• Epoxy Cast Resin Dry-type Iron Core Shunt Reactor System 1
Epoxy Cast Resin Dry-type Iron Core Shunt Reactor

Epoxy Cast Resin Dry-type Iron Core Shunt Reactor

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Epoxy Cast Resin Dry-type IronCore Shunt Reactor

1. Usage

n To reduce power frequency voltage rise caused by capacitance effect of long distance distribution when no-load or light load;

n To improve voltage distribution alongthe line and reactive power distribution in the light-load line, reduce linelosses and improve power factor;

n To reduce secondaryarc current, accelerate secondary arc extinguishing, and improve success rateof line automatic reclosing;

n To be beneficial for eliminatinggenerator self-excitation;

n To reduce equipment capacity andsave investment.


2. Product Characteristics

l  The coilsare covered by glass fiber and vacuum casted by epoxy resin,it has good mechanical performance, high reliability ,high safety andlong working life.

l  It has good moisture resistance andcan be operated in high humidity environment.

l  Low noise, the core is casted as awhole by epoxy resin and form as a solid body, when it is running only cause littlevibration.

l  Thin insulation structure, and theair flue is embedded inside to strengthen the heat dispersion, and the short-circuit overload is strong.

l  Flame retardant, explosion proof,no environment pollution.

l  Low-loss, significant energysaving, and free maintenance

l  Small in size, light in weight, niceappearance



3. Voltage grade:6KV~35KV

4. Using Condition

l  Normal serviceconditions

   Installation:Indoor

   Altitude: ≤1000m

   Ambient temperature:-5℃~+40℃

Maximum dailytemperature difference:≤25℃

l  Special conditions: can be made customized.




5. Model coding


Connection:




6.  Parameters

10kV grade

insulation level: I 75/AC35KV;Insulation heat endurance class:F (triangletype)

No.

Type

Rated capacity

kVar

Rated voltage

kV

Rated Current

A

Rated reactance Ω

Noise

dB

(A)

Outline dimension mm

Weight

kg

H

L1

L2

L3

L4

Φ

d1

1

BKSC-600/10

600

10

166.7

166.7

66

1150

820

700

610

760

18

2000

2

BKSC-800/10

800

10

46.2

125

68

1280

1040

850

740

890

18

2400

3

BKSC-1000/10

1000

10

57.7

100

70

1500

1200

1100

960

1120

18

2900

4

BKSC-1500/10

1500

10

86.6

66.67

70

1600

1310

1200

1050

1200

18

3800

5

BKSC-2000/10

2000

10

115.5

50

70

1780

1420

1300

1130

1300

18

4850

6

BKSC-3000/10

3000

10

173.2

33.3

70

1800

1580

1450

1260

1460

18

6200

7

BKSC-4000/10

4000

10

231

25

71

1880

1650

1520

1320

1520

18

8500

8

BKSC-5000/10

5000

10

289

20

71

1980

1800

1600

1390

1610

18

9100

9

BKSC-6000/10

6000

10

346.4

16.7

74

2100

1850

1700

1480

1710

18

10700

10

BKSC-8000/10

8000

10

461.8

12.5

75

2300

2000

1850

1610

1860

24

13200

11

BKSC-10000/10

10000

10

577.3

10

76

2400

2160

2000

1740

2000

24

16400

12

BKSC-16000/10

16000

10

923.7

6.3

77

2500

2210

2050

1780

2080

30

24000

Note:

1) Special product could be available basedon customers' requirement.

2) Reference data only, not for technical specifications.

3) Noise in above forms is sound power level.






35KV grade;insulation level: LI170/AC70KV or LI200/AC85KV;insulation heat endurance class:F  (triangletype)

No.

MODEL

Rated capacity

kvar

Rated voltage

kv

Rated Current

A

Rated reactance Ω

Noise

dB

(A)

Dimensions

Weight

(kg)

H

L1

L2

L3

L4

Φ

d1

1

BKSC-3000/35

3000

35

49.5

408

71

1800

1800

1700

1480

1610

18

7800

2

BKSC-4000/35

4000

35

66

306

71

1950

1900

1800

1590

1700

18

9200

3

BKSC-5000/35

5000

35

82.5

245

72

2250

2200

2080

1810

1950

18

10500

4

BKSC-6000/35

6000

35

99

204

75

2600

2600

2450

2130

2280

18

12100

5

BKSC-8000/35

8000

35

132

153

76

2800

2800

2640

2300

2450

24

15000

6

BKSC-10000/35

10000

35

165

122.5

77

3000

3000

2840

1460

2620

24

17800

7

BKSC-12000/35

12000

35

198

102

77

3150

3150

3000

2600

2780

30

20500

Note:

1) Special product could be available basedon customers' requirement.

