2500.0
16054 37 X 0,75 900.0 17 16107 9,8 148,0
16055 40 X 0 ,75 14,0 246.0 1210.0 17 16108 10,9 181,0 50,0
16056 50 X0,75 1445,0 17 16109 11,9 255,0 130,0
16057 61 X 0,75 14,9 270,0 17 16110 15,8 441 ,0 167,0
16058 47.0 17 16111 195,0
16059 80 X0,75 15,0 281,0 65,0 17 16112 9,8 120.0
16060 100 X0,75 81,0 17 16113 10.6 174,0 223,0
16061 15,0 304.0 98,0 17 16114 11,5 230,0 344,0
16062 1 X1 127,0 17 16115 12,7 273,0 522,0
16063 2X1 15.8 320,0 144,0 17 16116 14,0 316.0
16064 158,0 17 16117 185,0
16065 3 X1 16.7 342,0 197,0 17 16118 11.7 173.0 240,0
16066 4X1 232,0 17 12.5 240.0 310,0
16067 17.2 345.0 260,0 17 13,8 305,0 400,0
16068 5x1 302,0 17 15,3 439,0 500.0
16069 6X1 17.2 350.0 345,0 17 16,9 505.0 268,0
16070 7x1 380,0 17 14,7 255,0
16071 8x1 17,2 361,0 440,0 17 330.0
16072 10 X1 17 15.7 350.0 415,0
16073 12 X1 18.6 369.0 495.0 17 17.3 535,0
534,0 19.2 592,0 509.0
14 X1 20,3 461,0 21.4 810,0 672.0
16 X1 595.0 425,0
18 X1 21.7 540,0 616,0
741,0 soo.o
20 X1 24.8 711.0 835,0
24 X1 1025,0 783.0
25 X1 27,6 900,0 1200,0 856,0
28 X1 1440,0
30 X1 4,6 21,0 1610,0 1300.0

34 X1 6.4 50,0
40 X1
50 X1 6,7 60,0

61 X1 7,2 71,0
80 X1
100 X1 8,0 88,0

8,7 97,0

8,7 111,0

10,1 127,0

11,2 150,0

11.4 184,0

12,0 196,0

12,8 209,0

13,5 260,0

14,3 317,0

16,0 320, 0

16.2 349,0

17,0 408.0

17,0 441,0

18,5 486,0

19,9 510,0

21.8 625.0

23.3 702.0

26,6 920,0

29,7 1120,0

Dimensions and s pecificat ions may be changed without prior notice. !RA01l

C HELUKABEL

~HI-TECH (800) 677·8942 I (303) 680·5159 www. hitechcontrols.com
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F•CY•JZ flexible, cu-screened, EMC-preferred type, meter marking

HELUKABEL VDE Aeg.-Nr. 7034 F-CY~ 1000.75 Qllll/11351 30CII!OO V 001042308 ( E

rRo@

Technical data Cable structure Properties

• Special PVC control cables, adapted to • Bare copper. fine wire conductors. bunch • Extensively oil resistant. oil-/ chemical
DIN VDE 0281 part 13 stranded to DIN VDE 0295 cl. 5, BS 6360 Resistance - see table Technical
cl. 5 and IEC 60228 cl. 5 Informations
• Temperature range
• Core insulation of special PVC z7225 • PVC self-extinguishing and f lame retardant
flexing -5 oc to +80 oc according to VDE 0482-332-1-2, DIN EN
fixed installation -40 oc to +80 oc • Black cores with continuous white figure 60332-1-2/ IEC 60332-1 <equivalent
imprint to DIN VDE 0293 DIN VDE 0472 part 804 test method Bl
• Nominal voltage Uo/U 300/500 v
• Green-yellow earth core in the outer layer • The materials used in manufacture are
• Test voltage (3 cores and above> cadmium-free and contain no silicone and
free from substances harmful to t he
core/core 4000 v • Cores stranded in layers with optimal wetting properties of lacquers
core/screen 2000 v lay-length
• Breakdown voltage min. 8000 v Note
• Foil separator
• Insulation resistance • Tinned copper braided screening, approx. • G = with green-yellow earth core;
m in . 20 MOhm x km
85% coverage x = without green-yellow earth core <OZL
• Mutual capacitance according to • Special PVC outer sheath TM2. to special
different cross-sections • AWG sizes are approximate equivalent
0.5 mm2 to 2.5 mm2: PVC. TM2 to DIN VDE 0281 part 1 and values. The actual cross-section is in mm2 .
core/core approx. 150 nF/km HD 21.1
core/screen approx. 270 nF/km • Colour grey <RAL 7001 l • Please note the cleanroom qualification
when ordering.
• coupling resistance • With meter marking, change-over in 2011
max. 250 Ohm/km • To optim ise the EMC features we
recommend a large round contact of the
• Minimum bending radius copper braiding on both ends.
flexing 10x cable 0
fixed installation 5x cable 0 • unscreened analogue type:

• Radiation resistance Jz-soo. see page A 6
up to 80x106 cJ/kg <up to 80 Mradl

Application

For use as a data cable in control circuits. in tool-making and machine industries as well as a signal cable in computer systems and electronics.
The more usual PVC inner sheath has been replaced in these cables by a stabilising foil separator. thus reducing the total diameter of the
cables considerably and thereby reducing the bending radius. total weight etc. The high covering percentage of the copper screening offers
interference-free signal transfer etc.
The dense screening assures disturbance-free transmission of all signals and impulses. An ideal disturbance-free control cable for t he above
application .

EMC = Electromagnetic compatibillity

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG

Part no. No.cores x Outer 0 Cop. Weight AWC·NO. Part no. No.cores x Outer 0 Cop. weight AWC · NO.
cross-sec. approx. cross-sec. approx.
16320 mm• approx. mm w eight kg / km 20 16333 mm• approx. mm weight kg / Jcm 20
16321 20 16334 20
16322 2 X 0,5 kg / km 45,0 20 16335 21 G0.5 kg / km 250.0 20
16323 20 16336 24GO.S 300.0 20
16324 3 co.s 5,7 35,0 55.0 20 16337 12,7 188.0 314.0 20
16325 4 co.s 61.0 20 16165 25 G0.5 20
16326 5.9 42.0 74,0 20 16338 30GO.S 13,5 235.0 360.0 20
16327 5 co.s 20 16339 32 G0.5 425.0 20
16328 6 co.s 6.4 47.0 89.0 20 16490 34G0,5 13.6 240.0 433.0 20
16329 7 co.s 98.0 20 16340 446.0 20
16330 8G0.5 6.9 56.0 117.0 20 16341 36 G0.5 14.4 295.0 475,0 20
16331 10G 0.5 20 16342 40 G0,5 20
16332 12 G0.5 7,6 67.0 135.0 20 16343 41 G0.5 14.9 301.0 486.0 20
14 G0.5 157.0 573.0
16 G0.5 7.6 69.0 50 G0.5 15.6 312,0 653.0 Continuation •
18G 0,5 190.0 61 G0.5 784,0
20G 0,5 8,7 80.0 210.0 15,6 318.0
217,0 8oco.s 995.0
9.6 94,0 100 G0.5 16.9 343.0
240.0
9.7 108.0 16.9 348.0

10.2 116,0 18,5 406.0

11,0 129.0 19.7 508.0

11.5 145,0 22.6 680.0

12.2 172.0 24.9 804.0

C HELUKABEL

HI·TECH (800) 677·8942 I (303) 680·5159 www.hitechcontrols. r;om
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F·CY·JZ flexible, cu-screened, EMC-preferred type, meter marking - ~~

Part no. No.cores x Outer 0 Cop. Weight AWC·NO. Part no. No.cores x Outer0 Cop. Weight AWC·NO.
cross-sec. approx. cross-sec. approx.
16344 approx. mm weight kglkm 18 16393 approx. mm weight 16
16345 mm• 16394 kg I km 16
16346 2 X0,75 kg I km 59.0 18 16395 kg lkm 16
16347 66,0 18 16396 88.0 16
16348 3 G0,75 6.1 40.0 77,0 18 16397 7.0 63.0 16
16349 18 16398 100.0 16
16350 4 G0.75 6,3 52,0 93,0 18 16399 7.5 80,0 126.0 16
16351 5 G 0,75 113,0 18 16400 160.0 16
16353 6,8 60.0 18 16401 8,1 97.0 208.0 16
16354 6 G0.75 130,0 18 16402 244,0 16
16355 7 G 0,75 7.4 71,0 18 16403 9,0 119,0 16
16356 8 G0,75 145.0 18 16449 315.0 16
16447 8.2 80.0 180,0 18 16404 9.8 147.0 16
16357 10G0,75 18 16405 338.0 16
16358 8,2 91,0 202.0 18 16406 11.4 170,0 383.0 16
16359 12 G 0,75 225,0 18 16407 16
16360 14 G 0,75 9,6 110.0 18 16450 12.6 193,0 424.0 16
16361 275,0 18 16408 479.0 16
16362 16 G0.75 10.3 137.0 292,0 18 16409 12,8 267,0 16
16363 18 G0,75 18 16410 508.0 16
16166 10.5 142.0 308.0 18 16451 13.5 283.0 545.0 16
16364 19 G 0.75 320,0 18 1641 1 16
16448 20G 0,75 11.3 180,0 18 16493 14,4 315,0 560.0 16
16365 378,0 18 16412 690.0 16
16491 21 G 0,75 11.9 200.0 18 16413 15.4 374,0 705,0 16
16366 24 G0,75 435,0 18 16414 16
16367 12,7 212,0 415.0 18 16415 15,4 386,0 774.0 16
16368 25 G0,75 435,0 18 16416 810.0 14
16369 12.7 230.0 18 16417 16,1 396.0 830,0 14
16370 27 c 0.75 450.0 17 16418 890,0 14
16371 13,3 238,0 484,0 17 16419 17,0 425.0 14
16372 30C 0,75 17 16420 945,0 14
16373 32 G0,75 14.0 246.0 502.0 17 16421 18,2 458,0 14
16374 535,0 17 16438 1060.0 14
16375 34 G0,75 14,9 270,0 17 16452 18.4 526,0 1071.0 14
16376 592.0 17 16422 12
16377 36 c 0,75 15.0 281.0 610,0 17 16423 18.4 531,0 1290.0 12
16378 17 16424 1705.0 12
16379 37 G0.75 15,0 304,0 622.0 17 16425 19,1 541,0 2010.0 12
16380 40G0,75 17 16426 2505.0 12
16381 15,8 320.0 777.0 17 16427 19,1 555,0 10
16352 41 G 0.75 17 16428 130.0 10
16382 50C0,75 16,7 342.0 900.0 17 16429 20,8 645,0 167.0 10
16383 1210.0 17 16430 10
16384 61 c 0.75 17.2 345.0 1445.0 17 16431 20.8 674,0 195.0 10
16439 soc 0.75 17 16432 223.0
16385 100 c 0.75 17.2 350,0 65,0 17 16433 22,6 725,0 344.0 8
16386 17 16434 460,0 8
16387 2X1 17.2 361.0 80.0 17 16435 22.6 801.0 570.0 8
16446 98,0 17 16436 8
16388 3C1 18,6 369,0 17 16440 24,7 885.0 681.0 8
16492 4C1 127.0 17 16437 185.0 6
16389 18,6 400,0 144,0 17 16441 26.4 1100,0 240,0 6
16390 5C1 17 16442
16391 6C1 20,3 461,0 158.0 17 16443 30,3 1324,0 310.0
16392 7C1 197,0 17 16444 385,0
21.7 540,0 16445 33.6 1641.0
8G1 232.0 500,0
10 G 1 24.8 711.0 260,0 8.3 96,0 268,0
12 G 1 302,0 330,0
27.6 900,0 9.0 144.0
14 G 1 346,0 415,0
16 G 1 6,4 50,0 9.8 148,0 509,0
380,0
18 G 1 6,7 60.0 412,0 10.9 181.0 672.0
425.0
19 c 1 7.2 71,0 440.0 11.9 255,0
493,0 500.0
20 G 1 8,0 88,0 15,5 340,0
24 C1 534.0 783.0
8,7 97,0 562,0 15.8 441,0 856.0
25 G 1
8,7 111,0 595,0 18.9 570.0 1305.0
27 c 1 616,0 880,0
10.1 127.0 9,8 120,0
28 G 1 741 .0 1295,0
30C 1 11,2 150.0 10,6 174,0
790.0 1570,0
34 G 1 11,4 184,0 835,0 11,5 230,0 1965,0
843,0 2070,0
37 c 1 12.0 196.0 12,7 273,0
1025.0 2690.0
40G 1 12,8 209,0 14,0 3 16.0 3015.0
1205,0
41 c 1 13,5 260.0 1445,0 11,7 173.0

50 G 1 13.5 280.0 1613.0 12.5 240.0

61 c 1 14.3 317,0 13,8 305.0

80G1 16,0 320,0 15.3 439,0

100 c 1 16,2 349.0 16,9 505.0

16,2 400,0 14,7 255.0

17,0 408.0 15.7 350.0

17,0 441,0 17,3 535.0

18.5 486.0 19.2 592.0

18,5 519.0 21.4 810,0

19,9 510.0 20.4 740,0

19,9 531,0 22,6 895.0

21,8 625,0 24,9 1140.0

23,3 702,0 27,8 1380,0

26,6 920,0 28.4 1576,0

29.7 1120.0 31,6 1930,0

34.6 2155.0

Dimensions and specifications may be changed without prior notice. <RA01l

- - - - - - - - - -u ___ , n --• n --•,. -••• '" -•-• Process control for a large cabling
-·--~---·- machine at our Wind5bach factory.

,,(; C HELUKABEL

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HOSVVC4VS·K <NYSLYCYO·JZ) flexible, number

coded, oil resistant, EMC-preferred type

HELUKABEL <lYOE!> <lHAR!> H05VVC4V5-K 1201 QMM /13080 30M500 V 001042CKM) U

RoHSl

Technical data Cable structure Properties

• Control cable. special PVC with oil resistant • Bare copper, fine wire stranded conductor • PVC self-extinguishing and flame retardant
outer jacket to DIN VDE 0281 part 13, to DIN VDE 0295 cl. 5, BS 6360 cl. 5, HD 383 according to VDE 0482-332-1-2, DIN EN
HD 21.13S1 and IEC 60227/74 and IEC 60228 cl. 5 60332-1 -2/ IEC 60332-1 (equivalent
DIN VDE 0472 part 804 test method Bl
• Temperature range • Special PVC core insulation Tl2 to
f lexing -5 octo +70 oc DIN VDE 0281 part 1 • Oil resistant to DIN EN 60811 -2-1
• The materials used in manufacture are
f ixed installation -40 octo +70 oc • Black cores w ith w hite figure imprint to
DIN VDE 0293 cadmium-free and contain no silicone and
• Nominal voltage Uo/U 300/500 v free from substances harmful to the
• Green-yellow earth core in the outer layer wetting properties of lacquers
• Test voltage (3 cores and above>
core/core 2 kV, 5 min Note
core/screen2 kV, 5 m in • Cores stranded in layers with optimal
lay-length • G =with green-yellow earth core;
• Breakdown voltage m in. 4000 V x =without green-yellow earth core (0Zl.
• Special PVC inner sheath, TM2 to
• Insulation resistance DIN VDE 0281 part 1 • AWG sizes are approximate equivalent
min. 20 MOhm x km values. The actual cross-section is in mm2 .
• Tinned copper braided screening, covering
• Coupling resistance approx. 85% • unscreened analogue type:
at 30 MHZ !>250 Ohm/km HOSVVS·F (NYSLYO·JZ), see page A 11
• Special PVC outer jacket, TM5 to
• Minimum bending radius DIN VDE 0281 part 1, HD 21.1 .S4/A16
f lexing 10x cable 0
• Colour grey (RAL 7001)
f ixed installation 5x cable 0
• Radiation resistance

up to 80x10° cJ/kg (UP to 80 Mradl

Application

These cables are used for flexible use for medium mechanical stresses with free movement without tensile stress or forced movements in
dry, moist and wet rooms but not suitable for open air. These are designed as control and connecting cables to machines. tool machineries.
conveyor belts and production lines. These cables are not effected to the chemical influences. Cables for moist and wet rooms. specially
used for machines in breweries, bottling plants and car washing stations.
These cables may be allowed to move once installed provided t hat the cables are not mechanically stressed during movement. The
interconnection of parts of machines used for manufacturing purposes including machine tools where some degree of protection against
electromagnetic interference is required.
EMC = Electromagnetic compatibillity

