Shanghai Huabang Industrial Business Network - Low voltage reactor

[Low voltage reactor]JLX,JLX series combined filter

2026-6-18 11:46:35

JLX, JLX series combined with filters are used in power line carrier channels, connected in series between the low voltage end of the coupling capacitor and the communication terminal, and together with the coupling capacitor, achieve the transmission of carrier signals and the isolation of power frequency currents. The JLX and JLX series combined filters are suitable for carrier communication channels and can cancel out the 0-200pF stray capacitance of the low voltage end of the coupling capacitor to ground. For relay protection channels, connect a 5000pF DC blocking capacitor in series at the output end of the cable side; Used for carrier channels, the cable output is directly output by a transformer.
The product adopts the standards of IEC481-1974 and GB7329-2008. The peak envelope power of the whole machine is 400W, 600W, 800W, and 1000W, suitable for 10 to 500 kV power line carrier systems.

The JLX, JLX series combined with filter models are as follows
JL-400-3.3/3.5/5.0/6.6/7.5/10/15/20-N3
JL-600-3.3/3.5/5.0/6.6/7.5/10/15/20-N3
JL-800-3.3/3.5/5.0/6.6/7.5/10/15/20-N3
JL-1000-3.3/3.5/5.0/6.6/7.5/10/15/20-N3
JL-1200-3.3/3.5/5.0/6.6/7.5/10/15/20-N3

Model Description
1. Ground combined filter
JL-400/600/800/100/1200-5.0-N3: A 400W combination filter with a coupling capacitance of 5000pF and a line impedance of 300/400 ohms, suitable for relay protection and carrier channels.
JL-400/600/800/1000/1200-N5: A universal combination filter with a coupling capacitance of 3300 to 10000pF and a line impedance of 400 ohms, suitable for relay protection and carrier channels.
JL-400/600/800/1000/1200-N5: A universal combination filter with a coupling capacitance of 3300 to 10000pF and a line impedance of 300 ohms, suitable for relay protection and carrier channel 2. Phase to phase combination filter
JLX-400/600/800/1000/1200-3.3/3.5/5.0/6.6/10/2.0-N33. The original phase ground combination filter works.

working environment
Standard conditions: Suitable for outdoor use, able to operate normally in environments such as sunlight, rain, fog, hail, frost, freezing, snow, etc. Installation height: The altitude of the installation point shall not exceed 5000 meters. Environmental temperature: The normal operating temperature should be between -40 �� and+55 ��. Power frequency: The frequency of the high-voltage power output line should be between 0-60HZ. Special requirements: If the user has special requirements for the usage conditions, they can also be considered.

[Low voltage reactor]HKDG-0.6 series single-phase/commutation (incoming) reactors

2026-6-18 11:46:24

The HKDG-0.6 series single-phase/commutation (incoming) reactor is suitable for semiconductor electrical transmission devices with power frequency (50 or 60HZ) of 0.66KV and below. It is used to reduce the influence of power electronic device commutation on the power supply voltage waveform, minimize interference with other electrical equipment, and limit short-circuit current.

[Low voltage reactor]HKSG-0.6 series three-phase/commutation (incoming) reactors

2026-6-18 11:46:13

Purpose and Characteristics
The HKSG-0.6 series three-phase/commutation (incoming) reactor is suitable for semiconductor electrical transmission devices with power frequency (50 or 60HZ) of 0.66KV and below. It is used to reduce the influence of power electronic device commutation on the power supply voltage waveform, minimize interference with other electrical equipment, and limit short-circuit current.
High quality grain oriented wound or laminated iron core with good overall structure
Glass fiber colored copper wire winding, vacuum painted coil
Low temperature rise, energy-saving, long lifespan

Model Description

[Low voltage reactor]PKG-0.6 series smoothing reactor

2026-6-18 11:46:00

The PKG-0.6 series smoothing reactor is suitable for semiconductor electrical transmission devices with DC 0.63KV and below, used to eliminate harmonic currents or reduce DC pulsation amplitude in DC systems, and to reduce the current rise rate in case of system faults.
High quality grain oriented wound iron core with good overall structure
High strength painted or glass fiber colored copper wire winding, vacuum coated coil
Low temperature rise, energy-saving, long lifespan

Model Description

[Low voltage reactor]PKG-1.2 series smoothing reactor

2026-6-18 11:45:49

The PKG-1.2 series smoothing reactor is suitable for semiconductor electrical transmission devices with DC 1.25KV and below, used to eliminate harmonic currents or reduce DC pulse amplitude in DC systems, and to reduce the current rise rate in case of system faults.
High quality grain oriented laminated iron core with excellent overall structure
Glass fiber colored copper wire winding, vacuum painted coil
Low temperature rise, energy-saving, long lifespan

Model Description

[Low voltage reactor]AFSK series three-phase AC reactor (matched with frequency converter)

2026-6-18 11:45:38

Installation dimensions of AFSK series three-phase AC reactors (1)

Model (KW)	Current (A)	Inductance (MH)	Weight (KG)	Size (mm)
				A	B	C	D	E	J
AFSK-0.4	one point three	eighteen	three point five	one hundred and twenty-five	ninety-five	one hundred and ten	fifty-five	seventy
AFSK-0.75	two point five	eight point four	four	one hundred and thirty-five	one hundred	one hundred and ten	sixty	seventy-five
AFSK-1.5	five	four point two	five	one hundred and thirty	one hundred	one hundred and thirty-two	seventy	seventy-five
AFSK-2.2	seven point five	three point six	six	one hundred and thirty	one hundred	one hundred and thirty-two	seventy	seventy-five
AFSK-3.7	one	two point two	six point two	one hundred and thirty	one hundred	one hundred and thirty-two	seventy	seventy-five
AFSK-5.5	fifteen	one point four two	seven point five	one hundred and sixty-five	ninety-five	one hundred and thirty-five	eighty	seventy-five

Installation dimensions of AFSK series three-phase AC reactors (2)

Model (kw)	Current (A)	Inductance (MH)	Weight (kg)	Size (mm)
				A	B	C	D	E	J
AFSK-7.5	twenty	one point zero six	ten	one hundred and sixty-five	ninety-five	one hundred and thirty-five	eighty	seventy-five	M8
AFSK-11	thirty	zero point seven	twelve	one hundred and sixty-five	one hundred and eighteen	one hundred and thirty-five	ninety-five	ninety-five
AFSK-15	forty	zero point five three	fifteen	one hundred and seventy-seven	one hundred and thirty	one hundred and fifty-two	one hundred	one hundred and ten
AFSK-18.5	fifty	zero point four two	seventeen	one hundred and seventy-seven	one hundred and thirty-five	one hundred and fifty-five	one hundred and ten	one hundred and fifteen
AFSK-22	sixty	zero point three six	twenty	one hundred and seventy-seven	one hundred and forty	one hundred and fifty-five	one hundred and ten	one hundred and fifteen
AFSK-30	eighty	zero point two six	twenty-one	one hundred and eighty	one hundred and fifty	one hundred and fifty-five	one hundred and ten	one hundred and twenty-five
AFSK-37	ninety	zero point two four	twenty-two	one hundred and eighty	one hundred and sixty	one hundred and fifty-five	one hundred and twenty	one hundred and forty
AFSK-45	one hundred and twenty	zero point one eight	twenty-nine	two hundred and forty	one hundred and sixty	two hundred and five	one hundred and twenty	one hundred and thirty
AFSK-55	one hundred and fifty	zero point one five	thirty-four	two hundred and forty	one hundred and sixty	two hundred and five	one hundred and twenty	one hundred and thirty
AFSK-75	two hundred	zero point one one	thirty-seven	two hundred and sixty-five	one hundred and sixty	two hundred and thirty	one hundred and thirty	one hundred and thirty	M10
AFSK-110	two hundred and fifty	zero point zero nine	forty-four	two hundred and sixty-five	one hundred and sixty	two hundred and thirty	one hundred and forty-five	one hundred and thirty
AFSK-132	two hundred and eighty	zero point zero eight three	forty-four	two hundred and sixty-five	one hundred and sixty-eight	two hundred and ten	one hundred and forty-five	one hundred and forty
AFSK-160	three hundred and thirty	zero point zero six	forty-six	two hundred and sixty-five	one hundred and sixty-eight	two hundred and ten	one hundred and forty-five	one hundred and forty
AFSK-185	four hundred and ninety	zero point zero four	sixty-four	two hundred and ninety-five	two hundred and ten	two hundred and fifty	one hundred and sixty	one hundred and seventy-five
AFSK-220	four hundred and ninety	zero point zero four	sixty-four	two hundred and ninety-five	two hundred and ten	two hundred and fifty	one hundred and sixty	one hundred and seventy-five
AFSK-300	six hundred and sixty	zero point zero three	seventy-two	three hundred and fifty	one hundred and eighty	two hundred and sixty	one hundred and sixty	one hundred and fifty

AFSK series three-phase AC reactor (matched with frequency converter)

[Low voltage reactor]XLDK series current limiting reactor

2026-6-18 11:45:27

XLDK series current limiting reactor

The various types of reactors used in the power system are often fixed inductance type reactors, but the system voltage is very unstable. In addition, equipment updates, capacity increases, or renovations require reactors with different resistance values to adapt to the normal operation of the power grid, frequency converters, DC speed controllers, soft start and other equipment, better filter out harmonic interference, limit the impact of short-circuit current and sudden pump up current on motors. XLDK current limiting reactors are divided into two specifications: iron core and hollow core, with current ranging from 10A to 10000A and voltage ranging from 0-50KV,

Due to the varying voltage and power levels of the startup equipment, there are significant differences. For detailed technical parameters and prices, please feel free to contact us for consultation.

