Language:

English Российская 日本語 Portugal España العربية Français

Home page

Product Application

Series reactors are mainly used in 0.4~35kV power systems in series with high-voltage capacitor banks. They can effectively suppress and absorb high-order harmonics, limit closing inrush current and operating overvoltage, protect capacitors, improve power quality, and ensure safe operation of the power grid.

Implementation Standards

JB/T5346 GB 1094 IEC60076

Technical Parameters

Rated Capacity: 30～1200 kVar
Rated Voltage: 0.4, 0.45, 0.48, 6.6, 11, 12 kV, etc.
Reactance: 4.5%, 5%, 6%, 7%, 12%
Frequency: 50Hz or 60Hz
Insulation Class: F class or H class

Model	Shunt Capacitor		Rated Reactance XL/XC(%)	Rated Current (A)	Rated Reactance (Ω)	Rated Capacity (kVar)	Rated Loss (W) 75℃	Dimensions (mm) (Length × Width × Height)	Track Gauge (mm) (Longitudinal × Transverse)	Weight (kg)
Model	Rated Capacity (kVar)	Rated Voltage (kV)	Rated Reactance XL/XC(%)	Rated Current (A)	Rated Reactance (Ω)	Rated Capacity (kVar)	Rated Loss (W) 75℃	Dimensions (mm) (Length × Width × Height)	Track Gauge (mm) (Longitudinal × Transverse)	Weight (kg)
CKSC-30/6-5	600	6.6/√3	5	52	3.66	30	564	930×580×1050	400×550	420
CKSC-36/6-6	600	6.6/√3	6	52	4.40	36	647	930×580×1050	400×550	420
CKSC-45/6-6	900	6.6/√3	5	79	2.41	45	764	960×580×1050	400×550	520
CKSC-54/6-6	900	6.6/√3	6	79	2.89	54	876	960×580×1050	400×550	520
CKSC-60/6-5	1200	6.6/√3	5	105	1.81	60	949	960×580×1050	400×550	560
CKSC-72/6-6	1200	6.6/√3	6	105	2.18	72	1088	920×730×1100	550×550	560
CKSC-75/6-5	1500	6.6/√3	5	131	1.45	75	1121	920×730×1100	550×550	560
CKSC-90/6-6	1500	6.6/√3	6	131	1.75	90	1286	950×730×1250	550×550	650
CKSC-120/6-5	2400	6.6/√3	5	210	0.91	120	1595	1000×730×1250	550×550	840
CKSC-144/6-6	2400	6.6/√3	6	210	1.09	144	1829	1000×730×1250	550×550	840
CKSC-180/6-5	3600	6.6/√3	5	315	0.60	180	2162	1100×730×1350	550×550	1080
CKSC-216/6-6	3600	6.6/√3	6	315	0.73	216	2479	1150×730×1350	550×550	1080
CKSC-200/6-5	4000	6.6/√3	5	350	0.54	200	2340	1150×730×1350	550×550	1200
CKSC-240/6-6	4000	6.6/√3	6	350	0.65	240	2683	1250×840×1350	660×660	1200
CKSC-90/10-4.5	2000	11/√3	4.5	105	2.72	90	1286	1050×730×1100	550×550	750
CKSC-120/10-6		11/√3	6	105	3.63	120	1595	1050×730×1150	550×550	750
CKSC-240/10-12		12/√3	12	96	8.66	240	2683	1350×840×1250	660×660	1150
CKSC-108/10-4.5	2400	11/√3	4.5	126	2.27	108	1474	1050×730×1150	550×550	850
CKSC-144/10-6		11/√3	6	126	3.02	144	1829	1050×730×1250	550×550	850
CKSC-288/10-12		12/√3	12	115	7.23	288	3076	1350×840×1250	660×660	1250
CKSC-135/10-4.5	3000	11/√3	4.5	157	1.82	135	1743	1080×730×1200	550×550	800
CKSC-180/10-6		11/√3	6	157	2.43	180	2162	1080×730×1280	550×550	960
CKSC-360/10-12		12/√3	12	144	5.77	360	3636	1350×840×1400	660×660	1500
CKSC-162/10-4.5	3600	11/√3	4.5	189	1.51	162	1998	1120×730×1250	550×550	950
CKSC-216/10-6		11/√3	6	189	2.02	216	2479	1300×840×1200	660×660	1060
CKSC-432/10-12		12/√3	12	173	4.81	432	4169	1500×1060×1500	820×820	2550
CKSC-180/10-4.5	4000	11/√3	4.5	210	1.36	180	2162	1150×730×1250	550×550	1250
CKSC-240/10-6		11/√3	6	210	1.81	240	2683	1300×840×1200	660×660	1250
CKSC-480/10-12		12/√3	12	192	4.33	480	4512	1500×1060×1500	820×820	1780
