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Tianjin Cable Factory Rubber Cable Factory

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    2669691914@qq.com

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    13833657342

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    Liuyanma Industrial Zone, Dacheng County, Hebei Province

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Technical requirements for MY coal mine rubber sheathed mobile cables

NegotiableUpdate on 02/09
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin
Overview
MY coal mine's rubber sleeve mobile cable technology requires our factory to improve and strengthen its internal quality assurance system. Our products have passed the production license acceptance and obtained ISO9001-2000 quality system certification, greatly improving the overall quality of the enterprise. Our factory adheres to the principle of "quality *, customer first" and wholeheartedly serves our customers.
Product Details
Technical requirements for MY coal mine rubber sheathed mobile cables. This product is suitable for copper core rubber sheathed flexible cables for mobile equipment with rated voltage of 0.66/1.14KV and below

model

name

main purpose

(MY)UY-0.38/0.66

Mining mobile rubber sheathed flexible cable

Power connection of various underground mobile coal mining equipment with rated voltage of 0.38/0.66KV

(MYP)UYP-0.38/0.66

Mining mobile shielded rubber sheathed flexible cable

Power connection of various underground mobile coal mining equipment with rated voltage of 0.38/0.66KV

(MYP)UYP-0.66/1.14

Mining mobile shielded rubber soft sheathed cable

Power connection for various underground mobile coal mining equipment with a rated voltage of 0.66/1.14KV

Number of cores x conductor

 

Nominal thickness of sheath (mm)

outer diameter of cable

Reference weight of cable (kg/km)

Nominal cross-section (mm2)

Power cord core

UC-0.38/0.66

UCP-0.38/0.66

Power cord core

Ground wire core

Insulation nominal thickness (mm)

Zui small value

Zui maximum value

Zui small value

Zui maximum value

UC

UCP

3×4

1×4

1.4

3.5

20.3

23.4

23.7

27.2

670

785

3×6

1×6

1.4

3.5

23

26.4

26.4

30.1

838

927

3×10

1×10

1.6

4

27.5

31.3

30.9

34.7

1292

1400

3×16

1×10

1.6

4

29.6

33.4

33

36.8

1465

1586

3×25

1×16

1.8

4.5

35.6

39.8

39

43.2

2159

2296

3×35

1×16

1.8

4.5

38.7

42.1

42.1

46.3

2596

2783

3×50

1×16

2

5

43.6

47.1

47.1

51.4

3385

3548

3×70

1×25

2

5

49.7

54.4

52.4

57.1

4292

4477

Number of cores x conductor

 

 

outer diameter of cable

Reference weight of cable (kg/km)

Nominal cross-section (mm2)

Power cord core

Sheath nominal

UC-0.38/0.66

Power cord core

Ground wire core

Insulation nominal thickness (mm)

thickness (mm)

Zui small value

Zui maximum value

3×10

1×10

1.8

4.5

32.4

36.2

1476

3×16

1×10

1.8

4.5

34.6

38.4

1737

3×25

1×16

2

5

41.4

45.3

2400

3×35

1×16

2

5

44.2

48.4

2857

×350

1×16

2.2

5.5

49.1

53.4

3549

3×70

1×25

2.2

5.5

55.5

60.2

4608

3×95

1×25

2.4

6

61.2

65.9

4608

1. The insulation resistance between the main cores of cable insulation and between the main cores and the ground wire shall not be less than 100M Ω· km when converted to+20 ℃.
2. The transition resistance of the main core shielding layer shall not exceed 3k Ω when converted to 20 ℃.
3. Product standard: MT818.5-1999.
4. The MYP cable consists of three main cores with insulation shielding and a ground wire wrapped in a semi conductive rubber layer, which is twisted around the semi conductive rubber layer to form a cable. Squeeze black chlorinated polyethylene rubber sheath or black chloroprene rubber sheath outside.
5. Conductive core: Made of soft copper wire, its performance complies with GB/T3956-1997.
6. Insulation: XJ-00A rubber according to GB7594.2-1987 is used.
7. Core identification: Insulation color separation identification is used, with the main core being red, green, and white.
8. Ground wire: covered with a semi conductive rubber.
9. Insulation shielding: Cover the insulation surface with a semi conductive tape.
10. Cabling: Three main cores and one ground wire are twisted in the right direction around a semi conductive rubber pad core to form a cable.
11. Sheath: XH-03A rubber according to GB7594.7-1987 is used. The oxygen index of the sheath rubber is ≥ 40.
12. The flame retardant performance of the finished cable meets the requirements of MT386-1995.
13. Cable marking: The surface of the cable is printed with the model, voltage, specifications, and manufacturer's name.