Iron core current limiting reactor Rated current (A)	rated voltage (KV)	reactance ratio	Rated capacity KVAR
two hundred	zero point four	4%	five point five two
two hundred	zero point four	5%	six point nine
two hundred	zero point four	6%	eight point two eight
two hundred	zero point four	8%	eleven point zero four
two hundred	six	4%	eighty-two point eight
two hundred	six	5%	one hundred and three point five
two hundred	six	6%	one hundred and twenty-four point two
two hundred	six	8%	one hundred and sixty-five point six
two hundred	ten	4%	one hundred and thirty-eight point six
two hundred	ten	5%	one hundred and seventy-three point five
two hundred	ten	6%	two hundred and eight
two hundred	ten	8%	two hundred and seventy-six point eight
three hundred	zero point four	4%	eight point two eight
three hundred	zero point four	5%	ten point three five
three hundred	zero point four	6%	twelve point four two
three hundred	zero point four	8%	sixteen point five six
three hundred	six	4%	one hundred and twenty-four point two
three hundred	six	5%	one hundred and fifty-five point two five
three hundred	six	5%	one hundred and eighty-six point three
three hundred	six	8%	two hundred and forty-eight point four
three hundred	ten	4%	two hundred and seven point nine
three hundred	ten	5%	two hundred and sixty point two five
three hundred	ten	6%	three hundred and twelve
three hundred	10	8%	four hundred and fifteen point two
four hundred	zero point four	4%	eleven point zero four
four hundred	zero point four	5%	thirteen point eight
four hundred	zero point four	6%	sixteen point five six
four hundred	zero point four	8%	twenty-two point zero eight
four hundred	six	4%	one hundred and sixty-five point six
four hundred	six	5%	two hundred and seven
four hundred	six	6%	two hundred and forty-eight point four
four hundred	six	8%	three hundred and thirty-one point two

XLDK series current limiting reactor

[Low voltage reactor]PKDG series balanced reactor

2026-6-18 11:45:16

The PKDG series balancing reactor is used for three-phase dynamic balancing, to regulate high-power electrical equipment (such as induction furnaces) that is prone to three-phase imbalance, improve the quality of the power grid, and protect electrical equipment from damage.

Structural characteristics:

The PKDG series balanced reactor is a single-phase iron core dry-type structure.
2. The iron core is made of high-quality and low loss cold-rolled silicon steel sheets, and the core column is divided into uniform small sections by multiple air gaps. The air gaps are separated by epoxy laminated glass cloth plates and coated with special adhesives to ensure that the reactive air gaps do not change and have no noise during operation.
3. The coil is wound with F-grade or H-grade enameled copper flat wire, arranged tightly and evenly, without insulation layer on the surface. The small capacity coil adopts a layered structure, while the large capacity coil adopts a cake structure, which has good ventilation and heat dissipation effect.
After the coil and iron core of the reactor are assembled into one, they undergo a process of pre drying, vacuum impregnation, and thermal curing. H-grade impregnation paint is used to firmly bond the coil and iron core of the reactor, which not only greatly reduces the noise during operation, but also has a very high heat resistance level, ensuring that the reactor can operate safely without noise at high temperatures.
5. The fasteners of the reactor core column are made of non-magnetic materials to ensure that the reactor has a low temperature rise.
6. The exposed parts have been treated with anti-corrosion measures, and the lead out terminals are made of tin plated copper pipes or copper bars.

execution standard
1. GB/T 10229-1988 Reactor Standard
2. IEC 289:1987 Reactor Standard
3. JB9644-1999 Standard for Semiconductor Electrical Transmission Reactors

Insulation level: F or H
Terms of Use
a. The altitude shall not exceed 2000m.
b. The ambient temperature is -25~+45 ��, and the relative humidity does not exceed 90%.
c. The waveform of the power supply voltage is approximately a sine wave.
d. There are no harmful gases or flammable or explosive materials around.
e. The surrounding environment should have good ventilation conditions. If installed in a cabinet, ventilation equipment should be installed.

[Low voltage reactor]PKG series smoothing reactor

2026-6-18 11:45:04

The PKG series smoothing reactor is used in rectifier circuits to suppress the ripple pulsation component after rectification, and to continuously improve the output tributary waveform, ensuring the normal operation of DC equipment. Its structural characteristics are as follows:

The PKG series smoothing reactor is a single-phase iron core dry-type structure.
2. The iron core is made of high-quality and low loss cold-rolled silicon steel sheets, and the core column is divided into uniform small sections by multiple air gaps. The air gaps are separated by epoxy laminated glass cloth plates and coated with special adhesives to ensure that the reactive air gaps do not change and have no noise during operation.
3. The coil is wound with F-grade or H-grade enameled copper flat wire, arranged tightly and evenly, without insulation layer on the surface. The small capacity coil adopts a layered structure, while the large capacity coil adopts a cake structure, which has good ventilation and heat dissipation effect.
After the coil and iron core of the reactor are assembled into one, they undergo a process of pre drying, vacuum impregnation, and thermal curing. H-grade impregnation paint is used to firmly bond the coil and iron core of the reactor, which not only greatly reduces the noise during operation, but also has a very high heat resistance level, ensuring that the reactor can operate safely without noise at high temperatures.
5. The fasteners of the reactor core column are made of non-magnetic materials to ensure that the reactor has a low temperature rise.
6. The exposed parts have been treated with anti-corrosion measures, and the lead out terminals are made of tin plated copper pipes or copper bars.

execution standard
1. GB/T 10229-1988 Reactor Standard
2. IEC 289:1987 Reactor Standard
3. JB9644-1999 Standard for Semiconductor Electrical Transmission Reactors

Insulation level: F or H

PKG series smoothing reactor usage conditions
a. The altitude shall not exceed 2000m.
b. The ambient temperature is -25~+45 ��, and the relative humidity does not exceed 90%.
c. The waveform of the power supply voltage is approximately a sine wave.
d. There are no harmful gases or flammable or explosive materials around.
e. The surrounding environment should have good ventilation conditions. If installed in a cabinet, ventilation equipment should be installed.

[Low voltage reactor]CKSI/O series frequency converters are equipped with input/output reactors

2026-6-18 11:44:53

The CKSI/O series frequency converter is equipped with input/output reactors (input/output reactors) for series connection with the input and output terminals of the frequency converter, serving as the input and output reactors of the frequency converter. The frequency converter will generate significant harmonics during operation, mainly at the 5th, 7th, 11th, and 13th order, with high harmonic content. If an incoming reactor is not installed, the service life of the frequency converter and other equipment will be greatly shortened. When harmonic interference is severe, some equipment may not operate normally. Installing an incoming reactor will greatly reduce the content of each harmonic, improve the power factor of the power grid, ensure the safe operation of the frequency converter and other loads, and ensure that other equipment is not affected by harmonic interference; Installing an outgoing line reactor can passivate the steepness of the output voltage (switching frequency) of the inverter, reduce the disturbance and impact of power components in the inverter, and effectively suppress the circuit surge at the moment of load closing, protecting the inverter device and other components in the circuit from overcurrent impact. Its structural characteristics are as follows:
1. The reactor is three-phase, all of which are dry-type iron cores.
2. The iron core is made of high-quality and low loss cold-rolled silicon steel sheets, and the core column is divided into uniform small sections by multiple air gaps. The air gaps are separated by epoxy laminated glass cloth plates to ensure that the air gap of the reactor does not change during operation.
3. The coil is wound with F-grade or H-grade flat copper wire, arranged tightly and uniformly.
After the coil and iron core of the reactor are assembled into one, they undergo a process of pre drying, vacuum impregnation, and thermal curing. H-grade impregnation paint is used to firmly bond the coil and iron core of the reactor, which not only greatly reduces the noise during operation, but also has a very high heat resistance level, ensuring that the reactor can operate safely and noiselessly at high temperatures.
5. The fasteners of the reactor core column are made of non-magnetic materials to reduce eddy current heating during operation.
6. All exposed components have undergone anti-corrosion treatment.
7. Compared with similar domestic products, this reactor has the advantages of small size, light weight, and beautiful appearance, which can be comparable to well-known foreign brands.

