Y-CY-JZ

flexible, screened, transparent, meter marking, EMC-preferred type

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Technical data
  • PVC cable adapted to
    DIN VDE 0285-525-2-51 /
    DIN EN 50525-2-51
  • Temperature range
    flexing -15°C  to  +80°C
    fixed installation -40°C  to  +80°C
  • Nominal voltage
    U0/U 300/500 V
  • Test voltage
    4000 V
  • Breakdown voltage
    min. 8000 V
  • Mutual capacitance
    acc. to different cross sections
    0,5 up to 2,5 mm²:
    core/core approx. 150 pF/m
    core/screen approx. 270 pF/m
  • Coupling resistance
    max. 250 Ohm/km
  • Minimum bending radius
    flexing 10x outer Ø
    fixed installation 5x outer Ø
Cable structure
  • Bare copper conductor,
    fine wire acc. to
    DIN VDE 0295 cl.5 / IEC 60228 cl.5
  • Core insulation of PVC
    compound type Z 7225
  • Core identification to DIN VDE 0293
    black cores with continuous white
    numbering
  • GN-YE conductor, 3 cores and above
    in the outer layer
  • Cores stranded in layers with
    optimal lay length
  • Inner sheath of PVC
  • Tinned copper braided screen,
    approx. 85% coverage
  • Outer sheath of PVC
  • Sheath colour: transparent
  • With meter marking
Properties
  • Extensively oil resistant,
    oil-/chemical resistance
    see "Technical Information"
  • The materials used during manufacturing
    are cadmium-free, contain no silicone
    and are free from substances harmful
    to the wetting properties of lacquers
Tests
  • Flame retardant acc. to
    DIN VDE 0482-332-1-2 /
    DIN EN 60332-1-2 / IEC 60332-1-2
Note
  • G = with GN-YE conductor
    x = without GN-YE conductor (OZ)
  • The conductor is metrically constructed
    (mm²).  The AWG designation is
    approximate and purely informative.
  • Unscreened analogue type:
    JZ-500
Application
For use as connecting 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 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.
EMC = Electromagnetic compatibility
To optimize the EMC features we recommend a large round contact of the copper braiding on both ends.
CE = Product conforms with Low-Voltage Directive 2014/35/EU.
Downloads
Data sheet
Certificate of compliance

Part no.

No.cores x
cross-sec.
mm²

Outer Ø

app. mm

Cop.
weight

kg / km

Weight

app. kg / km

AWG-No.

16200

2 x 0,5

7,0

41,0

67,0

20

16201

3 G 0,5

7,5

45,0

83,0

20

16169

3 x 0,5

7,5

45,0

83,0

20

16202

4 G 0,5

7,9

54,0

94,0

20

16170

4 x 0,5

7,9

54,0

94,0

20

16203

5 G 0,5

8,6

66,0

108,0

20

16171

5 x 0,5

8,6

66,0

108,0

20

16204

6 G 0,5

9,3

73,0

125,0

20

16205

7 G 0,5

9,3

79,0

136,0

20

17172

7 x 0,5

9,3

79,0

136,0

20

16206

8 G 0,5

9,9

82,0

150,0

20

16207

10 G 0,5

11,2

107,0

170,0

20

16208

12 G 0,5

11,5

137,0

195,0

20

16209

14 G 0,5

12,3

142,0

223,0

20

16210

16 G 0,5

12,8

147,0

250,0

20

16211

18 G 0,5

13,7

156,0

277,0

20

16212

20 G 0,5

14,3

173,0

310,0

20

16315

21 G 0,5

14,3

189,0

331,0

20

16213

24 G 0,5

15,8

236,0

390,0

20

16214

25 G 0,5

15,8

250,0

407,0

20

16215

30 G 0,5

16,7

297,0

520,0

20

16216

32 G 0,5

17,2

312,0

550,0

20

16217

36 G 0,5

17,9

320,0

585,0

20

16218

40 G 0,5

18,5

345,0

654,0

20

16453

41 G 0,5

19,4

348,0

671,0

20

16219

50 G 0,5

20,9

407,0

740,0

20

16220

61 G 0,5

22,1

520,0

850,0

20

16221

80 G 0,5

25,4

690,0

1080,0

20

16222

100 G 0,5

28,1

805,0

1350,0

20

16223

2 x 0,75

7,7

46,0

87,0

19

16224

3 G 0,75

8,0

57,0

98,0

19

16173

3 x 0,75

8,0

57,0

98,0

19

16225

4 G 0,75

8,9

63,0

113,0

19

16196

4 x 0,75

8,9

63,0

113,0

19

16226

5 G 0,75

9,5

76,0

130,0

19

16174

5 x 0,75

9,5

76,0

130,0

19

16227

6 G 0,75

10,1

82,0

156,0

19

16228

7 G 0,75

10,1

100,0

184,0

19

16175

7 x 0,75

10,1

100,0

184,0

19

16229

8 G 0,75

10,9

112,0

221,0

19

16230

10 G 0,75

12,6

140,0

270,0

19

16231

12 G 0,75

13,0

175,0

292,0

19

16232

14 G 0,75

13,8

190,0

315,0

19

16233

16 G 0,75

14,4

204,0

335,0

19

16234

18 G 0,75

15,2

240,0

358,0

19

16235

20 G 0,75

16,2

262,0

420,0

19

16316

21 G 0,75

16,2

274,0

454,0

19

16236

24 G 0,75

17,7

291,0

480,0

19

16237

25 G 0,75

17,7

306,0

508,0

19

16238

27 G 0,75

17,7

326,0

535,0

19

16239

30 G 0,75

18,5

340,0

640,0

19

16240

32 G 0,75

19,5

349,0

688,0

19

16241

36 G 0,75

20,1

358,0

730,0

19

16242

40 G 0,75

20,9

371,0

950,0

19

16454

41 G 0,75

21,5

403,0

971,0

19

16243

50 G 0,75

23,6

470,0

1100,0

19

16244

61 G 0,75

25,0

550,0

1290,0

19

16245

80 G 0,75

28,6

715,0

1510,0

19

16246

100 G 0,75

31,6

910,0

1640,0

19

16248

2 x 1

8,0

54,0

97,0

18

16249

3 G 1

8,6

64,0

103,0

18

16176

3 x 1

8,6

64,0

103,0

18

16250

4 G 1

9,3

76,0

146,0

18

16177

4 x 1

9,3

76,0

146,0

18

16251

5 G 1

9,9

89,0

169,0

18

16178

5 x 1

9,9

89,0

169,0

18

16252

6 G 1

10,7

101,0

199,0

18

16253

7 G 1

10,7

114,0

219,0

18

16179

7 x 1

10,7

114,0

219,0

18

16254

8 G 1

11,8

130,0

270,0

18

16255

10 G 1

13,6

156,0

330,0

18

16256

12 G 1

14,0

186,0

350,0

18

16257

14 G 1

14,7

198,0

400,0

18

16258

16 G 1

15,3

214,0

422,0

18

16259

18 G 1

16,3

284,0

514,0

18

16260

20 G 1

17,0

325,0

545,0

18

16261

24 G 1

18,6

366,0

640,0

18

16262

25 G 1

18,6

387,0

689,0

18

16263

28 G 1

19,9

421,0

710,0

18