electric reactor

Electric Reactor

www.australindo.co.idProduct specification and Information in this publication can change at any time without prior notice.Product specification and Information in this publication can change at any time without prior notice.PT. Australindo Graha Nusa

Electric Reactor 3Electric Reactor 2

Reactor Selection Medium Voltage Shunt Reactor

Medium Voltage Series Reactor

Medium Voltage Starting Reactor

Low-voltage Series Reactor

Inlet and Outlet Reactors for Low Voltage Inverters

1. Medium Voltage Series Reactor

The product is connected in series with shunt capacitors, and has the functions of

compensating reactive power of power grid, increasing power factor, restraining

harmonic current and limiting switching inrush current. It is suitable for high fire

protection requirements such as power system, electrified railway, metallurgy and

petrochemical industry, electromagnetic interference requirements and installation

space limited urban power substation, underground substation. Stations and

substations controlled by computers.

Series reactor is also called damper reactor. Its function is to connect capacitors in

series, limit the closing inrush current in the circuit input, and effectively suppress

harmonic current according to different reactance rates. The series reactor developed

by our company has the following characteristics:

● The iron core reactor with air gap has good magnetic flux effect. The cold rolled silicon steel sheet has high permeability and stable reactance value;

● The use of new epoxy resin material, heat-resistant insulation up to F grade, is the ideal product for users to use safely and safely;

● Adopting advanced pouring technology, the product not only has beautiful appearance and harmonious color, but also has excellent mechanical properties, durable and impact resistance.

● Rated voltageUn: 3kV, 6kV, 10kV, 20kV, 35kV ;

● LinearityL: Under 1.8In, lss inductance XL≥0.95 ;

● Reactance ratioP: 0.85%, 1%, 4.5%, 5%, 6%, 12%, 13% ( Special reactance rate can also be customized according to customer requirements ) ;

● Maximum operating currentI max: It can operate stably for a long time under 1.35 ln;

● Insulation heat resistance grade: F grade ;

● Cooling mode: natural air-cooled AN ;

● Operating Conditions: -25°C…45°C, altitude1000m, humidity 90% (Higher can also be customized according to customer requirements) ;

● Outgoing mode: coil outgoing on the same side, coil outgoing on both sides, Out of coil insulator supports out wire.

● Linearity: under1.8Incondition, L≥0.95Ln, at1.2In, I=(I3+I5+I7……) lower than 35% rated current, Maintaining this linearity and can long-term stable operation;

● In normal operation, the core temperature rise of dry core reactor is not more than 85.000, and the coil temperature rise is not more than 95.000;

● The noise of rolled grain oriented silicon sheet meets the requirements of JB/T 5346-2014 IEC 60076-6:2011 series reactor standard.

● The insulation level parameters such as power frequency withstand voltage meet the requirements of relevant national standards, and can also be manufactured according to customer requirements.

Product Usage

Features

Electrical parameters

Electrical characteristics



● GB/T 1094.1-2011 Power transformers Part 6: reactors

● DL 462-92 Technical Specifications for Order of Series Reactors for Medium Voltage Shunt Capacitors

● GB/T 1094.1-2011 Power Transformers Part 6: Reactors

● JB/T 5346-2014 Series Reactors for Medium Voltage Shunt Capacitors

● DL 462-92 Technical Specifications for Order of Series Reactors for Medium Voltage Shunt Capacitors

Standards

1. Selection of Reactance Rate of Series Reactor

The selection principle of reactance rate is to make the corresponding total reactance

value of the harmonic component with the highest proportion in the network

close to zero, that is to say, the reactance and capacitance reactance of the second

harmonic component should be close to equal, but it should be noted that Xc and

XL can not be exactly equal, in order to prevent electromagnetic resonance and lead

to over-voltage; Sensitive resistance is slightly greater than tolerant resistance.

If the system is dominated by 5th harmonic, then XL > Xc/52 = 0.04Xc. If the system

is dominated by 3rd harmonic, then XL > Xc/32 = 0.11Xc. Usually, 4.5%, 5% and 6%

of them pay attention to suppressing 5 or more harmonics, while 12% and 13%

mainly suppress 3 or more harmonics.

2. Selection of Rated Voltage of Distribution Capacitor for Reactor with Specific

Reactance Rate

After compensating capacitor is connected in series with reactor, the voltage of

capacitor will rise somewhat, Uc=Un/(1-P) ;

Among: Un: system voltage ;

Uc: Capacitor Voltage ;

P: Reactance ratio ;

For example: 10 kV voltage system, compensating reactor series reactance is 6%

reactor, Uc=10(kV)/(1-0.06)=10.64kV

Usually, the voltage Uc of the capacitor distributed by reactor with 0.85% and 1%

reactance is 1.05 Un, 4.5%, 5% and 6% reactance is 1.1Un, and that of reactor with

12% and 13% reactance is 1.2Un; for example, the voltage Uc of reactor distributed by

reactor with 10 kV reactance is 6%, Uc=1.1Un=10 3×1.1=11 3 kV ;

3. Reactor Capacity Selection

After knowing the system voltage and reactance rate, reactor capacity SL=Sc×P

among: SL: Reactor capacity Sc: Capacitor capacity P: Reactance ratio

Please submit the following parameters and technical requirements in writing

when ordering:

1. Reactor rated capacity

2. System rated voltage and frequency

3. Capacitor rated voltage

4. Rating reactance or reactance value

5. Rated Current and Maximum Continuous Current

6. Dynamic and thermal stable current and duration

7. Other special requirements Reactor Type Selection Requirements

Requirements for Order

Model description

Connection mode

Reactance ratio (%)

Rated voltage (kV)

capacity (kVar)

Epoxy casting

S: Three-phase D: Single-phase

Series reactor

Y-shaped connection

CK

C

K1



ModelShunt capacitor

capacity(kvar)

CapacitorVoltage

(kV)

Ratedreactance

(%)

Ratedreactance

(Ω)

Ratedcurrent

(A)

Ratedcapacity

(kvar)