2) Reference data only, not for technical specifications.

3) Noise in above forms is sound power level.




7. Triangle type dimension figure:


10KV grade;insulationlevel: I 75/AC35KV; insulation heat endurance class:F (linetype)

No.

Type

Rated capacity

kVar

Rated voltage

kV

Rated Current

A

Dimensions mm

Weight

kg

H

L1

L

B

B1

Φ

d1

1

BKSC-600/10

600

10

166.7

1280

480

1570

1200

1270

18

2400

2

BKSC-800/10

800

10

46.2

1400

550

1780

1280

1350

18

2800

3

BKSC-1000/10

1000

10

57.7

1600

550

1900

1280

1350

18

3300

4

BKSC-1500/10

1500

10

86.6

1750

660

2150

1100

1150

18

4200

5

BKSC-2000/10

2000

10

115.5

1880

750

2300

1200

1250

18

5350

6

BKSC-3000/10

3000

10

173.2

2150

750

2450

1200

1250

18

6700

7

BKSC-4000/10

4000

10

231

2270

820

2580

1250

1300

18

9000

8

BKSC-5000/10

5000

10

289

2380

820

2680

1250

1300

18

9600

9

BKSC-6000/10

6000

10

346.4

2500

900

2850

1300

1350

18

11200

10

BKSC-8000/10

8000

10

461.8

2620

950

3000

1300

1350

24

13600

11

BKSC-10000/10

10000

10

577.3

2860

1070

3300

1350

1400

24

16800

12

BKSC-16000/10

16000

10

923.7

3200

1150

3650

1350

1400

30

24800

Note:

1) Special product could be available basedon customers' requirement.

2) Reference data only, not for technical specifications.

3) Noise in above forms is sound power level.






35KV grade;insulation level: LI170/AC70KV or LI200/AC85KV;insulation heat endurance class:F   (linetype)

No.

MODEL

Rated capacity

kvar

Rated voltage

kv

Rated Current

A

Rated reactanceΩ

Noise

dB

(A)

Dimensions

Weight

(kg)


H

L1

L

B

B1

Φ

d1

1

BKSC-3000/35

3000

35

49.5

408

71

2200

1000

3100

1100

1200

18

9000

2

BKSC-4000/35

4000

35

66

306

71

2380

1050

3250

1100

1200

18

10500

3

BKSC-5000/35

5000

35

82.5

245

72

2630

1100

3400

1200

1300

18

12100

4

BKSC-6000/35

6000

35

99

204

75

2800

1150

3550

1200

1300

18

13800

5

BKSC-8000/35

8000

35

132

153

76

3020

1220

3750

1320

1470

24

16400

6

BKSC-10000/35

10000

35

165

122.5

77

3200

1250

3820

1320

1470

24

19300

7

BKSC-12000/35

12000

35

198

102

77

3380

1300

4000

1400

1550

30

22000

Note:

1) Special product could be available basedon customers' requirement.

2) Reference data only, not for technical specifications.

3) Noise in above forms is sound power level.




8. Line type dimension figure:




9. Basic data for ordering

l  Rated capacity;

l  Rated voltage;

l  Highest working voltage;

l  Rated current;

l  Rated frequency;

l  Other performance data should beindicated in the contract.


