• Aerial Insulated Cables within Rated Voltage 10KV and 35KV System 1
Aerial Insulated Cables within Rated Voltage 10KV and 35KV

Aerial Insulated Cables within Rated Voltage 10KV and 35KV

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Specifications

1.good manufacturer with 30 years' experience
2.good qualiy&competitive price
3.on time delivery
4.good after-sale service

Product standard

The product is manufactured according to the standards of GB14049Aerial insulated cables of rated voltages 10 KV and 35KV” and IEC60502Extruded solid dielectric power cables for rated voltages from 1KV to 30KV”.


Operating characteristics

  1. Rated voltage: 10KV, 35KV:

  2. Max. permissible continuous temperature:

HDPE insulated aerial cables: 75; XLPE insulated aerial cables: 90℃

  1. Max. short circuit temperature of the conductor shall not exceed:

HDPE insulated aerial cables: 150; XLPE insulated aerial cables: 250

  1. The installation ambient temperature should not below -20

  2. The bending radius of cables are recommended as follows:

      Single cable: not less than 20 times the diameter of cables; Multi-core cables: not less than 15 times the diameter of cables.

Type/Designation

Type

Designation

JKYJ

Copper conductor XLPE insulated aerial cables

JKTRYJ

Flexible copper conductor XLPE insulated aerial cables

JKLYJ

Aluminum conductor XLPE insulated aerial cables

JKLGYJ

ACSR conductor XLPE insulated aerial cables

JKLHYJ

Aluminum alloy conductor XLPE insulated aerial cables

JKY

Copper conductor PE insulated aerial cables

JKTRY

Flexible copper conductor PE insulated aerial cables

JKLY

Aluminum conductor PE insulated aerial cables

JKLGY

ACSR conductor PE insulated aerial cables

JKLHYJ/Q

Aluminum alloy conductor light type XLPE thinness insulated aerial cables

JKLGYJ/Q

ACSR conductor light type XLPE thinness insulated aerial cables

JKLY/Q

Aluminum conductor light type XLPE thinness insulated aerial cables

JKLHY/Q

Aluminum alloy conductor light type PE thinness insulated aerial cables

JKLGY/Q

ACSR conductor light type PE thinness insulated aerial cables

Type of cable

Type

Cores Number

Rated Voltage KV

10

35

Nominal Cross-Section of conductor mm2

JKYJ, JKTRYJ, JKLYJ, JKLHYJ, JKLGYJ

1

10~300

50~300

JKY, JKTRY, JKLY, JKLHY, JKLGY, JKLYJ/Q, JKLHYJ/Q, JKLY/Q, JKLHY/Q, JKLGYJ/Q, JKLGY/Q

1

10~300

Construction and technical parameter of cable

10KV Single-core copper aluminum and aluminum alloy conductor common insulated aerial cables of rated voltage

Nominal cross-sectional area of conductor

Cable approx. diameter

Cable approx Weight

Tensile force of cable

JKY

JKTRY

JKYJ

JKTRYJ

JKLY

JKLHY

JKLYJ

JKLHYJ

Hard Copper

Aluminum

Aluminum alloy

mm2

mm

Kg/km

Kg/km

N

10

11.8

190

127

3471

1650

2514

16

12.8

257

158

5486

2512

4022

25

14.0

345

195

8465

3762

6284

35

15.0

450

235

11731

5177

8800

50

16.3

575

285

16502

7011

12569

70

17.8

670

257

23461

10354

17596

95

19.7

1045

463

21759

13727

23880

120

21.1

1285

550

39911

17339

30164

150

22.7

1580

655

49505

21033

37706

185

24.2

1855

755

61846

26732

46503

240

26.5

2380

935

79823

34679

60329

300

28.7

3000

1145

99788

43349

75411


35KV Single-core copper aluminum and aluminum alloy conductor common insulated aerial cables of rated voltage