Rated loss

Size (mm)Icon Notes Weight(kg)L W H a b D

CKSC-5/10-5

100

11 3 5 61.07 5.2 5 124 730 450 645 400 350 12 95

CKSC-6/10-6 11 3 6 73.28 5.2 6 163 730 450 695 400 350 12 105

CKSC-12/10-12 12 3 12 173.2 4.8 12 273 790 450 795 430 350 14 160

CKSC-10/10-5

200

11 3 5 30.24 10.5 10 239 790 450 635 430 350 12 125

CKSC-12/10-6 11 3 6 36.29 10.5 12 275 790 450 700 430 350 12 140

CKSC-24/10-6 12 3 12 86.60 9.6 24 479 835 500 795 460 400 12 215

CKSC-15/10-5

300

11 3 5 20.23 15.7 15 305 805 450 680 440 350 12 145

CKSC-18/10-6 11 3 6 24.27 15.7 18 373 820 450 700 50 350 12 165

CKSC-36/10-12 12 3 12 57.74 14.4 36 647 865 500 860 480 400 12 270

CKSC-20/10-5

400

11 3 5 15.12 21 20 417 820 450 760 450 350 12 185

CKSC-24/10-6 11 3 6 18.15 21 24 478 835 500 750 460 400 12 200

CKSC-48/10-12 12 3 12 43.30 19.2 48 793 910 500 885 500 400 14 330

CKSC-25/10-5

500

11 3 5 12.12 26.2 25 483 835 500 805 460 400 12 215

CKSC-30/10-6 11 3 6 14.54 26.2 30 557 850 500 790 470 400 12 230

CKSC-60/10-12 12 3 12 34.50 24.1 60 947 955 500 925 530 400 14 390

CKSC-30/10-5

600

11 3 5 10.08 31.5 30 552 850 500 800 470 400 12 230

CKSC-36/10-6 11 3 6 12.10 31.5 36 647 880 500 785 480 400 12 255

CKSC-72/10-12 12 3 12 28.77 28.9 72 1080 970 500 945 530 400 14 430

CKSC-35/10-5

700

11 3 5 8.65 36.7 35 623 850 500 850 470 400 12 250

CKSC-42/10-6 11 3 6 10.38 36.7 42 723 910 500 820 500 400 14 300

CKSC-84/10-12 12 3 12 24.67 33.7 84 1215 985 500 995 540 400 14 485

CKSC-40/10-5

800

11 3 5 7.56 42 40 693 895 500 830 490 400 12 280

CKSC-48/10-6 11 3 6 9.07 42 48 798 910 500 865 500 400 14 320

CKSC-96/10-12 12 3 12 21.59 38.5 96 1345 1000 500 1020 550 400 14 525

CKSC-45/10-5

900

11 3 5 6.73 47.2 45 752 910 500 830 500 400 14 305

CKSC-54/10-6 11 3 6 8.07 47.2 54 879 955 500 855 530 400 14 355

CKSC-108/10-12 12 3 12 19.2 43.3 108 1467 1000 500 1060 550 400 14 545

CKSC-50/10-5

1000

11 3 5 6.05 52.5 50 823 910 500 875 500 400 14 325

CKSC-60/10-6 11 3 6 7.26 52.5 60 947 955 500 900 530 400 14 380

CKSC-120/10-12 12 3 12 17.28 48.1 120 1583 1015 500 1075 560 400 14 600

CKSC-60/10-5

1200

11 3 5 5.04 63 60 737 950 500 960 520 400 14 350

CKSC-72/10-6 11 3 6 6.05 63 72 868 1080 500 960 560 400 14 380

CKSC-144/10-12 12 3 12 14.37 57.8 144 1435 1110 500 1165 600 400 16 630

CKSC-75/10-5

1500

11 3 5 4.03 78.7 75 889 1080 500 985 560 400 14 420

CKSC-90/10-6 11 3 6 4.84 78.8 90 1075 1080 500 1090 560 400 14 480

CKSC-180/10-12 12 3 12 11.51 72.2 180 1587 1140 500 1190 620 400 16 830

CKSC-90/10-5

1800

11 3 5 3.36 94.5 90 1012 1080 500 1095 560 400 16 470

CKSC-108/10-6 11 3 6 4.03 94.5 108 1189 1080 500 1100 580 400 16 570

CKSC-216/10-12 12 3 12 9.6 86.6 216 2026 1200 550 1230 660 450 16 1105


capacity(kvar)

CapacitorVoltage

(kV)

Ratedreactance

(%)

Ratedreactance

(Ω)

Ratedcurrent

(A)

Ratedcapacity

(kvar)

Rated loss


CKSC-120/10-5

2400

11 3 5 2.52 126 120 1305 1110 500 1055 600 400 16 640

CKSC-144/10-6 11 3 6 3.02 126 144 1435 1110 500 1120 600 400 16 695

CKSC-288/10-12 12 3 12 7.2 115.5 288 2487 1230 600 1275 700 500 16 1350

CKSC-135/10-5

2700

11 3 5 2.24 141.7 135 1394 1110 600 1170 600 500 16 680

CKSC-162/10-6 11 3 6 2.69 141.7 162 1580 1110 500 1180 620 400 16 795

CKSC-324/10-12 12 3 12 6.39 130.0 324 2570 1260 600 1385 700 500 16 1435

CKSC-150/10-5

3000

11 3 5 2.02 157.5 150 1478 1120 500 1215 600 400 16 725

CKSC-180/10-6 11 3 6 2.42 157.5 180 1614 1140 500 1160 620 400 16 820

CKSC-360/10-12 12 3 12 5.75 144.4 360 2745 1260 600 1380 700 500 16 1510

CKSC-165/10-5

3300

11 3 5 1.83 173.2 165 1585 1140 500 1175 620 400 16 800

CKSC-198/10-6 11 3 6 2.2 173.2 198 1880 1140 500 1205 620 400 16 915

CKSC-396/10-12 12 3 12 5.23 158.8 396 3194 1300 650 1340 750 550 16 1750

CKSC-180/10-5

3600

11 3 5 1.68 189 180 1745 1140 500 1170 620 400 16 880

CKSC-216/10-6 11 3 6 2.02 189 216 2004 1200 500 1250 660 400 16 1050

CKSC-432/10-12 12 3 12 4.8 173.3 432 3575 1330 650 1375 750 550 18 1870

CKSC-200/10-5

4000

11 3 5 1.51 210 200 1885 1140 500 1190 620 400 16 875

CKSC-240/10-6 11 3 6 1.81 210 240 2175 1200 550 1260 660 450 16 1090

CKSC-480/10-12 12 3 12 4.32 192.5 480 3690 1330 650 1495 750 550 18 2050

CKSC-210/10-5

4200

11 3 5 1.45 219.7 210 1995 1200 550 1235 660 450 16 1030

CKSC-252/10-6 11 3 6 1.74 220.5 252 2105 1200 550 1235 660 450 16 1220

CKSC-504/10-12 12 3 12 4.11 202.2 504 3915 1350 650 1420 780 550 18 2215

CKSC-225/10-5

4500

11 3 5 1.35 236.2 225 2105 1200 500 1240 660 400 16 1075

CKSC-270/10-6 11 3 6 1.61 236.2 270 2325 1260 600 1290 700 500 16 1370

CKSC-540/10-12 12 3 12 3.84 216.2 540 3934 1380 600 1510 780 500 18 2215

CKSC-240/10-5

4800

11 3 5 1.26 252 240 2145 1200 500 1305 660 400 16 1125

CKSC-288/10-6 11 3 6 1.51 252 288 2390 1260 600 1280 700 500 16 1405

CKSC-576/10-12 12 3 12 3.6 231 576 4218 1380 600 1570 780 500 18 2400

CKSC-250/10-5

5000

11 3 5 1.21 262 250 2090 1200 500 1310 660 400 16 1150

CKSC-300/10-6 11 3 6 1.45 262 300 2420 1260 600 1380 700 500 16 1445

CKSC-600/10-12 12 3 12 3.45 240.7 600 4415 1460 650 1520 830 550 18 2755

CKSC-270/10-5

5400

11 3 5 1.12 283.5 270 2382 1200 500 1330 700 400 16 1795

CKSC-324/10-6 11 3 6 1.34 283.5 324 2690 1260 600 1360 700 500 16 1485

CKSC-648/10-12 12 3 12 3.2 259.9 648 4715 1490 650 1560 830 550 18 2875

CKSC-300/10-5

6000

11 3 5 1.01 315 300 2434 1260 600 1320 700 500 16 1455

CKSC-360/10-6 11 3 6 1.21 315 360 2725 1260 600 1460 700 500 16 1590

CKSC-720/10-12 12 3 12 2.88 288.8 720 5055 1490 650 1570 830 550 18 3070

CKSC-330/10-5

6600

11 3 5 0.92 346.5 330 2625 1260 600 1350 700 500 16 1495

CKSC-396/10-6 11 3 6 1.1 346.5 396 3025 1330 650 1380 750 550 16 1865

CKSC-792/10-12 12 3 12 2.62 317.7 792 5615 1520 700 1690 880 600 18 3665

Technical parameters and dimensions

www.australindo.co.idProduct specification and Information in this publication can change at any time without prior notice.

