How it Works
Datasheet
Loading...
15003
Specification
2 pgs162.17 Kb0

Datasheet 15004, 15003 Specification

Download
Page 1
JZ-HF / OZ-HF
oil-resistant
TECHNICAL DATA
PVC drag chain cable in alignment with DIN VDE 0285-525­2-51 / DIN EN 50525-2-51
Temperature range flexible -10°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, extra finely stranded acc.to DINVDE0295Class 6 / IEC60228Class 6
• Core insulation: PVC, compound type Z7225
• Core identification acc.to DINVDE0293-334, black cores with consecutive labeling in white digits
• Protective conductor: starting with 3cores, G = with protective conductor GN-YE, in the outer layer, x = without protective conductor (OZ)
• Cores stranded in layers with optimally matched lay lengths
• fleece wrapping over each stranding layer
• Outer sheath: oil-resistant special PVCacc.to DINVDE0207-363-
4-1 / DINEN50363-4-1 (compound type TM5)
• Sheath colour: grey (RAL7001)
• Length marking: in metres
PROPERTIES
n
• resistant to: oil
o
• 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 DINVDE0482-332-1-2 / DINEN60332­1-2 / IEC60332-1-2
• oil-resistant acc.to DINVDE0473-811-404 / DINEN60811-404 / IEC60811-404
APPLICATION
n
Ahighly flexible PVCdrag chain cable used for installation in dry and damp rooms, but not outdoors.Used for frequent lifting and bending
stress in machine and tool construction, in robotics and on perman-
ently moving machine parts.With free movement, without tensile
stress and without forced motion control capabilities, these cables have proven their reliable performance in drag chain applications.
NOTES
n
• the conductor is metrically (mm²) constructed, AWGnumbers are approximated, and are for reference only
• cleanroom qualification tested on analog types; please note "clean­room qualification" in your order
• for use in energy supply systems:
1) the assembly instructions must be observed
2) for further application parameters, please refer to the selection tables
3) for special applications, we recommend contacting us and using our data entry form for energy supply systems
• VDE-Reg.-No.7033
Part no. No. cores x
15001 2 x 0.5 20 5.0 9.6 38.0
15002 3 G 0.5 20 5.3 14.0 44.0
15003 4 G 0.5 20 5.7 19.0 52.0
15004 5 G 0.5 20 6.4 24.0 67.0
15005 7 G 0.5 20 7.6 34.0 91.0
15090 7 x 0.5 20 7.6 34.0 91.0
15006 10 G 0.5 20 9.3 48.0 128.0
15007 12 G 0.5 20 9.3 58.0 137.0
15008 14 G 0.5 20 9.8 67.0 158.0
15009 16 G 0.5 20 10.3 77.0 182.0
15010 18 G 0.5 20 11.2 86.0 207.0
15011 20 G 0.5 20 11.6 96.0 226.0
15012 25 G 0.5 20 13.6 120.0 292.0
15013 30 G 0.5 20 13.7 144.0 330.0
15014 34 G 0.5 20 15.0 163.0 387.0
15015 36 G 0.5 20 15.0 173.0 399.0
15016 42 G 0.5 20 16.3 202.0 449.0
19.11.2020 / We reserve the right to make technical changes; the imprint in the image is purely exemplary
15017 50 G 0.5 20 17.8 240.0 573.0
15018 61 G 0.5 20 19.3 290.0 682.0
15019 2 x 0.75 19 5.5 14.0 44.0
15020 3 G 0.75 19 5.7 22.0 53.0
15021 4 G 0.75 19 6.4 29.0 67.0
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
15022 5 G 0.75 19 7.0 36.0 81.0
15023 7 G 0.75 19 8.4 50.0 111.0
15024 10 G 0.75 19 10.3 72.0 159.0
15025 12 G 0.75 19 10.3 86.0 174.0
14070 12 x 0.75 19 10.3 86.0 174.0