Nominal cross-sectional area of conductor

Cable approx. diameter

Cable approx Weight

Tensile force of cable

JKYJ

JKTRYJ

JKLYJ

JKLHYJ

Hard Copper

Aluminum

Aluminum alloy

mm2

mm

Kg/km

Kg/km

N

50

31.5

1184

874

16502

7011

12569

70

33.2

1421

987

23461

10354

17596

95

34.8

1703

1114

21759

13727

23880

120

36.2

1975

1231

39911

17339

30164

150

37.8

2301

1371

49505

21033

37706

185

39.4

2666

1519

61846

26732

46503

240

41.6

3231

1743

79823

34679

60329

300

43.8

3844

1984

99788

43349

75411





10KV Single-core ACSR Conductor aerial insulated cable

Nominal cross-sectional area of conductor Al/Fe

Single Cable approx. diameter

Single Cable approx Weight

Single Tensile force of cable

Nominal cross-sectional area of conductor Al/Fe

Single Cable approx. diameter

Single Cable approx Weight

Single Tensile force of cable

mm2

mm

Kg/km

N

mm2

mm

Kg/km

N

25/4

14.4

239

9290

185/10

24.7

862

40880

35/6

15.6

295

12630

185/25

25.6

987

59420

50/8

16.9

367

16870

185/30

25.8

1005

64320

50/30

18.9

565

42620

185/45

26.4

1032

80190

70/10

18.7

473

23390

210/10

25.9

1147

45140

70/40

21.1

743

58300

210/25

26.8

963

65990

95/15

20.9

610

35000

210/35

27.1

1102

74250

95/20

21.1

639

37200

210/50

27.7

1163

90830

95/55

23.3

966

78110

240/30

28.0

1286

75620

120/7

21.6

614

27570

240/40

28.3

1225

83370

120/20

22.4

723

41000

240/55

29.0

1286

102100

120/25

22.7

770

47880

300/15

29.4

1434

68060

120/70

25.2

1176

98370

300/20

29.6

1280

75680

150/8

23.1

731

32860

300/25

29.9

1380

83410

150/20

23.8

827

46630

300/40

30.3

1479

92220

150/25

24.1

874

54110

300/50

30.7

1563

103400

150/35

24.6

961

65020

300/70

31.5

1752

128000


10KV Single-core ACSR Conductor light type thin insulated aerial cable

Nominal cross-sectional area of conductor Al/Fe

Single Cable approx. diameter

Single Cable approx Weight

Single Tensile force of cable

Nominal cross-sectional area of conductor Al/Fe

Single Cable approx. diameter

Single Cable approx Weight

Single Tensile force of cable

mm2

mm

Kg/km

N

mm2

mm

Kg/km

N

25/4

11.6

177

9290

185/10

21.7

742

40880

35/6

12.8

227

12630

185/25

22.6

863

59420

50/8

14.1

293

16870

185/30

22.8

907

64320

50/30

16.1

482

42620

185/45

23.4

1019

80190

70/10

15.9

390

23390

210/10

22.9

835

45140

70/40

18.1

642

58300

210/25

23.8

972

65990

95/15

17.9

509

35000

210/35

24.1

1032

74250

95/20

18.1

538

37200

210/50

24.7

1151

90830

95/55

20.3

853

7

8110

240/30

25.0

1088

75620

120/7

18.6

511

27570

240/40

25.3

1148

83370

120/20

19.4

615

41000

240/55

26.0

1292

102100

120/25

19.7

661

47880

300/15

26.4

1136

68060

120/70

22.2

1054

98370

300/20

26.6

1182

75680

150/8

20.1

620

32860

300/25

26.9

1234

83410

150/20

20.8

712

46630

300/40

27.3

1331

92220

150/25

21.1

758

54110

300/50

27.7

1413

103400

150/35

21.6

842

65020

300/70

28.5

1597

128000


Q: Big god speed to ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ much needed
Can be buried, the general depth of 0.8 meters, the cable on the road to be added through the road.
Q: i bought a record player at a garage sale. it is the kind that has to be hook up to a sterio (no speakers of its own). it has the two cables to hook up to the sterio but no power cable. will the power come from the sterio or did i get ripped off?
You need to get a power cable. If you do some research online maybe you can find the manufacturer of the turntable. It may be a common type cord or maybe not. If you e-mail me maybe I can help more.
Q: When wiring a power cable to your car battery, should you always put a fuse close to the battery or does it matter if you don't use one?
You should always put a fuse close to the battery. Here's why: The job of the fuse is to protect the wire between the battery and the amplifier. If that wire should happen to touch a metal component in the vehicle (pinched under a seat bracket, for example, or worn through against a sharp edge of metal in the firewall) then it would cause a short circuit. If you have a fuse near the battery, then it just blows the fuse and stops the current flow. If you don't have a fuse, current will flow until the wire overheats. When the wire is damaged, it will damage anything it's next to: vehicle wiring, carpet, seats, your amplifier. It's not hard to cause very extensive damage to your vehicle from a melting amplifier power wire. A fuse is a very inexpensive way to prevent very expensive damages in the event of a short circuit. To be effective, the fuse needs to be between the battery post and the spot where the wire is shorted. That's why you should place the fuse as close to the battery as possible. I personally would never, under any circumstances, connect a wire to a vehicle battery without the appropriate size fuse or circuit breaker.
