PRODUCT DESIGN                                                       

APPLICABLE STANDARD

IS 694:2010

CONDUCTOR

THE CONDUCTORS ARE DRAW FROM 99.97 % BRIGHT ELECTROLYTIC GRADE COPPER WITH MORE THAN 100%CONDUCTIvITY ARE ANNEALED AND BUNCHED TOGETHER (CLASS 2 &5) 1S 8130

INSULATION PVC

THE BUNCH CONDUCTORS ARE INSULATED WITH SPECIALLY FORMULATED PVC COMPOUND WITH A HIGH INSULATION RESISTANCE VALUE.
THE INSULATION PROCESS IS CARRIED OUT ON MODERN HIGH SPEED EXTRUSION LINES, WHICH ENSURES HIGH ACCURACY AND CONSISTENCY IN PERFORMANCE

SHEATH PVC

THE OUTER SHEATH OF THE CABLE IS MADE FROM A SPECIAL GRADE OF ABRASION RESISTANT PVC COMPOUND IMPERVIOUS TO WATER, GREASE, OIL ETC.

OPERATING TEMPERATURE RANGE:

TEMP -15°C TO MAX. + 70°C / + 85°C

COLOUR

BLACK, GRAY (AND ALSO OTHER COLOUR REQUEST ON CUSTOMER)

PACKING

500m & 1000m. (+/-5%) HIGHER LENGTH AVAILABLE ON REQUEST.

MARKING

THE CABLES ARE PRINTED WITH GENERIC MARKING "NEONEX CABLES 3 CORE FLAT CABLES"

APPLICATION

- A SUBMERSIBLE PUMP CABLES SPECIALIZED PRODUCT TO BE USED FOR SUBMERSIBLE PUMPS IN A DEEP WELL.

- NEONEX CABLES 3 CORE SUBMERSIBLE FLAT CABLES ARE MANUFACTURED FOR DESIGNED FOR USE IN UNDERGROUND, UNDER-WATER OR ON WET SURFACE.

FEATURE

- MANUFACTURED FROM BRIGHT ANNEALED 99.97 % PURE COPPER CONDUCTORS AND HENCE, OFFER LOW CONDUCTOR RESISTANCE.

- OUTER SHEATH CONSISTS OF HIGHLY ABRASION RESISTANT PVC COMPOUND IMPERVIOUS TO GREASE, OIL AND WATER ETC

- VERY GOOD INSULATION PROPERTIES WHEN SUBMERGED IN WATER

- EXCELLENT MECHANICAL AND ELECTRICAL PROPERTIES.

- PROGRESSIVE SEQUENTIAL LENGTH MARKING ON EVERY METER.

ISO CERTIFICATION

ISO 9001:2015, ISO 45001:2018, ISO 14001: 2015, CE, RoHS

PRODUCT CERTIFICATION

IS 694:2010  IS 7098 P-1  TUV RHEINLAND CERTIFICATE No. R 60160877

TECHNICAL DATA                                               

NOMINAL CROSS SECTIONAL AREA OF CONDUCTOR

NUMBER/ NOMINAL DIA OF WIRES (MAX.)

NOMINAL THICKNESS OF INSULATION

NOMINAL THICKNESS OF SHEATH

OVERALL DIMENSION (W X H)

MAXIMUM DC RESISTANCE OF CONDUCTOR AT 20° C

MAX. CURRENT CARRYING CAPACITY

mm²

Nos./mm

mm

mm

WIDTH (mm)

HEIGHT (mm)

Ω/km

Amps

3C X 1*

14/0.3

0.6

0.9

10.50

4.90

18.1

12

3C X 1.5*

22/0.3

0.6

0.9

11.40

5.20

12.1

14

3C X 2.5*

36/0.3

0.7

1.0

13.20

6.00

7.41

18

3C X 4.0

56/0.3

0.8

1.0

15.40

7.00

4.95

26

3C X 6.0

84/0.3

0.8

1.1

18.40

8.00

3.30

31

3C X 10.0

140/0.3

1.0

1.4

22.20

9.60

1.91

42

3C X 16.0

224/0.3

1.0

1.4

27.40

11.60

1.21

57

3C X 25.0

354/0.3

1.2

2.0

34.10

14.30

0.780

72

3C X 35.0

495/0.3

1.2

2.0

37.60

15.80

0.554

90

3C X 50.0

703/0.3

1.4

2.2

44.00

18.20

0.386

115

3C X 70.0

988/0.3

1.4

2.2

51.20

21.00

0.272

143