CKSI/O series frequency converter matching input/output reactor execution standard
1. GB/T 10229-1988 Reactor Standard
2. JB5346-1998 Series Reactor Standard
3. IEC 289:1987 Reactor Standard
4. JB9644-1999 Standard for semiconductor electrical transmission reactors

Supporting frequency converter power: 2.2KW~2500KW
Insulation level: F or H

Terms of Use
a. The altitude shall not exceed 2000m.
b. The ambient temperature is -25~+45 ��, and the relative humidity does not exceed 90%.
c. The waveform of the power supply voltage is approximately a sine wave.
d. There are no harmful gases or flammable or explosive materials around.
e. The surrounding environment should have good ventilation conditions. If installed in a cabinet, ventilation equipment should be installed.

[Low voltage reactor]CKDG series series series series reactors

2026-6-18 11:44:42

The CKDG series series series series reactors are used as protective devices for capacitors in power networks, limiting the inrush current and overcurrent caused by high-order harmonics when capacitors are closed, improving voltage waveforms, and enhancing voltage quality.

Capacitor capacity (kvar)	Reactor capacity (kvar)	Dimensions (mm) Length X Unexpectedly X Height	Installation dimensions (mm) length X width	Weight (kg)
two	zero point one two	96 x 76 x 93	84x60	two point five
three	zero point one eight	114x100x98	90x72	five point five
four	zero point two four	120x100x105	90x75	six
five	zero point three	120x100x105	90x75	six
six	zero point three six	120x100x105	90x85	six point five
eight	zero point four eight	134x120x114	100 x 90	nine
ten	zero point six	134x120x114	100 x 90	nine
twelve	zero point seven two	160x140x185	80x80	eleven
fifteen	zero point nine	160x150x185	80x90	twelve point five
eighteen	one point zero eight	160x150x185	80x90	twelve point five
twenty	one point two	160x165x185	80x105	fourteen
twenty-five	one point five	160x160x225	80x100	fifteen
thirty	one point eight	160x160x225	80x100	fifteen
thirty-five	two point one	160x160x225	80x100	sixteen point five
forty	two point four	180x200x245	100x120	eighteen
forty-five	two point seven	180x200x245	100x120	eighteen
fifty	three	180x200x255	100x120	eighteen
sixty	three point six	190x210x295	100x120	twenty-two
seventy	four point two	190x210x295	100x120	twenty-two
eighty	four point eight	230 x 230 x 290	110x130	forty-five
ninety	five point four	230 x 230 x 290	110x130	forty-five
one hundred	six	230 x 230 x 290	110x130	forty-five
one hundred and fifty	nine	240 x 240 x 355	110x150	fifty-five
two hundred	twelve	240 x 240 x 355	110x150	fifty-seven
two hundred and fifty	fifteen	270 x 260 x 380	110x150	eighty

[Low voltage reactor]LK series low-voltage smoothing reactor

2026-6-18 11:44:32

LK series low-voltage smoothing reactor

[Low voltage reactor]TXK series core adjustable reactor

2026-6-18 11:44:21

TXK series adjustable core reactor

[Low voltage reactor]XL type neutral reactor

2026-6-18 11:44:10

model	maximum allowable	Equipped with a generator	Overall dimensions	installation dimensions
model	Communication A	Power KW	mm	mm
XL��30	fifteen	thirty	59×107×105	50×80
XL��50	twenty-five	fifty	76×135×120	56×85
XL��75	forty	seventy-five	77×135×145	78×105
XL��120	fifty	one hundred and twenty	77×135×145	78×105
XL��200	ninety	two hundred	97×180×180	100×135
XL��300	one hundred and fifty	three hundred	104.5×210×185	132×150
XL��400	two hundred	four hundred	104.5×210×185	132×150

XL type neutral reactor

[Low voltage reactor]LKDG series hollow filter reactor

2026-6-18 11:44:00

1�� Purpose:
The LKDG filter reactor is used in low-voltage filter cabinets, connected in series with the filter capacitor, tuned to a certain resonant frequency, to absorb harmonic currents of the corresponding frequency in the power grid. There are a large number of harmonic sources such as rectifiers, converters, and frequency converters in low-voltage power grids, and the high-order harmonics generated by them can seriously endanger the safe operation of the main transformer and other electrical equipment in the system. After connecting the filter reactor in series with the capacitor, not only can it effectively absorb harmonics from the power grid, but it also improves the power factor of the system, playing a significant role in the safe operation of the system.

Environmental conditions for the use of LKDG series hollow filter reactors
1. The altitude shall not exceed 2000 meters.
2. The operating environment temperature is -25 �� to+45 ��, and the relative humidity does not exceed 90%.
3. There are no harmful gases or flammable or explosive materials around.
4. The surrounding environment should have good ventilation conditions. If installed in a cabinet, ventilation equipment should be installed.

performance parameters
1. Can be used for 400V and 660V systems.
2. The rated insulation level is 3kV/min.
3. The temperature rise limit of each part of the reactor: the iron core does not exceed 85K, and the temperature rise of the coil does not exceed 95K.
4. The noise of the reactor shall not exceed 45dB.
5. The difference between the reactance values of any two phases of a three-phase reactor shall not exceed ± 3%.
6. Temperature resistance level H (180 ��) or above.
7: Reactor quality factor 40

6�� LKDG series hollow filter reactor wiring method

Parameter table:
Filter reactors generally do not have standard specifications and are specially designed according to each filtering requirement. Taking three-phase filter reactors as an example, their typical parameters and dimensions are shown in the table below: Note: The following parameters are reference values and are not used as a basis for ordering

5 times filtering reactance:

Reactor model	Inductance of reactor (�� H)	Harmonic capacitor capacitance (�� F)	filtering times	Rated current (A)	Dimensions L × W × H (mm)	Installation size (mm)
LKSG-0.4-25/1986	one thousand nine hundred and eighty-six	two hundred and thirty-one	five	twenty-five	225155200	175*95
LKSG-0.4-31/1582	one thousand five hundred and eighty-two	two hundred and ninety	five	thirty-one	225160200	175*95
LKSG-0.4-37/1318	one thousand three hundred and eighteen	three hundred and forty-six	five	thirty-seven	250170200	200*100
LKSG-0.4-50/981	nine hundred and eighty-one	four hundred and sixty-two	five	fifty	265190215	215*120
LKSG-0.4-62/790	seven hundred and ninety	five hundred and seventy-nine	five	sixty-two	280205230	230*125
LKSG-0.4-74/659	six hundred and fifty-nine	six hundred and ninety-two	five	seventy-four	280210260	230*125
LKSG-0.4-93/527	five hundred and twenty-seven	eight hundred and sixty-one	five	ninety-three	285200290	215*125
LKSG-0.4-112/438	four hundred and thirty-eight	one thousand and twenty-seven	five	one hundred and twelve	265200355	215*125
LKSG-0.4-124/396	three hundred and ninety-six	one thousand one hundred and thirty-seven	five	one hundred and twenty-four	265205280	215*125
LKSG-0.4-149/329	three hundred and twenty-nine	one thousand three hundred and eighty-five	five	one hundred and forty-nine	280220420	230*145
LKSG-0.4-186/264	two hundred and sixty-four	one thousand seven hundred and seventy	five	one hundred and eighty-six	330230420	290*145
LKSG-0.4-248/198	one hundred and ninety-eight	two thousand two hundred and seventy-five	five	two hundred and forty-eight	325285480	265*175
LKSCG-0.4-310/58	one hundred and fifty-eight	two thousand eight hundred and ninety-five	five	three hundred and ten	350330520	290*205
LKSG-0.4-372/132	one hundred and thirty-two	three thousand five hundred and thirty-nine	five	three hundred and seventy-two	420350545	360*245

7th harmonic parameter table

Reactor model	Inductance of reactor (�� H)	Harmonic capacitor capacitance (�� F)	filtering times	Rated current (A)	Dimensions L × W × H (mm)	Installation size (mm)
LKSG-0.424/1009	one thousand and nine	two hundred and thirty-one	seven	twenty-four	205155155	155*95
LKSG-0.4-30/810	eight hundred and ten	two hundred and ninety	seven	thirty	205165155	155*95
LKSG-0.4-36/676	six hundred and seventy-six	three hundred and forty-six	seven	thirty-six	235165160	185*95
LKSG-0.4-48/506	five hundred and six	four hundred and sixty-two	seven	forty-eight	250175175	200*100
LKSG-0.4-61/402	four hundred and two	five hundred and seventy-nine	seven	sixty-one	250185195	200*100
LKSG-0.4-73/337	three hundred and thirty-seven	six hundred and ninety-two	seven	seventy-three	265200195	215*110
LKSG-0.4-91/269	two hundred and sixty-nine	eight hundred and sixty-one	seven	ninety-one	235158240	185*110
LKSG-0.4-109/225	two hundred and twenty-five	one thousand and twenty-seven	seven	one hundred and nine	235185260	185*110
LKSG0.4-121/191	one hundred and ninety-one	one thousand one hundred and thirty-seven	seven	one hundred and twenty-one	238190280	185*110
LKSG-0.4-146/159	one hundred and fifty-nine	one thousand three hundred and eighty-five	seven	one hundred and forty-six	250205315	200*125
LKSG-0.4-182/127	one hundred and twenty-seven	one thousand seven hundred and seventy	seven	one hundred and eighty-two	250210340	200*125