Q: How can we manage power (voltage ) loss in the long distance if elcetricity is fed along with the cable?
The repeaters use copper wire bundled together with the fiber optic to power the repeaters, the voltage drop is managed with an engineered choice of voltage and current. Each cable has a different combination to suite the particular distance. And each cable would be tailored for the individual application.
Q: I recently replaced my 300W Bestec power supply with a 600W corsair power supply. the 600W electric cable (the one that goes to the wall outlet) is too short, can i use the power cable of the 300W power supply ?
hardship examining your question. Are you asserting which you have microprocessor that hangs once you're utilising a generator? is the generator powering the microprocessor? sure, interestingly that noise spikes or another noise from the generator is inflicting the reminiscence interior the processor to be changed. Is the processor in a shielded field? the ability grant? Are there any filters on the generator? all of those can help. Are there any archives lines linked to the processor? they could be the best suspects. they might could be shielded.
Q: What are the phone, power, and cable companies in Pomona, Ca?
Verizon for phone SCE (So cal edison) for power Charter? for cable I think. Get Direct TV it's better Gas is So cal gas.
Q: the contant power cables go to my car alarm, led lights, siren, power locks, power windows, and alarm bypass... they are very small thin awg wires... the ignition and constant power cables under ignition housing are alot thicker... is this possible with no problems?
confident, you're able to do this. make beneficial each and every capability twine has its own fuse close to the battery. Addressing the different solutions: this won't drain the battery any quicker than working a single twine to a distribution block; and there isn't any might desire to characteristic a 2d battery except you intend to play the gadget for long classes without the engine working.
Q: My laptop power cable is bust and i need a new one for my Acer laptop, please can someone tell me where i can purchase one?Thankyou very much!
dick smith or one of those types of Electronic shops they sell these packs with about 10 different adapters for $60 BEWARE using anything but the proper acer battery may void your warranty
Q: This is the second time the power cable has burned up. The cable itself frayed from overheating I suspect.
It would have to be a combination of things that made it fray. Like, for example, being bent at an extreme angle while in use for long periods of time. Power cables get hot from normal use. The plastic insulation gets soft. If the power cable is laid in a comfortable position, if it is allowed to cool before being wrapped up, and there are no problems with the power adapter port on the laptop, a power adapter cable will last for the life of the laptop. Now, if you are using a Universal power brick, that is part of your problem. This laptop only requires a 65 watt adapter. Universal power adapters will push more juice to your laptop... up to 90 watts. This will cause the cables to get hotter. So, if you have not replaced it with a 19 volt 3.42amp brick specifically designed to work with your laptop... then you should do so. And feel free to buy one off OKorder. Same brick as what you get from Toshiba, for a fraction of the cost. end of line
Q: Hello,I recently bought a kotatsu and I really need some help. The power cable is of course Japanese And I need some type of converter.On the part of the cable that plugs into the radiotaor it says:PSE (It's in some square box)JET MR7A 250VOn the end that plugs into the wall it says:PSE (It's in some square box)JET MR7A 125VI''m not sure if a simple small converter to let me put the Japanese cable into my wall is enough, I think I need something extra to make sure nothing goes into flames.Inside the Japanese instruction manual I found some info However, I'm not really sure if it is related to the power supply or notAC100V 50-60Hz400W3.1 (Probably the length of the cable) 1.3 (Same here I think)140Wh 60 Wh55C 37CPlease help me, what should I get to be able to use the cable in Europe. Any links at all will be helpfulThanks.
Don't worry too much about what the cord says. Worry about the power requirements on the appliance label, and making sure you are feeding it with the voltage required, with a capacity within the range. In your instance, you will need a converter transformer that converts your outlet voltage to 100V, and has 550 or larger watt capacity.

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