Electric Reactor 9

Product specification and Information in this publication can change at any time without prior notice.PT. Australindo Graha Nusa

Electric Reactor 8


capacity(kvar)

CapacitorVoltage

(kV)

Ratedreactance

(%)

Ratedreactance

(Ω)

Ratedcurrent

(A)

Ratedcapacity

(kvar)

Rated loss


CKSC-350/10-5

7000

11 3 5 0.86 367.5 350 2675 1260 600 1430 700 500 16 1535

CKSC-420/10-6 11 3 6 1.04 367.5 420 3335 1330 650 1480 750 550 18 1975

CKSC-840/10-12 12 3 12 2.47 336.9 840 5805 1540 700 1620 880 600 18 3750

CKSC-360/10-5

7200

11 3 5 0.84 378 360 2680 1250 600 1470 700 500 16 1600

CKSC-432/10-6 11 3 6 1.01 378 432 3395 1330 650 1530 750 550 18 2035

CKSC-864/10-12 12 3 12 2.4 346.6 864 5995 1540 700 1620 880 600 18 3950

CKSC-390/10-5

7800

11 3 5 0.78 409.4 390 3395 1260 600 1470 700 500 16 1673

CKSC-468/10-6 11 3 6 0.93 409.4 468 3515 1330 650 1490 750 550 18 2080

CKSC-936/10-12 12 3 12 2.22 375.5 936 6175 1600 700 1750 910 600 18 4105

CKSC-400/10-5

8000

11 3 5 0.76 416 400 3395 1330 650 1490 750 550 18 2010

CKSC-480/10-6 11 3 6 0.91 416 480 3585 1360 650 1540 750 550 18 2150

CKSC-960/10-12 12 3 12 2.16 385.1 960 6370 1600 700 1770 910 600 18 4430

Note: 1. Dimensions in the table are for reference. Manufacturing is based on the size confirmed by the outline drawing. Reactors with special specifications and sizes can also be manufactured as required by customers.

2. For single-phase products, please consult our company.

● Shape size of dry series reactor above 100 kvar ● Shape size of dry series reactor below 100kvar

2. Medium Voltage Starting Reactor

Start-up reactor is a kind of current-limiting reactor specially used for step-down

starting of large-scale asynchronous motor, which is connected in series with

three-phase windings of three-phase asynchronous motor, i.e., each phase winding

of reactor and motor winding are connected in series to form Y or D connection.

When the motor starts, the reactor is switched on and off to limit the starting

current of the motor to the appropriate value. When the impedance is small and

the current is large, the starting current is about 5 times the rated current, and the

voltage mainly falls on the reactor. After the start-up, the reactor is removed and

the power supply voltage of the motor restores to the normal rated voltage.

The design of starting reactor suitable for 3kV, 6kV and 10kV can be operated

continuously for 2 minutes and restarted after 6 hours interval. If the starting

requirement exceeds this condition, it should be explained when ordering.

The iron core starter reactor designed and manufactured by our company has the

following characteristics:

● Flame retardant, fire-proof, explosion-proof, high safety in use;

● The coil is poured by epoxy vacuum, and the winding forms a rigid whole of sealing and moisture-proof. The air is self-cooled. It can be started directly at the initial installation and operates for a long time without maintenance.

● Long service life, can meet the 30 years of thermal aging life cycle.

● The product has good thermal stability and strong overload capacity.

● Compared with the traditional oil-immersed reactor and air-core reactor, the dry-core starter reactor has the advantages of light weight, small space occupation, simple structure and convenient installation.

● The insulation temperature level reaches F grade (155 °C). Under normal operation, the core temperature rise of the dry core startup reactor is not more than 85K, and the coil temperature rise is not more than 95K.

● The loss of dry core starter reactor is lower than that of oil-immersed reactor.

● Altitude not exceeding1000m (Over 1000m altitude, must be mentioned when ordering );

● Operating ambient temperature: 25°C~+45°C;

● Installation in the house, without any violent vibration, harmful gas or dust. Cannot installation of nearby inflammable and explosive articles;

● When the start-up time is 2 minutes (once or several times accumulated), it should be cooled for 6 hours before starting again.

● IEC 60076-6: 2007

● GB 1094.6-2011 Power transformers Part 6: reactors

Product Usage

Feature

Conditions of Use

Standards



Rated voltage(kV)

Starting capacity(kvar)

Epoxy casting


Start-up reactor

1. Determination of Start-up VoltageStart-up reactor phase voltage is determined by the formula below:

among:UxN: Rated line voltage of three-phase AC motor (V);

Kxj: When starting, the minimum required torque of the motor is a multiple of the rated torque, When the motor power is 0.6-100 kW, Kxj=0.8, Other general chooseKxj=0.6;

Kqj: Initial starting torque of AC motor is multiple of rated torque under rated voltage, Kqj=0.9~2.5, Details of the determined values are shown in the selected motor sample parameters.

2. Determination of Start CurrentStart-up reactor current is determined by the formula below:

Amount: IN:Rated current of AC motor(A);KqL: Under rated voltage, the starting current of AC motor is multiple of rated current.

3. Start-up reactor reactance per phase(XL'): XL=UL/IL(Ω)

4. Determination of Start-up Capacity: SL=3×UL×IL (kVA)

5. Start-up reactor has a tap besides rated reactance value (XL). The reactance value (XLi) at the tap is generally 0.85 times that of rated reactance value (XL), that is, XLi=0.85×XL. The tap reactance value can also be manufactured according to customer's requirements.


when ordering:

1, Power of Starting Motor

2, System rated voltage and frequency

3, Rated Current of Motor and Start Percentage of Reduced Voltage of Motor

4, Dynamic and thermal stable current and duration

5, Other special requirements

Reactor Type Selection Requirements


Model description

Asynchronous motor

K2

K1

CK

ModelRated

voltagekV

Type capacity

kvar

Startup current

A

Rated reactance

Ω

Motor power

kW

Installation dimensions Reference weight

kgL W H a b D

QKSC-355/6.6 6.6 355 88.3 15.11 272 750 400 720 400 300 18 180

QKSC-385/6.6 6.6 385 95.2 14.01 292 750 400 710 400 300 18 185

QKSC-420/6.6 6.6 420 104.4 12.78 353 780 450 700 400 350 18 220

QKSC-505/6.6 6.6 505 125.5 10.63 390 780 450 720 400 350 18 230

QKSC-550/6.6 6.6 550 136.4 9.78 419 780 450 790 400 350 18 240

QKSC-650/6.6 6.6 650 161.8 8.24 507 795 450 810 400 350 18 280

QKSC-670/6.6 6.6 670 166.8 8.0 546 795 450 815 400 350 18 285

QKSC-745/6.6 6.6 745 185.2 7.2 575 795 450 820 400 350 18 290

QKSC-800/6.6 6.6 800 200 6.67 617 795 450 880 400 350 18 300

QKSC-840/6.6 6.6 840 209.6 6.36 658 795 450 885 400 350 18 310

QKSC-905/6.6 6.6 905 225.4 5.92 704 825 450 820 450 350 18 320

QKSC-945/6.6 6.6 945 236 5.65 750 825 450 880 450 350 18 350

QKSC-1065/6.6 6.6 1065 265.5 5.02 850 825 450 890 450 350 18 355

QKSC-1140/6.6 6.6 1140 284.5 4.69 900 825 450 940 450 350 18 370

QKSC-1210/6.6 6.6 1210 301.9 4.42 1000 870 450 860 450 350 18 410

QKSC-1480/6.6 6.6 1480 369.7 3.61 1200 870 450 920 450 350 18 430

QKSC-1550/6.6 6.6 1550 387 3.45 1300 870 450 950 450 350 18 450

QKSC-1845/6.6 6.6 1845 460.2 2.9 1500 915 450 1010 500 350 18 550

QKSC-1980/6.6 6.6 1980 494.7 2.7 1650 915 450 1015 500 350 18 560

QKSC-2170/6.6 6.6 2170 542.3 2.46 1750 945 500 990 500 400 18 600

QKSC-2600/6.6 6.6 2600 648.9 2.06 2000 945 500 1040 500 400 18 620

QKSC-2965/6.6 6.6 2965 740 1.8 2250 990 500 1080 550 400 18 730

QKSC-3300/6.6 6.6 3300 824.1 1.62 2500 990 500 1150 550 400 18 770

Connection mode


Specification, Model and Size of 6.6kV Voltage Start Reactor


Electric Reactor 13


Electric Reactor 12

ModelRated

voltagekV

Type capacity

kvar

Startup current

A

Rated reactance

Ω

Motor power

kW

Installation dimensions Reference weight

kgL W H a b D

QKSC-690/10 10 690 113.5 17.85 507 885 450 960 450 350 18 270

QKSC-755/10 10 755 124.5 16.23 546 885 450 960 450 350 18 360

QKSC-835/10 10 835 126.7 15.95 575 885 450 970 450 350 18 370

QKSC-900/10 10 900 148.1 13.65 658 885 450 970 450 350 18 375

QKSC-945/10 10 945 155.8 12.97 704 885 450 975 450 350 18 375

QKSC-1025/10 10 1025 169 11.96 750 915 450 950 500 350 18 390

QKSC-1105/10 10 1105 181.9 11.11 800 915 450 980 500 350 18 410

QKSC-1160/10 10 1160 190.9 10.59 850 915 450 980 500 350 18 415

QKSC-1165/10 10 1165 191.5 10.55 900 915 450 980 500 350 18 415

QKSC-1360/10 10 1360 224 9.02 1000 945 450 950 500 350 18 450

QKSC-1520/10 10 1520 250.3 8.07 1100 945 450 1020 500 350 18 490

QKSC-1640/10 10 1640 269.9 7.49 1200 990 450 960 550 350 18 540

QKSC-1775/10 10 1775 292.4 6.91 1300 990 450 970 550 350 18 545

QKSC-1915/10 10 1915 315.7 6.4 1400 990 450 990 550 350 18 550

QKSC-2070/10 10 2070 340.8 5.93 1500 990 450 995 550 350 18 555

QKSC-2290/10 10 2290 377 5.36 1650 1020 500 1000 550 400 18 620

QKSC-2465/10 10 2465 405.9 4.98 1750 1020 500 1060 550 400 18 660

QKSC-2760/10 10 2760 454.6 4.45 2000 1020 500 1120 550 400 18 690

QKSC-3055/10 10 3055 503.7 4.01 2250 1050 500 1130 600 400 18 770

QKSC-3390/10 10 3390 558.7 3.62 2500 1050 500 1160 600 400 18 790

Note:

1. The specifications in the table correspond to 65% step-down starting of the motor, reserve 80% step-down starting tap. The dimensions in the table are for reference. The size of the fabrication is confirmed by the outline drawing. The reactor with special specifications can also be manufactured according to customer's requirements.

2. For single-phase products, please consult our company.

● Shape size of dry start reactor

3. Medium Voltage Shunt Reactor

Parallel reactor refers to the reactor connected in parallel with line load, which is used

in power system. Its main function is to restrain the line terminal voltage rise caused

by line capacitive reactive power when transmission line is under light load. At the

same time, the input of parallel reactor can reduce the secondary current when system

grounding fault occurs, which is beneficial to eliminating generators. Self-excitation

and other functions.

The shunt reactor can operate safely for a long time at the highest voltage of the

system. For the iron core shunt reactor, the accuracy of reactance value is required

to be high, and the inductance reduction of the shunt reactor at the rated voltage of

150% system is not more than 5%.

Our company designed and manufactured parallel reactor iron core column whole

vacuum pouring, high reactance value accuracy, low loss, low noise, strong structure.

Our company designed and manufactured iron core start reactor insulation heat

resistance grade F, and has the following characteristics:

● Flame retardant, fire-proof, explosion-proof, high safety in use;

● The coil is poured by epoxy vacuum, and the winding forms a rigid whole of sealing and moisture-proof. The air is self-cooled. It can be started directly at the initial installation and operates for a long time without maintenance.

● Long service life, can meet the 30 years of thermal aging life cycle;

● The product has good thermal stability and strong overload capacity.

GB 1094.6-2011 Power transformers Part 6: reactors

JB/T 10775 Parameters and Requirements of 6KV-35KV Dry Parallel Reactor

● Rated voltage: 6kV, 10kV, 35kV

● LinearityL: Under1.5In, lss inductance XL≥0.95

● Maximum operating currentImax: Long-term stable operation under 1.2In

● Insulation heat resistance grade: F grade

● Cooling mode: natural air-cooled AN

● Operating Conditions: -25°C~+45°C, Altitude1000m, humidity90% (Higher can also be customized according to customer requirements)

● Outgoing mode: coil side outgoing mode, Out of coil insulator supports out wire

● Connection Group Number: Y Connection, D Connection

Product Usage

Feature

Standards

Electrical parameters

Specification, model size of 10kV start-up reactor



Model description

Connection mode

Rated voltage(kV)

capacity(kvar)

Epoxy casting


Start-up reactor


when ordering:

1, Single-phase shunt reactor/three-phase shunt reactor

2, Rated voltage and maximum operating voltage

3, Rated capacity

4, Rated current

5, Rated reactance

6, Cooling mode(AN)