Note: When using filter reactors for intermediate frequency furnace filtering equipment, it should be noted whether a tap of ± 5% is required (due to the special nature of intermediate frequency furnaces, which is different from other reactors), which should be raised during the inquiry. Filter reactors are mainly used in active filters, while passive filters play a role in filtering out harmonic sources,

[Low voltage reactor]QKSJ series three-phase starting reactor

2026-6-18 11:43:49

summary:

The QKSJ series three-phase starting reactor is used to limit the starting current of electric motors and is suitable for step-down starting of cage induction motors.

model	Rated capacity KVAR	rated parameters			AC inductance mH	Core loss W	Winding loss W	Overall dimensions mm (L×B×H)	weight kg
model	Rated capacity KVAR	input voltage V	operating current A	Reactive voltage drop V	AC inductance mH	Core loss W	Winding loss W	Overall dimensions mm (L×B×H)	weight kg
QKSJ/4-0.5	zero point one two	three hundred and eighty	four	ten	seven point nine six	three point five	seven point seven	180×50×130	three point eight
QKSJ/6-0.5	zero point one eight	three hundred and eighty	six	ten	five point three one	four point nine	nine point eight	208×58×130	five
QKSJ/8-0.5	zero point two four	three hundred and eighty	eight	ten	three point nine eight	five point five	twelve point seven	208×58×130	six
QKSJ/10-0.5	zero point three	three hundred and eighty	ten	ten	three point one eight	six point seven	fifteen	210×70×140	seven point five
QKSJ/14-0.5	zero point four two	three hundred and eighty	fourteen	ten	two point two seven	eight point two	nineteen point eight	210×70×140	nine
QKSJ/18-0.5	zero point five four	three hundred and eighty	eighteen	ten	one point seven seven	nine point six	twenty-one point six	210×70×140	ten point five
QKSJ/25-0.5	zero point seven five	three hundred and eighty	twenty-five	ten	one point two seven	eleven point five	twenty-eight point four	220×80×170	thirteen
QKSJ/35-0.5	one point zero five	three hundred and eighty	thirty-five	ten	zero point nine one	fourteen point one	forty point one	220×80×170	sixteen
QKSJ/45-0.5	one point three five	three hundred and eighty	forty-five	ten	zero point seven one	seventeen point five	forty-five point three	280×100×200	twenty
QKSJ/50-0.5	one point five	three hundred and eighty	fifty	ten	zero point six four	nineteen point nine	forty-five point five	280×100×200	twenty-one point five
QKSJ/70-0.5	two point one	three hundred and eighty	seventy	ten	zero point four six	twenty-two point seven	fifty-eight point five	280×100×200	twenty-five
QKSJ/100-0.5	three	three hundred and eighty	one hundred	ten	zero point three two	thirty-two point three	seventy-six point two	320×120×240	thirty-five
QKSJ/130-0.5	three point nine	three hundred and eighty	one hundred and thirty	ten	zero point two five	forty point two	ninety-nine point eight	320×130×240	forty-three point five
QKSJ/170-0.5	five point one	three hundred and eighty	one hundred and seventy	ten	zero point one nine	forty-seven	one hundred and seventeen	320×130×240	fifty-one
QKSJ/200-0.5	six	three hundred and eighty	two hundred	ten	zero point one six	fifty-one point one	one hundred and twenty-seven point two	360×130×250	fifty-five
QKSJ/250-0.5	seven point five	three hundred and eighty	two hundred and fifty	ten	zero point one three	sixty point eight	one hundred and forty-eight point one	360×130×250	sixty-six
QKSJ/300-0.5	nine	three hundred and eighty	three hundred	ten	zero point one one	sixty-four point six	one hundred and sixty-four point seven	380×140×270	sixty-nine point five
QKSJ/350-0.5	ten point five	three hundred and eighty	three hundred and fifty	ten	zero point zero nine	seventy-six point four	two hundred and two point one	380×140×270	eighty-three
QKSJ/400-0.5	twelve	three hundred and eighty	four hundred	ten	zero point zero eight	eighty-two point seven	one hundred and ninety-six point eight	380×150×270	eighty-nine
QKSJ/440-0.5	thirteen point two	three hundred and eighty	four hundred and forty	ten	zero point zero seven two	eighty-eight point six	two hundred and twenty-six point five	380×150×270	ninety-six
QKSJ/480-0.5	fourteen point four	three hundred and eighty	four hundred and eighty	ten	zero point zero six six	one hundred point six	two hundred and forty-six point one	380×150×270	one hundred and nine point five
QKSJ/580-0.5	seventeen point four	three hundred and eighty	five hundred and eighty	ten	zero point zero five five	one hundred and eight point eight	three hundred and twenty-one point nine	420×160×300	one hundred and twenty
QKSJ/680-0.5	twenty point four	three hundred and eighty	six hundred and eighty	ten	zero point zero four seven	one hundred and twenty-three	three hundred and thirty-four point three	420×160×300	one hundred and thirty-three
QKSJ/760-0.5	twenty-two point eight	three hundred and eighty	seven hundred and sixty	ten	zero point zero four two	one hundred and thirty-two point seven	three hundred and sixty-nine point one	480×180×320	one hundred and forty-seven
QKSJ/850-0.5	twenty-five point five	three hundred and eighty	eight hundred and fifty	ten	zero point zero three eight	one hundred and forty-four point eight	three hundred and fifty-three point three	480×180×320	one hundred and fifty-five
QKSJ/1000-0.5	thirty	three hundred and eighty	one thousand	ten	zero point zero three two	one hundred and fifty-four point nine	four hundred and thirty-five	500×200×350	one hundred and seventy
QKSJ/1250-0.5	thirty-six point five	three hundred and eighty	one thousand two hundred and fifty	ten	zero point zero two two	one hundred and sixty-nine point eight	five hundred and seventy-five	500×200×350	two hundred
QKSJ/1600-0.5	forty-seven	three hundred and eighty	one thousand and six hundred	ten	zero point zero one three	one hundred and seventy-four point two	six hundred and eighty-five point six	550×250×400	two hundred and forty-five
QKSJ/2000-0.5	sixty	three hundred and eighty	two thousand	ten	zero point zero zero nine	one hundred and eighty-six point seven	eight hundred and fifteen	550×250×400	two hundred and eighty-five

model	Rated capacity (KVA)	rated current (A)	Startup capacity (KVA)	Impedance per phase (��)	Weight (Kg)	Outer limit size (mm) Length x Width x Height
QKSJ-320/6	three hundred and twenty	one hundred	three hundred and twenty	ten point seven	five hundred and ninety	1070X676X1092
QKSJ-320/6	three hundred and twenty	one hundred and eighty	three hundred and twenty	three point three zero	five hundred and ninety
QKSJ-320/6	three hundred and twenty	three hundred and twenty	three hundred and twenty-two	one point zero five	five hundred and ninety
QKSJ-560/6	five hundred and sixty	one hundred	five hundred and ten	seventeen	five hundred and ninety
QKSJ-560/6	five hundred and sixty	one hundred and eighty	five hundred and fifty-four	five point seven	five hundred and ninety
QKSJ-560/6	five hundred and sixty	three hundred and twenty	five hundred and eighty-five	one point nine	five hundred and ninety
QKSJ-560/6	five hundred and sixty	five hundred and sixty	five hundred and eighty-five	zero point six	five hundred and ninety
QKSJ-1000/6	one thousand	one hundred and eighty	nine hundred and seventy	ten	seven hundred and fifty	1070X676X1265
QKSJ.1000/6	one thousand	three hundred and twenty	one thousand and ten	three point three	seven hundred and fifty
QKSJ-1000/6	one thousand	five hundred and sixty	nine hundred and ninety	one point zero five	seven hundred and fifty
QKSJ-1000/6	one thousand	one thousand	one thousand and fifty	zero point three five	seven hundred and fifty
QKSJ-1800/6	one thousand and eight hundred	three hundred and twenty	one thousand one hundred and fifty	five point seven	one thousand two hundred and sixty-five	1370X784X1330
QKSJ-1800/6	one thousand and eight hundred	five hundred and sixty	one thousand six hundred and ninety	one point eight	one thousand two hundred and sixty-five
QKSJ-1800/6	one thousand and eight hundred	seven hundred and fifty	one thousand seven hundred and seventy	one point zero five	one thousand two hundred and sixty-five
QKSJ-1800/6	one thousand and eight hundred	one thousand	one thousand and eight hundred	zero point six	one thousand two hundred and sixty-five	1370X796X1330
QKSJ.1800/6	one thousand and eight hundred	one thousand three hundred and fifty	one thousand nine hundred and ten	zero point three five	one thousand two hundred and sixty-five	1370X796X1330
QKSJ-3200/6	three thousand and two hundred	five hundred and sixty	three thousand and ten	three point two	one thousand six hundred and thirty	1370X784X1470
QKSJ-3200/6	three thousand and two hundred	seven hundred and fifty	three thousand and fifty	one point eight	one thousand six hundred and thirty	1370X784X1470
QKSJ-3200/6	three thousand and two hundred	one thousand	three thousand one hundred and fifty	one point zero five	one thousand six hundred and thirty	1370X796X1470
QKSJ-3200/6	three thousand and two hundred	one thousand three hundred and fifty	three thousand two hundred and eighty	zero point six	one thousand six hundred and thirty	1370X796X1470
QKSJ-5600/6	five thousand and six hundred	five hundred and sixty	four thousand and fifty	four point three	one thousand seven hundred and eighty-five	1370X784X1520
QKSJ-5600/6	five thousand and six hundred	seven hundred and fifty	five thousand and four hundred	three point two	one thousand seven hundred and eighty-five	1370X784X1520
QKSJ-5600/6	five thousand and six hundred	one thousand	five thousand and four hundred	one point eight	one thousand seven hundred and eighty-five	1370X796X1520