To optimise t he EMC features we recommend a large round contact of the copper braiding on both ends.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer" Cop. Weight AWC-No. Part no. No.cores x outer 0 cop. weight AWC-No.
cross-sec. approx. cross-sec. approx.
13951 approx. mm weight kg/km 20 13957 approx. mm weight kg/km 18
13060 mm• 20 13072 mm• 18
13061 kg/km 92.0 20 13073 kg/km 102,0 18
13062 2 X 0,5 109.0 20 13074 2 X 0.75 115,0 18
13063 3 G0,5 8.0 41 ,0 126.0 20 13075 3 G0.75 8.3 46,0 150.0 18
13064 4 G0.5 156.0 20 13076 4 G0.75 173,0 18
13952 5 G0.5 8.4 45,0 176,0 20 13958 5 G0,75 8.8 57.0 195,0 18
13065 6 G0.5 192.0 20 13077 6 G0.75 235.0 18
13066 7 G0.5 9,1 54.0 211,0 20 13078 7 G0.75 9.8 63.0 268.0 18
13953 8 G0.5 230.0 20 13959 8 G 0 ,75 285,0 18
13067 9 G0,5 10,1 66,0 280,0 20 13079 9 G0.75 10,8 76.0 327,0 18
13068 12 G 0.5 302.0 20 13080 12 G0,75 362,0 18
13954 14 G 0,5 10,7 73.0 384,0 20 13960 14 G0.75 11.4 82.0 488,0 18
13069 18 G 0,5 556.0 20 13081 18 G0.75 654,0 18
13955 25 G 0,5 11.4 79,0 599.0 20 13961 25 G0.75 12.1 100,0 708.0 18
13129 27 G 0.5 634.0 20 13130 27 G0.75 821.0 18
13070 34 G 0.5 12,5 82.0 620,0 20 13082 34 G0.75 12,7 112,0 899,0 18
13071 36 G 0,5 770.0 20 13083 36 G0,75 970,0 18
13956 41 G 0.5 12,5 94.0 970,0 20 13962 41 G 0.75 13,8 130.0 1160.0 18
50G 0.5 1072.0 50 G0,75 1402.0
61 G 0.5 13.5 137,0 1198.0 61 G 0.75 14,3 175,0 1504,0 continuation •
65 G 0,5 65 G0.75
14,2 142.0 14,4 190,0

15,8 156,0 16.9 240,0

18.6 250,0 20,0 306.0

18,6 255,0 20,0 326,0

20,8 316,0 22.1 346,0

20,8 320,0 22,1 358,0

23,0 348.0 23,9 403.0

25,0 407,0 26,8 470,0

26,8 520,0 29,4 550.0

28.4 563,0 31,2 594,0

C HELUKABEL

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HOSVVC4VS·K CNYSLYCYO·JZ) flexible, number ~~-

coded, oil resistant. EMC·preferred type

Part no. No.cores x Outer 0 Cop. Weight AWC·NO. Part no. No.cores x Outer 0 Cop. Weight AWC·NO.
cr oss-sec. approx. cross-sec. approx.
13963 approx. mm weight kg 1 km 17 13973 mm• approx. mm weight kg l km
13084 17 13103
13085 kg l km 114,0 17 13974 14 c 1 ,5 kg I km 560.0
13086 142,0 17 13104 18 c 1.5 707,0
13087 8 ,6 54,0 175,0 17 13975 19 c 1,5 18,3 294,0
13088 205,0 17 13105 25 c 1,5 723.0
13964 9,3 64,0 236,0 17 13106 27 c 1 ,5 20,0 386,0 950.0
13089 264,0 17 13976 32 c 1,5 1014,0
13090 10,2 76,0 301,0 17 13977 34 c 1.5 20,4 394,0 1133,0
13965 335,0 17 13132 36 c 1,5 1204.0
13091 11,0 89.0 17 13107 37 c 1 ,5 24.2 531,0 1261,0
13966 420.0 17 13108 41 c 1.5 1300.0
13092 11,8 101,0 433,0 17 13978 soc 1,5 24,6 546.0 1453,0
13967 561,0 17 13985 61 c 1,5 1663.0
13093 12,9 114,0 584,0 17 13109 65 c 1 .5 26.0 638,0
13968 766,0 17 13110 1852.0
13969 13,6 130,0 17 13111 2 X 2,5 26.3 671 ,0 1971 .0
13131 822.0 17 13112
13094 14.4 144,0 996.0 17 13979 3 c 2,5 27,7 700,0 190,0
1309S 1001,0 17 13113 243,0
13970 15,6 186,0 1018,0 17 13980 4 C2,5 27,7 720,0 280,0
13971 1155,0 16 13114 5 G 2 ,5 342,0
13096 15,7 198,0 1300,0 16 13115 29,1 840.0
13097 1500,0 16 13981 7 G 2.S 439,0
13098 17,4 284.0 1510,0 16 13116 8G 2,5 34.0 997.0 489,0
13099 146,0 16 13982 12 G 2,5 760,0
13100 17,4 307,0 16 13983 36.5 1120,0 890,0
13972 176.0 16 13117 14 c 2 ,5
13101 21 .1 387,0 207,0 16 13118 38,1 1197.0 1052,0
13102 235,0 16 18 G 2.5 1375.0
21,9 410,0 279,0 25 G 2,5 11.4 110,0 1507,0
314,0 27 G 2.5 1892,0
24,1 500.0 34 G 2 ,5 11,7 148,0
345.0 36 G2,5 1998,0
23.8 S11.0 380,0 12,8 169,0 2286,0
500,0 41 c 2,5
2S.1 523.0 soc 2,5 13,9 220.0 2673,0
61 c 2,5 3085,0
26.0 S78.0 1S,9 284,0

28,5 681,0 18,7 314,0

30,1 710,0 20,6 470.0

32.4 769.0 22,5 504,0

9,1 64,0 24,3 S72.0

10,2 82,0 29,0 740,0

10,9 99.0 29,8 971,0

11.6 123,0 33,0 1179,0

12,4 125,0 33,3 1268.0

13.5 148,0 36,0 1473,0

15,6 172,0 38,5 1660.0

15,6 187,0 42,0 1992.0

16.8 274,0

Dimensions and specifications may be changed without prior notice. CRA01)

C HELUKABEL

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(H)05VVC4VS·K ((N)YSLYCYO·JZ) number coded,

screened, oil resistant. EMC·preferred type

HELUKABEL VDE Reg.Nr. 6535 (H)OSVVC4V5-K 4G4 QMM I 13172 3001500 V 001042088

RoH~

Technical data Cable structure Properties

• Control cable. special PVC with oil resistant • Bare copper. fine wire stranded conductor • PVC self-extinguishing and f lame retardant
outer jacket to DIN VDE 0281 part 13, to DIN VDE 0295 cl. 5, BS 6360 cl. 5, HD 383 according to VDE 0482-332-1-2, DIN EN
HD 21.1351 and IEC 60227/74 and IEC 60228 cl. 5 60332-1-2/ IEC 60332-1 <equivalent
DIN VDE 0472 part 804 test method Bl
• Temperature range • Special PVC core insulation Tl2 to
flexing -5 octo +70 oc DIN VDE 0281 part 1 • Oil resistant to DIN EN 60811-2-1
• The materials used in manufacture are
fixed installation -40 octo +70 oc • Black cores with white figure imprint to
DIN VDE 0293 cadmium-free and contain no silicone and
• Nominal voltage Uo/U 300/500 v free f rom substances harmful to the
• Green-yellow earth core in t he outer layer wetting properties of lacquers
• Test voltage <3 cores and above>
core/core 2 kV, 5 min Note
core/screen 2 kV, 5 m in • Cores stranded in layers with optimal
lay-length • G = with green-yellow earth core;
• Breakdown voltage min. 4000 v
• Special PVC in ner sheath. TM2 to x = without green-yellow earth core <OZl.
• Insulation resistance DIN VDE 0281 part 1
min. 20 MOhm x km • AWG sizes are approximate equivalent
• Tinned copper braided screening, covering values. The actual cross-section is in mm2•
• coupling resistance approx. 85%
at 30 MHZ 5250 Ohm/km • unscreened analogue type:
• Special PVC outer jacket. TM5 to CH)05VV5·F CCN)YSLYO·JZ), see page A 13
• Minimum bending radius DIN VDE 0281 part 1, HD 21.1.S4/A16
flexing 10x cable 0
fixed installation sx cable 0 • Colour grey <RAL 7001 l
• with meter marking, change-over in 2011
• Radiation resistance
up to 80x106 cJ/kg <up to 80 Mradl

Application

These cables are used for f lexible use for medium mechanical stresses with free movement without tensile stress or forced movements in
dry, moist and wet rooms but not suitable for open air. These are designed as control and connecting cables to machines. tool machineries.
conveyor belts and production lines. These cables are not effected to the chemical influences. Cables for moist and wet rooms. specially
used for machines in breweries. bottling plants and car washing stations.
These cables may be allowed to move once installed provided that the cables are not mechanically stressed during movement.
The interconnection of parts of machines used for manufacturing purposes including machine tools where some degree of protection
against electromagnetic interference is required.
EMC =Electromagnetic compatibillitv
To optimise the EMC features we recommend a large round contact of the copper braiding on both ends.

CE= The product is conf ormed with t he EC Low-Voltage Directive 2006/95/EG.

Pa rt no. No.cores x outer 0 Cop. Weight AWO•NO. Pa rt no. No.cores x Outer 0 Cop. Weight AWO•NO.
cross-sec. approx. mm weight approx. cross-sec. approx.
13170 kg / km 12 13190 approx. mm w eight kg / km
13171 kg / km 12 13191
13172 236,0 12 13192 kg / km 993,0
13173 12,5 124,0 12 13193 1340,0
13175 13,9 178,0 361.0 12 13196 22,9 653 ,0 1626,0
13178 15,7 234,0 430,0 12 13197
13179 17,1 284,0 10 13198 25,5 807,0 2080.0
13180 20.5 321,0 509.0 10 13199 1692.0
13181 25,5 581,0 660.0 10 13189 27,9 940,0 1972,0
13182 979,0 10 13194
13183 14,6 176,0 10 13195 33,9 1345,0 1704.0
13185 15.7 245.0 296.0 13184 2320.0
13186 17.3 316.0 420.0 8 31 ,6 1169.0 2780,0
13187 19,5 442.0 8
13188 579.0 8 35,1 1420.0 2661,0
23.1 530.0 719.0 8 3194,0
19,9 367.0 1031 .0 31.1 1250,0 4247,0
22,0 549,0
24,6 604.0 655.0 34,4 1680.0
29.5 820.0 894,0
37.4 2020.0
927.0
1518.0 36,9 1887.0

40,3 2370,0

44,9 2880,0

Dimensions and specifications may be changed without prior notice. <RA01 l

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Y • CY •J Z flexible. cu-screened, transparent, EMC·preferred type, meter marking

Technical data Cable structure Properties

• Special PVC control cables, adapted to • Bare copper, f ine wire conduct ors, bunch • Extensively oil resistant , oil·/ chem ical
DIN VDE 0281 part 13 stranded to DIN VDE 0295 cl. 5, BS 6360 Resistance · see table Technical
cl. 5 and IEC 60228 cl. 5 Informations
• Temperature range
flexi ng ·15 °C1> to +80 "C • Core insulation of special PVC z 7225 • PVCself-extinguishing and f lam e retardant
fixed installation -40 "C to +80 "C according to VDE 0482·332·1·2, DIN EN
• Black cores w ith continuous whit e 60332·1·2/ IEC 60332· 1 <equivalent
• Nominal voltage Uo/U 300/500 V numbering to DIN VDE 0293 DIN VDE 0472 part 804 test method BJ

• Test voltage 4000 v • Green-yellow earth core in the outer layer • The materials used in manufacture are
• Breakdown voltage m in. 8000 v cadmium-f ree and contain no silicone and
<3 cores and above> free f rom substances harmful to the
• Insulation resistance • Cores stranded in layers with optim al wetting properties of lacquers
min. 20 MOhm x km
lay -lengt h Note
• Mutual capacitance according
to different cross-sections • Special PVC inner sheath • G= with green-yellow earth core;
0,5 m m 2to 2,5 mm 2: • Tinned copper, braided screen, approx. x = without green-yellow earth core <OZJ.
core/core approx. 150 nF/km
core/screen approx. 270 nF/km 85% coverage • unscreened analogue type:
• Transparent special PVC outer sheath JZ-500, see page A 6
• coupling resistance
• with meter marking, change-over in 2011
max. 250 Ohm/km
• Minimum bending radius

flexing 10x cable 0

fixed installation 5x cable 0
• Radiation resistance

up to 80x106cJ/kg <up to 80 Mradl
• 11 cold bending test. impact resistance test

at low temperatures, elongation test at low
temperatures. Tested according VDE 0473
part 811·1·4, EN 60811·1·4

Application

For use as a data and control cable in machinery, computer systems etc. as well as a signal cable for electronics. The high level of screening
ensures a high degree of interference protection. The screening density assures disturbancefree transmission of all signals and im pulses.
The PVC-inner sheaths of t hose cables raise t he mechanical stress. The applied clear transparent PVC outer sheath accentuates t he optical
view of t he tinned copper braid.
EMC = Electromagnetic com patibillity

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Outer 0 cop. Weight AWC·No. Part no. No.cores x Outer B Cop. Weight AWC·NO.
cross-sec. approx. cross-sec. approx. Continuation •
16200 mm2 approx. mm weight kg/km 20 16219 mm• approx. mm weight kg/ km
16169 20 16220
16201 2 X 0.5 kg 1 km 67,0 20 16221 50 GO.S kg 1 km 740.0
16202 3 X 0,5 83,0 20 16222 61 GO.S
16170 3GO,S 7,1 41,0 83,0 20 16223 SO G0,5 20.9 407,0 850.0
16203 4 G 0,5 94.0 20 16224 100 G0,5 22,4 520,0 1080,0
16171 4 X 0,5 7.2 45,0 94,0 20 16173 2 X0,75 1350,0
16204 5G0,5 108,0 20 16225 3 G 0,75 25.2 690,0
16205 5x0,5 7.4 45,0 108,0 20 16196 3 X 0,75 284 805,0 87,0
17172 6G0,5 125,0 20 16226 98,0
16206 7 G0,5 8,0 54,0 136,0 20 161 74 4 C 0,75 7,7 46,0 98,0
16207 7 X0,5 136,0 20 16227 4 X 0.75 113,0
16208 SG0,5 7.8 54,0 150,0 20 16228 8 .0 57,0 113,0
16209 10 G 0,5 170,0 20 16175 5 c 0,75 7.8 57,0 130,0
16210 12 G0,5 8,5 66,0 195,0 20 16229 8.5 63,0 130,0
16211 14 G0,5 223,0 20 16230 5 X 0,75 8.3 63,0 156,0
16212 16 G0,5 8,3 66,0 250,0 20 16231 6 C0,75 9.3 76,0 184,0
16315 18 G 0,5 277,0 20 16232 7 G 0,75 9.1 76,0
16213 20G0,5 9,3 73,0 310,0 20 16233 9,9 82,0 184.0
16214 21 G0.5 20 16234 7 X 0 .75 10,1 100,0 221,0
16215 24 G0.5 9.3 79,0 331.0 20 16235 8 G 0,75 270,0
16216 25 G 0,5 390,0 20 16316 10.4 100,0 292,0
16217 30G0,5 9,5 79,0 407.0 20 16236 10 G 0,75 10.6 112,0 315,0
16218 32 G0,5 520,0 20 16237 11 ,7 140,0 335,0
16453 36 G0,5 9.8 82,0 20 16238 12 c 0.75 358,0
40 G 0,5 550.0 16239 12,7 175,0 420,0
41 G0,5 10,9 107,0 585,0 14 G 0.75 454,0
654,0 16 G 0,75 13.3 190,0 480,0
11,6 137,0 671,0 18 G 0,75 14.1 204,0 508,0
20 G 0,75 14,9 240,0 535,0
12,4 142,0 21 C0,75 640,0
24 G 0,75 15.4 262.0
12,9 147,0 15,4 274,0
25 G 0,75
13.5 156,0 17.3 291,0
14,2 173,0 27 c 0.75 17.3 306,0
17.7 326,0
14.2 189,0 30G 0,75 18.5 340,0

15.6 236,0

15,6 250,0

16,4 297,0

17,1 312,0

17,9 320,0

18.4 345,0

19.1 348,0

c HELUKABEL

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Y·CY·JZ flexible, cu-screened, transparent, EMC-preferred type, meter marking ?tb <P,