7, Conditions of Use (in-house)

8, Other special requirements


Model

Reactorcapacity

(kvar)

Ratedvoltage

(kV)

OperatingVoltage

(kV)

Maxoperating

voltage(kV)

Ratedreactance

(Ω)

Ratedcurrent

(A)

ConnectionGroups

Ratedloss(W)

Size (mm) Icon NotesWeight

(kg)L W H a b D

BKSC-25/10 25 10 10.5 12 4408.9 1.375 Y 710 820 560 785 450 400 12 240

BKSC-50/10 50 10 10.5 12 2205.2 2.749 Y 1000 850 560 910 470 400 14 360

BKSC-100/10 100 10 10.5 12 1102.4 5.449 Y 1390 955 560 970 530 400 14 575

BKSC-150/10 150 10 10.5 12 734.99 8.248 Y 1890 1000 560 1150 550 400 14 825

BKSC-200/10 200 10 10.5 12 551.26 10.997 Y 2340 1030 560 1210 570 400 14 980

BKSC-250/10 250 10 10.5 12 441.02 13.746 Y 2770 1075 560 1260 590 400 16 1160

BKSC-300/10 300 10 10.5 12 367.5 16.496 Y 3170 1105 600 1265 610 420 16 1250

BKSC-350/10 350 10 10.5 12 315.0 19.245 Y 3560 1150 600 1290 630 420 16 1460

BKSC-400/10 400 10 10.5 12 275.63 21.994 Y 3940 1165 600 1305 640 420 16 1550

BKSC-450/10 450 10 10.5 12 245.01 24.743 Y 4300 1210 600 1375 670 420 16 1675

BKSC-500/10 500 10 10.5 12 220.5 27.493 Y 4650 1270 650 1380 700 460 16 1965

BKSC-600/10 600 10 10.5 12 183.75 32.991 Y 5330 1315 650 1395 720 460 18 2310

BKSC-700/10 700 10 10.5 12 157.5 38.49 Y 5990 1330 650 1440 730 460 18 2535

BKSC-800/10 800 10 10.5 12 137.81 43.988 Y 6620 1360 680 1470 750 520 18 2770

BKSC-900/10 900 10 10.5 12 122.5 49.487 Y 7230 1420 680 1510 780 520 18 3110

BKSC-1000/10 1000 10 10.5 12 110.25 54.986 Y 7820 1435 680 1590 790 520 18 3395

Note:

1. Dimensions in the table are for reference. Manufacturing is based on the size confirmed by the outline drawing. Reactors with special specifications and sizes can also be manufactured as required by customers.

2. For single-phase products, please consult our company



Electric Reactor 17


Electric Reactor 16

● Shape diagram of dry shunt reactor (△Connection)

● Shape diagram of dry shunt reactor (Y-Connection)

CK □ G - □ / □ - □

4. Low-voltage Series Reactor

With the development of modern power industry, power electronic equipments

are widely used. Power electronic equipments are non-linear loads. The harmonic

currents generated by power electronic equipments are harmful to the power grid.

They will cause serious interference to measuring, driving and calculating equipments.

The harmonic and voltage distortion will also cause power supply accidents. The

resonant frequency of low voltage series reactor with shunt capacitor is capacitive at

power frequency to change the power factor of power frequency, while the resonant

frequency is inductive, so as to prevent parallel resonance and suppress harmonics.

● Low loss

● Low noise

● Closing inrush current of high suppression circuit

● Strong Harmonic Suppression Ability

● Natural cooling

● Normal Closed Temperature Protection (Optional)

● Standards: IEC 289, GB 1094.6, GB 9644 and etc.

● Insulation heat resistance grade: H (180 degrees)

● Phase Number: Single Phase and Three Phase

● Rated Frequency: 50/60HZ

● system voltage: 230V, 400V, 690V

● Rated voltage of matching capacitor: 250V, 440V, 450V, 480V, 525V, 720V, 780V

● Rated reactance rate: 1%, 5.67%, 6%, 7%, 12%, 13%, 14%

● Operating environment: -25/45°C, Average temperature does not exceed 40 °C

● Continuous operation of 135% rated current, temperature rise not exceeding 95K (resistance test)

● Permissible error of reactance value: 0~+10%;

● Maximum operating current: below 35% of third, fifth and seventh harmonics and below 120% of effective current

Product Usage

Feature

Standards

Product range

Reactance ratio (%)

Rated voltage (kV)

Rated capacity (kvar)

Dry


Series reactor



orderProduct Model

(TYPE)Capacitor

rated capacity(kvar)

Capacitorrated voltage

( V )

inductance(mH)

overall dimension(mm)

L×W×H

Installationdimensions (mm)

E×F

1 CKSG-0.6/0.4-6 10 450 3.882 180×140×186 160×100

2 CKSG-0.9/0.4-6 15 450 2.588 180×140×187 160×100

3 CKSG-1.2/0.4-6 20 450 1.941 180×165×197 160×115

4 CKSG-1.5/0.4-6 25 450 1.584 180×165×198 160×115

5 CKSG-1.8/0.4-6 30 450 1.290 180×170×198 160×115

6 CKSG-2.1/0.4-6 35 450 1.106 210×155×241 190×105

7 CKSG-2.4/0.4-6 40 450 0.968 220×175×255 190×120

8 CKSG-2.7/0.4-6 45 450 0.861 225×185×255 200×120

9 CKSG-3.0/0.4-6 50 450 0.775 225×180×256 200×120

10 CKSG-3.3/0.4-6 55 450 0.705 225×200×266 200×135

11 CKSG-3.6/0.4-6 60 450 0.646 225×200×266 200×135

12 CKSG-3.9/0.4-6 65 450 0.596 225×205×267 200×135

13 CKSG-4.2/0.4-6 70 450 0.554 300×235×265 280×150

14 CKSG-4.5/0.4-6 75 450 0.517 300×235×265 280×150

15 CKSG-4.8/0.4-6 80 450 0.484 300×240×265 280×150

16 CKSG-5.1/0.4-6 85 450 0.456 300×240×265 280×150

17 CKSG-5.4/0.4-6 90 450 0.431 300×240×265 280×150

Y-connection

K1

CK

C

Wiring method

Technical parameters and dimensions(The way of wire going out can be changed according to customer's requirements)

Three-phase rated voltage 450V rated reactance rate 6%

orderProduct Model

(TYPE)Capacitor



( V )

inductance(mH)