QKSJ series three-phase starting reactor

[Low voltage reactor]DCL series DC smoothing reactor

2026-6-18 11:43:38

detailed description:

1. Rated working voltage: DC500V-DC1000V
2. Electrical strength: Iron core winding 3000VAC/50Hz/10mA/10S without arcing breakdown
3. Insulation resistance: Core winding 1000VDC, insulation resistance �� 100M ��
4. Reactor noise is less than 65dB (tested at a horizontal distance of 1 meter from the reactor)
5. Product execution standard: IEC289: 1987 Reactor
GB10229-88 Reactor (eqv IEC289:1987)
JB9644-1999 Reactor for Semiconductor Electrical Transmission

DCL series DC smoothing reactor

Reactor model Reactor type	Adapted motor Adapted power (KW)	rated current Rated current	inductance Inductance class	weight Weight (kg)	Overall dimensions Exterior dimension	installation dimensions Setting dimension
DCL-3-0.4	zero point four	3A	twenty-eight	one point five	77X60	63X47
DCL-3-0.75	zero point seven five	3A	twenty-eight	one point five	77X60	63X47
DCL-6-1.5	one point five	6A	eleven	two point three	77X80	63X60
DCL-6-2.2	two point two	6A	eleven	two point three	77X80	63X60
DCL-12-3.7	three point seven	12A	six point three	three point two	97X105	80X70
DCL-12-4	four	12A	six point three	three point two	97X105	80X70
DCL-23-5.5	five point five	23A	three point six	three point eight	106X115	87X70
DCL-23-7.5	seven point five	23A	three point six	three point eight	106X115	87X70
DCL-33-11	eleven	33A	two	four point three	106X115	87X70
DCL-33-15	fifteen	33A	two	four point three	106X115	87X70
DCL-40-18.5	eighteen point five	40A	one point three	four point three	106X115	87X70
DCL-50-22	twenty-two	50A	one point zero eight	five point five	115X130	95X86
DCL-65-30	thirty	65A	zero point eight	seven point two	134X150	111X85
DCL-78-37	thirty-seven	78A	zero point seven	seven point five	134X150	111X85
DCL-95-45	forty-five	95A	zero point five four	seven point eight	134X155	111X85
DCL-115-55	fifty-five	115A	zero point four five	nine point two	154X145	125X90
DCL-160-75	seventy-five	160A	zero point three six	ten	160X135	100X100
DCL-180-90	ninety	180A	zero point three three	twenty	160X135	100X100
DCL-250-110	one hundred and ten	250A	zero point two six	twenty-three	210X150	176X117
DCL-250-132	one hundred and thirty-two	250A	zero point two six	twenty-three	210X150	176X117
DCL-340-160	one hundred and sixty	340A	zero point one seven	twenty-three	210X150	176X117
DCL-460-185	one hundred and eighty-five	460A	zero point zero nine	twenty-eight	220X150	191X117
DCL-460-220	two hundred and twenty	460A	zero point zero nine	twenty-eight	220X150	191X117
DCL-650-300	three hundred	650A	zero point zero seven two	thirty-three	230X160	206X127

DCL series DC smoothing reactor

[Low voltage reactor]KDK-14 type current limiting reactor

2026-6-18 11:43:28

KDK-14 type current limiting reactor

Product Model	capacitance	rated voltage	rated current	Inductance value	Current limiting coefficient	Rated insulation level
XD1-14	fourteen	three hundred and eighty	twenty-six point three	zero point zero two six	fifty	0.38/3

[Low voltage reactor]KDK-12 type current limiting reactor

2026-6-18 11:43:17

Overview
KDK-12 type current limiting reactor is suitable for rated frequencies of 50HZ, 50HZ, and rated voltage of 380V. It is installed in PGJ1 type and other types of low-voltage reactive power automatic compensation screens for limiting capacitor input and current dissipation

Terms of Use
Sea wave height not exceeding 2000M
The ambient air temperature is not higher than+40 degrees Celsius and not lower than -5 degrees Celsius
When the air temperature is+20 degrees Celsius, the relative humidity should not exceed 90%
The surrounding medium is free of flammable materials, gases that damage insulation and corrode metals, and conductive dust
The installation location has no severe vibration or bumps, and the installation inclination is greater than 50 degrees;
The installation location is not directly exposed to sunlight, and there is no wind, snow, or severe mold present

Technical parameters of KDK-12 type current limiting reactor

Product Model	capacitance	rated voltage	rated current	Inductance value	Current limiting coefficient	Rated insulation level
XD2-12	twelve	three hundred and eighty	twenty-two point five	zero point zero three one five	fifty	0.38/3

Product Model	capacitance	rated voltage	rated current	Inductance value	Current limiting coefficient	Rated insulation level
XD1-12, XD2-12	twelve	three hundred and eighty	twenty-two point five	zero point zero three one five	fifty	0.38/3
XD1-14, XD2-14	fourteen		twenty-six point three	zero point zero two six
XD1-16, XD2-16	sixteen		thirty point zero two	zero point zero two three two
XD1-20	twenty		thirty-five point nine	zero point zero two zero four
XD1-25	twenty-five		forty-six point nine	zero point zero two one three
XD1-30	thirty		fifty-six point three	zero point zero two five
XD1-40	forty		seventy point eight	zero point zero three zero

KDK-12 type current limiting reactor

[Low voltage reactor]XD2-12 type current limiting reactor

2026-6-18 11:43:06

Overview
XD2-12 type current limiting reactor is suitable for rated frequencies of 50HZ, 50HZ, and rated voltage of 380V, and is installed in PGJ1 type and other types of low-voltage reactive power automatic compensation screens for limiting capacitor input and current dissipation

Service conditions for XD2-12 type current limiting reactor
Sea wave height not exceeding 2000M
The ambient air temperature is not higher than+40 degrees Celsius and not lower than -5 degrees Celsius
When the air temperature is+20 degrees Celsius, the relative humidity should not exceed 90%
The surrounding medium is free of flammable materials, gases that damage insulation and corrode metals, and conductive dust
The installation location has no severe vibration or bumps, and the installation inclination is greater than 50 degrees;
The installation location is not directly exposed to sunlight, and there is no wind, snow, or severe mold present

Product Model	capacitance	rated voltage	rated current	Inductance value	Current limiting coefficient	Rated insulation level
XD2-12	twelve	three hundred and eighty	twenty-two point five	zero point zero three one five	fifty	0.38/3

[Low voltage reactor]XD1-40 type current limiting reactor

2026-6-18 11:42:56

XD1, XD2 series current limiting reactors
Overview
This series of products is suitable for installation in PGJ1 and other types of low-voltage reactive power automatic compensation screens with rated frequencies of 50HZ, 50HZ, and rated voltage of 380V, for limiting the input of capacitors into the melt current
Terms of Use
Sea wave height not exceeding 2000M
The ambient air temperature is not higher than+40 degrees Celsius and not lower than -5 degrees Celsius
When the air temperature is+20 degrees Celsius, the relative humidity should not exceed 90%
The surrounding medium is free of flammable materials, gases that damage insulation and corrode metals, and conductive dust
The installation location has no severe vibration or bumps, and the installation inclination is greater than 50 degrees;
The installation location is not directly exposed to sunlight, and there is no wind, snow, or severe mold present

Main technical parameters

Product Model	capacitance	rated voltage	rated current	Inductance value	Current limiting coefficient	Rated insulation level
XD1-12, XD2-12	twelve	three hundred and eighty	twenty-two point five	zero point zero three one five	fifty	0.38/3
XD1-14, XD2-14	fourteen		twenty-six point three	zero point zero two six
XD1-16, XD2-16	sixteen		thirty point zero two	zero point zero two three two
XD1-20	twenty		thirty-five point nine	zero point zero two zero four
XD1-25	twenty-five		forty-six point nine	zero point zero two one three
XD1-30	thirty		fifty-six point three	zero point zero two five
XD1-40	forty		seventy point eight	zero point zero three zero