15026 14 G 0.75 19 10.9 101.0 201.0
13944 14 x 0.75 19 10.9 101.0 201.0
15027 16 G 0.75 19 11.5 115.0 225.0
15028 18 G 0.75 19 12.2 130.0 249.0
15029 20 G 0.75 19 12.9 144.0 282.0
15030 25 G 0.75 19 14.5 180.0 375.0
15031 30 G 0.75 19 15.2 216.0 411.0
15032 34 G 0.75 19 16.6 245.0 473.0
15033 36 G 0.75 19 16.6 259.0 509.0
15034 42 G 0.75 19 18.3 302.0 602.0
15035 50 G 0.75 19 20.0 360.0 706.0
15036 61 G 0.75 19 21.3 432.0 886.0
15091 65 G 0.75 19 22.0 439.0 899.0
15037 2 x 1 18 5.7 19.0 62.0
15038 3 G 1 18 6.0 29.0 64.0
15039 4 G 1 18 6.8 38.0 80.0
15040 5 G 1 18 7.5 48.0 97.0
cross-sec. mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
Page 2
JZ-HF / OZ-HF
oil-resistant
Part no. No. cores x
15041 7 G 1 18 8.9 67.0 132.0
15042 10 G 1 18 10.9 96.0 187.0
15043 12 G 1 18 10.9 115.0 206.0
15044 14 G 1 18 11.6 134.0 239.0
15045 16 G 1 18 12.3 154.0 274.0
15046 18 G 1 18 13.0 173.0 307.0
15047 20 G 1 18 13.7 192.0 336.0
15048 25 G 1 18 15.6 240.0 443.0
15049 30 G 1 18 16.4 288.0 558.0
15050 34 G 1 18 17.8 326.0 601.0
15051 36 G 1 18 17.8 346.0 623.0
15052 41 G 1 18 19.4 403.0 710.0
15214 42 G 1 18 19.4 403.0 730.0
15053 50 G 1 18 21.1 480.0 868.0
15092 61 G 1 18 22.8 586.0 1044.0
15054 65 G 1 18 23.6 624.0 1195.0
15055 2 x 1.5 16 6.5 29.0 69.0
15056 3 G 1.5 16 6.9 43.0 84.0
15057 4 G 1.5 16 7.5 58.0 103.0
15058 5 G 1.5 16 8.4 72.0 129.0
15059 7 G 1.5 16 10.1 101.0 177.0
11017475 8 G 1.5 16 11.1 115.0 206.0
15060 10 G 1.5 16 11.9 144.0 248.0
15061 12 G 1.5 16 12.3 173.0 283.0
15062 14 G 1.5 16 13.1 202.0 327.0
15063 16 G 1.5 16 14.0 230.0 372.0
15064 18 G 1.5 16 14.7 259.0 418.0
15065 20 G 1.5 16 15.7 288.0 469.0
15066 25 G 1.5 16 17.5 360.0 631.0
15067 30 G 1.5 16 18.7 432.0 701.0
15068 34 G 1.5 16 20.3 490.0 800.0
15069 36 G 1.5 16 20.3 518.0 831.0
cross-sec. mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
Part no. No. cores x
15070 42 G 1.5 16 22.1 605.0 987.0
15071 50 G 1.5 16 24.0 720.0 1241.0
15072 60 G 1.5 16 25.4 864.0 1431.0
15215 61 G 1.5 16 25.9 878.0 1495.0
15216 65 G 1.5 16 26.8 936.0 1566.0
15073 2 x 2.5 14 8.1 48.0 102.2
15074 3 G 2.5 14 8.6 72.0 129.0
15075 4 G 2.5 14 9.6 96.0 160.0
15076 5 G 2.5 14 10.5 120.0 201.0
15077 7 G 2.5 14 12.9 168.0 278.0
15078 10 G 2.5 14 15.3 240.0 398.0
15079 12 G 2.5 14 15.3 288.0 444.0
15080 14 G 2.5 14 16.8 336.0 512.0
15081 16 G 2.5 14 17.7 384.0 615.0
15082 18 G 2.5 14 18.8 432.0 678.0
15083 20 G 2.5 14 20.0 480.0 752.0
15084 25 G 2.5 14 22.5 600.0 1060.0
15085 30 G 2.5 14 24.0 720.0 1197.0
15086 34 G 2.5 14 26.0 816.0 1337.0
15087 36 G 2.5 14 26.0 864.0 1384.0
15088 42 G 2.5 14 28.5 1008.0 1599.0
15089 50 G 2.5 14 30.6 1200.0 1854.0
15142 3 G 4 12 10.5 115.0 213.0
15143 4 G 4 12 11.5 154.0 265.0
15144 5 G 4 12 12.8 192.0 328.0
15145 4 G 6 10 13.3 230.0 382.0
15146 5 G 6 10 14.6 288.0 461.0
15147 4 G 10 8 17.8 384.0 652.0
15148 5 G 10 8 19.7 480.0 790.0
15149 4 G 16 6 20.8 614.0 1007.0
15150 5 G 16 6 23.3 768.0 1304.0
cross-sec. mm²
AWG,
approx.
Outer
Ø mm,
approx.
Cu-weight
kg/km
Weight
kg/km,
approx.
19.11.2020 / We reserve the right to make technical changes; the imprint in the image is purely exemplary
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use