Page 1
JZ-500 / OZ-500
TECHNICAL DATA
PVC control and connection cable in alignment with DIN VDE
0285-525-2-51 / DIN EN 50525-2-51
Temperature range flexible -15°C to +80°C
fixed -40°C to +80°C
Nominal voltage AC U
Test voltage core/core 4000 V
Breakdown voltage 8000 V
Minimum bending radius flexible 7,5x Outer-Ø
fixed 4x Outer-Ø
CABLE STRUCTURE
n
• Copper wire bare, finely stranded acc.to DINVDE0295class 5 /
IEC60228class 5
• Core insulation: PVC, compound type Z7225
• Core identification acc.to DINVDE0293-334, black cores with
consecutive labeling in white digits
• Protective conductor: starting with 3cores,
G = with protective conductor GN-YE, in the outer layer,
x = without protective conductor (OZ)
• Cores stranded in layers with optimal lay lengths
• Outer sheath: PVCacc.to DINVDE0207-363-4-1 /
DINEN50363-4-1 (compound type TM2)
• Sheath colour: grey (RAL7001)
• Length marking: in metres
PROPERTIES
n
/U 300/500 V
o
• largely resistant to: oil,
for details, see "Technical Information"
• conditionally suitable for drag chains
• conditionally torsional
• the materials used during manufacturing are cadmium-free, contain no silicone and are free from substances harmful to the wetting
properties of lacquers
TESTS
n
• flame-retardant acc.to DINVDE0482-332-1-2 / DINEN603321-2 / IEC60332-1-2
APPLICATION
n
Used for flexible applications involving medium mechanical stress
with free movement, without tensile stress and without forced
motion control in dry, damp and wet rooms, however, not suitable
for outdoor use.Used as a connection and control cable in machine
tools, assembly lines and conveyor belts, production lines, in plant
construction, air-conditioning technology, in smelters and steel
mills.Select PVCcompounds guarantee good flexibility, efficient and
quick installation.
NOTES
n
• the conductor is metrically (mm²) constructed, AWGnumbers are
approximated, and are for reference only
• please note "cleanroom qualification" in your order
• VDE-Reg.-No.7032
Part no. No. cores x
10001 2 x 0.5 20 4.8 9.6 40.0
10002 3 G 0.5 20 5.1 14.4 46.0
10003 3 x 0.5 20 5.1 14.4 46.0
10004 4 G 0.5 20 5.5 19.0 56.0
10005 4 x 0.5 20 5.5 19.0 56.0
10006 5 G 0.5 20 6.2 24.0 65.0
10007 5 x 0.5 20 6.2 24.0 65.0
10008 6 G 0.5 20 6.7 29.0 75.0
10009 7 G 0.5 20 6.7 33.6 80.0
10010 7 x 0.5 20 6.7 33.6 80.0
10011 8 G 0.5 20 7.4 38.0 97.0
10172 8 x 0.5 20 7.4 38.0 97.0
10012 10 G 0.5 20 8.6 48.0 116.0
10013 12 G 0.5 20 9.1 58.0 135.0
10014 12 x 0.5 20 9.1 58.0 135.0
10015 14 G 0.5 20 9.5 67.0 150.0
10183 16 G 0.5 20 10.0 76.0 175.0
10016 18 G 0.5 20 10.7 86.0 196.0
10017 20 G 0.5 20 11.3 96.0 215.0
05.11.2020 / We reserve the right to make technical changes; the imprint in the image is purely exemplary
10018 21 G 0.5 20 11.3 101.0 240.0
10019 25 G 0.5 20 12.6 120.0 270.0
10020 30 G 0.5 20 13.5 144.0 310.0
10021 32 G 0.5 20 14.0 154.0 323.0
10022 34 G 0.5 20 14.7 163.0 362.0
Continued on next page
cross-sec.
mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
Part no. No. cores x
10023 40 G 0.5 20 15.3 192.0 434.0
10024 42 G 0.5 20 15.8 202.0 449.0
10025 50 G 0.5 20 17.3 240.0 513.0
10169 52 G 0.5 20 17.3 252.0 534.0
10026 61 G 0.5 20 18.5 293.0 625.0
10027 65 G 0.5 20 19.2 312.0 682.0
10028 80 G 0.5 20 21.3 384.0 780.0
10029 100 G 0.5 20 23.8 480.0 980.0
10030 2 x 0.75 19 5.3 14.4 46.0
10031 3 G 0.75 19 5.6 21.6 54.0
10032 3 x 0.75 19 5.6 21.6 54.0
10033 4 G 0.75 19 6.3 28.8 66.0
10034 4 x 0.75 19 6.3 28.8 66.0
10035 5 G 0.75 19 6.9 36.0 80.0
10036 5 x 0.75 19 6.9 36.0 80.0
10037 6 G 0.75 19 7.7 43.0 99.0
10177 6 x 0.75 19 7.7 43.0 99.0
10038 7 G 0.75 19 7.7 50.0 110.0
10039 7 x 0.75 19 7.7 50.0 110.0
10040 8 G 0.75 19 8.3 58.0 130.0
10173 8 x 0.75 19 8.3 58.0 130.0
10041 9 G 0.75 19 9.1 65.0 153.0
10042 10 G 0.75 19 9.8 72.0 162.0
10043 12 G 0.75 19 10.1 86.0 179.0
cross-sec.
mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
Page 2
JZ-500 / OZ-500
Part no. No. cores x
10044 12 x 0.75 19 10.1 86.0 179.0
10045 14 G 0.75 19 10.8 101.0 214.0
10046 15 G 0.75 19 11.4 108.0 218.0
10047 18 G 0.75 19 12.2 130.0 257.0
10533 19 G 0.75 19 12.2 137.0 264.0
10048 20 G 0.75 19 12.8 144.0 286.0
10049 21 G 0.75 19 12.8 151.0 320.0
10050 25 G 0.75 19 14.3 180.0 365.0
10534 27 G 0.75 19 14.5 195.0 382.0
10051 32 G 0.75 19 15.9 230.0 455.0
10052 34 G 0.75 19 16.7 245.0 510.0
10182 37 G 0.75 19 16.7 266.0 537.0
10053 40 G 0.75 19 17.3 288.0 595.0
10054 41 G 0.75 19 18.1 296.0 607.0
10055 42 G 0.75 19 18.1 302.0 612.0
10056 50 G 0.75 19 19.8 360.0 735.0
10057 61 G 0.75 19 21.2 439.0 845.0
10178 65 G 0.75 19 22.0 468.0 895.0
10058 80 G 0.75 19 24.3 576.0 1070.0
10059 100 G 0.75 19 27.1 720.0 1322.0
10060 2 x 1 18 5.6 19.2 60.0
10061 3 G 1 18 6.1 29.0 72.0
10062 3 x 1 18 6.1 29.0 72.0
10063 4 G 1 18 6.6 38.0 86.0
10064 4 x 1 18 6.6 38.0 86.0
10065 5 G 1 18 7.5 48.0 104.0
10066 5 x 1 18 7.5 48.0 104.0
10067 6 G 1 18 8.1 58.0 125.0
10068 7 G 1 18 8.1 67.0 141.0
10069 7 x 1 18 8.1 67.0 141.0
10070 8 G 1 18 9.0 77.0 175.0
10071 9 G 1 18 9.8 86.0 200.0
10180 10 G 1 18 10.6 96.0 217.0
10170 10 x 1 18 10.6 96.0 217.0
10072 12 G 1 18 10.9 115.0 230.0
10073 12 x 1 18 10.9 115.0 230.0
10074 14 G 1 18 11.5 134.0 271.0
10075 16 G 1 18 12.3 154.0 300.0
10076 18 G 1 18 12.9 173.0 343.0
10174 18 x 1 18 12.9 173.0 343.0
10197 19 G 1 18 12.9 182.0 355.0