XD1-40 type current limiting reactor

[Low voltage reactor]SOCL series AC output reactor

2026-6-18 11:42:45

1�� Application scenario: On the output side of the frequency converter, reduce motor noise and suppress surges on long wires

2�� SOCL series AC output reactor model definition:

3�� Performance characteristics of SOCL series AC output reactors:

Working voltage: 3-phase 660V/380V/50Hz, insulation level: F/H
Voltage resistance: AC2500V/50Hz/1min Protection level: IP00

4�� External dimensions:

Inverter power (KW)	Output reactor model	Dimensions (mm)	Installation size (mm)
zero point seven five	SOCL-10A/9V	14085140	75*55
one point five	SOCL-10A/9V	14085140	75*55
two point two	SOCL-10A/9V	14085140	75*55
three point seven	SOCL-15A/9V	14085140	75*55
five point five	SOCL-15A/9V	14085140	75*55
seven point five	SOCL-20A/9V	14085140	75*55
eleven	SOCL-30A/9V	210165170	110*85
fifteen	SOCL-40A/9V	210165170	110*85
eighteen point five	SOCL-50A/9V	210165170	110*85
twenty-two	SOCL-60A/9V	210165170	110*85
thirty	SOCL-80A/9V	270190230	155*100
thirty-seven	SOCL-110A/9V	270190230	155*100
forty-five	SOCL-125A/9V	270190230	155*100
fifty-five	SOCL-150A/9V	290200230	170*115
seventy-five	SOCL-200A/9V	300230230	173*135
ninety	SOCL-250A/9V	330230230	190*130
one hundred and ten	SOCL-275A/9V	330230230	190*130
one hundred and thirty-two	SOCL-330A/9V	340230230	212*130
one hundred and sixty	SOCL-450A/9V	330220290	193*140

SOCL series AC output reactor

[Low voltage reactor]SACL series AC input reactor

2026-6-18 11:42:34

Application scenarios of SACL series AC input reactors: on the input side of frequency converters, improving power factor and suppressing harmonic currents

SACL series AC input reactor model definition:

3�� Performance characteristics of SACL series AC input reactors:

Working voltage: 3-phase 660V/380V/50Hz, insulation level: F/H
Voltage resistance: AC2500V/50Hz/1min Protection level: IP00

4�� External dimensions:

Inverter power (KW)	Enter the model of the reactor	Dimensions (mm)	Installation size (mm)
zero point seven five	SACL-10A/5V	14085140	75*55
one point five	SACL-10A/5V	14085140	75*55
two point two	SACL-10A/5V	14085140	75*55
three point seven	SACL-15A/5V	14085140	75*55
five point five	SACL-15A/5V	14085140	75*55
seven point five	SACL-20A/5V	175130140	82*75
eleven	SACL-30A/5V	175130140	82*75
fifteen	SACL-40A/5V	210120190	110*70
eighteen point five	SACL-50A/5V	210120190	110*70
twenty-two	SACL-60A/5V	210165170	110*85
thirty	SACL-80A/5V	210165170	110*85
thirty-seven	SACL-110A/5V	210165170	110*85
forty-five	SACL-125A/5V	210165170	110*85
fifty-five	SACL-150A/5V	270170220	155*85
seventy-five	SACL-200A/5V	290190*255	170*85
ninety	SACL-250A/5V	290190230	170*105
one hundred and ten	SACL-275A/5V	290190230	170*105
one hundred and thirty-two	SACL-330A/5V	320240230	193*130
one hundred and sixty	SACL-450A/5V	330210290	193*130

SACL series AC input reactor

[Low voltage reactor]SDCL series DC reactor

2026-6-18 11:42:24

1�� Application scenarios of SDCL series DC reactors: frequency converter DC bus, improving power factor, suppressing motor starting surge current

2�� SDCL series DC reactor model definition:

3�� Performance characteristics:
Working voltage: DC500V-DC1000V Insulation level: B/F/H
Voltage resistance: AC2500V/50Hz/1min Protection level: IP00

4�� SDCL series DC reactor external dimensions:

Inverter power (KW)	Output reactor model	Dimensions (mm)	Installation size (mm)
zero point seven five	SDCL-10A/9V	13090120	79*65
one point five	SDCL-15A/9V	13090120	79*65
two point two	SDCL-20A/9V	13090140	79*65
three point seven	SDCL-25A/9V	13090140	79*65
five point five	SDCL-30A/9V	130115140	79*85
seven point five	SDCL-35A/9V	130115140	79*85
eleven	SDCL-40A/9V	250130180	120*75
fifteen	SDCL-50A/9V	250130180	120*75
eighteen point five	SDCL-60A/9V	250140180	120*75
twenty-two	SDCL-70A/9V	250140180	120*75
thirty	SDCL-80A/9V	250150180	120*85
thirty-seven	SDCL-90A/9V	250150180	120*85
forty-five	SDCL-110A/9V	310150200	120*90
fifty-five	SDCL-150A/9V	310170250	120*100
seventy-five	SDCL-180A/9V	310170250	120*100
ninety	SDCL-200A/9V	310170250	120*100
one hundred and ten	SDCL-250A/9V	310190250	120*110
one hundred and thirty-two	SDCL-270A/9V	310210250	120*130
one hundred and sixty	SDCL-360A/9V	310210250	200*130

SDCL series DC reactor

[Low voltage reactor]TKD,TKS type oil immersed self cooling adjustable reactor

2026-6-18 11:42:12

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TKS-40	40			400	2.2��18	8��57.7	144	300	630		1000	980	1330	850	600	320	65	25
				690	4��33.5
TKS-50	50			400	2.8��22.5	10��72.2	144	340	690		1000	980	1330	850	600	320	65	25
				690	5��41.8
TKS-63	63			400	3.5��28	12.5��90.9	144	390	760		1080	1060	1330	850	600	320	65	25
				690	6.3��52.7
TKS-80	80			400	4.5��35	16��115	250	430	1100		1230	1050	1700	1230	500	400	80	32
				690	8��66.9
TKS-100	100			400	5.6��45	20��144	380	520	1420		1250	1140	1920	1450	620	450	80	32
				690	10��83.7
TKS-125	125			400	7��56	25��180	295	630	1370		1250	1140	1980	1530	620	450	80	32
				690	12.5��105
TKS-160	160			400	9��70	32��231	440	740	1780		1340	1140	1980	1530	620	450	80	32
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TKS-200	200			400	11.2��90	40��289	545	1000	2180		1260	1200	1870	1370	960	500	100	40
				690	20��167
TKS-250	250			400	14��112	50��361	555	1140	2460		1410	1350	1870	1370	960	500	100	40
				690	25��209
TKS-315	315			400	18��140	63��455	555	1320	2710		1410	1350	1870	1370	960	500	100	40
				690	32��264
TKS-400	400			400	22.5��180	80��577	584	1540	3200		1560	1500	1870	1370	960	500	100	40
				690	40��335
TKS-500	500			400	28��225	100��722	920	2100	4300	JW7124 4P 550W 3�� 50Hz 380V 1.6A	1570	1460	2280	1730	1050	600	120	48
				690	50��418
TKS-630	630			400	35��280	125��909	930	2380	4740		1570	1460	2280	1730	1050	600	120	48
				690	63��527
TKS-800	800			400	45��350	160��1155	940	2710	5290		1720	1610	2280	1730	1050	600	120	48
				690	80��669
TKS-1000	1000			400	56��450	200��1443	950	3170	6000		1820	1710	2280	1730	1050	600	120	48
				690	100��837
TKS-1250	1250			400	70��560	250��1804	1780	4400	8620	XZEJ 90S-4 4P 1.1KW 3�� 50Hz 380V 2.7A	1790	1580	2550	2190	1200	750	140	60
				690	125��1046
TKS-1600	1600			400	90��700	315��2309	1790	5090	9650		1940	1730	2550	2190	1200	750	140	60
				690	160��1339
TKS-2000	2000			400	110��900	400��2887	2000	6150	11000		2040	1830	2550	2190	1200	750	140	60
				690	200��1673
TKS-2500	2500			400	140��1120	500��3610	3060	8570	15100	XZEJ 100L1-4 4P 2.2KW 3�� 50Hz 380V 5A									ͼ 2
				690	250��2090
TKS-3150	3150			400	180��1400	630��4550	3080	9560	16850
				690	320��2640
TKS-4000	4000			400	225��1800	800��5770	3100	10670	18800
				690	400��3350
TKS-4000	4000			690	125��1000	450��3347	3100	10670	18800		2330	2220	3080	2630	1360	900	140	70
				1140	225��2026


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[Low voltage reactor]SDK series three-phase AC reactor

