Advanced Power Factor Correction Unit for 75kvar to 125kvar Applications
Static Var Generator Product Introduction Static Var Generator (SVG), is available in wall-mounted and rack-mounted installation options, with a capacity range from 10KVAR to 150KVAR. It supports both ODM and OEM services. The products have functions including reactive power compensation, harmonic ... Read More
OEM 15kVar 400V Power Factor Correction Capacitor Three Phase LV Shunt Capacitor
BKMJ-0.4-15-3 자가 치유 금속화 필름, 내장 방폭 장치, 고속 방전 모듈 및 주석판 쉘을 갖춘 15kVar 400V 3상 PFC 커패시터. 저전압 그리드의 무효 전력 보상에 대한 IEC 60831-1/2 표준을 충족합니다. Read More
Cylindrical Shell Power Factor Capacitor Three Phase Shunt Power Capacitor 3kVar 400V
BKMJ-0.4-3-3 3kVar 400V Three Phase PFC Capacitor Product Introduction The BKMJ-0.4-3-3 3 kVar PFC Capacitor is a BKMJ series self-healing low voltage shunt capacitor, mainly used for reactive power compensation in low-voltage power grids. It effectively improves the power factor, reduces reactive ... Read More
8kVar 400V Power Correction Capacitor Metal Shell Low Voltage Shunt Capacitor 3 Phase
BKMJ-0.4-8-3 8kVar 400V Three Phase PFC Capacitor Product Introduction The BKMJ-0.4-8-3 8 kVar PFC Capacitor is a BKMJ series self-healing low voltage shunt capacitor, mainly used for reactive power compensation in low-voltage power grids. It effectively improves the power factor, reduces reactive ... Read More
3 Phase Power Factor Capacitor Cylindrical Type 10kVar 400V With Metal Shell
BKMJ-0.4-10-3 10kVar 400V Three Phase PFC Capacitor Product Introduction The BKMJ-0.4-10-3 10 kVar PFC Capacitor is a BKMJ series self-healing low voltage shunt capacitor, mainly used for reactive power compensation in low-voltage power grids. It effectively improves the power factor, reduces ... Read More
Self Healing 3 Phase Power Factor Capacitor Tinplate Type 20kVar 450V Shunt Capacitor
BKMJ-0.45-20-3 20kVar 450V Three Phase PFC Capacitor Product Introduction The BKMJ-0.45-20-3 20 kVar PFC Capacitor is a BKMJ series self-healing shunt capacitor, mainly used for reactive power compensation in low-voltage power grids. It effectively improves the power factor, reduces reactive power ... Read More