Part no. No.cores x Outer B Cop. Weight AWG-No. Part no. No.cores x Outer B Cop. Weight AWG-No.
cross-sec. approx. cross-sec. approx.
16240 mm> approx. mm weight kg/ km 18 16279 approx. mm weight kg/ km
16241 18 16280 kg / km
16242 32 G0 ,75 kg/km 688.0 18 16281 480.0
16454 36 G0,75 730.0 18 16282 15.8 294,0 525,0
16243 40 G0,75 19,1 349,0 950,0 18 16317 16.7 318,0
16244 41 G0,75 19,9 358,0 971,0 18 16283 17,4 386,0 640.0
16245 50 G0,75 1100,0 18 16284 18,5 401,0 690,0
16246 61 G0,75 20,6 371,0 1290,0 18 16285 18,5 447,0 720,0
16248 80 G0,75 21.2 403,0 1510.0 17 16286 20,4 487,0 770,0
16249 100 G0,75 23,2 470.0 1640,0 17 16287 20.6 531,0
16176 25.0 550,0 17 16288 21,6 562,0 805.0
16250 2 X1 28,3 715.0 97.0 17 16456 21.6 598,0 900.0
16177 3G1 103,0 17 16289 23.2 685,0 950.0
16251 3 X1 31,6 910,0 103.0 17 16290 25,0 759.0 1100,0
16178 4G1 8.0 54,0 146,0 17 16291 25.0 840,0
16252 4 X1 8,3 64,0 146,0 17 16292 27.4 997.0 1350.0
16253 5G1 8 ,2 64,0 17 16293 29,2 1120.0 1381,0
16179 5x1 169,0 17 16294 33.4 1360,0 1675,0
16254 6G1 9.0 76,0 169.0 17 16295 37,6 1690.0 1800,0
16255 7G1 8 ,9 76,0 199,0 17 16296 10,1 110.0
16256 7x1 9,7 89,0 219.0 17 16297 10.8 148,0 2300.0
16257 8G1 219.0 17 16298 11.5 169,0 2600,0
16258 10 G1 9.5 89.0 270.0 17 16318 12.8 220.0
16259 12 G 1 10,3 101,0 330,0 17 16299 14,1 284,0 180,0
16260 14 G1 10,5 114,0 350,0 17 16300 216,0
16261 17 16301 16.4 369.0 267,0
16262 16 G1 11,0 114,0 400,0 17 16302 17.9 470.0
16263 18 G1 11,2 130.0 422,0 17 16303 11,8 124,0 347,0
16264 20 G1 12,5 156,0 514,0 17 16304 12,5 178,0 407,0
16265 24 G1 13.3 186,0 17 16305 13,7 234,0
16266 25 G1 14.1 198,0 545.0 17 16306 15,0 284,0 660.0
16455 28 G1 14.8 214,0 640.0 17 16307 16.4 321,0 722,0
16267 30 G1 689.0 17 16308 13.7 176,0
16268 34 G1 15.6 284,0 710,0 17 16309 14,4 245,0 302,0
16269 40 G1 16,3 325,0 762,0 17 16310 15,7 316.0 340,0
16270 41 G 1 18.2 366,0 17 16311 17,3 442.0
16271 50 G1 18,4 387,0 910,0 16 16312 410.0
16272 61 G 1 1070,0 16 16313 19.0 530.0 502.0
16180 80 G1 19,2 421,0 1092,0 16 16460 16.6 260.0 638,0
16273 100 G1 19.6 457,0 1315.0 16 16314 17.6 367,0
16181 20,9 500,0 1370.0 16 16461 19,4 549.0 350.0
16274 2 X 1.5 1610.0 16 16462 21.3 604.0 450.0
16182 3 G1,5 21 ,5 536.0 1840.0 16 16463 23,6 820.0
16275 3 X 1,5 22,2 578,0 16 16464 23,4 807,0 559.0
16183 4 G1,5 25,4 681,0 130.0 16 16465 26,0 940,0 702,0
16276 4 X 1,5 152,0 16 16157 907,0
16277 SG 1,5 26.1 710,0 152,0 16 16466 28,3 1169.0
16278 sx 1,5 29,8 940.0 16 16158 31 5 1420,0 500.0
7 G1,5 34.2 1180,0 168.0 16467 32,4 1680 .0 750,0
168.0 16159 36.5 2020.0 1020,0
7 X1.5 8,6 64,0 202.0 16468
8 G1,5 202 ,0 16160 38.6 2370.0 1115.0
9.2 82.0 304,0 16167 430 2880.0 1500.0
10 G1.5 9,0 82,0 16168 46,1 3257,0 1380,0
12 G1,5 9,8 99,0 304.0 1553,0
9,6 99,0 336,0 50,9 4032,0
420,0 51,1 4060.0 1890,0
10.8 123,0 434.0 56.0 5244.0 2270,0
10,5 123,0 56.5 5231.0
62.1 6624.0 2390.0
11,7 148,0 64,6 7760.0 2885.0
12,1 148,0 70.6 8496.0 3315,0
12,6 172.0 4150.0
13,8 198,0
14,9 274,0 4600,0
5750,0
6060,0
7580,0

7315.0
9150.0

9680.0
10170.0

Dimensions and specifications may be changed without prior notice. <RA01)

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SY·JZ flexible, number coded, with steel wire braiding, meter marking

Technical data Cable structure Properties

• Special PVC control cable in accordance to • Bare copper. f ine wire conductors.to • Extensively oil resistant. oil-/ chemical
DIN VDE 0281, 0293, 0295 DIN VDE 0295 cl. 5, BS 6360 cl. 5 and Resistance - see table Technical
IEC 60228 cl. 5 Informations
• Temperature range
f lexing -15 •c11 to +80 •c • Core insulation of special PVC Z 7225 • PVC self-extinguishing and flame retardant
f ixed installation -40 •c to +80 •c according to VDE 0482-332-1 -2. DIN EN
• Black cores with white figure imprint to 60332-1-2/ IEC 60332 -1 <equivalent
• Nominal voltage Uo/U 300/500 v DIN VDE 0293 DIN VDE 0472 part 804 test method Bl f or
outer jacket grey
• Test voltage 4000 v • Green-yellow earth core in the outer layer
• Breakdown voltage min. 8000 v • The materials used in manufacture are
<3 cores and above> cadmium-free and contain no silicone and
• Insulation resistance • cores stranded in layers with optimal f ree from substances harmful to the
m in. 20 MOhm x km wetting properties of lacquers
lay-length
• Minimum bending radius • Special PVC inner jacket Note
flexing 20x cable 0
fixed installation 6x cable 0 • Galvanized steel wire braid • G =with green-yellow earth core;
x =without green-yellow earth core <OZl.
• Radiation resistance • Special PVC outer jacket
up to 80x106 cJ/kg <up to 80 Mradl • Colour transparent <also available in grey> • Further dimensions available on request.
• These cables con be also delivered with
• 11cold bending test. impact resistance test • with meter marking, change-over in 2011
at low temperatures. elongation test at low coloured conductors <SY-JBl.
temperatures. Tested according VDE 0473 • AWG sizes are approximate equivalent
part 811-1-4, EN 60811-1-4
values. The actual cross-section is in mm2•
• Cleanroom qualification tested with analog

type. Please note "cleanroom qualified"
when ordering
• screened analogue type:
SY·JB, see page A 40

Application

SY·JZ cables are used as measuring and control cables in tool machinery, plant installation. power stations and in data equipment. The braided
screen offers best possible protection against mechanical damage. The galvanized coating on t he steel wire braiding not only helps protect
against corrosion. but also notably improves the soldering performance.
The clear transparent outer sheath gives the cable in addition an optical revaluation.

CE= The product is conformed with t he EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Outer 0 Cop. Weight AWC· NO. Part no. No.cores x Outer" Cop. Weight AWC•NO.
cross-sec. approx. cross-sec. approx.
12001 mm2 approx. mm w eight kg 1 km mm2 approx. mm weight kg/ km 18
12002 18
12003 2 x0,5 kg / km 80,0 18 G0,75 kg 1 km 388,0 18
12004 3G0,5 92,0 21 G 0,75 474,0 18
12005 7,3 9.6 102,0 20 12027 25 G 0,75 15.0 130.0 18
12006 4 G0.5 119,0 20 12028 32 G 0,75 503.0 18
12007 5G0,5 7.6 14,4 157,0 20 12029 34 G0,75 15,5 151,0 644,0 18
12008 205,0 20 12030 41 G0,75 663,0 18
12009 7 G0.5 8,2 19,2 218,0 20 12031 50 G 0,75 17.3 180,0 741,0 17
12010 10 G0,5 242,0 20 12032 61 G 0,75 925,0 17
12114 8,9 24,0 340,0 20 12033 19,1 230.0 1082,0 17
12012 12 G0.5 370,0 20 12034 2 X1 17
12013 14 G0,5 9,5 33,6 20 12035 3G1 19,9 245,0 112,0 17
12014 18 G0,5 406.0 20 12036 4G1 132,0 17
12015 21 G 0,5 11,1 48,0 439,0 20 12037 5G1 21.2 296,0 143,0 17
12016 20 12038 6G1 166,0 17
12017 25 G0.5 11,8 58,0 500.0 20 12039 7G1 23.2 360,0 17
12018 30G0.5 565,0 20 12040 8G1 22.0 17
12011 35 G0,5 12,5 67,0 20 12041 9G1 25,2 439,0 227,0 17
12019 40G0,5 593.0 20 12042 12 G 1 277,0 17
12020 13,6 86,0 690,0 20 12043 14 G1 8,2 19,2 17
12021 42 G0.5 20 12044 18 G 1 295.0 17
12022 50 G0,5 14,3 101,0 843.0 20 12045 20 G 1 8,5 28.8 340,0 17
12112 61 G 0,5 1050,0 18 12046 25 G 1 420.0 17
12023 80G0,5 15,7 120,0 1240,0 18 12047 34 G 1 9,2 38.4 500.0 17
12188 100 G0,5 18 12048 36 G 1 532,0 17
12024 16,4 144,0 98,0 18 12049 41 G 1 9,9 48,0 664,0 17
12113 2 X 0,75 103,0 18 12050 50 G 1 17
12025 3 G0,75 17,9 168,0 18 12051 56G1 10,5 58,0 845,0 17
12026 4 G0,75 122,0 18 12052 61 G 1 857,0 17
5 G0.75 18,4 192,0 142,0 18 12053 65G1 10,7 67,0 993.0
6 G 0,75 18 12054 BOG 1 1112,0 Continuation •
7 G0,75 19,1 202,0 180,0 18 12055 100 G 1 11.3 77.0
185,0 18 12056 1225.0
8 G0,75 20,9 240,0 201,0 12,6 86,0 1306.0
9 G0.75 c HELUKABEL 1504,0
10 G0,75 22.4 293,0 249.0 13.4 115,0 1750,0
12 G0,75 252,0 1950,0
15 G0,75 25,4 384,0 292,0 14,2 134.0

28,6 480,0 335,0 15.7 173,0

7,9 14.4 16,3 192,0

8,2 21 ,6 18.4 240,0

8.7 28,8 20,9 326,0

9,5 36,0 20,9 346,0

10.1 43,2 22,2 394,0

10,3 50,0 24.4 480,0

10.8 57.6 25,5 538,0

11.8 65.0 26,3 586,0

11,8 72,0 26,9 624,0

12.8 86.0 30,0 768,0

14.2 108,0 34.6 960,0

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SY·JZ flexible, number coded, with steel wire braiding, meter marking - ~ <P,

Part no. No.cores x Outer D Cop. Weight AWC·No. Part no. No.cores x outer" Cop. Weight AWC·No.
cross-sec. approx. cross-sec. approx. mm weight approx.
12057 mm• approx. mm weight kg/ km 16 12115 kg/km
12058 kg 1 km 16 12091 kg 1 km
12059 2 X1,5 129,0 16 12092 117,0 350,0
12060 8,8 29,0 149,0 16 12093 154,0
12109 3 G 1.5 185,0 16 12094 192.0 428.0
12061 4 G 1,5 9.4 43,0 205,0 16 12095 504,0
12062 5 G1,5 10.0 58,0 16 12096 269.0 640,0
12063 10,9 72,0 255.0 16 12097 422.0 1204,0
12064 6 G1.5 285,0 16 12098 230,0
12065 7 G1.5 11,8 87.0 16 12099 288.0 571.0
12066 11,8 101,0 340.0 16 12100 403,0 671.0
12067 8 G1.5 347,0 16 12101 384,0 845,0
12068 9 G1.5 12,7 115,0 418,0 16 12102 480,0 943,0
12069 10 G1.5 430,0 16 12103
12070 11 G 1,5 13,9 130,0 444,0 16 12104 672.0 1065.0
12071 12 G1,5 533,0 16 12105 614,0 1551.0
12072 14 G 1.5 13,9 144,0 16 12106 768.0 1360,0
12073 18 G1,5 593.0 16 12107 1075,0 1740,0
12074 25 G 1,5 15,0 158,0 781,0 16 12108 2166,0
12075 1015.0 16 12116 960.0
12076 32 G1.5 15,0 173.0 1124.0 16 12111 1200,0 2020.0
12077 34 G1.5 1401.0 14 12117 2465.0
12078 42 G 1.5 15,8 202,0 1583,0 14 12110 1344,0 2570,0
12079 50G 1,5 1810,0 14 12118 1680,0 3185,0
12080 61 G 1,5 17,4 259.0 2316,0 14 12119
12081 20,6 360,0 2900,0 14 12327 1920,0 3513,0
12082 80G1.5 14 2400,0 4248,0
12083 100 G1,5 22.3 461,0 185,0 14
12084 23.2 490,0 248,0 14 2688.0 4810.0
12085 2 X2,5 25.2 605,0 14 3360.0 5880,0
12086 3 G2,5 27,6 720,0 290.0 14 3648.0
12087 347.0 14 4560,0 6360,0
12088 4 G2.5 29.4 878,0 420.0 14 8071,0
12089 5 G2.5 33,8 1152,0 660,0 14 4608.0
12090 1 G2.5 14 5760,0 8170.0
12 G2,5 38.0 1440,0 750.0
893.0 9970.0
14 G2,5 10,2 48,0 1169,0
18 G 2.5 1458,0
20 G2,5 10.9 72.0 1686.0
25 G2.5 11,6 96,0 1869.0
30G 2,5 12,9 120,0 2200.0
34 G2.5 14,2 168,0 3000,0
50G 2.5 17,7 288,0
61 G2,5
18.8 336,0

21.0 432.0

22.1 480,0
24,4 600,0

26.0 720,0
28,4 816,0

34,0 1200,0
36.3 1464,0

Dimensions and specif ications may be changed without prior notice. !RA01l

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JZ-600•Y •CY flexible. number coded, 0,6/1kV, cu screened meter marking, ~
MEOI
EMC·preferred type

. ..~ HELUKABEL JZ-600 Y-CY 4G2.5 OMM / 11576 0,6/1 kV 001041 222 CE:
~~

lRoHS l

Technical data cable structure Properties

• In accordance to DIN VDE 0262/12.95 and • Bare copper. fine wire conductors. • Extensively oil resistant. oil-/ chemical
DIN VDE 0281 part 13 according to DIN VDE 0295 cl. 5, BS 6360 Resistance - see table Technical
cl. 5 and IEC 60228 cl. 5 Informations
• Temperature range
flexing -15 °C1 l to +80 oc • Special PVC core insulation Tl2, to • PVC self-extinguishing and flame retardant
fixed installation -40 oc to +90 oc DIN VDE 0281 part 1 according to VDE 0482-332-1-2, DIN EN
60332-1-2/ IEC 60332-1 <equivalent
• Nominal voltage Uo/U 0,6/1 kV • Black cores with sequential numbering DIN VDE 0472 part 804 test method B>
imprinted in white. according to
• Test voltage 4000 V DIN VDE 0293 • The materials used in manufacture are
cadmium-free and contain no silicone and
• Breakdown voltage min. 8000 v • Green-yellow earth core in the outer layer free from substances harmful to the
(3 cores and above> wetting properties of lacquers
• Insulation resistance
min. 20 MOhm x km • Cores stranded in layers with optimal • uv resistant
lay-length
• Power rating Note
according to DIN VDE 0298 • PVC-insulated inner sheath
• G = with green-yellow earth core;
• Minimum bending radius • Braided screen of t inned cu wires. x = without green-yellow earth core <OZ>.
flexing 10x cable 0 coverage approx. 85%
fixed installation 5x cable 0 • Further sizes are available upon request.
• Special PVC outer sheath TM2. to • AWG sizes are approximate equivalent
• Radiation resistance DIN VDE 0281 part 1
up to 80x106 cJ/kg <up to 80 Mrad> values. The actual cross-section is in mm2.
• colour black <RAL 9005> • unscreened analogue type:
• coupling resistance
max. 250 Ohm/km • with meter marking, change-over in 2011 JZ-600, see page A 16

• 11cold bending test, impact resistance test
at low temperatures, elongation test at low
temperatures. Tested according VDE 0473
part811-1-4, EN 60811-1-4

Application

Wiring cable for measuring and controlling purposes in tool machinery, conveyor belts and production lines. for plant installations. air
conditioning and in steel production plants and rolling mills. Suitable for installation for flexible use for medium mechanical stresses with
free movement without tensile stress or forced movements in dry, moist and wet rooms as well as outside <fixed installation>. Is not suitable
to be used as direct burrial- or as underwater cable. The cores have been numbered in such a way that the numbers are easily identifiable,
even if the cable has only been stripped back a few em. The core numbers have been underlined to avoid confusion. The earth core is located
in the outer layer. The black, special PVC outer sheath is resistant to the ultra violet radiation. Mainly used in South-European. Eastern and
Arabian countries. Interference-free transmission of signals and pulses is assured by the high degree of screening.

