loading

Share to:
sharethis sharing button

SIAF(H05S-K) Cable

  • Silicone 180℃ Cable

  • hellosignal

Availability:

Product Description


Silicone 180 Cable
SIAF(H05S-K) Cable

SIAF(H05S-K) Cable Silicone 180℃ High temperature Cable

Application:



Cable Standards:

Designed for use in environments where sustained heat resistance is required, SIAF cables have heat resistant properties up to 180°C and can also be employed at temperatures as low as -60°C. These cables are low smoke zero halogens and are suitable for power plants, a wide range of industrial applications in processing, packaging, refrigeration, foundries, aircraft construction, and shipbuilding.



EN 50525-2-41, IEC/EN 60228





Product Description:

Conductor

Class 5 flexible tinned copper conductor

Insulation

Silicone Rubber


Characteristics:

Voltage Rating Uo/U

SIAF: 0.25mm2 to 6mm2 300/500V

10mm2 and above: 0.6/1kV

Temperature Rating

Fixed: -60°C to +180°C

Minimum Bending Radius

Fixed: 4 x overall diameter


Core Identification:



Black



Blue



Brown



Grey



Orange



Pink



Red



Turquoise































Violet



White



Green



Yellow




Green/Yellow



































Dimensions:

Flexible Core Silicone Rubber Insulated Cable (SIAF)


Zion Code

No. Of
Cores

Nominal Cross Sectional Area (mm²)

Nominal Thickness Of Insulation
(mm)

Nominal Overall Diameter
(mm)

Nominal Weight
(Kg/km)




SIAF00025**

1

0.25

0.6

1.8

7




SIAF00035**

1

0.35

0.6

1.9

8




SIAF0005**

1

0.5

0.6

2.1

10




SIAF00075**

1

0.75

0.6

2.3

13




SIAF0010**

1

1

0.6

2.5

15




SIAF0015**

1

1.5

0.6

2.8

21




SIAF0025**

1

2.5

0.7

3.5

34




SIAF0040**

1

4

0.8

4.1

49




SIAF0060**

1

6

0.8

4.7

68




SIAF010**

1

10

1

6.1

110




SIAF016**

1

16

1.2

7.5

168




SIAF025**

1

25

1.4

9.1

254




SIAF035**

1

35

1.4

10.3

347




SIAF050**

1

50

1.6

12

490




SIAF070**

1

70

1.6

13.7

686




SIAF095**

1

95

1.8

15.6

888




SIAF120**

1

120

1.8

17.4

1149




SIAF150**

1

150

2

19.3

1411




SIAF185**

1

185

2.2

21.4

1722




SIAF240**

1

240

2.4

24.3

2284




SIAF300**

1

300

2.6

26.9

2895




Conductors:

Class 5 Flexible Copper Conductors for Single Core and Multi-Core Cables (SIAF)


Nominal Cross Sectional Area (mm²)

Maximum Diameter
Of Wires In Conductor
(mm)

Maximum Resistance Of Conductor
At 20ºC Ohms/km




Metal-Coated Wires




0.25

0.21

86.0000




0.35

0.21

55.5000




0.5

0.21

40.1000




0.75

0.21

26.7000




1

0.21

20.0000




1.5

0.26

13.7000




2.5

0.26

8.2100




4

0.31

5.0900




6

0.31

3.3900




10

0.41

1.9500




16

0.41

1.2400




25

0.41

0.7950




35

0.41

0.5650




50

0.41

0.3930




70

0.51

0.2770




95

0.51

0.2100




120

0.51

0.1640




150

0.51

0.1320




185

0.51

0.1080




240

0.51

0.0817




300

0.51

0.0654












































































































Current Carrying Capacity:

Flexible Core Silicone Rubber Insulated Cable (SIAF)


Nominal Cross Sectional Area (mm²)

Current Rating In Air Amps



at 30ºC

at 60ºC

at 90ºC

at 120ºC

at 150ºC

at 170ºC



0.25

15

13

11

9

6

3



0.35

19

17

14

11

7

4



0.5

23

20

17

13

9

5



0.75

30

26

22

17

11

6



1

35

31

26

20

13

7



1.5

44

38

32

25

17

8



2.5

61

53

45

35

23

12



4

82

71

60

47

31

16



6

104

91

77

60

39

20



10

148

129

108

85

56

28



16

197

173

145

114

75

58



25

263

230

193

151

99

51



35

327

286

240

188

124

63



50

413

362

304

238

157

80



70

531

465

391

306

201

103



95

623

545

458

359

236

121



120

738

645

543

425

280

143



150

850

744

626

491

323

166



185

969

848

214

560

369

190



240

1191

1043

879

689

454

234



300

1339

1173

988

776

512

264





























Previous: 
Next: 
We use cookies to enable all functionalities for the best performance during your visit and to improve our services by giving us some insight into how the website is being used. Continued use of our website without changing your browser settings confirms your acceptance of these cookies. For details, please see our privacy policy.
×