2026-6-18 11:42:01

electric motor KW	current A	inductance mH	Code	A	B	C	D	E	F	weight Kg
zero point four	one point three	eighteen	KD2561	one hundred and twenty-two	seventy-five	one hundred and twenty	eighty-four	fifty-five
zero point seven five	two point five	eight point four	KD2562	one hundred and twenty-two	eighty	one hundred and twenty	eighty-four	sixty
one point five	five	four point two	KD2563	one hundred and twenty-two	eighty-five	one hundred and twenty	eighty-four	sixty-five
two point two	seven point five	three point six	KD2564	one hundred and twenty-two	ninety	one hundred and twenty	eighty-four	seventy
three point seven	ten	two point two	KD2500	one hundred and twenty-two	one hundred	one hundred and thirty-five	eighty-four	eighty
five point five	fifteen	one point four two	KD2501	one hundred and seventy-three	one hundred and twenty-five	one hundred and fifty	one hundred and twenty-two	eighty-five		five point five
seven point five	twenty	one point zero six	KD2502	one hundred and ninety-five	one hundred and twenty-five	one hundred and eighty	one hundred and twenty-two	eighty-seven
eleven	thirty	zero point seven	KD2503	one hundred and ninety-five	one hundred and forty-two	one hundred and eighty	one hundred and twenty-two	one hundred and four
fifteen	forty	zero point five three	KD2504	one hundred and ninety-five	one hundred and fifty	one hundred and ninety-five	one hundred and twenty-two	one hundred		eleven
eighteen point five	fifty	zero point four two	KD2505	one hundred and ninety-five	one hundred and sixty	one hundred and ninety-five	one hundred and twenty-two	one hundred and five

screen.width-500)this.width=screen.width-500" style="HEIGHT: 315px; WIDTH: 500px; FILTER: none" border=0 hspace=0 alt="Outline dimensions of LKSG series three-phase filter reactor" src="/uploadfiles/200806/200862423213502.jpg" width=500 height=315>

electric motor KW	current A	inductance mH	Code	A	B	C	D	E	F	weight Kg
twenty-two	sixty	zero point three six	KD2506	one hundred and ninety-five	one hundred and seventy	one hundred and sixty	one hundred and twenty-two	one hundred and thirteen		fourteen point three
thirty	eighty	zero point two six	KD2508	two hundred and thirty-five	one hundred and seventy-five	one hundred and seventy-five	one hundred and ten	ninety-five		seventeen point nine
thirty-seven	ninety	zero point two four	KD2509	two hundred and thirty-five	one hundred and eighty-five	one hundred and seventy-five	one hundred and ten	one hundred and five
forty-five	one hundred and twenty	zero point one eight	KD2566	two hundred and fifty-two	two hundred and twenty	two hundred and ten	one hundred and fifty	one hundred and twenty-five		twenty-six
fifty-five	one hundred and fifty	zero point one five	KD2567	two hundred and fifty-two	two hundred and thirty	two hundred and ten	one hundred and fifty	one hundred and thirty-five		twenty-eight
seventy-five	two hundred	zero point one one	KD2568	two hundred and fifty-two	two hundred and forty	two hundred and ten	one hundred and fifty	one hundred and forty		thirty-three
one hundred and ten	two hundred and fifty	zero point zero nine	KD2569	two hundred and fifty-two	two hundred and sixty	two hundred and ten	one hundred and fifty	one hundred and sixty		thirty-eight point two
one hundred and sixty	three hundred and thirty	zero point zero six	KD2570	three hundred and twenty	two hundred and fifty	two hundred and sixty-five	two hundred and forty-five	one hundred and thirty		fifty-two
one hundred and eighty-five	five hundred	zero point zero four	KD2690	three hundred and sixty-five	two hundred and ninety	two hundred and eighty	one hundred and eighty	one hundred and forty		seventy
two hundred and twenty
three hundred	six hundred	zero point zero three	KD2691	four hundred and ten	three hundred	three hundred and twenty-five	two hundred and seventy	one hundred and forty-five		eighty-one

LKSG series three-phase filter reactor

[Low voltage reactor]6SE7000 series frequency converter with input and output reactors

2026-6-18 11:41:51

During the use of frequency converters and speed controllers, they are often subjected to the impact of surge currents and surge voltages, which can seriously damage the performance and service life of the frequency converters and speed controllers. Therefore, input reactors should be installed in front of them to suppress surge voltages and surge currents, protect the frequency converters and speed controllers, extend their service life, and prevent harmonic interference. At the same time, due to the fact that frequency converters and speed controllers use frequency conversion for speed regulation, high-order harmonics and waveform distortion are often generated during speed regulation, which can affect the normal use of the equipment; For this purpose, an output reactor must be installed at the output end to filter out harmonic voltage and current, and improve the quality of the power grid.
This input-output series reactor is made of high-quality imported silicon steel sheets and high-quality copper wires refined by advanced technology, and has the characteristics of small size, low temperature rise, and no noise. The product has excellent quality and low price, and can completely replace similar imported brands in terms of quality and performance. With outstanding strength, Shanghai Wangtai has provided this series of products for many frequency converter manufacturers and distributors nationwide for a long time.

Suitable for

Suitable for use with various frequency conversion, speed regulation, and transmission equipment.
Specification range: Supporting frequency converter power 2.2KW~2500KW
Voltage range: below 10KV
Insulation level: F or H
Frequency: 50/60Hz
Number of phases: Three phases

product standard
GB/T 10229-1988 19212.21-2007
JB 9644-1999 IEC 289��1987

6SE7000 series frequency converter with input and output reactors

[Low voltage reactor]LKSG series three-phase filter reactor

2026-6-18 11:41:40

model	Inductance of reactor (mH)	Capacitor capacity (kvar)	Rated total current (A)	rated current (A)	Dimensions (mm) Length X Width X Height	Installation dimensions (mm) length X width
LKSG-0.4-30/2175	two thousand one hundred and seventy-five	twenty	thirty	twenty	250x175x215	190x115.4-4)10
LKSG-0.4-40/1740	one thousand seven hundred and forty	twenty-five	forty	twenty-five	260x175x220	200x115.4-4> 10
LKSG-0.4-45/1450	one thousand four hundred and fifty	thirty	forty-five	thirty	290x175x235	230x115.4-4)10
LKSG-0.4-60/1088	one thousand and eighty-eight	forty	sixty	forty	290x185x270	230x125.4-4.10
LKSG-0.4-75/870	eight hundred and seventy	fifty	seventy-five	fifty	290x195x285	320x135.4-4)12
LKSG-0.4-90/725	seven hundred and twenty-five	sixty	ninety	sixty	290x200x295	320x135.4-4)12
LKSG-0.4-05/621	six hundred and twenty-one	seventy	one hundred and five	seventy	320 x 200 x310	320x135.4-4> 12
LKSG-0.4-120/544	five hundred and forty-four	eighty	one hundred and twenty	eighty	320x200x335	320x135.4-�� twelve
LKSG-0.4-135/483	four hundred and eighty-three	ninety	one hundred and thirty-five	ninety	350x200x350	320x135.4-4)12
LKSG-0.4-150/435	four hundred and thirty-five	one hundred	one hundred and fifty	one hundred	350x200x370	320x135.4-4)12
LKSG-0.4-180/363	three hundred and sixty-three	one hundred and twenty	one hundred and eighty	one hundred and twenty	350x210x405	320x145.4-4>12
LKSG-0.4-225/290	two hundred and ninety	one hundred and fifty	two hundred and twenty-five	one hundred and fifty	380x210x445	320x145.4-4)12
LKSG-0.4-270Z242	two hundred and forty-two	one hundred and eighty	two hundred and seventy	one hundred and eighty	380x240x425	320x165.4-4)12
LKSG-0.4-300/218	two hundred and eighteen	two hundred	three hundred	two hundred	380x240x455	320x165.4-4)12
LKSG-0.4-375/174	one hundred and seventy-four	two hundred and fifty	three hundred and seventy-five	two hundred and fifty	540 x 350 x 530	400x300.4-4)14
LKSG-0.4-450/145	one hundred and forty-five	three hundred	four hundred and fifty	three hundred	540 x 350 x 575	400x300.4-4)14
LKSG-0.4-525/124	one hundred and twenty-four	three hundred and fifty	five hundred and twenty-five	three hundred and fifty	540 x 350 x 625	400x300.4-4)14
LKSG-0.4-595/109	one hundred and nine	four hundred	five hundred and ninety-five	four hundred	540x358x665	400x300.4-4)14
LKSG-0.4-675/79	seventy-nine	four hundred and fifty	six hundred and seventy	four hundred and fifty	590 x 350 x 695	400x300.4-4)14
LKSG-0.4-740/87	eighty-seven	five hundred	seven hundred and forty-five	five hundred	590x350x750	400x300.4-4,14
LKSG-0.4-820/79	seventy-nine	five hundred and fifty	eight hundred and twenty	five hundred and fifty	590x350x785	400x300.4-4)14
LKSG-0.4-895/73	seventy-three	six hundred	eight hundred and ninety-five	six hundred	590x350x830	400x300.4-4)14

LKSG series three-phase filter reactor

[Low voltage reactor]CKK series hollow core reactor

2026-6-18 11:41:29

CKK series hollow core reactor

[Low voltage reactor]BLKDG type single-phase shunt reactor

2026-6-18 11:41:18

BLKDG type single-phase parallel reactor

[Low voltage reactor]FKDG type single-phase load reactor

2026-6-18 11:41:08

FKDG type single-phase load reactor

[Low voltage reactor]XKDG type single-phase current limiting reactor

2026-6-18 11:40:57

XKDG type single-phase current limiting reactor

[Low voltage reactor]HKDG type single-phase incoming line reactor

2026-6-18 11:40:46

HKDG type single-phase incoming line reactor

[Low voltage reactor]CLKDG type single-phase series reactor

2026-6-18 11:40:36

CLKDG type single-phase series reactor

[Low voltage reactor]XKSG1 series three-phase current limiting reactor

2026-6-18 11:40:25

The XKSG1 series three-phase surge current limiting reactor, also known as the di/dt suppression reactor, is used in series with a capacitor to suppress surge current and di/dt when the capacitor is turned on (closed).