EMC =Electromagnetic compatibility

To optimise the EMC features we recommend a large round contact of the copper braiding on both ends.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x Outer 0 Cop. weight AWC-No. Part no. No.cores x outer 0 Cop. Weight AWC·NO.
cross-sec. approx. cross-sec. approx.mm weight approx.
11464 mm• approx. mm weight kg/km 20 11516 mm• kg t km 17
11465 20 11517 kg/km 17
11466 2X0.5 kgtkm 129,0 20 11518 2X1 150.0 17
11467 3 C0.5 150,0 20 11519 3C1 9.4 54,0 163.0 17
11469 4 GO.S 8.5 41.0 20 11521 4G1 200.0 17
11472 5G0.5 170.0 20 11525 5C1 9.8 64.0 239.0 17
11475 7 GO.S 8.8 45.0 199.0 20 11528 7 G1 289.0 17
11478 12 G0.5 235.0 20 11532 12 G 1 10.6 76.0 464.0 17
11489 18 G0,5 9,6 54.0 320,0 18 11546 18 G1 11,4 89.0 628.0 16
11490 428.0 18 11547 855,0 16
11491 25 G0,5 10,2 66,0 503,0 18 11548 25 c 1 12.5 114.0 16
11492 2 X0,75 18 11549 162.0 16
11494 3 G0,75 11,1 79.0 143,0 18 11551 2 X1,5 15.7 186.0 187,0 16
11498 4 G0,75 155,0 18 11556 3 G 1,5 240,0 16
11501 5 G0,75 14,0 137,0 190,0 18 11559 4 G 1,5 18.4 284.0 289,0 16
11504 228,0 18 11563 5 G 1,5 21.6 387,0 383,0 16
7 c 0,75 16.2 156.0 592,0
323.0 7 c 1,5 10,6 64.0 806,0 Continuation •
12 G0,75 19.1 250,0 410,0 12 c 1.5 11,1 82.0
560,0 11,8 99.0 1241,0
18 c 0,75 8,8 46.0 18 G 1,5 13,1 123.0
25 c 0 ,75 730,0 14,2 148,0
9,3 57,0 25 c 1,5
18,1 274,0
9,9 63,0
21.4 386,0
10,8 76.0
24.9 531,0
11,5 100,0

14,8 175,0

17,1 240,0

20.2 306,0

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JZ-Goo-v-cv flexible, number coded, 0,6/1kV, cu screened meter marking, ~
ME01
EMC-preferred type

Part no. No.coresx outer" Cop. Weight AWC·NO. Part no. No.cores x Outer e Cop. Weight AWC·NO.
cross-sec. approx.
11574 approx. mm weight approx. 11608 approx. mm weight kg / km
11575 11609
11576 kg /km kg/ km 11610 kg 1 km 1395.0
11577 11611 1870.0
11578 12.1 110.0 272.0 11612 23,7 653.0 2720.0
11580 298,0 11613 3213.0
11582 1'2,7 148,0 11614 '26.1 807,0 2465,0
11584 345.0 11615 2750,0
11590 13,8 169,0 427,0 11616 29.0 940,0 3490,0
11591 561,0 11617
11592 15.1 220,0 857,0 11618 31,8 1345,0 4980,0
11593 1355,0 11619 3230,0
11594 16.6 284,0 11620 28.7 920,0 4100,0
11596 1995.0 11621 4950,0
1'1597 21,3 470.0 306,0 11622 31.7 1169,0
11598 11623 4590.0
11599 25.4 572,0 391,0 11624 35,0 1420,0 5780.0
11600 527.0 11625 7210.0
11601 29.6 740,0 700,0 11626 38,4 1921,0 5610,0
11602 920,0 11627
11603 13,8 124,0 11628 31,2 1250,0 7480.0
11604 1510,0 11629 9390,0
11605 14.4 178,0 420~0 13137 34,5 1680,0
11606 629.0 13147 8585,0
11607 15,7 234,0 731.0 38,1 2020.0 10220,0
13800,0
17,3 284,0 1105,0 36,9 1887,0
11105,0
19,0 321,0 1465.0 40.7 2370.0 13750.0

24.4 581,0 845.0 45.2 2880.0 15990.0
1125.0 18470,0
15,2 176,0 1345,0 41,8 2516,0
1635.0
15,9 245,0 2210.0 46,0 3257,0
1150,0
17,3 316.0 50.4 4032,0

19,2 442,0 46,8 3086.0

21.0 530,0 51,3 4060,0

18.6 260,0 56.4 5244.0

19,7 367,0 51,9 4176,0

21,5 549,0 56,4 5:231,0

23.7 604,0 64,3 7760,0

26.0 820,0 67,5 8104,0

22,4 491 ,0

Dimensions and specifications may be changed w ithout prior notice. <RA01l

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Y •CY •J B flexible, cu-screened, transparent, EMC·preferred type, meter marking , A ~

RoH~

Technical data Cable structure Properties

• Special PVC control cable in accordance to • Bare copper, f ine wire conductors. bunch • Extensively oil resistant, oil-/ chemical
E DIN VDE 0281 part 13 stranded to DIN VDE 0295 cl. 5, BS 6360 Resistance -see table Technical
cl. 5 and IEC 60228 cl. 5 Informations
• Temperature range
flex ing -15 °C11 to +80 °C • Core insulation of special PVC z7225 • PVC self-extinguishing and flame retardant
according to VDE 0482-332-1-2, DIN EN
fixed installation -40 oc to +80 oc • Core colour coded to JB/OB colour code 60332-1-2/IEC 60332-1 <equivalent
• Green-yellow earth core in the outer layer DIN VDE 0472 part 804 test method B>
• Nominal voltage
Uo/U 300/500 V to 1.5 mm2 <3 cores and above> • The materials used in manufacture are
Uo/U 450/750 Vat 2.5 mm< • Cores stranded in layers with optimal cadmium-free and contain no silicone and
free from substances harmful to the
• Test voltage 4000 V Jay-length wetting properties of lacquers
• Special PVC inner sheath
• Breakdown voltage m in. 8000 v Note
• Tin ned copper. braided screen. approx.
• Insulation resistance 85% coverage • G =with green-yellow earth core;
min. 20 MOhm x km x = without green-yellow earth core <OB>.
• Transparent special PVC outer sheath
• Mutual capacitance according to • by 5 cores with VDE -Reg. No.
different cross-sections • with meter marking, change-over in 2011 • AWG sizes are approximate equivalent
0.5 mm2to 2.5 mm2:
core/core approx. 150 nF/km values. The actual cross-section is in mm2.
core/screen approx. 270 nF/km • unscreened analogue type:

• coupling resistance JB-500. see page A 21
max. 250 Ohm/km JB-750, see page A 22

• Minimum bending radius
flexing 10x cable 0
fixed installation 5x cable 0

• Radiation resistance
up to 80x106 cJ/kg <up to 80 Mrad>

• 1• cold bending test, impact resistance test
at low temperatures, elongation test at low
temperatures. Tested according VDE 0473
part 811-1-4. EN 60811-1-4

Application

For use as a data and control cable in machinery, computer systems etc. as well as a signal cable for electronics. The high level of screening
ensures a high degree of interference protection. The screening density assures disturbance-free transmission of all signals and impulses.
The PVC-inner sheaths of those cables raise the mechanical stress. The applied clear transparent PVC outer sheath accentuates the optical
view of the tinned copper braid. These cables are suitable for flexible use for medium mechanical stresses with free movements.
The dense screening assures disturbance-free transmission of all signals and impulses. An ideal disturbance-free control cable for the above
application.
EMC = Electromagnetic compatibillity
To optimise the EMC features we recommend a large round contact of the copper braiding on both ends.

C€= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Pa rt no. No.cores x outer" Cop. w eight AWC·NO. Part no. No.cores x Outer" Cop. Weight AWC·NO.
cross-sec. approx. mm w eight approx. cross-sec. approx. mm weight approx.
kg 1 km 16137 kg /km 14
kg / km 16138 kg /km 14
67.0 16139 180.0 14
7,1 41,0 83.0 16140 11.3 110.0 216,0 14
7.4 45,0 94.0 16141 12
8.0 54.0 108,0 16142 11.8 148.0 267.0 12
8.5 66.0 16143 12,7 169.0 3 47.0 12
7,7 46.0 87.0 16144 14,1 220.0 12
8.0 57,0 98.0 16145 302.0 10
8.5 63.0 113.0 16146 13,4 124,0 340,0 10
9,3 76,0 16147 410.0 10
8,0 54,0 130.0 16148 14,2 178.0 10
8,3 64,0 97.0 16149 15.3 234.0 502.0
9.0 76,0 16150 16,8 284.0 350,0 8
9,7 89,0 103.0 1 615 1 14,7 176.0 8
146.0 16152 450,0 8
8,6 64.0 169,0 15.4 245.0 559.0 8
9.2 82.0 16,8 316.0 702,0
9.8 99,0 130.0 18,6 442,0 Continuation •
10,8 123,0 152.0 500.0
168.0 18.0 260.0 750.0
202,0 1020,0
19.1 367.0 1115,0
21,1 549.0
23.3 604,0

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Y • CY •J B flexible. cu-screened, transparent, EMC-preferred type, meter marking

Part no. No.cores x Outer Cit Cop. weight AWC·No. Part no. No.cores x AWC•NO.
cross-sec. approx. mm weight approx.
kg / km 6 2/0
kg / km 6 3/0
1380,0 4 4/0
807.0 1553,0 4 3001<cmll
940,0 2 3501<cmil
1890,0 2
1169.0 2270,0
1420,0
1680,0 2390,0
2020,0
2885.0

Dimensions and specificat ions may be changed without p rior notice. IRA01l

Conduits

Corrugated tubes
for standard applications
for lager sizes
scissile corrugated tubes
conduit glands

High flexible conduits
plastic conduits with spiral spring
metal conduits
conduits glands

Conduit for heavy mechanical duty
metal conduits with plastic sheat
plastic conduits
conduits glands for metal conduits

You can find conduits in our catalog Cable Accessories.
Request it now at www.hitechcontrols.com

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SY·JB flexible. colour coded. with steel wire braiding, meter marking

/

RoHm

Technical data Cable structure Properties

• Special PVC control cables • Bare copper. fine w ire conductors. to • Extensively oil resistant. oil-/ chemical
DIN VDE 0295 cl. 5. BS 6360 cl. 5 and Resistance - see table Technical
• Adapted to DIN VDE 0281. 0293. 0295 IEC 60228 cl. 5 Informations

• Temperature range • Core insulation of special PVC Z 7225 • PVC self-extinguishing and flame retardant
f lexing -15 •c1lto +80 "C according to VDE 0482-332-1-2, DIN EN
f ixed installation -40 •c to +80 •c • cores colour coded as per JB/OB colour 60332-1-2/ IEC 60332-1 <equivalent
code. see Technical Informations DIN VDE 0472 part 804 test method Bl
• Nominal voltage
Uo/U 300/500 V up to 2.5 mm2 • Green-yellow earth core in the outer layer • The materials used in manuf acture are
Uo/U 450/750 vas of 4,0 mmz <3 cores and abovel cadmium-free and contain no silicone and
free from substances harmful to the
• Test voltage 4000 v • cores stranded in layers with optimal wetting properties of lacquers
lay-length
• Breakdown voltage min. 8000 v Note
• Special PVC inner jacket
• Insulation resistance • G=with green-yellow earth core;
min. 20 MOhm x km • Galvanized steel wire screening x = without green-yellow earth core <OBl.
• Special PVC outer jacket
• Minimum bending radius • Further dimensions available on request.
flexing 20x cable 0 • Colour transparent <also available in greyl • AWG sizes are approximate equivalent
fixed installation 6x cable 0
• w ith meter marking, change-over in 2011 values. The actual cross-section is in mm2 •
• Radiation resistance • Please note the clean room qualification
up to 80x106 cJ/kg <up to 80 Mradl
when ordering.
• 11cold bending test. impact resistance test • screened analogue type:
at low temperatures. elongation test at low
temperatures. Tested according VDE 0473 SY-JZ, see page A 34
part 811-1-4. EN 60811-1-4

Application

SY-JB cables are used as measuring and control cables in tool machinery, plant installation. power stations and in data equipment. The
braided screen offers best possible protection against mechanical damage. The galvanized coating on the steel wire braiding not only helps
protect against corrosion. but also notably improves t he soldering performance.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG

Part no. No.cores x Outer" Cop. Weight AWC•NO. Part no. No.cores x outer" Cop. Weight AWC•NO.
cross-sec. approx. cross-sec. approx. mm weight approx.
12200 approx. mm weight kg /km 20 12277 kgtkm
12201 20 12278 kg/km
12202 kgtkm 80.0 20 12279 185.0
12203 92,0 20 10,2 48.0
12204 7.3 9,6 20 ~2280 248.0
12205 102.0 20 10,9 72.0 290.0
12206 7,6 14,4 119,0 20 12281 11,6 96,0 347.0
12218 157,0 18 12282 420.0
12219 8.2 19,2 18 12291 12.9 120.0 660,0
12220 205.0 18 12318 14,2 168.0 330,0
12221 8.9 24.0 218,0 18 12292
12312 18 12293 17.7 288,0 375,0
12222 9.5 33,6 98,0 18 12294 13,5 77,0 428,0
12223 103,0 18 12295 504,0
12313 11,1 48.0 18 12296 14.3 115.0 640,0
12224 122.0 18 12297 15.4 154,0
12234 11,8 58,0 142,0 17 12298 16,9 192,0 543,0
12235 17 12319 571,0
12236 7.9 14,4 180,0 17 12299 16.4 269,0 671,0
12237 185,0 17 12300 845,0
12238 8,2 21,6 249,0 17 12301 15,5 173.0
12239 17 12320 16,9 230,0 735.0
12240 8.7 28,8 252,0 17 12302 943.0
12241 292,0 17 12303 18,6 288,0 1065.0
12242 9.5 36,0 112,0 17 12304 1551.0
12256 132,0 16 12321 20,6 403,0
12257 10,1 43,2 143,0 16 12305 1080.0
12258 166,0 16 12306 19.1 288.0 1360,0
12259 10,3 50,0 16 12322 21,1 384,0 1740,0
12260 220.0 16 12307 2166,0
12261 11,8 65.0 227.0 16 12308 23.3 480.0
12262 277.0 16 12323 25.4 672.0 1630,0
12263 11,8 72 ,0 295,0 16 12309 23,1 461.0 2020,0
12264 340,0 16 12314 25.5 614,0
12265 12,8 86,0 16 12324 28,2 768.0 2465.0
12266 129.0 16 12310 31,0 1075,0 1932.0
8,2 19.2 149,0 12 315 2570,0
185,0 28.4 720,0 3185,0
8.5 28,8 31,2 960,0
205.0 2679.0
9.2 38,4 255,0 34,5 1200.0 3513,0

9.9 48,0 285.0 30,9 1008,0 4248.0
340.0
10,5 58,0 347,0 34,0 1344,0 2790.0
418.0 4810.0
10,7 67,0 430.0 37,7 1680,0 5880.0
444.0
11,3 77.0 37.0 1440,0
40,6 1920.0
12,6 86, 0 45,2 2400.0

13.4 115,0 42,3 2016,0

8.8 29.0 46,3 2688.0
50,7 3360.0
9.4 43.0

10,0 58,0

10.9 72.0

11,8 87,0

11,8 101.0

12,7 115.0

13,9 130.0

13,9 144,0

15,0 158.0

15.0 173.0

Continuation •

c HELUKABEL

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SY·JB flexible. colour coded, with steel wire braiding, meter marking

Part no. No.cores x Outer 0 Cop. Weight AWC·No. Part no. No.cores x Outer o Cop. Weight AWC·No.
cross-sec. approx. mm w eight approx. cross-sec. approx.
12325 mm> kg / km 310 12326 mm> approx. mm weight kg/ km 410
12311 kg / km 310 12317 4/0
12316 3G95 4870.0 310 12328 3 G120 kg/km 6230,0 300kcmil
4G95 47,1 2736,0 6360,0 4G120 8170,0
5 G95 51,3 3648.0 8071,0 51.8 3456,0
56,3 4560,0 4 G150 9970.0
56.4 4608,0

64,2 5760,0

Dimensions and specifications may be changed w ithout prior notice. IRA01>

Tools

Cable shears
Box spanners
Strippers
Crimping tools
Pliers
Skinning knife

You can find tools in our catalog Cable Accessories.
Request it now at www.hitechcontrols.com

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JZ·SOO PUR
P.URO·JZ I

PUR·ORANCE
PUR·YELLOW
HOS BO·F I H07 BO·F (NCMH11Y0)

UN I PUR
PUR•750
JZ SOO·FC·PUR
F·C·PURO·JZ
YO·C·PURO·JZ
UNIPUR·CP
PUR·C·PUR

Photo: HOller Hille GmbH

PUR control Cables

The machinery and plant industries but especially HELUKABEL®in co-operation with the leading
the tool making industries are working particular- machine and plant industries have developed
ly with mineral oils, alkalis and aggressive collant suitable and application orientated cables.
emulsions and under difficult working environ -
mental conditions. These cables are tested, among other things,
with PUR cables are tested among the others,
Due to these conditions the electrical control mineral and synthetic oils, cutting oils, coolant
cables, data cables as well as cables for trailing emulsions. etc. For the operation in power
chains have to perform to exceptionally high trailing chains, these cables are tested to
standards. Flexibility, abrasion and oil resistance mult imillion alternating bending cycles.
have to be guaranteed.
Consequently we believe that we can deliver the
right cable for your application needs.