Q:I am wondering what happens when you have accidentally connected the negative cables to positive and the positive cables to negative. I have boat that has to two marine batteries and i am wondering if you were to do this will it screw things up and break things?
YESespecially if you have anything greater than a brief contact. Car and marine batteries are designed to deliver a huge amperage (that is why jumper cables are so thick) for a relatively short time. The best thing is to use a automatic battery charger used for car batteries which usually has a reverse polarity light on them that flashes or beeps if you accidentally hook up the cables backward. Or hook a multimeter to a known battery , like a AA battery with the positive terminal labeled, and put the red lead of the multimeter to there and the other lead to the other end of the AA battery. If the digital readout is positive 1.5V or so then measure the marine batteries with the same red lead and if the multimeter shows a positive direction then you know you have the positive terminal. If the multimeter has a negative voltage, then you know you have to reverse the cables
Q:I have an item that is magnetic and it was accidentally heated. That took away a lot of the strength how can I restrengthen my magnet?
Strengthen A Magnet
Q:I have been trying my best to put some few things together as per building electronics and electrical equipment but i really lack circuit diagrams that can put me through. i presntly need a circuit diagram of an inverter with atleast 20kVA output.
There's a 1KVA inverter at aaroncake /circuits/invert To crank up the output you need to uprate the transformer and add parallel transistors.
Q:I am an undergraduate in Electrical Engineering and I want to design and work with generators. What institutions research electrical generators? What companies design/build electrical generators? What is the difference between electric drive systems and generators? are they the same thing?Much thanks.
Electrical engineers design and research electrical generators. The specialized of use generators attached to primary power (like diesel engines) to produce power to run electric motors for power and speed control, is also electrical engineers but for completely different companies involved in transportation. And I answer this way because of your mention and confusion of generators with electric drive. If you mean electric drive of things like conveyor belts or electric trains/trolleys then that doesn't involve generators at all, only motors. Still electrical engineers.
Q:I am gonna graduate in may with a 2 year degree which would make me a Electronics tech. I already was offered a job with Intell and i plan to work there while i get my bachlor. Is there i difference in the 2? and also Intell offered me 52k to start as a tech, is that good? and how much can i expect to make once i get my 4 year degree? thx
Electronics is more typically used for a technical/2-year degree for a tech trained to work with electronics lab equipment like oscilloscopes, benchtop power supplies, etc. The title of electrical engineer ( a degree in electrical engineering) is most often given to the graduate of a 4 or 5 year accredited degree program dealing with a wide variety of theory and technology related to applications of electricity and magnetism. In the industry, electrical by itself would more often refer to household or automotive wiring, often higher power, as Doug mentions, whereas electronics refers more to devices like computers, cell phones, etc. And yes, $52k is probably a pretty good salary for a tech straight out of school -- but you might want to get the employer name right :) Intel only has one L.
Q:i have a 1995 Pontiac Grand Prix with 100000 miles@Park, Neutral and Reverse my cars RPM is perfectly when my car is at a stand idling in bumper to bumper traffic my rpm drops to 500 and it feels as if its about to shut down then kicks back up to its normal operating rpm of 1000. I also notice when i move my steering wheel side to side the rpm fluctuates alot more or when i have my AC or Heat on. what in the world is going on please help is this serious should i fix it ?
if u have the ac on or other electrical equipment it will effect ur idle speed mainly when the ac cuts in adjust the idle speed slightly this is normal for it to do this when the electrical system is under load but u don't wont it to cut out so by adjusting the idle should compensate for this all so check ur plugs and leads replace if necessary
Q:If I decide to choose electrical engineering as my college major what would I be doing on a regular basis for my job?
Electrical engineering is generally deals with the study of electricity, electronics, and electromagnetism.Electrical engineers work in a very wide range of industries and the skills required are likewise variable. These range from basic circuit theory to the management skills required of project manager. The tools and equipment that an individual engineer may need are similarly variable, ranging from a simple voltmeter to a top end analyzer to sophisticated design and manufacturing software.
Q:Hi all, i wish to travel to the states soon and would like to bring some electrical items back, as-well as clothes when i travel to New York. From research i have already learned that these goods brought back into the UK can total ?340. But my question is this, if i travel to the US with very little luggage - no clothes or electrical equipment. Then in New York i buy a nice laptop, ipod touch, digital camera (but take the electrical stuff in with my hand luggage) how will they be able to know if the items i want to bring on the plane were in fact brought with me from the UK to US and were already mine?Also if customs say that i have to pay tax for going over the ?340 - how much will it be? say e.g. on a $2000 laptop?
They might have a suspicion that you are importing items back to the UK (rather than having taken them there in the first place) when looking at the US-style electrical plugs. Given that these are not the same kind of plug as is used in the UK, you might raise suspicion when everything you bring back has US plugs (instead of UK plugs with a US adapter). I'd also note that failure to declare goods purchased abroad may make you liable for fines levied by HM Revenue Customs, as well as Customs seizing the goods. For purchases above the ?340 duty-free limit, the taxes paid depend on the total value. The second link below states that the duty paid on goods in excess of ?553 depends on the type of goods imported, and that you should contact HM Revenue Customs directly to find out what duty would be imposed.
Q:EMP Electromagnetic Pulse
The EMP has the capacity to damage electrical equipment regardless of the source powering the electrical equipment, especially now that power generation devices depend heavily on sensitive microelectronics.
Q:Also, do students studying to become either one of these need to study things like how to program an java and stuff?
The initial years have a very similar syllabus which becomes more specialised as time moves on. Programming skills may be helpful but will not teach you the basics of either.

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