[Low voltage reactor]TKSG series three-phase tuned reactor

2026-6-18 11:40:14

The TKSG series three-phase tuned reactor is used to form series resonance with capacitors and absorb specified harmonic currents.

[Low voltage reactor]CLKSG1 series three-phase series compensating reactor

2026-6-18 11:40:04

The CLKSG1 series three-phase series compensation reactor is used for reactive power compensation in series with capacitors, while also considering harmonic absorption.

[Low voltage reactor]BLKSG1 series three-phase parallel compensation reactor

2026-6-18 11:39:53

The BLKSG1 series three-phase parallel compensation reactor is used to regulate the inductive reactance of power grid loads and improve power factor.

BLKSG1 series three-phase parallel compensation reactor

[Low voltage reactor]PKF1-1.2 series filter reactor

2026-6-18 11:39:43

The PKF1-1.2 series filter reactor is used to limit the AC component superimposed on the DC current to a specified value

Purpose and Characteristics
Suitable for semiconductor electrical transmission devices with DC 1.25KV and below, used to eliminate harmonic currents or reduce DC ripple amplitude in DC systems, and to reduce the rate of current rise in case of system faults.
Copper busbar disc coil
Low noise fan exhaust air cooling
Differential inductance value does not vary with current
Equipped with fan thermal protection
Low temperature rise, long lifespan
Easy installation and maintenance

Model Description

[Low voltage reactor]HKSG2 series three-phase incoming line reactor

2026-6-18 11:39:32

1. Technical characteristics of incoming reactors

The purpose of HKSG2-0.6 and HKSG2-0.8 series three-phase incoming line reactors
The incoming line reactor is used to limit the current surge caused by voltage fluctuations and operating overvoltages in the power grid, smooth out peak pulses contained in the power supply voltage, or smooth out voltage defects generated during the commutation of the bridge rectifier circuit. It can prevent interference from the power grid and reduce the pollution of harmonic currents generated by the rectifier unit to the power grid.

HKSG2 series three-phase incoming line reactor

[Low voltage reactor]HKG2 series single-phase incoming line reactor

2026-6-18 11:39:21

1. Technical characteristics of incoming reactors

The purpose of HKG2-0.6 and HKG2-0.8 series single-phase incoming line reactors
The incoming line reactor is used to limit the current surge caused by voltage fluctuations and operating overvoltages in the power grid, smooth out peak pulses contained in the power supply voltage, or smooth out voltage defects generated during the commutation of the bridge rectifier circuit. It can prevent interference from the power grid and reduce the pollution of harmonic currents generated by the rectifier unit to the power grid.

2. Product model

3. Technical parameters of incoming reactor

Voltage: 240V 3AC/480V 3AC
Power: 0.2~7.5KW
Loss power: 7.5KW-49KW

[Low voltage reactor]CKSG-0.4KV Series capacitor compensation harmonic control series reactor

2026-6-18 11:39:10

CKSG-0.4KV series capacitor compensation harmonic control series reactor

When compensating for power, capacitors are often affected by harmonic voltages and currents, causing damage and a decrease in power factor. Therefore, harmonic control is necessary during compensation. Our series of series reactors have the characteristics of low temperature rise, no noise, small size, and reactance accuracy error controlled within+1%. The voltage levels range from 400V-50KV and are suitable for active and passive harmonic control. This series of reactors has two specifications: iron core and hollow core,
Due to the varying harmonic content among different factories, the ratio of series reactors used for harmonic compensation and control of CKSG-0.4KV series capacitors is based on actual parameters

Product Model	Reactor capacity Kvar	System voltage KV	rated reactance ratio	External dimensions mm	Installation size mm	Aperture mm
CKSG-0.1	zero point one	zero point four zero point four five zero point four eight zero point five two five zero point six six zero point six nine one point one four	1% 4.5% 5.6% 6% 7% 12% 13.8% 14%	175×130×14	82×75	��6
CKSG-0.2	zero point two			210×120×190	110×70	��8
CKSG-0.3	zero point three			210×120×190	110×70	��8
CKSG-0.4	zero point four			210×120×190	110×70	��8
CKSG-0.5	zero point five			210×165×170	110×85	��8
CKSG-0.6	zero point six			210×165×170	110×85	��8
CKSG-0.9	zero point nine			210×165×170	110×85	��8
CKSG-1.2	one point two			250140200	132×125	��10
CKSG-1.5	one point five			250×140×200	132×125	��10
CKSG-1.8	one point eight			250×140×200	132×125	��10
CKSG-2.1	two point one			250×140×200	132×125	��10
CKSG-2.4	two point four			250×140×200	132×125	��10
CKSG-2.8	two point eight			320×230×230	193×130	��10
CKSG-3.5	three point five			320×230×230	193×130	��10
CKSG-3.6	three point six			320×230×230	193×130	��10
CKSG-4.8	four point eight			330×210×290	193×130	��10
CKSG-5.4	five point four			330×210×290	193×130	��10
CKSG-6.0	six			330×210×290	193×130	��10
CKSG-7.2	seven point two			330×220×290	193×140	��10
CKSG-12	twelve			380×260×300	193×160	��10
CKSG-14.4	fourteen point four			380×260×300	193×160	��10

CKSG-0.4KV series capacitor compensation harmonic control series reactor

[Low voltage reactor]DLK series single-phase DC reactor

2026-6-18 11:38:59

Product specifications and models	Overall dimensions Length × Width × Height (mm)	installation dimensions (mm)	Product specifications and models	Overall dimensions Length × Width × Height (mm)	installation dimensions (mm)
	Overall dimensions Length × Width × Height (mm)	installation dimensions (mm)		Overall dimensions Length × Width × Height (mm)	installation dimensions (mm)
15.2V 10A	13090120	79*65	15.2V 150A	310170250	120*100
15.2V 15A	13090120	79*65	15.2V 180A	310170250	120*100
15.2V 20A	13090140	79*65	15.2V 200A	310170250	120*100
15.2V 25A	13090140	79*65	15.2V 250A	310190250	120*110
15.2V 30A	130115140	79*85	15.2V 270A	310210250	120*130
15.2V 35A	130115140	79*85	15.2V 360A	310210250	200*130
15.2V 40A	250130180	120*75	15.2V 450A	310250270	200*135
15.2V 50A	250130180	120*75	15.2V 600A	340250330	200*135
15.2V 60A	250140180	120*75	15.2V 720A	430260330	200*155
15.2V 70A	250140180	120*75	15.2V 800A	430260330	200*155
15.2V 80A	250150180	120*85	15.2V 1000A	430280330	200*165
15.2V 90A	250150180	120*85	15.2V 1200A	430280380	200*165
15.2V 110A	310150200	120*90	15.2V 1500A	430280380	200*165

DLK series single-phase DC reactor

[Low voltage reactor]XD1 type current limiting reactor

2026-6-18 11:38:46

XD1 type current limiting reactor is a dry-type reactor made by casting unsaturated polyester resin. Used in low-voltage electric power complete sets of equipment to limit the closing surge of low-voltage capacitors and increase the breaking capacity of circuit breakers.

model	rated voltage	rated current	Electric flu	Current limiting coefficient	Overall dimensions
model	rated voltage	rated current	Electric flu	Current limiting coefficient	Long (L	Width (W)	High (H)
XD1-30	three hundred and eighty	fifty-seven	fourteen	>=50	one hundred and five		one hundred and five
XD1-25		fifty	sixteen
XD1-20		thirty-eight	eighteen		ninety-five	thirty-five	one hundred
XD1-18		thirty-five	twenty point five		ninety	thirty-two	ninety-eight
XD1-16		thirty	twenty-three point two
XD1-15		twenty-eight point two	twenty-four point six
XD1-14		twenty-six point two	twenty-six
XD1-12		twenty-two point five	thirty-one point five

XD1 type current limiting reactor