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MEOI
JZ-500 PUR tear and coolant resistant, meter marking

HEWKASEL .JZ-800 PUR 404 QIIM /23378 3001100 V 001043025 C€

RoHS

Technical data Cable structure Properties

• Special PUR cables adapted to • Bare copper, fine wire conductors, bunch • Resistant to
DIN VDE 0281 stranded to DIN VDE 0295 cl. 5, BS 6360 UV-Radiation. Oxygene. ozone and
cl. 5 and IEC 60228 cl. 5 hydrolysis Microbes
• Temperature range
• Special PVC core insulation Tl2, according • Low adhesion. matt surface
flexing -5 •c to +80 •c to DIN VDE0281 part 1 • self-extinguishing and f lame retardant
fixed installation -40 •c to +80 •c
• Black cores with continuous white according to VDE 0482-332-1-2, DIN EN
• Nominal voltage Uo/U 300/500 v numbering according to DIN VDE 0293 60332-1-2/ IEC 60332-1 <equivalent
DIN VDE 0472 part 804 test method Bl
• Test voltage 4000 V • Green-yellow earth core in the outer laver • The materials used in manufacture are
<3 cores and abovel cadmium-free and contain no silicone and
• Breakdown voltage min. 8000 v free from substances harmful to t he
• Cores stranded in layers with optimal wetting properties of lacquers
• Insulation resistance lay-length
min. 20 MOhm x km Note
• Special full-polyurethane outer jacket
• Minimum bending radius TMPU, to DIN EN 50363 -10-2 • G =with green -yellow earth core;
flexing 7,5x cable 0 x =without green-yellow earth core <OZ>.
fixed installation 4x cable 0 • Sheath colour grey <RAL 7001l
• AWG sizes are approximate equivalent
• Radiation resistance • Jacket also available in other colours values. The actual cross-section is in mm2•
up to 100x1oscJ/kg <up to 100 Mradl • with meter marking, change-over in 2011
• screened analogue type:
JZ-500-FC-PUR. see page A 52

Application

JZ-500 PUR is an extremely robust control cable with high abrasion and tear resistant properties. Due to its high resistance coolant emulsions,
it is especially suited for use in t he machine, tool making and plant industries as well as in the steel industry for difficult and problem areas.
The high flexibility of t his cable type makes it quick and easy to install. Suitable for outdoor lying.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer II!J cop. Weight AWC-NO. Part no. No.cores x outer 0 Cop. weight AWC-NO.
cross-sec. approx. mm weight approx. cross-sec. approx.
23314 kg/ km 20 23352 approx. mm weight kg /km
23315 mm2 kg/km 20 23353
23316 2 x0.5 45.0 20 23354 kg/km 115.0
23317 3 G0.5 4,9 9,6 55.0 20 23355 166,0
23318 3 x0.5 55,0 20 23356 8,1 67.0 201 ,0
23319 4G0,5 5.2 14.4 65,0 20 23357
23320 4 x0,5 5,2 14,4 20 23358 9.8 96.0 289,0
23321 65.0 20 23359 380,0
23322 5G0,5 5,6 19.0 75,0 20 23360 10,4 115,0
23323 5x0.5 5,6 19,0 75,0 20 23361 645,0
23324 7 GO,S 90,0 20 23362 12,9 173,0 730,0
23325 6,3 24.0 90,0 20 23363
23326 7 x0.5 6,3 24.0 20 23364 15,4 240,0 890,0
23327 10 G0,5 120.0 20 23365
23328 12 G0.5 6,9 33,6 135,0 20 23366 17,9 326,0 68.0
23329 18 G0,5 6,9 33.6 205,0 18 23367 87.0
23330 25 G0,5 8,3 48.0 270,0 18 23368 19.4 403,0 87.0
23331 8,8 58.0 18 23369 106,0
23332 34 G0,5 11,0 86.0 380,0 18 23370 21,2 480,0 106,0
23333 42 G0,5 12,9 120.0 415,0 18 23371 131,0
23334 14,9 163.0 18 23372 6.4 29.0 131,0
23335 2 x0.75 16,1 202.0 44,0 18 23373 173,0
23336 3 G0.75 53,0 18 23374 6,8 43,0
23337 3 x0.75 5,3 14.4 18 23375 173.0
23338 4 G0,75 5,6 21.6 53.0 18 23376 6,8 43,0 293.0
23339 4 X0,75 5,6 21,6 64,0 18 23377 454.0
23340 5 G0,75 64,0 18 23378 7.4 58,0 641,0
23341 5 X0,75 6,3 29,0 76,0 18 23379 800,0
23342 7 G0,75 76,0 18 23380 7.4 58,0
23343 7 X0,75 6,3 29,0 96,0 18 23381 110.0
23344 96,0 17 23382 8,3 72,0 146.0
23345 10 G0.75 6,9 36,0 17 23383
23346 12 G0.75 140.0 17 23384 8.3 72.0 183.0
23347 18 G0,75 6,9 36,0 170.0 17 23385 222.0
23348 260,0 '17 23386 9,2 101,0 293,0
23349 25 G0.75 7,5 50.0 282,0 17 23387 512,0
23350 34 G0,75 7,5 50,0 475,0 17 23388 9.2 101.0
23351 17 291,0
42 G0.75 9,2 72.0 600,0 12,0 173,0 355,0
2X1 9,8 86,0 53,0 503,0
63,0 14,6 259,0 468,0
3G1 12.2 130,0 63,0 570,0
3x1 14,3 180,0 75,0 17.4 360,0 808,0
4G1 75,0
4X1 16,7 245,0 89,0 18,6 410,0 720.0
5G1 89,0 894.0
5x1 18.0 302,0 115,0 7,8 48.0 1295.0
1063,0
7G1 5,6 19.0 8.3 72,0
5,9 29,0
9.2 96,0
5.9 29.0
6,6 38.0 10,1 120.0
6,6 38,0
11,2 168,0
7,3 48.0
7,3 48.0 14.8 288,0
8,1 67,0
11.0 154,0

12,3 192,0

13,6 269,0

13,0 230,0

14,5 288,0

16.2 403,0

16.4 384.0

18.3 480.0

20,2 672.0

20,0 614,0

Dimensions and specifications may be changed without prior notice. !RA02l

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PURO·JZ tear and coolant resistant, increased oil resistant, meter marking ~
ME01

HELUKABEL PUR6-.JZ 40401111/22174 300ISOOV 001041971 C€

RoHSl

Technical data Cable structure Properties

• Special PUR cable in accordance to • Bare copper. f ine wire conductors. bunch • Resistant to
DIN VDE 0281 stranded to DIN VDE 0295 cl. 5, BS 6360 UV-Radiation, Oxygene, Ozone
cl. 5 and IEC 60228 cl. 5 Hydrolysis, Microbes
• Temperature range
• Oil resistant PVC core insulation Tl2, in • self-extinguishing and flame retardant
flexing -5 •c to +80 •c adapted to DIN VDE 0281 part 1, for better according to VDE 0482-332-1 -2, DIN EN
sliding abilities 60332-1 -2/IEC 60332-1 <equivalent
fixed installation -40 •c to +80 •c DIN VDE 0472 part 804 test method Bl
• Nominal voltage Uo/U 300/500 v • Black cores with continuous white f igure
imprint to DIN VDE 0293 • The materials used in manufacture are
• Test voltage 4000 V cadmium-free and contain no silicone and
• Green-yellow earth core in the outer layer free from substances harmful to the
• Breakdown voltage m in. 8000 v (3 cores and above> wetting properties of lacquers

• Insulation resistance • Cores stranded in layers with optimal Note
m in. 20 MOhm x km lay-length
• G = with green-yellow earth core;
• Minimum bending radius • Special full-polyurethane outer jacket x =w ithout green-yellow earth core <OZ>.
flexing 7,5x cable 0 TMPU, to DIN EN 50363-10-2
fixed installation 4x cable 0 • AWG sizes are approximate equivalent
• Sheath colour grey <RAL 7001 l values. The actual cross-section is in mm2.
• Radiation resistance
up to 100x106 cJ/kg <up to 100 Mradl • Jacket also available in other colours • screened analogue type:
F·C· PURo·JZ, see page A 54
• w ith meter marking, change-over in 2011 Yo·C·PURo·JZ, see page A 56

Application

PUR6-JZ is an extremely robust control cable w it h high abrasion and tear resistant properties. With high-grade oil resistant PVC core insulation .
Due to its high resistance to mineral oils and especially to coolant emulsions, it is especially suited for use in the machine, tool making,
plant construction as well as in the steel industry for difficult and problem areas. For medium mechanical stress for flexible use with free
movement without tensile stress or forced movements in dry, damp and wet rooms and in open air. The high f lexibility of this cable type
makes it quick and easy to install.

<E= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer Ill Cop. weight AWG·NO. Part no. No.cores x outere Cop. weight AWG·NO.
cross-sec. approx. mm weight approx. cross-sec. approx. mm weight approx.
22100 kg/km 20 22132 kg/km 17
22101 mm2 kg/km 20 22133 mm2 kg/km 17
22102 2 X0.5 45.0 20 22134 2x1 53.0 17
22103 3 00,5 4.9 9,6 55,0 20 22135 301 5.6 19.0 63.0 17
22104 400,5 65,0 20 22136 401 5.9 29.0 75.0 17
22105 5.2 14.4 20 22137 501 89,0 17
22106 500.5 75.0 20 22138 701 6.6 38.0 17
22107 7 00.5 5.6 19.0 90.0 20 22139 801 7,3 48.0 115.0 17
22108 800.5 105.0 20 22140 1001 131 .0 17
22109 100 0.5 6.3 24.0 120.0 20 22141 12 01 8.1 67.0 166.0 17
22110 12 0 0.5 135,0 20 22142 14 01 201 .0 17
22111 14 0 0.5 6.9 33.6 20 22143 8.7 77.0 230.0 17
22112 18 0 0.5 170.0 20 22144 1801 289.0 17
22113 21 0 0.5 7.4 38.0 205,0 20 22145 21 01 9.8 96.0 306.0 17
22114 25 0 0.5 225,0 20 22146 25 01 10,4 115,0 380.0 17
22115 300 0,5 8.3 48.0 270,0 20 22147 32 01 620.0 17
22116 8,8 58.0 18 22148 34 01 11.4 134.0 645.0 16
22117 34 0 0.5 9.7 67,0 315.0 18 22149 42 01 12.9 173.0 730.0 16
22118 42 0 0.5 11.0 86,0 380.0 18 22150 5001 890.0 16
22119 500 0.5 415.0 18 22151 2 X1,5 13.7 196.0 16
22120 2 x0,75 11 .5 96.0 18 22152 3 01,5 15,4 240.0 68.0 16
22121 3 G0,75 5~0 18 22153 17.1 308.0 87.0 16
22122 12.9 120.0 18 22154 4 01.5 106.0 16
22123 4 G0.75 44,0 18 22155 501,5 17.9 326.0 131,0 16
22124 5 G0,75 13.8 144.0 53,0 18 22156 7 G1,5 19.4 403.0 173.0 16
22125 7 G0 ,75 64,0 18 22157 8 G1,5 21,2 480.0 199,0 16
22126 8 G0,75 14.9 163.0 76,0 18 22158 245,0 16
22127 10 G0,75 18 22159 10 0 1.5 6.4 29.0 16
22128 12 G 0,75 16.1 202.0 96.0 18 22160 12 G1,5 6.8 43.0 293.0 16
22129 14 G0,75 17,9 240,0 111,0 18 22161 347.0 16
22130 18 G0,75 140,0 18 22162 14 01.5 7.4 58.0 454.0 16
22131 21 G0,75 5.3 14,4 170,0 18 22163 18 G1.5 8,3 72.0 534.0 16
25 G0,75 5,6 21,6 202,0 21 0 1.5 9,2 101.0 641,0
3000,75 260,0 25 01,5 Continuation •
34 G0,75 6.3 29.0 30 G1,5 9.9 115,0 800.0
42 0 0,75 6,9 36.0 269.0 34 0 1,5 10,9 144,0 945,0
282,0 42 0 1.5
5000.75 7.5 50.0 50 G1,5 12.0 173.0 1100.0
400.0 13,0 202.0 1250.0
8.2 58.0 475.0 14.6 259.0
600,0
9.2 72.0 720,0 15.5 302.0
17.4 360.0
9.8 86.0 18.6 410.0
10,6 101 .0 20,2 490.0
21,8 605.0
12.2 130.0 24.2 720.0
12,7 151 ,0

14,3 180.0
15,3 216.0
16,7 245,0

18,0 302.0
19,8 360.0

c HELUKABEL

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PURo-JZ tear and coolant resistant, increased oil resistant. meter marking ~
MEOI
Part no. No.cores x Outer 1!1 Cop. Weight AWC·NO. Part no. Outer 1!1 Cop. Weight
cross-sec. approx. approx. mm weight approx. AWC·No.
22164 m m2 kg/km 14 kg/km
22165 approx. mm weight 14 kg 1 km
22166 2 X2.5 110.0 14 555.0
22167 kg/ km 146,0 14 288.0 720,0
22168 302.5 14 384,0
22169 4 G 2.5 7.8 48.0 183.0 14 480,0 894.0
22170 5 G 2,5 222.0 14 1295,0
22171 7 G 2,5 8,3 72,0 293,0 14 672.0
22172 12 G 2,5 512,0 12 614,0 1063.0
22173 9,2 96,0 12 1400,0
22174 18 G 2.5 740.0 12 768,0 1800,0
22175 25 0 2,5 10.1 120.0 940.0 12 1075,0
22176 12 1590,0
22177 2x4 11,2 168,0 147.0 10 960,0 2200,0
22178 304 10 2400.0
22179 4G4 14,8 288,0 228.0 10 1344,0
22180 504 291,0 10 4400.0
18.2 432.0 1920.0
704 355.0 2688,0 6000.0
21.6 600,0 503,0
306 3648,0
406 9.3 77.0 362.0
468,0
506 9,8 115.0 570,0
7G6
11,0 154,0 808.0

12,3 192,0

13,6 269,0

11.9 173,0

13,0 230.0

14,5 288,0

16.2 403.0

Dimensions and specifications may be changed without prior notice. IRA02l

Signal and power circular connectors

Series A, 8, C, 0, F and S
Tools
Accessories
Online configurator
Pre-assembled cables

You can find signal and power circular connectors in our catalog Cable Accessories.
Request it now at www.hitechcontrols.com

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PUR•ORANCE high abrasion, coolant resistant, meter marking ~
MEOI

HEWKABEL PUR-ORANGE..JZ 3G1 01111/22007 aoMrGOY 001042011

IRoHs :

[RoHS HEWKABEL PUR-ORANGE.JB 501,5 QMM /22211 30IWGO Y 001042001

Technical data Cable structure Properties

• Special PVC/PUR control cable, adapted to • Bare copper conductor, fine wire stranded • High f lexibility at low temperature
DIN VDE 0281, 0282 to DIN VDE 0295 cl. 5, BS 6360 cl. 5 and • High abrasion resistance
IEC 60228 cl. 5 • Resistant to
• Temperature range
• Special PVC core insulation Tl2, according Oils and f ats
flexing -5 •c to +80 •c to DIN VDE 0281 part 1 Non-alcoholic f uels and kerosene
Atmospheric inf luences
fixed installation -40 oc to +80 oc • Cores numbered or colored according to uv-radiation, Oxygene and ozone
• Nominal voltage Uo/U 300/500 v DIN VDE 0293-308 Microbes and rotting
Sea and waste water, vibrations
• Test voltage 3000 v • For 2-cores cable without green-yellow • The materials used in manufacture are
• Breakdown voltage m in. 6000 V earth core. core colours brown, blue black cadmium-free and contain no silicone and
f ree f rom substances harmf ul to the
• Insulation resistance • cores with continuous white wetting properties of lacquers
min. 20 MOhm x km numbering and green-yellow earth core
<up to 7 cores> or Note
• Minimum bending radius cores colour coded with green-yellow earth
flexing 7,5x cable 0 core <up to 5 cores> • G =with green-yellow earth core;
x = without green-yellow earth core
fixed installation 4x cable 0 • cores stranded in layers with optimal <OZ/OBl.
• Radiation resistance lay-length
• AWG sizes are approximate equivalent
up to 100x106cJ/kg <up to 100 Mradl • PVC-inner jacket guarantees a good values. The actual cross-section is in mm2•
insulation cut-back

• PUR-outer jacket TMPU, to DIN EN
50363 -10-2

• Colour orange <RAL 2003>
• with meter marking, change-over in 2011

Application

Robust control cable with an outstanding resistance to oil and abrasion. Suitable for use in tool making and machine industries. steel works.
on building sites and in the oil and coal industries. The cable can also be used for portable tools etc. To be recommended if the cable comes
into contact with chemical agents.
CE = The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

PUR-jacket orange, cores numbered OZ/ JZ PUR-jacket orange OBI JB, cores colour coded to DIN VDE 0293

Part no. No.eores x outer" Cop. Weight AWC·NO. Part no. No.eores x O u te r " cop. Weight AWC·NO.
approx.
eross-see. approx. mm w eight approx. 18 approx. mm weight
18
kg / km kg / km 18 kg / km kg 1 km
18
22001 6,4 14,4 50,0 18 22250 6,4 14,4 50,0
17
22002 6,8 21,6 70,0 17 22251 6,8 21,6 70,0
17
22003 7.3 28,8 80,0 17 22252 7,3 28,8 80,0
17
22004 8.2 36,0 100,0 16 22253 8.2 36,0 100,0
16
22005 9.2 50,0 140,0 16 22254 7.2 19.2 63.0
16
22006 7.2 19,2 63,0 16 22255 7.6 29.0 76,0
22007 14
7.6 29,0 76.0 14 22256 8.0 38.0 95.0
14
22008 8.0 38.0 95.0 14 22257 8.8 48.0 120.0
14
22009 8,8 48,0 120,0 12 22258 7,8 29.0 80,0
12
22010 10,0 67,0 170,0 12 22259 8,3 43.0 105.0
12 22260 9.0 58,0 135.0
22015 7.8 29.0 80.0 10 22261 9,7 72.0 158.0
10
22016 8.3 43,0 105,0 10