10077 20 G 1 18 13.8 192.0 375.0
10184 20 x 1 18 13.8 192.0 375.0
10179 21 G 1 18 13.8 205.0 420.0
10175 24 G 1 18 15.4 230.0 440.0
10078 25 G 1 18 15.4 240.0 485.0
10176 25 x 1 18 15.4 240.0 485.0
10196 26 G 1 18 15.4 252.0 500.0
10198 27 G 1 18 15.4 259.0 534.0
10168 30 x 1 18 16.5 288.0 550.0
10079 34 G 1 18 17.9 326.0 650.0
10080 36 G 1 18 17.9 346.0 668.0
10199 37 G 1 18 17.9 355.0 701.0
10081 40 G 1 18 18.6 384.0 755.0
10167 40 x 1 18 18.6 384.0 755.0
10082 41 G 1 18 19.4 394.0 770.0
10083 42 G 1 18 19.4 403.0 810.0
10084 50 G 1 18 21.3 480.0 936.0
10085 56 G 1 18 22.1 538.0 920.0
10086 61 G 1 18 22.7 586.0 1100.0
10087 65 G 1 18 23.6 628.0 1180.0
10088 80 G 1 18 26.3 768.0 1294.0
10089 100 G 1 18 29.3 960.0 1644.0
05.11.2020 / We reserve the right to make technical changes; the imprint in the image is purely exemplary
10090 2 x 1.5 16 6.4 29.0 70.0
10091 3 G 1.5 16 6.8 43.0 90.0
10092 3 x 1.5 16 6.8 43.0 90.0
cross-sec.
mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
Part no. No. cores x
10093 4 G 1.5 16 7.6 58.0 109.0
10094 4 x 1.5 16 7.6 58.0 109.0
10095 5 G 1.5 16 8.3 72.0 131.0
10096 5 x 1.5 16 8.3 72.0 131.0
10097 6 G 1.5 16 9.2 86.0 157.0
10098 7 G 1.5 16 9.2 101.0 184.0
10099 7 x 1.5 16 9.2 101.0 184.0
10100 8 G 1.5 16 10.1 115.0 216.0
11007735 8 x 1.5 16 10.1 115.0 216.0
10101 9 G 1.5 16 11.1 129.0 259.0
10181 10 G 1.5 16 12.0 144.0 275.0
10102 11 G 1.5 16 12.0 158.0 300.0
10103 12 G 1.5 16 12.4 173.0 309.0
10104 12 x 1.5 16 12.4 173.0 309.0
10105 14 G 1.5 16 13.0 202.0 345.0
10106 16 G 1.5 16 13.9 230.0 386.0
10107 18 G 1.5 16 14.8 259.0 440.0
10185 19 G 1.5 16 14.8 279.0 445.0
10108 20 G 1.5 16 15.6 288.0 490.0
10109 21 G 1.5 16 15.6 302.0 555.0
10110 25 G 1.5 16 17.6 360.0 620.0
10535 27 G 1.5 16 17.6 389.0 670.0
10111 32 G 1.5 16 19.5 461.0 790.0
10112 34 G 1.5 16 20.2 490.0 830.0
10536 37 G 1.5 16 20.2 533.0 892.0
10113 41 G 1.5 16 22.1 591.0 996.0
10114 42 G 1.5 16 22.1 605.0 1007.0
10115 50 G 1.5 16 24.2 720.0 1250.0
10116 56 G 1.5 16 25.1 806.0 1332.0
10117 61 G 1.5 16 25.8 878.0 1440.0
10187 65 G 1.5 16 26.9 936.0 1602.0
10118 80 G 1.5 16 29.8 1152.0 1871.0
10119 100 G 1.5 16 33.2 1440.0 2353.0
10120 2 x 2.5 14 7.8 48.0 112.0
10121 3 G 2.5 14 8.3 72.0 148.0
10122 3 x 2.5 14 8.3 72.0 148.0
10123 4 G 2.5 14 9.2 96.0 178.0
10124 4 x 2.5 14 9.2 96.0 178.0
10125 5 G 2.5 14 10.1 120.0 221.0