CKSC-189/10-4.5	4200	11/√3	4.5	220	1.30	189	2243	1200×730×1300	550×550	1250
CKSC-252/10-6		11/√3	6	220	1.73	252	2783	1350×840×1250	660×660	1250
CKSC-504/10-12		12/√3	12	202	4.12	504	4680	1500×1060×1550	820×820	1880
CKSC-216/10-4.5	4800	11/√3	4.5	252	1.13	216	2479	1200×730×1300	550×550	1080
CKSC-288/10-6		11/√3	6	252	1.51	288	3076	1350×840×1250	660×660	1320
CKSC-576/10-12		12/√3	12	231	3.60	576	5173	1550×1060×1550	820×820	2150
CKSC-225/10-4.5	5000	11/√3	4.5	262	1.09	225	2556	1200×730×1300	550×550	1180
CKSC-300/10-6		11/√3	6	262	1.45	300	3172	1350×840×1250	660×660	1360
CKSC-600/10-12		12/√3	12	241	3.45	600	5334	1550×1060×1550	820×820	2150
Model	Shunt Capacitor		Rated Reactance XL/XC(%)	Rated Current (A)	Rated Reactance (Ω)	Rated Capacity (kVar)	Rated Loss (W) 75℃	Dimensions (mm) (Length × Width × Height)	Track Gauge (mm) (Longitudinal × Transverse)	Weight (kg)
Model	Rated Capacity (kVar)	Rated Voltage (kV)	Rated Reactance XL/XC(%)	Rated Current (A)	Rated Reactance (Ω)	Rated Capacity (kVar)	Rated Loss (W) 75℃	Dimensions (mm) (Length × Width × Height)	Track Gauge (mm) (Longitudinal × Transverse)	Weight (kg)
CKSC-243/10-4.5	5400	11/√3	4.5	283	1.01	243	2708	1440×870×1275	820×820	1180
CKSC-324/10-6		11/√3	6	283	1.35	324	3360	1485×870×1370	820×820	1460
CKSC-648/10-12		12/√3	12	260	3.2	648	5651	1650×1120×1535	1070×1070	2500
CKSC-270/10-4.5	6000	11/√3	4.5	315	0.91	270	2931	1480×870×1300	820×820	1400
CKSC-360/10-6		11/√3	6	315	1.21	360	3636	1500×870×1370	820×820	1450
CKSC-720/10-12		12/√3	12	289	2.88	720	6116	1650×1120×1535	1070×1070	2450
CKSC-324/10-4.5	7200	11/√3	4.5	378	0.76	324	3360	1500×870×1350	820×820	1400
CKSC-432/10-6		11/√3	6	378	1.01	432	4169	1550×870×1400	820×820	1850
CKSC-864/10-12		12/√3	12	346	2.40	864	7012	1650×1120×1550	1070×1070	3000
CKSC-351/10-4.5	7800	11/√3	4.5	409	0.70	351	3568	1530×870×1350	820×820	1580
CKSC-468/10-6		11/√3	6	409	0.93	468	4427	1580×870×1400	1070×1070	1860
CKSC-936/10-12		12/√3	12	375	2.22	936	7446	1650×1120×1550	1070×1070	3250
CKSC-360/10-4.5	8000	11/√3	4.5	420	0.68	360	3636	1530×870×1350	820×820	1580
CKSC-480/10-6		11/√3	6	420	0.91	480	4512	1580×870×1400	1070×1070	1860
CKSC-960/10-12		12/√3	12	385	2.16	960	7589	1650×1120×1550	1070×1070	3250
CKSC-450/10-4.5	10000	11/√3	4.5	525	0.54	450	4299	1530×870×1350	820×820	1750
CKSC-600/10-6		11/√3	6	525	0.73	600	5334	1650×870×1550	1070×1070	2300
CKSC-1200/10-12		12/√3	12	481	1.73	1200	8971	1750×1120×1650	1070×1070	3780

Ordering Information

Reactor Model:
Shunt Capacitor Capacity:    kVar
Rated Voltage (kV): □6.6/√3 □11/√3
□12/√3 or other
Rated Reactance (%): □4.5 □5 □6
□12 or other
Series Reactor Capacity: kVar
Frequency: □ 50Hz □ 60Hz
Insulation Class: □ F □ H
Temperature Rise Limit:    K
Insulation Level: LI AC
Operating Conditions: Altitude    m
Ambient Temperature    ℃
Cooling Method: □ AN □ AF

Keywords

high and low voltage series reactor

Series reactors are mainly used in 0.4～35kV power systems and are connected in series with high-voltage capacitor banks. They can effectively suppress and absorb high-order harmonics, limit inrush current and switching surges, protect capacitors, improve power quality, and ensure the safe operation of the power grid.

feherili@fhdq.com

+86-411-83117118