22017 9.0 58.0 135.0 8 22262 9,2 48,0 150,0
8 22263 9,6 72,0 173.0
22018 9.7 72.0 158,0 6
22019 11,2 101.0 221,0 6 22264 11.0 96,0 203,0
22265 12,0 120,0 253,0
22025 9,2 48.0 150.0

22026 9.6 72,0 173.0 22266 13,2 154.0 300,0
22267 14.8 192,0 370,0
22027 11,0 96,0 203,0

22028 12.0 120,0 253,0 22268 15.4 230.0 480.0
22029 13,7 168,0 356,0 22269 17,0 288.0 583.0

22033 11.8 115.0 250.0 22270 20,8 384,0 740.0
22271 22.6 480,0 920.0
22034 13,2 154.0 300.0

22035 14.8 192.0 370.0 22272 23.0 614,0 1100,0
22273 27,4 768,0 1400.0
22036 16,4 269,0 500.0

22037 15.4 230.0 480.0 22044 30,0 960.0 1600.0

22038 17.0 288.0 583.0 22045 32.2 1200,0 2000,0

22039 20.8 403.0 780.0 22046 33.0 1344,0 2100.0

22040 20.8 384.0 740,0

22041 22.6 480,0 920,0

22042 23,0 614,0 1100,0

22043 27,4 768,0 1400,0

Dimensions and specifications may be changed without prior notice. <RA02l

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PVC-inner jacket, high abrasion, coolant resistant, meter marking ~
PUR•YELL0 W ME01

HELUKABEL PUR· GELB.JZ 4G1 ,S QMM I 22220 3001500 V 001042014 ((

IRoHS I

RoHS] iiF' - HELUKABEL PUR-GELB-08 2x1 ,S QMM / 22210 3001500 V 001042017 ((

Technical data Cable structure Properties

• Special PVC/PUR cable in accordance to • Bare copper, fine wire conductors. bunch • High flexibility at low temperature
DIN VDE 0281, 0282 stranded to DIN VDE 0295 cl. 5, BS 6360 • High abrasion resistance
cl. 5 and IEC 60228 cl. 5 • Resistant to
• Temperature range
• Special PVC core insulation Tl2, to Oils and fats
flexing -5 oc to +80 oc DIN VDE 0281 part 1 Non -alcoholic fuels and kerosene
fixed installation -40 oc to +80 oc Atmospheric influences
• Core identification to DIN VDE 0293-308 uv-radiation
• Nominal voltage UO/U 300/500 v up to 5 cores. colour coded Oxygene and ozone
• Test voltage 3000 v as of 7 cores. cores number 1 to 6 Microbes and rotting
Sea and waste water
• Breakdown voltage min. 6000 v • Green-yellow earth core in the outer layer Vibrations
(3 cores and abovel • The materials used in manufacture are
• Insulation resistance cadmium-free and contain no silicone and
min . 20 MOhm x km • Cores stranded in layers with optimal free from substances harmful to the
lay-length wetting properties of lacquers
• Minimum bending radius
flexing 7,5x cable 0 • PVC inner sheath guarantees easy cable Note
fixed installation 4x cable 0 stripping
• G = with green-yellow earth core;
• Radiation resi stance • PUR-outer jacket. TMPU to DIN EN x =without green-yellow earth core <OBl.
up to 100X106 cJ/kg <up to 100 Mradl 50363-10-2
• AWG sizes are approximate equivalent
• Colour yellow CRAL 1021l values. The actual cross-section is in mm2

• with meter marking, change-over in 2011 • Further jacket colours e.g. black. green etc.
on request.

• Art.no. 22212 = JB.
• Art.no. 22220 = JZ.

Application

Robust control cable with an outstanding resistance to oil and abrasion. Suitable for use in tool making and machine industries. steel works.
on building sites and in the oil and coal industries. The cable can also be used for portable tools. etc. To be recommended if the cable comes
into contact with chemical agents.

<E= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. N o.co r e s x Outer Ill Cop. Weight AWC•NO. Part no. No.cores x outer Ill Cop. Weight AWC· NO.
cross·sec. approx. approx.
22200 approx. mm weight kg / km 18 22212 approx. mm weight kg / km
22201 18 22220
22202 kg / km 50.0 18 22213 kg / km 135.0
22203 70,0 18 22214 13S,O
22204 6.4 14.4 18 22215 9.0 58.0
22205 6.8 21.6 80.0 17 22216 13.7 58,0 158.0
22206 7,3 28.8 100.0 17 22217 9,0 72.0 221.0
22207 8,2 36,0 140,0 17 22218 9.7 101.0
22208 17 22219 11,2 48.0 150.0
22209 9,2 so.o 63.0 17 22221 9,2 72,0 173,0
22210 76.0 16 22222
22211 7,2 19,2 16 22233 9.6 96.0 203.0
95.0 11,0 120.0 253.0
7.6 29.0 120.0 12,0 168.0 356.0
8,0 38,0 170,0 14,6 153,6 310.0
8.8 48,0 14,8 192.0 370.0
10.0 67,0 80.0 33.0 1344,0 2100,0
7.8 29.0 105,0
8.3 43.0

Dimensions and specifications may be changed without prior notice. IRA02l

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HOS BQ·F I H07 BQ·F (NCMH11YOJ

HOIIIIO-F <lVDE t> <lHAA t> (( ((

H078Q-F <lVDE t> <lHAA t> (( HO'IBQ-F <lVDEt> <lHAAI> ((

IRoHS I IRoHS I

Technical data Cable structure Properties

• EPR/PUR-insulated power cable according • Plain copper conductor. stranded • Abrasion resistant
to DIN VDE 0282 part 10 and HD 22.10 51 according to DIN VDE 0295 cl. 5, 85 6360 • Notch resistant
cl. 5 and HD 383 cl. 5 • Resistant to tearing and cutting
• Temperature range • Resistant to
flexing -40 oc to +80 oc • Insulating jacket of rubber. compound El6
fixed installation -50 oc to +90 oc according to DIN VDE 0282 part 1 Oils, fats, Petrol
Water and weathering effects
• Permissible operating temperature • Core identification according to Oxygene and ozone
at conductor 90 oc DIN VDE 0293-308 and HD308 52 uv-radiation. Hydrolysis and Microbial
attack
• Nominal voltage a.c.. 50 Hz • Green-yellow earth core in the outer layer • The materials used in manufacture are
H05BQ-F: Uo/U 300/500 V up to 1 mm2 cadmium-free and contain no silicone and
H07BQ-F: Uo/U 450/750 V as of 1,5 mm2 • cores stranded in layers with optimal free from substances harmful to the
lay-length Cinnerfill compound permissible) wetting properties of lacquers
• Test voltage
H05BQ-F: 2000 V up to 1 mm2 • PUR-insulated outer jacket TMPU. to DIN Note
H07BQ-F: 2500 vas of 1.5 mm2 EN 50363-10-2
• G = with green-yellow earth core;
• Minimum bending radius • Colour orange <RAL 2003l x =without green-yellow earth core.
flexing 5x cable 0
fixed installation 3x cable 0 • Minimum imprinted designation BQ • 7 G 1,5 mm2 and 12 G 1,5 mm2 are not
contained in VDE. adapted to VDE. <Hl07BQ.
• Radiation resi stance
up to 100x106 cJ/kg Cup to 100 Mradl

Application

These cables can be used for medium mechanical loads in dry, damp or wet environments, e.g. for connecting agricultural and commercial
equipment and heaters provided there is no danger of contact with the hot parts or by radiation of heat. These robust and flexible cables
are used for electrical tools such as drills and hand-held circular saws, as well as for portable motors and machinery in agriculture, at building
sites, docks and refrigeration plants.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

HOSBO· F H07BO· F

Part no. No.cores x o u t er e cop. w eight AWC·NO. Part no. No.cores x Outer l1l cop. AWC·NO.
approx. cross-sec.
cross-sec. min. - max. w eight kg / km 18 min. -max. weight
18
mm• approx. mm kg / km 52.0 18 approx. mm kg / km
63.0 18
22050 2 X 0 .75 5.7 . 7.4 14.4 80.0 17 15.6 . 19,9 192.0
96.0 17
22051 3 0 0,75 6.2 . 8.1 21,6 59,0 17 16,8. 21.4 288,0
71,0 17
22052 4 0 0 ,75 6.8 . 8.8 29,0 89.0 18,6 . 23.6 384,0
112,0 AWC·NO.
22053 50 0,75 7,6. 9.9 36.0 20,4. 25,9 480,0
Weight
22054 2X1 6.1. 8.0 19,2 approx. 17.9. 22,8 307.0
kg / km
22055 301 6,5. 8.5 29,0 19.5. 24,7 461,0
92.0
22056 40 1 7,1. 9,3 38.4 109,0 21 ,3. 27,0 614,0
145.0
22057 501 8,0. 10,3 48,0 169,0 23,7-30,0 768,0
230,0
H07BO·F 398,0 26,8. 31,9 960,0
121 ,0
164,0 29.0. 35.0 1220.0
207,0
Part no. No.cores x Outer e Cop. 262,0 29,0 . 35.0 1344.0
194,0
cross-sec. min. ·max. w eight 224.0 33,3. 39,7 1680,0
327,0
mm• approx. mm kg / km 415,0 34.8. 41 ,2 1920-:6
311,0
22058 2 X1,5 7.6. 9.8 29,0 310,0 39,7. 46,7 2400,0
496.0
22059 3 01,5 8,0 ·10.4 43,0 586.0 39,5 . 46,5 2688,0

22060 4 0 1,5 9,0·11,6 58,0 46.3. 53,3 3368,0

22061 501,5 9,8. 12,7 72,0 45,5. 52,5 3648,0

22062 7 0 1,5 12.5. 16.3 101,0 52,0-60,0 4560,0

22063 12 01,5 16,5-215 173,0 51.5. 60.5 4608.0

22064 2 X2,5 9 ,0 · 11,6 48.0 56,7-65,7 5760,0

22065 3 02,5 9,6. 12,4 72.0 56.3 . 65,3 5760,0

22066 402 ,5 10,7 . 13,8 96,0 59,5. 68,5 7104,0

22067 502,5 11,9 ·15,3 120,0 68.3 . 77,3 9216,0

22072 2X4 10,6. 13,7 77,0

22068 304 11,3. 14,5 115.0

22069 40 4 12.7 . 16,2 154,0

22080 504 14,1 . 17,9 192.0

22073 2X6 11 ,8·15,1 115.0

22070 306 12,8 ·16,3 173,0

22071 40 6 14,2 . 18.1 230,0

22081 506 15,7. 20.0 288.0

Dimensions and specifications may be changed w ithout prior notice. (RA02l

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UN IPUR® flexible at low temperature, with customer markings, halogen-free,

wear resistant. robust, meter marking

HELUKABEL VDE Reg.-Nr. 7066 UNIPUR 3G1 OMM / 18343 3001500 V 001042101 • ((

-4!Ce::::::::::;;.;;(=~H~ELUKASEL UNIPUR 3G1 QMM/18347 300t1500Y 001042103 STADTWERKE

RoHS] HELUK.uEL UMPUR aG1 OIIM/18M& 80DIIOOY 001042105 GEWActt8HAUS

Technical data Cable structure Properties

• Spezial TPE/PUR connecting cable adapted • Bare copper, f ine wire conductions bunch • Flame retardant according to
to DIN VDE 0282 part 10 stranded according to DIN VDE 0295 cl. 5. VDE 0482-332-1-2, DIN EN 60332-1-2/
BS 6360 cl. 5 and IEC 60228 cl. 5 IEC 60332-1 (equivalent DIN VDE 0472
• Temperature range part 804 test method B>
flexing -40 oc to +90 oc • Core insulation of termoplastic elastomere
(TPEJ • Abrasion resistant. Notch resistant
• Nominal voltage • Resistant to tearing and cutting
up to 1 mm2 Uo/U 300/500 V • Core colours according DIN VDE 0293-308 • Good flexibility at low temperatures down

above 1,5 mm2 Uo/U 4501750 V • core colour to -40 oc
• Test voltage 3000 V - up to 5 cores one-coloured
• Minimum bending radius -up 6 and more cores. black w ith white • The materials used in manufacture are
numbering cadmium-free and contain no silicone and
flexing 10x cable 0 - 3 and above. wit h green-yellow earth core free from substances harmful to the
- 2 cores without green-yellow earth core wetting properties of lacquers
fixed installation 5x cable 0
• Radiation resistance • Cores stranded in layers with optimal Note
lay-length
up to 100x106 cJ/kg (up to 100 Mradl • G=with green-yellow earth core;
• PUR outer sheath TMPU in adapted to DIN x =without green-yellow earth core <OBJ.
EN 50363-10-2
• Colour code:
• Jacket colour by request 0 = RAL 5015, blue
1 = RAL 6018, green
• with meter marking , change-over in 2011 2 = RAL 8003, brown
3 = RAL 1021, yellow
4 = RAL 3000, red
5 = RAL 2003, orange
6 = RAL4005, violet
7 = RAL 7001/7032, grey
Please add the individual part no. for order
w ith the identification colour code.
Further colours on request.

• screened analogue type:
UNIPUR* -CP, see page A 58

Application

These robust and flexible cables are used for electrical tools such as drills, hand-held circular saws, and garden equipment as well as for
portable motors and machinery in agriculture, at building sites, for hobbies, docks and refrigeration plants.
Extremely good mechanical characteristies e.g. compressive load, good abrasion and near-resistant.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer" cop. weight AWC·NO. Part no. No.cores x outer 0 cop. weight AWC·NO.
cross-sec. approx. mm weight approx. cross-sec. approx. mm weight approx.
1812_ mm> kg/ km 20 1822_ mm> kg/km 18
1813_ kg/km 20 1823_ kg/km 18
1814_ 2 X0,5 40,0 20 1824_ 2 X 0,75 52.0 18
1815_ 3 C0.5 6.0 9.6 47,0 20 1825_ 6.3 14,0 62,0 18
1816_ 4 C0.5 6,2 14,4 57.0 20 1826_ 3 c 0,75 6,9 21.6 80,0 18
1817_ 5 G0.5 7,0 19,0 65.0 20 1827_ 7,5 28.8 94,0 18
1818_ 7,5 24.0 94,0 20 1828_ 4 G 0.75 8.3 36,0 111,0 18
1819_ 7 C0.5 9.2 33.6 150.0 20 1829_ 5 G 0.75 9,0 43.0 160,0 18
1820_ 11,5 58.0 208.0 20 1830_ 6 G 0,75 9.8 50,0 191.0 18
1821_ 12 c 0.5 13,2 86.0 276.0 20 1831_ 7 G 0,75 12,2 86.0 267.0 18
15,9 120,0 393,0 1832_ 12 G 0,75 14,1 130,0 376.0 18
18G 0.5 18,8 163.0 460,0 18G0.75 17,5 180,0 506,0
20,2 197,0 25 G 0,75 20,3 245,0 596.0 continuation •
25 c 0,5 34 G 0,75 21,9 296.0
41 G 0,75
34 G0,5
41 G 0,5

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UN IPUR® flexible at low temperature. with customer markings, halogen-free.

wear resistant. robust. meter marking

Part no. No.cores x Outer e Cop. Weight AWC·NO. Part no. No.cores x Outer e Cop. Weight AWC·NO.
cross-sec.
1833 approx. mm weight approx. 17 1855_ approx. mm weight approx.
1834:::: kg/km 17 1856_ kg/km
1835_ kg/ km 17 1857_ kg /km
1836_ 59,0 17 1858_ 120,0
1837_ 6,8 19.2 17 1859_ 10,0 48.0
1838_ 70.0 17 1860 148.0
1839_ 7,2 29.0 17 1861_ 10.5 72.0 184,0
1840_ 87.0 17 1862_ 224,0
1841_ 7,8 38.0 100,0 17 1863_ 11,8 96,0
1842_ 17 1864_ 301.0
1843_ 8,8 48,0 131.0 17 1865_ 13,0 120,0 489.0
1844_ 182,0 16 1866_
1845_ 9.6 58,0 230,0 16 1867_ 14,7 168,0 149,0
1846_ 325,0 16 1868_ 240,0
1847_ 10,5 67,0 16 1869_ 18,0 288.0 297,0
1848_ 476.0 16 1870
1849_ 13.0 115,0 616,0 16 1871_ 11,6 77.0 360,0
1850_ 724,0 16 1872. 540,0
1851_ 15.1 173,0 16 1873_ 12,3 115,0
1852_ 92,0 16 1874_ 240,0
1853_ 18.7 240.0 108,0 16 1875_ 13.7 154.0
1854_ 16 1876_ 370.0
21,6 326.0 144,0 15.2 192,0 472,0

23,2 394,0 168.0 20.8 268,0 581.0
2 01 , 0
8,3 29,0 230,0 13,2 115.0 698.0

8,8 43.0 306,0 14,2 173,0 560.0
464,0 718,0
9.9 58,0 641,0 15,8 230,0 896,0

10.8 72,0 857,0 17.5 288,0 940,0
1010,0 1068,0
11,9 86,0 22,0 403.0
1810.0
12,9 101,0 18,6 288.0

14,7 173,0 20,5 384,0

17.9 259,0 22.7 480,0

20,8 360.0 23,5 461,0

24.9 490,0 25,7 614.0

26,7 590,0 28.5 768.0

Dimensions and specifications may be changed without prior notice. <RA02J

Insulating, shrinking, braided and
temperature protection tubes

Braided hoses
High temperature protection
Insulation tubes
Heat-shrink tubes
End caps

You can find Insulating, shrinking,braided and temperature protection tubes
in our catalog Cable Accessories.
Request it now at www.hitechcontrols.com

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PUR-750 halogen-free, meter marking

-

- '~ .-.._.;;;a~~~~~~a....