10126 5 x 2.5 14 10.1 120.0 221.0
10127 7 G 2.5 14 11.2 168.0 306.0
10128 7 x 2.5 14 11.2 168.0 306.0
10129 8 G 2.5 14 12.3 192.0 363.0
11007736 8 x 2.5 14 12.3 192.0 363.0
10548 10 G 2.5 14 14.8 240.0 429.0
10130 12 G 2.5 14 15.3 288.0 498.0
10131 14 G 2.5 14 16.2 336.0 569.0
10132 18 G 2.5 14 18.2 432.0 764.0
10133 21 G 2.5 14 19.4 504.0 914.0
10134 25 G 2.5 14 21.6 600.0 1044.0
10135 34 G 2.5 14 25.2 816.0 1470.0
10136 42 G 2.5 14 27.3 1008.0 1790.0
10137 50 G 2.5 14 30.0 1200.0 2095.0
10138 61 G 2.5 14 32.2 1464.0 2750.0
10139 100 G 2.5 14 41.4 2400.0 4450.0
10140 2 x 4 12 9.2 77.0 195.0
10141 3 G 4 12 9.7 115.0 230.0
10142 4 G 4 12 10.8 154.0 295.0
10143 5 G 4 12 12.1 192.0 361.0
10144 7 G 4 12 13.4 269.0 458.0
10145 8 G 4 12 14.7 307.0 590.0
10549 10 G 4 12 17.6 384.0 687.0
10146 12 G 4 12 18.2 461.0 790.0
10147 3 G 6 10 11.9 173.0 355.0
10148 4 G 6 10 13.2 230.0 424.0
10149 5 G 6 10 14.7 288.0 525.0
cross-sec.
mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
Continued on next page
Page 3
JZ-500 / OZ-500
Part no. No. cores x
10150 7 G 6 10 16.2 403.0 625.0
10151 3 G 10 8 14.8 288.0 540.0
10152 4 G 10 8 16.4 384.0 701.0
10153 5 G 10 8 18.3 480.0 858.0
10154 7 G 10 8 20.2 672.0 1106.0
10190 3 G 16 6 18.4 461.0 827.0
10155 4 G 16 6 20.4 614.0 1035.0
10156 5 G 16 6 22.8 768.0 1259.0
10157 7 G 16 6 25.2 1075.0 1780.0
10191 3 G 25 4 22.4 720.0 1186.0
10158 4 G 25 4 25.1 960.0 1582.0
10159 5 G 25 4 27.9 1200.0 1999.0
10160 7 G 25 4 30.8 1680.0 2825.0
10192 3 G 35 2 25.2 1008.0 1585.0
cross-sec.
mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
Part no. No. cores x
10161 4 G 35 2 27.9 1344.0 2105.0
10162 5 G 35 2 31.0 1680.0 2633.0
10193 3 G 50 1 29.9 1440.0 2550.0
10163 4 G 50 1 33.0 1920.0 2940.0
10188 5 G 50 1 37.0 2400.0 2936.0
10194 3 G 70 2/0 34.1 2016.0 3180.0
10164 4 G 70 2/0 37.9 2688.0 4090.0
10189 5 G 70 2/0 42.4 3360.0 5443.0
10195 3 G 95 3/0 39.6 2736.0 4680.0
10165 4 G 95 3/0 43.9 3648.0 5540.0
10333 5 G 95 3/0 49.0 4560.0 6931.0
10166 4 G 120 4/0 48.8 4608.0 7000.0
13139 4 G 150 300 kcmil 54.4 5760.0 8340.0
13140 4 G 185 350 kcmil 62.3 7104.0 9904.0
cross-sec.
mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
05.11.2020 / We reserve the right to make technical changes; the imprint in the image is purely exemplary
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