L×W×H


E×F

1 CKSG-0.7/0.4-7 10 480 5.149 180×140×186 160×100

2 CKSG-1.05/0.4-7 15 480 3.432 180×160×197 160×115

3 CKSG-1.4/0.4-7 20 480 2.564 180×165×197 160×115

4 CKSG-1.75/0.4-7 25 480 2.053 180×165×198 160×115

5 CKSG-2.1/0.4-7 30 480 1.711 210×155×241 190×105

6 CKSG-2.45/0.4-7 35 480 1.468 220×175×255 190×120

7 CKSG-2.8/0.4-7 40 480 1.284 220×175×255 190×120

8 CKSG-3.15/0.4-7 45 480 1.142 225×185×256 200×120

9 CKSG-3.5/0.4-7 50 480 1.028 225×200×266 200×135

10 CKSG-3.85/0.4-7 55 480 0.933 225×200×267 200×135

11 CKSG-4.2/0.4-7 60 480 0.856 225×200×291 200×135

12 CKSG-4.55/0.4-7 65 480 0.790 225×210×291 200×145

13 CKSG-4.9/0.4-7 70 480 0.734 225×210×291 200×145

14 CKSG-5.25/0.4-7 75 480 0.685 300×235×265 280×150

15 CKSG-5.6/0.4-7 80 480 0.642 300×235×266 280×150

16 CKSG-5.95/0.4-7 85 480 0.604 300×240×266 280×150

17 CKSG-6.3/0.4-7 90 480 0.571 300×240×266 280×150

orderProduct Model

(TYPE)Capacitor



( V )

inductance(mH)


L×W×H


E×F

1 CKSG-1.2/0.4-12 10 525 10.539 180×160×197 160×115

2 CKSG-1.8/0.4-12 15 525 7.026 195×150×241 170×105

3 CKSG-2.4/0.4-12 20 525 5.269 210×165×255 190×120

4 CKSG-3.0/0.4-12 25 525 4.215 210×170×255 190×120

5 CKSG-3.6/0.4-12 30 525 3.513 210×195×266 190×135

6 CKSG-4.2/0.4-12 35 525 3.011 210×200×291 190×145

7 CKSG-4.8/0.4-12 40 525 2.635 210×200×291 190×145

8 CKSG-5.4/0.4-12 45 525 2.342 300×225×265 280×150

9 CKSG-6.0/0.4-12 50 525 2.111 300×235×325 280×150

10 CKSG-6.6/0.4-12 55 525 1.919 300×240×326 280×170

11 CKSG-7.2/0.4-12 60 525 1.759 300×240×326 280×170

12 CKSG-7.8/0.4-12 65 525 1.624 300×240×326 280×170

13 CKSG-8.4/0.4-12 70 525 1.507 300×245×326 280×170

14 CKSG-9.0/0.4-12 75 525 1.407 300×245×237 280×170



Note: 1. Shape size is for reference. The size is determined by technical agreement contract.2. For single-phase products, please consult our company


Electric Reactor 21


Electric Reactor 20

● Diagram of low-voltage series reactor

Rated inductance (mH)

Rated current (A)

Rated voltage (kV)

"I" Input reactor; "O"Output reactor

Reactor

CKSG □ - □ - □ / □

5. Inlet and Outlet Reactors for Low Voltage Inverters

With the rapid development of power electronics technology, AC variable frequency speed regulation has become the mainstream of electric drive since 1990s, and its application scope is increasingly widespread. But because the frequency converter is used in various electrical environments, if appropriate protection measures are not taken, the stability and reliability of the frequency converter will be affected. Practice has proved that proper selection of distribution reactor and frequency converter can effectively prevent the impact of overvoltage and surge current caused by the operation of AC incoming switch, reduce the harmonic pollution of power grid caused by frequency converter, and improve the power factor of frequency converter.

● High linearity characteristic;● Low loss;● Low noise;● Simple installation;● Long service life.

● Standards: IEC 289, GB 1094.6, JB/T 9644 and etc.● Insulation heat-resistant grade: H (180 degrees);● Phase number: three-phase;● System voltage: 380V, 400V, 660V system;● Operating environment: -25/45°C, Average temperature not exceeding40°C.

● Input reactor: also known as power supply coordination reactor, its main function is to suppress the sudden change of grid voltage and the current impact caused by overvoltage operation, effectively protect the frequency converter and improve its power factor;

● Output reactor: Connected between the output end of the converter and the load (motor), it can suppress the noise of the converter and filter the high-frequency harmonics into the motor, reduce the leakage current caused by the input high-order harmonics, smooth filter, reduce the transient voltage dv/dt, prolong the service life of the motor, reduce the noise of the motor and reduce the eddy current loss. Protect the power switching elements inside the frequency converter.

Product Usage

Feature

Standards

Product parameters

Product Classification



Reactor Model figure number

power(kW)

Rated current(A)

Inductance(mH)

voltage drop

weight(kg)

overall dimension (mm)

L W H a b φ

CKSGI-0.38-5/2.8 A 1.5 5 2.8 2% 3 135 120 110 110 80 12

CKSGI-0.38-7/2 A 2.2 7 2 2% 2 135 120 110 110 80 12

CKSGI-0.38-10/1.4 A 3.7 10 1.4 2% 2 135 120 110 110 80 12

CKSGI-0.38-15/0.93 A 5.5 15 0.93 2% 3 150 120 110 130 80 12

CKSGI-0.38-20/0.7 A 7.5 20 0.7 2% 4 165 130 130 140 90 12

CKSGI-0.38-30/0.47 A 11 30 0.47 2% 5 165 130 135 140 90 12

CKSGI-0.38-40/0.35 A 15 40 0.35 2% 5 180 130 135 160 90 12

CKSGI-0.38-50/0.28 A 18.5 50 0.28 2% 8 180 140 160 160 100 12

CKSGI-0.38-60/0.24 A 22 60 0.24 2% 8 180 140 185 160 100 12

CKSGI-0.38-90/0.16 A 37 90 0.16 2% 13 315 170 200 295 130 12

CKSGI-0.38-120/0.12 B 45 120 0.12 2% 19 360 190 235 340 150 12

CKSGI-0.38-150/0.095 B 55 150 0.095 2% 22 360 200 280 340 160 12

CKSGI-0.38-200/0.07 B 75 200 0.07 2% 37 465 235 300 445 195 12

CKSGI-0.38-250/0.056 B 110 250 0.056 2% 44 465 245 365 445 205 12

CKSGI-0.38-290/0.048 B 132 290 0.048 2% 50 465 245 415 445 205 12

CKSGI-0.38-330/0.042 B 160 330 0.042 2% 58 465 245 480 445 205 12

CKSGI-0.38-390/0.036 B 185 390 0.036 2% 85 570 285 495 555 245 12

CKSGI-0.38-490/0.028 B 220 490 0.028 2% 108 570 295 505 555 255 12

CKSGI-0.38-530/0.026 B 240 530 0.026 2% 112 570 305 505 550 265 12

CKSGI-0.38-600/0.023 B 280 600 0.023 2% 130 570 305 550 550 265 12

CKSGI-0.38-660/0.021 B 300 660 0.021 2% 135 575 310 550 560 270 12

CKSGI-0.38-800/0.017 B 380 800 0.017 2% 140 575 310 550 560 270 12

CKSGI-0.38-1000/0.014 B 450 1000 0.014 2% 150 580 330 570 560 290 12

CKSGI-0.38-1250/0.011 B 550 1250 0.011 2% 170 580 330 570 560 290 12

CKSGI-0.38-1600/0.0087 B 630 1600 0.0087 2% 200 600 350 590 580 310 12

Note: Selection Table of 380V Input AC Reactor (4% Voltage Drop) (Refer to Selection Table of 690V Input AC Reactor (2% Voltage Drop)