•- ···= ......... ....-· .••-·~·~--__:__-·!"' .,.~
1 .... - ....~_.... ~--._ ::....!:;"'".._~.- ·~ ~""'·--=--~ _J~ -~;..,..1-··::·~_..,__.~--=-- -...-_-~

Rol§]

Technical data Cable structure Properties

• Special PUR cablesin adapted to • Bare copper, fine wire conductors, bunch • High flexibility at low temperature
DIN VDE 0282 part 10 stranded to DIN VDE 0295 cl. 5, BS 6360
cl. 5 and IEC 60228 cl. 5 • Usable for foodstuffs
• Temperature range • High abrasion resistance
flexing • PUR core insulation • Resistant to
• Colour coded to DIN VDE 0293-308 and as
-40 oc to +80 oc Oils and fats
(up to +100 oc for short periods> of 6 cores number coded Non-alcoholic fuels and kerosene
• For two cores: brown, blue Atmospheric influences, UV-radiation
• Nominal voltage • Green-yellow earth core in the outer layer Oxygene and ozone
Uo/U 300/500 V up to 1 mm2 Microbes and rotting
C3 cores and above> Sea and waste water, vibrations
Uo/U 450/750 v as of 1,5 mm2 • Cores stranded in lavers with optimal • The materials used in manufacture are
cadmium-free and contain no silicone and
• Test voltage lay-length free from substances harmful to the
• PUR outer jacket halogen-free wetting properties of lacquers
2000 v up to 1 mm2 • Sheath colour orange CRAL 20041

2500 V as of 1,5 mm2 • with meter marking, change-over in 2011
• Insulation resistance
Note
m in. 20 MOhm x km
• Tensile strength 20 N/mm2(Cul • G =with green-yellow earth core:
x =without green-yellow earth core COZl.
• Minimum bending radius
flexing 10xcable 0 • AWG sizes are approximate equivalent
fixed installation 5x cable 0 values. The actual cross-section is in mm2.

• Radiation resistance
up to 100x106 cJ/kg Cup to 100 Mradl

Application

Especially suited for installation in all areas demanding good performance under extreme conditions. These cable types have been successfully
in use in areas such as steel works, heating and air-conditioning systems, in machinery and industrial plant equipment and on building sites
etc.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer C!l Cop. w eight AWC·NO. Part no. No.cores x outer 0 Cop. Weight AWC· NO.
cross-sec. approx. mm weight approx. approx.
49700 mm• kg 1 km 18 49739 approx. mm weight kg 1 km
49701 kg l km 18 49740
49702 2 X 0.75 44,0 18 49741 kg 1 km 778,0
49703 3 G 0.75 6.3 15.0 55,0 18 49742 860.0
49704 4 G 0.75 18 49743 23,0 432,0 1083.0
49705 5 G0,75 6.8 22.0 70.0 18 49744 220,0
49706 7 G 0.75 91,0 18 49745 24.4 480.0 280,0
49707 12 G0.75 7.4 29.0 130,0 18 49746 350,0
49708 18 G 0.75 8,3 36,0 192,0 17 49747 28,5 600,0 470,0
49709 25 G 0,75 290.0 17 49748
49710 9.7 50.0 405,0 17 49749 12.2 115.0 400.0
49711 2 X1 12.1 86.0 17 49750 500,0
49712 3G1 14.2 130,0 50,0 17 49751 13.4 154.0 700,0
49713 4G1 17,6 180,0 65.0 17 49752
49714 87,0 17 49753 15,1 192,0 640.0
49715 SG1 6,8 20,0 106,0 17 49754 800.0
49716 6G1 135,0 17 49755 18,2 269,0 1180,0
49717 7G1 7.2 29,0 160,0 17 49756
49718 8G1 7,8 38,0 185,0 17 49757 15,8 230,0 920,0
49719 10 G 1 210,0 17 49758 1180,0
49720 12 G 1 8,7 48.0 17 49759 17,5 288,0
49721 16 G 1 9.5 58,0 240.0 16 49760 1400,0
49722 18 G 1 10.2 67.0 310,0 16 49761 21 ,0 403,0 1740,0
49723 20 G 1 353,0 16 49918
49724 25 G 1 11.2 77.0 390,0 16 49762 20.6 384,0 1870,0
49725 2 X1.5 495,0 16 49763 2320,0
49726 3 G 1,5 12.6 96.0 16 22.7 480.0 2700,0
49727 12,8 115.0 70,0 16 3300,0
49728 4 G 1.5 14,3 154.0 95,0 16 26,6 672.0
49729 5 G 1,5 15.3 173.0 16 3700,0
49730 7 G 1,5 16,2 192.0 120.0 16 23.6 614.0 4900,0
49731 10 G 1,5 164,0 16
49732 12 G 1.5 18.8 240.0 210,0 14 26.2 768,0 4850,0
49733 16 G 1,5 290,0 14 6000.0
49734 18 G 1,5 8.2 29.0 340,0 14 29.4 960.0 6005,0
49735 20 G 1,5 8.7 43.0 440,0 14
49736 25 G 1,5 508,0 14 32.7 1200,0
49737 9.7 S8.o 560,0 14
49738 2 X 2.5 10,6 72.0 722,0 14 33.1 1344,0
3G 2,5 12.8 101.0
4 G 2,5 110.0 36.8 1680.0
5G 2,5 15.5 150.0 150,0
7 G 2,5 180.0 38.4 1920,0
12 G 2,5 15.8 172.0 240.0
340,0 43.0 2400,0
16 G 2.5 17.9 230.0 520,0
19,0 259.0 680,0 44,0 2688,0
20.0 300,0
23,5 360,0 49,5 3660,0

9,8 48,0 51.2 3648,0

10,5 72.0 57,5 4560,0
11,6 96.0
13,0 120,0 55.0 4610,0

15.5 168.0
19,3 288.0
21,6 394,0

Dimensions and specifications may be changed without prior notice. (RA02l

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JZ 500-FC·PUR EMC-preferred type, tear and coolant resistant, screened, ~
MEOI
without inner sheath, meter marking

HI!LUI<ABI!L .JZ.eoo.l'c.fiUR 40 2,5 QMM 123475 IOMIOOV 001051011

rRoHSl

Technical data Cable structure Properties

• Special polyurethane sheathed cable • Bare copper conductor. fine wire to • Resistant to
adapted to DIN VDE 0245 part 201 to DIN VDE 0295 cl. 5, BS 6360 cl. 5 and/or uv-radiation. Oxygen. ozone. Hydrolyse
1.5 mm2, IEC 60228 cl. 5 and Microbes
adapted to DIN VDE 0245 part 102 from
2,5 mm2 • Core insulation of special PVC Tl2 to • Low adhesion. matt surface
DIN VDE 0281, part 1 • self-extinguishing and f lame retardant
• Temperature range
flexing -5 oc to +80 oc • Black cores with continuous white according to VDE 0482-332 -1-2, DIN EN
numbering according to DIN VDE 0293 60332-1-21 IEC 60332-1 <equivalent
fixed installation -40 octo +80 oc DIN VDE 0472 part 804 test method Bl
• Nominal voltage Uo/U 300/500 v • Green-yellow earth core in the outer layer • The materials used in manufacture are
<3 cores and above> cadmium-free and contain no silicone and
• Test voltage 3000 v free from substances harmful to the
• Breakdown voltage • Cores stranded in layers with optimal wetting properties of lacquers
lay -le n g t h
m in. 6000V Note
• Separating foil
• Minimum bending radius • Tinned copper braided screening, coverage • G = with green-yellow earth core;
flexing 10x cable 0 x =without green-yellow earth core <OZl.
fixed installation 5x cable 0 approx. 85%
• Core wrapping from f leece guarantees • unscreened analogue type:
• Radiation resistance JZ-500-PUR, see page A 43
up to 100x106cJ/kg <up to 100 Mrad> good stripping capability

• coupling resistance • Outer sheath from special full
max. 250 Ohm/km polyurethane TMPU ace. to DIN EN

50363-10-2
• Sheath colour grey !RAL 7001 l

• Also available in other sheath colours
• with meter marking, change-over in 2011

Application

Extremely robust cable noted for its good abrasion resistance and notch resistance. Due to its resistance to coolant emulsions. this cable
is well suited for use in mechanical engineering, tool making, and systems engineering, and in steel m ills and rolling mills in particularly
critical areas. Good flexibility means that installation is quick and easy. Suitable for medium mechanical stresses with free movement without
tensile stress or forced movements in dry, moist and wet rooms. and in open air <fixed installation>. The dense screening assures
interference-free transmission of all signals and impulses. An ideal interference-free control cable for the above applications.
EMC = Electromagnetic compatibillity
To optim ise the EMC features we recommend a large round contact of the copper braiding on both ends.

<E= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer" Cop. Weight AWC·No. Part no. No.cores x outero cop. Weight AWC·No.
cross-sec. a pprox. mm weight approx. cross-sec. approx.
23414 mm• kg / km 20 23429 mm• approx. mm w eight kg / km 18
23416 kg / km 20 23430 kg / km 18
23415 2 x0.5 47,0 20 23431 2 X0 ,75 60,0 18
23418 3 X0,5 5,7 35.0 57,0 20 23432 3 G 0,75 6.1 40,0 67,0 18
23417 5,9 42.0 57.0 20 23433 3 X0,75 6,3 52.0 67,0 18
23419 3G0.5 60,0 20 23434 4 G 0,75 6,3 52.0 76,0 18
23420 4 x0,5 5.9 42,0 20 23435 4 X0,75 6,8 60.0 18
23422 6,4 47,0 60.0 20 23436 5 G0,75 76.0 18
23421 4 G0.5 75,0 20 23437 5 X0,75 6.8 60.0 92.0 18
23423 5G0.5 6,4 47,0 75.0 20 23438 7 G 0,75 7.4 71,0 92.0 18
23424 5 x0.5 97,0 20 23439 7 X0,75 7.4 71.0 131 ,0 18
23425 7 X0,5 6,9 56.0 97,0 20 23440 10 G0,75 131,0 18
23426 7 G0.5 6,9 56,0 133,0 20 23441 12 G 0.75 8.2 91.0 180,0 18
23427 10 G0,5 158,0 20 23442 18 G 0,75 8.2 91,0 18
23428 12 G0.5 7,6 69,0 218,0 20 23443 25 G 0,75 10,3 137.0 204.0 18
18 G0,5 290.0
7.6 69.0 315.0 34 G0.75 10.5 142,0 413.0 continuation •
25 G0.5 9.6 94.0 420.0 42 G0.75 492.0
34 G0.5 9.7 108.0 487,0 12,7 212.0 624,0
42 G0.5
11.5 145,0 15.0 281.0
17.2 345.0
13.6 240.0 18.6 407.0
15,6 312.0

17,0 355,0

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JZ 500-FC·PUR EMC·preferred type, tear and coolant resistant, screened, ~
MEOt
without inner sheath, meter marking

Part no. No.coresx outer e Cop. Weight AWG·NO. Part no. No.cores x Outer e Cop. Weight AWG·NO.
cross-sec. approx.
23444 approx. mm weight approx. 17 23473 approx. mm weight kg 1 km
23446 17 23474
23445 kg/km kg / km 17 23475 kg/km 131,0
23447 17 23476
23448 6.4 50.0 66.0 17 23477 96.0 168.0
23449 82.0 17 23478 194.0
23450 6.7 60.0 82.0 17 23479 144,0
23451 100,0 17 23480 222.0
23452 6.7 60.0 100,0 17 23481 148,0 345,0
23453 17 23482 570.0
23454 7,2 71.0 128.0 17 23483 181,0
23455 128.0 17 23484 310.0
23456 7.2 71.0 157,0 17 23485 255.0 386.0
23457 157,0 17 23486 498,0
23458 8.0 88.0 230,0 17 23487 441,0 414,0
23459 17 23488
23460 8,0 88.0 262.0 16 230.0 510.0
23462 381,0 16 673.0
23461 8,7 111.0 535,0 16 273.0 591.0
23464 740.0 16 768,0
23463 8,7 111.0 867,0 16 316.0 976.0
23465 1027.0 16
23466 11.2 150.0 87,0 16 305,0 1196.0
23468 16
23467 11.4 184,0 102,0 16 439.0
23469 102,0 16
23470 13.5 260,0 16 505.0
23471 127.0 16
23472 16.2 349.0 127,0 16 535.0

18,5 486.0 159,0 592.0
159,0
20.2 545.0 810.0
207,0
21,8 625.0 207,0 740,0

7,0 63.0 340.0
480.0
7.4 80,0 704.0
817.0
7.4 80.0

8,1 97,0

8,1 97.0

9,0 119.0

9.0 119.0

9,8 147,0

9,8 147.0

12.8 267.0

15,5 374.0

18,5 526,0

19,6 555.0

Dimensions and specifications may be changed without prior notice. <RA02l

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F·C·PURO·JZ tear and coolant resistant, cu-screened, without inner sheath, ~
ME01
increased oil resistant, EMC·preferred type, meter marking

HELUKABEL FoC-PUR6-JZ 3G1,50MM/21281 30CWOOV 001041891 C€

RoH_§)

Technical data Cable structure Properties

• Special polyurethane-sheathed multicore • Plain copper conductor. finely stranded. • Resistant to
cable on the basis of DIN VDE 0245 according to DIN VDE 0295 cl. 5. BS 6360 UV-Radiat ion
part 201 up to 1,5 mm2, on the basis of cl. 5 and IEC 60228 cl. 5 Oxygene
DIN VDE 0245 part 102 as of 2.5 mm2 Ozone and hydrolysis
• Oil resistant PVC core insulation T12, in Microbes
• Temperature range adapted to DIN VDE 0281 part 1. for better
flexing -5 oc to +80 oc sliding abilities • self-extinguishing and f lame retardant
according to VDE 0482-332-1-2, DIN EN
fixed installation -40 oc to +80 oc • Cores black with sequential numbering 60332-1-2/ IEC 60332-1 <equivalent
• Nominal voltage Uo/U 300/500 v imprinted in white according to DIN VDE 0472 part 804 test method Bl
DIN VDE 0293
• Test voltage 3000 v • The materials used in manufacture are
• Green-yellow earth core in the outer layer cadmium-free and contain no silicone and
• Breakdown voltage min. 6000 v free from substances harmful to the
<3 cores and abovel wetting properties of lacquers
• Minimum bending radius • Cores stranded in layers with optimal
flexing 10x cable 0 Note
fixed installation 5x cable 0 lay-length
• Separating foil • G =with green-yellow earth core;
• Radiation resistance x =without green-yellow earth core <OZl.
up to 100x106 cJ/kg <up to 100 Mrad> • Braided screen of t inned cu wires.
coverage approx. 85% • AWG sizes are approximate equivalent
• coupling resistance values. The actual cross-section is in mm2•
max. 250 Ohm/km • Fleece separator. ensure good dismantling
ability • unscreened analogue type:
PURo-JZ, see page A 44
• Special full-polyurethane outer jacket
TMPU, to DIN EN 50363-10-2

• Sheath colour grey <RAL 7001l

• Outer jacket also available in other colours
• with meter marking, change-over in 2011

Application

Extremely robust control cable characterised by high abrasion and notch resistance properties. used for critical areas in such applications
as machinery, tooling and plant construction. in rolling mills and steel works because of the resistance to mineral oils and to coolant emulsions
in particular. Rapid and safe installation assured by the good flexibility of the cable. Suitable for outdoor installation.
An interference-free transmission of signals and pulses is assured by the high screening density. The ideal interference-protected control
cable for such applications as given above.
EMC = Electromagnetic compatibillity
To optimise the EMC features we recommend a large round contact of the copper braiding on both ends.

