Low Voltage Reactor

Functions
For capacitors in reactive power compensation loop, they are often damaged as a result of harmonic current, switching current or over voltage. Thus, several low voltage reactors are highly recommended, and they should be mounted in series connection. They can suppress and absorb some amount of harmonics, thereby improving the reliability and stability of power supply system to a large extent.

Under most conditions, if the harmonic content in the mains supply is pretty high, a reactor that matches the capacitor is a must.

Technical Parameters
Table 1: Single Phase AC Reactor
Model Inductance (L) Current (A) Dimensions (mm) Mounting hole size (mm) Weight (kg)
DK-0.11/150 0.11 150 130×120×150 105×90 7.7
DK-0.3/250 0.29 250 220×285×225 140×190 42
DK-0.8/250 0.7818 250 320×310×450 210×280 105
DK-1.6/130 1.56 130 290×280×360 210×250 60
Table 2: DC Reactor
Model Inductance (L) Current (A) Dimensions (mm) Mounting hole size (mm) Weight (kg)
KY-20/1200 0.02 1200 300×200×280 180×190 45
KY-55/750 55 750 230×255×195 160×126 35
KY-70/560 70 560 230×230×195 160×130 35
KY-110/370 0.11 370 190×225×172 160×130 24
KY-200/220 0.2 220 191×175×170 160×100 17.5
KY-393/84.7 183 211 153×175×140 127×88 9.5
KY-183/211 393 84.7 190×210×175 160×115 19
Table 3: Three Phase Low Voltage Reactor
Model Inductance
(L)		 Current
(A)		 Rated
voltage (KV)		 Power
(KVA)		 Rated
reactance (%)		 Dimensions
(mm)		 Mounting hole
size (mm)		 Weight
(kg)
CKSG-0.6 3.057 14.5 0.4 0.6 6 240×140×165 100×110 12
CKSG-1.5 1.223 36 0.4 1.5 6 240×155×185 100×115 18
CKSG-15 0.313 143 0.4 6 6 460×310×460 100×150 80
CKSG-6 0.526 167 0.4 15 6 500×310×500 320×250 118
CKSG-1.53/160 1.53 160 0.4 1.53 6 600×330×580 320×250 190
SK-8/80 8 80 0.4 8 6 600×330×580 320×250 205

Related Names
Current Limiting Reactor | 3 Phase Line Reactor | Reactive Power Compensation Parts

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