2YSLCY-JB/2YSLCYK-JB
Applications
These cables are double shielded, large gauge size, PVC motor supply cables Polyethylene insulation oververy fine stranded copper provides a low-loss transfer of power, excellent low capacitance performanceand superior flexibility when compared to conventional PVC cables. The applications include frequency converters, motor runs, connections with high electromagnetic interference. Found in the automotive, paperand food industry, environmental technology, packaging industry, machine tools and handling equipment. The overall foil and braid shield offer excellent protection against electromagnetic and electrical interferences. For medium mechanical stresses found indoors in dry, moist and wet areas. For 2YSLCYK-JB ,the black UVresistant jacket also allows for outdoor use and for direct burial applications.
Standards
- VDE 0250 & 0281
- EMC to EN 55011
- EMC to VDE-0875 part-11
- CE Low Voltage Directive 73/23/EEC
- 93/68/EEC
- ROHS compliant
Cable Construction
| Stranded bare copper conductor according to DIN VDE 0295, IEC60228 cl. 5 |
| Polyethylene(PE) insulation |
| Colours according to HD 308 S2(VDE 0293- 308) |
| Special aluminum foil screening |
| Tinned copper braiding, coverage approx. 80% |
| For 2YSLCY special transparent PVC sheath made of PVC compound YM2 acc. VDE 0207 -5, leadfree, flame retardant & self-extinguishing |
| For 2YSLCYK black PVC sheath made of cold-flexible PVC compound DMV5 acc. VDE 0276-603, leadfree, UV resistant, outdoor and direct burial use, flame retardant & self-extinguishing, IEC 60332.1 EEU directives cables conforms to EEC 79/29 directive ( Low Voltage Directive) |
Technical Characteristics
| Working voltage |
600/1000 volts |
| Test voltage |
4000 volts |
| Minimum bending radius |
20 x O |
| Flexing temperature |
-5o C to +70o C |
| Fixed installation temperature |
- 40o C to +70o C |
| Flame retardant |
IEC 60332.1 |
| Insulation resistance |
>20 GΩ x km |
| Coupling resistance max |
250 Ω/km |
| Radiation resistance up to 80 x106 cJ/kg (up to 80 Mrad) |
| Mutual capacitance |
core/core 70 to 250 nF/km |
|
core/braiding 110 to 410 nF/km |
Cable Parameter
| AWG |
No. of Cores x Nominal Cross Sectional Area |
Nominal Overall Diameter |
Mutual capacitance core/core approx. |
Mutual capacitance core/screen approx. |
Copper Weight |
Cable Weight |
|
# x mm^2 |
mm |
nF/km |
nF/km |
kg / km |
kg / km |
| 16(30/30) |
4 G 1.5 |
11.6 |
70 |
110 |
95 |
230 |
| 14(50/30) |
4 G 2.5 |
13.1 |
80 |
130 |
150.0 |
300 |
| 12(56/28) |
4 G 4 |
14.6 |
90 |
150 |
235.0 |
485 |
| 10(84/28) |
4 G 6 |
16.0 |
110 |
170 |
320.0 |
630 |
| 8(80/26) |
4 G 10 |
19.5 |
120 |
190 |
533.0 |
860 |
| 6(128/26) |
4 G 16 |
22.0 |
130 |
220 |
789.0 |
1,290 |
| 4(200/26) |
4 G 25 |
26.2 |
145 |
230 |
1,236.0 |
1,860 |
| 2(280/26) |
4 G 35 |
29.4 |
150 |
260 |
1,662.0 |
2,610 |
| 1(400/26) |
4 G 50 |
37.5 |
175 |
290 |
2,345.0 |
2,950 |
| 2/0(356/24) |
4 G 70 |
40.0 |
180 |
300 |
3,196.0 |
3,950 |
| 3/0(485/24) |
4 G 95 |
46.4 |
195 |
320 |
4,316.0 |
5,300 |
| 4/0(614/24) |
4 G 120 |
53.1 |
215 |
340 |
5,435.0 |
6,600 |
| 300 MCM (765/24) |
4 G 150 |
57.2 |
230 |
360 |
6,394.0 |
7,043 |
| 350 MCM (944/24) |
4 G 185 |
61.1 |
240 |
380 |
7639 |
8384 |
| 500 MCM |
4 G 240 |
67.3 |
250 |
410 |
10013 |
11611 |