CE= The product is conformed with t he EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer B Cop. Weight AWC•NO. Part no. No.cores x OuterB Cop. Weight AWC·NO.
approx. mm weight approx. cross-sec. approx. mm weight approx.
21200 cross·sec. kg/km 20 21227 mm2 kg/km 18
21201 mm2 kg/km 20 21228 kg/km 18
21202 44.0 20 21229 2 X0,75 60.0 18
21203 2 x0.5 5.7 35.0 56,0 20 21230 6,1 40.0 67.0 18
21205 3 G0.5 20 21232 3 G0.75 6.3 52,0 76.0 18
21207 4 G0.5 5.9 42.0 60.0 20 21234 4 G0.75 92.0 18
21208 5 G0.5 75,0 20 21235 5G0.75 6.8 60.0 131.0 18
21209 7 G0.5 6.4 47.0 20 21236 7 G0.75 7,4 71,0 180.0 18
21211 10 G0.5 6.9 56,0 97.0 20 21238 10 G0.75 204.0 18
21213 12 G0.5 133.0 20 21240 12 G0.75 8.2 91.0 226.0 18
21215 14 G0.5 7.6 69.0 158,0 20 21242 14 G0,75 10,3 137,0 290.0 18
21217 18 G0.5 9,6 94,0 190,0 20 21245 376,0 18
21220 21 G0.5 218,0 20 21249 18 G0.75 10,5 142.0 18
21221 25 G0.5 9.7 108.0 20 21251 21 G0,75 413.0 18
21224 30 G0,5 10.2 116,0 252.0 20 25 G0.75 11.3 180.0 485.0
11,5 145.0 315.0 32 G0.75 12,7 212,0 611.0
36 G0.5 12.7 188,0 362,0 41 G0.75 775,0
40 G0.5 13,6 240,0 50 G0,75 14.0 246.0
50 G0.5 447.0 15.0 281,0
14.4 295,0 475,0 16,7 342.0
18.6 400,0
15.6 318.0 572.0 20,3 461,0
16,9 343,0

18,5 406.0

Continuation •

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F·C·PURO·JZ tear and coolant resistant, cu-screened, without inner sheath. ~
ME01
increased oil resistant. EMC·preferred type, meter marking

Part no. No.coresx Outer 0 cop. Weight AWC•NO. Part no. No.cores x outer 0 Cop. weight AWC•NO.
approx. cross-sec. approx.
21253 approx. mm weight kg/km 17 21290 mm• approx. mm weight kg/km
21254 17 21291
21255 kgtkm 66.0 17 21292 14 G 1,5 kg / km 384,0
21256 82,0 17 21295 16 G 1,5
21257 6.4 50,0 100,0 17 21296 18 G1 ,5 13,5 283,0 425.0
21258 17 21297 21 G 1,5 480.0
21259 6,7 60,0 128.0 17 21298 14.4 315,0 563.0
21261 145,0 17 21299 25 G1 .5 704.0
21262 7.2 71 ,0 157,0 17 21300 34 G1.5 15,5 374,0 870.0
21263 198,0 17 21301 42 G 1,5 1040.0
21264 8,0 88,0 230,0 17 21302 50 G1,5 16.4 425,0 1292.0
21265 17 21303
21267 8.7 97,0 262.0 17 21304 2 X2.5 18,5 526.0 131.0
21268 302,0 17 21305 3 G2,5 168,0
21273 8.7 111,0 17 21306 4 G2.5 21.2 629.0 194,0
21276 345.0 17 21313 5 C2.5
21278 10.1 127,0 381,0 17 21314 7 G2.5 21.9 819,0 222.0
21280 480,0 16 21315 10 G2,5 345.0
21281 11,2 150,0 535,0 16 21316 12 G 2,5 25.0 885,0 462.0
21282 740.0 16 21317 2X4 570,0
21283 11.4 184,0 16 8.4 96,0
21285 855.0 16 213'19 3G4 187.0
21286 12.0 196,0 1027,0 16 4G4 8.8 144,0 243,0
21287 16 21320 SG4
21288 12,8 209,0 87,0 16 21321 7G4 9.8 148.0 310.0
102,0 21322 386,0
13,5 260,0 3G6 10.8 181,0
127.0 4G6 498.0
14,3 319.0 159,0 SG6 11,9 255,0
207,0 7G6 333.0
16.2 349,0 245,0 15,2 340,0 414.0
510,0
18.5 486,0 313.0 15,8 441.0 673,0
340,0
19,9 531,0 10,0 120,0

21,8 625,0 10.7 174.0

7.0 63,0 11,6 230,0

7.4 80,0 12.9 273,0
8,1 97.0
14,2 316.0

9,0 119.0 12,6 240.0

9,8 147,0 13,8 305,0

10.5 170.0 15.3 439,0

12,6 193,0 16.9 505,0

12,8 267,0

Dimensions and specifications may be changed w ithout prior notice. <RA02l

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~ CONTROLS, INC.

Yo-C-PURo-JZ tear and coolant resistant, cu-screened, with inner sheath, ~
ME01
increased oil resistant. EMC·preferred type, meter marking

Ro@]

Technical data Cable structure Properties

• Special polyurethane-sheathed multicore • Plain copper conductor. f inely stranded. • Resistant to
cable on t he basis of DIN VDE 0245 according to DIN VDE 0295 cl. 5, BS 6360 UV-Radiation
part 202/03.92 up to 1,5 mm2• on the basis cl. 5 and IEC 60228 cl. 5 Oxygene
of DIN VDE 0281 part 13 as of 2,5 mm2 Ozone and hydrolysis
• Oil resistant PVC core insulation Tl2, in Microbes
• Temperature range adapted to DIN VDE 0281 part 1. f or better
f lexing -5 oc to +80 oc sliding abilities • self-extinguishing and f lame retardant
according to VDE 0482-332-1 -2, DIN EN
fixed installation -40 oc to +80 oc • Cores black with sequential numbering 60332-1 -2/ IEC 60332-1 (equivalent
• Nominal voltage Uo/U 300/500 V imprinted in white according to DIN VDE 0472 part 804 test method B>
DIN VDE 0293
as of cross section 4 mm2 • The materials used in manufacture are
• Green-yellow earth core in the outer layer cadmium-free and contain no silicone and
Uo/U 450/750 V (3 cores and above> free f rom substances harmful to t he
wetting properties of lacquers
• Test voltage 4000 v • Cores stranded in layers with optimal
• Breakdown voltage min. 8000 v lay-length Note

• Minimum bending radius • Oil resistant PVC inner sheath • G = w ith green-yellow earth core;
flexing 10x cable 0 x =without green-yellow earth core <OZ>.
fixed installation 5x cable 0 • sceen of tinned cu braid. coverage approx.
85% • AWG sizes are approximate equivalent
• Radiation resistance values. The actual cross-section is in mm2.
up to 100x106 cJ/kg <up to 100 Mrad> • Fleece separator. ensure good dismantling
ability • unscreened analogue type:
• coupling resistance PURo·JZ, see page A 44
• Special full-polyurethane outer jacket
max. 250 Ohm/km TMPU. to DIN EN 50363-10-2

• Sheath colour grey <RAL 7001 >
• with meter marking, change-over in 2011

Application

Extremely robust control cable characterised by high abrasion and notch resistance properties. Used for critical areas in such applications
as machinery, tooling and plant construction. in rolling mills and steel works because of t he resistance to mineral oils and to coolant emulsions
in particular. The mechanical strength of the cable is increased by the additional oil-resistant inner sheath. The ideal interference-protected
control cable for such applications as given above. Suitable for outdoor installation.
These screened cables are particularly suitable for the interference-free transmission in instrumentation and control engineering applications
(electromagnetic compatibility>.
EMC = Electromagnetic compatibillity
To optimise the EMC features we recommend a large round contact of the copper braiding on both ends.

C€= The product is conformed with t he EC Low-Voltage Directive 2006/95/EG.

Part no. No.cores x outer" cop. weight AWC·No. Part no. No.cores x outer" cop. Weight AWC·No.
cross-sec. approx. mm weight approx. cross-sec. approx. mm weight approx.
21400 mm• kg/ km 20 21425 mm• kg/km 18
21401 kg/ km 20 21426 kg/km 18
21402 2 x0.5 68.0 20 21427 2 X0 ,75 88,0 18
21403 3 G0,5 6,6 41.0 84,0 20 21428 3 G0,75 7,2 46,0 98,0 18
21405 95,0 20 21430 4 G0,75 112.0 18
21407 4G0.5 7,1 45,0 20 21432 7,7 57,0 130.0 18
21408 5 G0,5 107.0 20 21433 5G0.75 185,0 18
21409 7 GO,S 7,6 54.0 135,0 20 21434 7 G 0 ,75 8 ,2 63,0 18
21411 10 G0,5 170,0 20 21436 10 G 0,75 270,0 18
21413 12 G0.5 8,2 66.0 20 21438 12 G0,75 8 .8 76,0 294.0 18
21415 14 G0,5 195.0 20 21440 14 G0,75 317.0 18
21416 18 G0,5 9.4 79,0 222,0 20 21443 18 G 0 ,75 10,1 100,0 357,0 18
21419 21 G 0,5 278.0 20 21446 21 00,75 18
21420 11,2 107,0 330,0 20 21447 25 G0.75 12.2 140,0 455,0 18
21421 25 G0,5 406.0 20 32 00,75 510.0
30 G0.5 11,3 137,0 520.0 41 G 0,75 12,3 175,0 688.0
36 G0.5 587 ,0 50 G 0.75 951,0
40 G0,5 11,9 142,0 13,0 190,0 1100,0
50 G0.5 655,0
12.9 156.0 742,0 14,6 240,0

14,7 189,0 16,0 274,0

15,9 250.0 17.8 306.0

16.2 297,0 18.7 349,0

17,8 320,0 21 .5 403,0

19.1 345,0 23,1 470,0

20,9 407,0

continuation •

C HELUKABEL

~HI-TECH (800) 677·8942 I (303) 680·5159 www. hitechcontrols.com
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~ CONTROLS, INC.

Yo-C-PURO·JZ tear and coolant resistant, cu-screened, with inner sheath, ~
ME01
increased oil resistant, EMC·preferred type, meter marking

Part no. No.coresx Outer 0 Cop. Weight AWG·No. Part no. No.cores x Outer 0 Cop. Weight AWG·No.
cross-sec. approx. cross-sec. approx.
21451 approx. mm weight kg/ km 17 21507 approx. mm weight kg/km
21452 17 21508
21453 kg/km 98,0 17 21509 kg/km 300.0
21454 17 21510 340,0
21456 7,7 54,0 102.0 17 21511 124,0 408,0
21457 145,0 17 21512 504,0
21458 8,0 64.0 170.0 17 21513 178,0 640,0
21 459 220,0 17 21514
21460 8.6 76.0 17 21515 234.0 453,0
21461 2 70.0 17 21516 560,0
21462 9.1 89,0 330.0 17 21517 284,0 700,0
21463 350,0 17 21518 905,0
21465 11,0 114,0 402,0 17 21519 321.0 750,0
21468 420,0 17 21521
21469 11,6 130.0 515,0 17 21522 245.0 1023.0
21470 545.0 17 21524 1114,0
21474 12.6 156.0 16 21525 316.0 1505,0
21475 690.0 16 21526
21476 13,1 186.0 912.0 16 21527 442,0 1385.0
21477 1070.0 16 21528 1550,0
21479 13.8 198.0 1318,0 16 21529 530,0
21480 16 21530 1894.0
21481 14,6 214.0 130.0 16 21531 367,0 2272,0
21482 152,0 16 21532
21483 15,6 284.0 167,0 16 21533 549,0 2395,0
21484 16 21534 2890,0
21485 16.4 325.0 203,0 16 604,0
21487 305,0 16 3312,0
21489 18.9 387.0 16 820.0 4100,0
21492 335.0 16
21494 20,9 500.0 422,0 16 807,0 4605.0
21495 435,0 16 5710.0
21499 22.3 578.0 14 940,0 6055,0
21500 480.0 14 7520,0
21501 24,6 681,0 525.0 14 1169.0 7318,0
21502 642,0 14
21503 8,2 64.0 14 1420,0
21504 722,0 14
8,6 82,0 803,0 1680,0
1068,0
9,3 99.0 2020,0
1370.0
10.4 123.0 1677,0 2370,0

12.0 148.0 180,0 2880,0
215,0
12,9 172,0 268,0 3257,0
349,0
14,2 198.0 406,0 4032,0
720,0
14,6 274.0 4060,0

15.4 294.0 5244,0

16,1 318,0 5231 , 0

17.2 386.0

19,0 447.0

20,8 531.0

23.2 671,0

26,1 890.0

27.4 997,0

9.8 110,0

10,7 148.0

11.4 169,0

12.5 220,0

14.9 284,0

18,4 470,0

Dimensions a n d specifications may be changed withou t p rio r notice . <RA02>

C HELUKABEL

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UNIPUR-CP flexible at low temperature. with customer markings, halogen-free. ~
wear resistant. robust. screened, EMC-preferred type, meter marking ME01

HELUKABEL UNIPUR-CP 3G1 OMM/19373 3001500 V 001042111

HELUKABEL UNIPUR-CP 3G1 OMM / 1ea77 3001500 V 001CM210C STADlWERKE

RoHS I tEUIKASEI UNIPUA-CP 8G1a..I/1887S aoMJCIOV 001ocnoe GEWACHatAUS

Technical data Cable structure P r o p e r ti es

• Special TPE/PUR screened connecting cable • Bare copper. fine wire conductors bunch • Flame retardant according to
adapted to DIN VDE 0282 part 10 stranded according to DIN VDE 0295 cl. 5, VDE 0482-332-1-2. DIN EN 60332-1-2/
BS 6360 cl. 5 and IEC 60228 cl. 5 IEC 60332-1 <equivalent DIN VDE 0472
• Temperature range part 804 test method Bl
f lexing-40 octo +90 oc • Core insulation of termoplastic elastomere
• Resistant to
• Nominal voltage <TPEl Oils and fats
• Core colours according DIN VDE 0293-308 Water and weathering effects
up to 1 mm2 Uo!U 300/500 v Ozone and oxygen
above 1,5 mm2 Uo!U 450/750 v • Core colour:
• Test voltage 3000 v - up to 5 cores one-coloured uv- radiation
-up 6 and more cores. b lack with white
• Minimum bending radius numbering Hydrolysis
f lexing 12.5x cable 0 - up 3 and above. with green-yellow earth Microbial attack
f ixed installation 7,5x cable 0 • Abrasion resistant
core • Notch resistant
• Radiation resistance - 2 cores without green-yellow earth core • Resistant to tearing and cutting
up to 100x106 cJ/kg <up to 100 Mradl • Good flexibility at low temperatures down
• Cores stranded in layers with optimal to -40 oc
• coupling resistance lay-length • The materials used in manufacture are
cadmium-free and contain no silicone and
max. 250 Ohm/km • Core wrapping with fo il free from substances harmful to the
wetting properties of lacquers
• Tinned copper braided screening, coverage
approx. 85% Note

• PUR outer sheath TMPU in adapted to DIN • G=with green-yellow earth core;
EN 50363-10-2 x =without green-yellow earth core <OBJ.

• Jacket colour by request • Colour code:
0 = RAL 5015, b lue
• with meter marking, change-over in 2011 1 = RAL 6018, green
2 = RAL 8003, brown
3 = RAL 1021. yellow
4 = RAL 3000, red
5 = RAL 2003, orange
6 = RAL 4005, violet
7 = RAL 7001/7032, grey
Please add the individual part no. for order
with the identification colour code.
Further colours on request.

• unscreened analogue type:
UNIPUR®, see page A 49

Application

These robust and flexible cables are used for electrical tools such as drills, hand-held circular saws, and garden equipment as well as for
portable motors and machinery in agriculture. at building sites, for hobbies, docks and refrigeration p lants.
Extremely good mechanical characteristies e.g. compressive load, good abrasion and near-resistant.
EMC = Electromagnetic compatibillity
To optimise the EMC features we recommend a large round contact of the copper braiding on both ends.

CE= The product is conformed with the EC Low-Voltage Directive 2006/95/EG .

Pa rt no. No.coresx outer 1/J Cop. weigh t AWC-No. Part no. No.core s x oute rf/J cop. w eight AWC-No.
cross-sec. approx. c r o ss-se c. a pprox.
1915_ mm• approx. mm weight kg / km 20 1925_ mm• approx. mm weight kg / km 18
1916_ 20 1926_ 18
1917_ 2 X0.5 kg / km 46.0 20 1927 2 X0,75 kg / km 60.0 18
1918_ 3 00,5 56,0 20 1928:: 68.0 18
1919_ 6.1 35.0 20 1929_ 3 G 0.75 6,8 40.0 78.0 18
1920_ 4 00,5 6 ,3 42,0 62.0 20 1930_ 4G0,75 18
1921_ 20 1931_ 7,1 52,0 95.0 18
1922_ 5G0.5 75.0 20 1932_ 5 G0.75 112,0 18
1923_ 7 00.5 6.8 47,0 98,0 20 1933_ 6 G 0.75 7,7 60.0 18
1924_ 12 G0.5 20 1934 7 G 0.75 138.0 18
18 G0.5 7,4 56,0 158.0 1935:: 12 G0.75 8.4 71,0 207.0 18
216,0 18 G 0,75
25 G0.5 8,8 69,0 315,0 9.1 80,0 293.0 continuation •
34 G0,5 371,0 25 G0.75 413.0
10.9 108,0 34 G0,75 10.0 91.0 523.0
41 G 0.5 442.0 41 G0,75 609,0
13,0 145.0 12,3 142.0

15.6 240,0 14,8 212.0
1 7 .2 312,0
18,4 281,0

19.4 348.0 20.3 345.0

22.0 400.0

c HELUKABEL


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