1, Input reactor

● Selection Table of 380V Input AC Reactor (2% Voltage Drop)

Note: Selection Table of 690V Input AC Reactor (3% Voltage Drop) (Refer to Selection Table of 1140V Input AC Reactor (2% Voltage Drop)




power(kW)

Rated current(A)

Inductance(mH)

voltaz vvge drop

weight(kg)


L W H a b φ

CKSGI-0.69-15/1.7 A 15 15 1.7 2% 5 180 130 135 160 90 12

CKSGI-0.69-25/1.05 A 22 25 1.05 2% 5 180 130 135 160 90 12

CKSGI-0.69-35/0.73 A 37 35 0.73 2% 9 225 140 155 200 100 12

CKSGI-0.69-55/0.465 A 45 55 0.465 2% 11 235 150 155 210 110 12

CKSGI-0.69-70/0.365 A 55 70 0.365 2% 14 240 150 180 220 110 12

CKSGI-0.69-90/0.285 A 75 90 0.285 2% 18 270 160 185 250 120 12

CKSGI-0.69-125/0.2 B 90 125 0.2 2% 25 310 165 200 280 120 12

CKSGI-0.69-160/0.16 B 110/132 160 0.16 2% 27 330 200 285 310 160 12

CKSGI-0.69-200/0.125 B 160 200 0.125 2% 32 330 200 300 310 160 12

CKSGI-0.69-250/0.105 B 220 250 0.105 2% 38 330 200 305 280 160 12

CKSGI-0.69-300/0.085 B 250 300 0.085 2% 44 330 200 310 290 160 12

CKSGI-0.69-400/0.065 B 315/355 400 0.065 2% 56 330 210 315 290 170 12

CKSGI-0.69-500/0.05 B 450 500 0.05 2% 60 330 220 320 300 180 12

CKSGI-0.69-650/0.04 B 500/560 650 0.04 2% 65 330 220 325 300 180 12

CKSGI-0.69-800/0.032 B 630/750 800 0.032 2% 75 350 230 340 310 190 12

CKSGI-0.69-950/0.027 B 800 950 0.027 2% 85 350 230 340 310 190 12

CKSGI-0.69-1200/0.021 B 900/1000 1200 0.021 2% 105 400 250 380 350 210 12


power(kW)

Rated current(A)

Inductance(mH)

voltage drop

weight(kg)


L W H a b φ

CKSGI-1.14-25/1.7 A 37 25 1.7 2% 9 210 140 160 190 100 12

CKSGI-1.14-35/1.25 A 55 35 1.25 2% 12 240 145 165 220 105 12

CKSGI-1.14-55/0.78 A 75 55 0.78 2% 18 265 160 185 240 120 12

CKSGI-1.14-65/0.65 A 90 65 0.65 2% 18 265 160 185 240 120 12

CKSGI-1.14-80/0.54 A 110 80 0.54 2% 23 270 165 210 250 125 12

CKSGI-1.14-90/0.48 A 132 90 0.48 2% 25 325 165 225 300 125 12

CKSGI-1.14-120/0.36 B 160 120 0.36 2% 32 340 170 330 320 130 12

CKSGI-1.14-150/0.29 B 200 150 0.29 2% 37 340 180 335 320 140 12

CKSGI-1.14-200/0.22 B 250 200 0.22 2% 48 400 200 390 380 160 12

CKSGI-1.14-230/0.19 B 315 230 0.19 2% 52 400 200 390 380 160 12

CKSGI-1.14-260/0.17 B 400 260 0.17 2% 60 400 205 390 280 165 12

CKSGI-1.14-300/0.14 B 450 300 0.14 2% 67 400 205 395 380 165 12

CKSGI-1.14-350/0.12 B 500 350 0.12 2% 75 465 230 445 445 190 12

CKSGI-1.14-420/0.10 B 630 420 0.1 2% 85 465 240 460 445 200 12

CKSGI-1.14-500/0.087 B 710 500 0.087 2% 95 480 260 470 460 220 12

CKSGI-1.14-570/0.075 B 800 570 0.075 2% 1.1 480 260 475 460 220 12

CKSGI-1.14-660/0.065 B 1000 660 0.065 2% 1.3 500 280 490 480 240 12

CKSGI-1.14-800/0.054 B 1200 800 0.054 2% 1.5 540 300 530 520 260 12



Note:

1. Selection Table of 380V Output AC Reactor (2% Voltage Drop) (Refer to Selection Table of 690V Output AC Reactor (1% Voltage Drop)




power(kW)

Rated current(A)

Inductance(mH)

voltage drop

weight(kg)


L W H a b φ

CKSGO-0.38-5/1.4 A 1.5 5 1.4 1% 1 130 115 95 100 75 12

CKSGO-0.38-7/1.0 A 2.2 7 1 1% 1 130 115 95 100 75 12

CKSGO-0.38-10/0.7 A 3.7 10 0.7 1% 1 130 115 95 100 75 12

CKSGO-0.38-15/0.47 A 5.5 15 0.47 1% 2 130 115 95 100 75 12

CKSGO-0.38-20/0.35 A 7.5 20 0.35 1% 2 155 125 110 130 85 12

CKSGO-0.38-30/0.23 A 11 30 0.23 1% 5 180 130 135 140 90 12

CKSGO-0.38-40/0.18 A 15 40 0.18 1% 5 180 130 135 140 90 12

CKSGO-0.38-50/0.14 A 18.5 50 0.14 1% 5 180 130 135 140 90 12

CKSGO-0.38-60/0.12 A 22 60 0.12 1% 5 180 130 135 140 90 12

CKSGO-0.38-80/0.087 A 30 80 0.087 1% 8 210 140 160 170 100 12

CKSGO-0.38-90/0.78 A 37 90 0.78 1% 8 210 140 160 170 100 12

CKSGO-0.38-120/0.58 B 45 120 0.58 1% 14 260 150 180 220 110 12

CKSGO-0.38-150/0.047 B 55 150 0.047 1% 11 280 160 235 240 120 12

CKSGO-0.38-200/0.035 B 75 200 0.035 1% 12 280 160 275 240 120 12

CKSGO-0.38-250/0.028 B 110 250 0.028 1% 17 280 170 280 240 130 12

CKSGO-0.38-290/0.024 B 132 290 0.024 1% 19 280 170 280 240 130 12

CKSGO-0.38-330/0.021 B 160 330 0.021 1% 22 280 175 280 240 135 12

CKSGO-0.38-390/0.018 B 185 390 0.018 1% 24 295 185 290 255 145 12

CKSGO-0.38-490/0.014 B 220 490 0.014 1% 29 295 195 290 255 155 12

CKSGO-0.38-530/0.013 B 250 530 0.013 1% 36 355 225 360 310 185 12

CKSGO-0.38-600/0.012 B 280 600 0.012 1% 41 355 225 360 310 185 12

CKSGO-0.38-660/0.011 B 300 660 0.011 1% 45 355 225 380 310 185 12

CKSGO-0.38-800/0.0087 B 380 800 0.0087 1% 55 365 235 380 320 195 12

CKSGO-0.38-1000/0.007 B 450 1000 0.007 1% 65 375 245 400 330 205 12

CKSGO-0.38-1250/0.0058 B 550 1200 0.0058 1% 75 385 260 415 340 220 12

CKSGO-0.38-1600/0.0043 B 630 1600 0.0043 1% 95 400 280 420 360 240 12

2, Output reactor

● Selection Table of 380V Output AC Reactor (1% Voltage Drop) ● Selection Table of 690V Output AC Reactor (1% Voltage Drop)

● Selection Table of 690V Output AC Reactor (2% Voltage Drop)


power(kW)

Rated current(A)

Inductance(mH)

voltage drop

weight(kg)


L W H a b φ

CKSGO-0.69-15/0.85 A 15 15 0.85 1% 3 170 125 110 130 85 12

CKSGO-0.69-25/0.51 A 22 25 0.51 1% 3 170 125 125 130 85 12

CKSGO-0.69-35/0.36 A 37 35 0.36 1% 4 195 130 130 155 90 12

CKSGO-0.69-55/0.23 A 45 55 0.23 1% 6 195 130 135 155 90 12

CKSGO-0.69-70/0.182 A 55 70 0.182 1% 9 235 140 155 195 100 12

CKSGO-0.69-90/0.142 A 75 90 0.142 1% 11 235 150 155 195 110 12

CKSGO-0.69-125/0.1 B 90 125 0.1 1% 15 280 155 275 240 115 12

CKSGO-0.69-160/0.08 B 110/132 160 0.08 1% 18 280 160 280 240 120 12

CKSGO-0.69-200/0.064 B 160 200 0.064 1% 24 310 170 305 270 130 12

CKSGO-0.69-250/0.05 B 220 250 0.05 1% 30 310 180 305 270 140 12

CKSGO-0.69-300/0.042 B 250 300 0.042 1% 46 415 215 405 375 195 12

CKSGO-0.69-400/0.032 B 315/355 400 0.032 1% 57 440 240 430 400 200 12

CKSGO-0.69-500/0.025 B 450 500 0.025 1% 85 540 285 550 500 245 12

CKSGO-0.69-650/0.02 B 500/560 650 0.02 1% 105 580 305 600 540 265 12

CKSGO-0.69-800/0.016 B 630/750 800 0.016 1% 120 620 330 650 580 290 12

CKSGO-0.69-950/0.013 B 800 950 0.013 1% 135 660 360 750 620 320 12

CKSGO-0.69-1200/0.01 B 900/1000 1200 0.01 1% 150 720 420 950 680 380 12


power(kW)

Rated current(A)

Inductance(mH)

voltage drop

weight(kg)


L W H a b φ

CKSGO-0.69-15/1.7 A 15 15 1.7 2% 4 205 130 130 165 90 12

CKSGO-0.69-25/1.05 A 22 25 1.05 2% 6 195 130 135 155 90 12

CKSGO-0.69-35/0.73 A 37 35 0.73 2% 11 255 145 165 215 105 12

CKSGO-0.69-55/0.465 A 45 55 0.465 2% 14 255 150 180 215 110 12

CKSGO-0.69-70/0.365 A 55 70 0.365 2% 14 255 150 180 215 110 12

CKSGO-0.69-90/0.285 A 75 90 0.285 2% 17 270 150 200 230 115 12

CKSGO-0.69-125/0.2 B 90 125 0.2 2% 29 335 190 405 295 150 12

CKSGO-0.69-160/0.16 B 110/132 160 0.16 2% 29 345 190 280 305 150 12

CKSGO-0.69-200/0.125 B 160 200 0.125 2% 34 350 190 310 310 150 12

CKSGO-0.69-250/0.105 B 220 250 0.105 2% 44 350 190 360 310 150 12

CKSGO-0.69-300/0.085 B 250 300 0.085 2% 45 350 195 370 310 155 12

CKSGO-0.69-400/0.065 B 315/355 400 0.065 2% 56 365 210 385 325 170 12

CKSGO-0.69-500/0.06 B 450 500 0.06 2% 69 385 235 415 345 195 12

CKSGO-0.69-650/0.04 B 500/560 650 0.04 2% 89 445 255 485 405 215 12

CKSGO-0.69-800/0.032 B 630/750 800 0.032 2% 105 465 275 500 425 235 12

CKSGO-0.69-950/0.027 B 800 950 0.027 2% 130 490 300 520 450 260 12

CKSGO-0.69-1200/0.021 B 900/1000 1200 0.021 2% 170 520 330 580 480 290 12



● Selection Table of 1140V Output AC Reactor (1% Voltage Drop)


power(kW)

Rated current(A)

Inductance(mH)

voltage drop

weight(kg)


L W H a b φ

CKSGO-1.14-25/0.85 A 37 25 0.85 1% 5 195 130 135 155 90 12

CKSGO-1.14-30/0.7 A 45 30 0.7 1% 6 195 130 135 155 90 12

CKSGO-1.14-40/0.55 A 55 40 0.55 1% 11 235 150 155 195 110 12

CKSGO-1.14-55/0.38 A 75 55 0.38 1% 11 235 150 155 195 110 12

CKSGO-1.14-65/0.32 A 90 65 0.32 1% 13 240 150 180 200 110 12

CKSGO-1.14-80/0.26 A 110 80 0.26 1% 15 270 150 200 230 110 12

CKSGO-1.14-90/0.23 A 132 90 0.23 1% 17 270 160 185 230 120 12

CKSGO-1.14-120/0.18 B 160 120 0.18 1% 19 290 160 300 250 120 12

CKSGO-1.14-130/0.16 B 185 130 0.16 1% 19 290 160 310 250 120 12

CKSGO-1.14-150/0.14 B 200 150 0.14 1% 22 290 160 320 250 120 12

CKSGO-1.14-200/0.11 B 250 200 0.11 1% 28 325 175 330 285 135 12

CKSGO-1.14-230/0.09 B 315 230 0.09 1% 32 340 185 360 300 145 12

CKSGO-1.14-300/0.07 B 400 300 0.07 1% 39 340 195 380 300 155 12

CKSGO-1.14-350/0.06 B 500 350 0.06 1% 41 345 195 380 305 155 12

CKSGO-1.14-420/0.05 B 630 420 0.05 1% 48 345 195 385 305 155 12

CKSGO-1.14-500/0.042 B 710 500 0.042 1% 58 355 225 415 315 185 12

CKSGO-1.14-570/0.036 B 800 570 0.036 1% 64 355 225 420 315 185 12

CKSGO-1.14-600/0.032 B 1000 600 0.032 1% 68 415 240 450 375 200 12

CKSGO-1.14-800/0.026 B 1200 800 0.026 1% 85 455 270 480 415 230 12

● Contour Diagram of Low Voltage Inlet and Outlet Line Reactor(Rated current: 5~90A)

● Contour Diagram of Low Voltage Inlet and Outlet Line Reactor(Rated current: △90A)

PT. AUSTRALINDO GRAHA NUSA

LELCO BuildingJl. Tomang Raya No. 14Jakarta 11430 - Indonesia

Tel. +62(21) 560 5678Fax. +62(21) 567 [email protected]

www.australindo.co.id

ER.AW.01/03-20

electric reactor

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