Automatic EasyLogic PFC Capacitor Bank - BLVAF5L600A40A
The automatic EasyLogic PFC Capacitor Bank (600 kVar, 400–415 V AC, 50 Hz) from Schneider Electric is a floor-standing, automatic power factor correction solution. It ensures energy savings, reduces CO₂ emissions, and prevents utility penalties by compensating reactive power in commercial and industrial networks.
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L350A40A
The VLVAF5L350A40A is a 350 kVAr automatic power factor correction capacitor bank with an integrated circuit breaker, designed for 400–415 V, 50 Hz networks to deliver efficient and reliable reactive power compensation.
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L350A40B
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L400A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L400A40B
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L450A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L500A40A
The VLVAF5L500A40A is a 500 kVAr automatic power factor correction capacitor bank with an integrated circuit breaker, designed for 400–415 V, 50 Hz networks, providing reliable and high-capacity reactive power compensation.
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L500A40B
Automatic EasyLogic PFC Capacitor Bank - VLVAF5L550A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAW0L007A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAW0L030A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAW1L060A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAW1L070A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAW1L075A40A
The VLVAW1L075A40A is a 75 kVAr automatic power factor correction capacitor bank with an integrated circuit breaker, designed for 400–415 V, 50 Hz networks to provide efficient and reliable reactive power compensation.
Automatic EasyLogic PFC Capacitor Bank - VLVAW1L082A40A
Automatic EasyLogic PFC Capacitor Bank - VLVAW1L090A40A
Automatic PowerLogic PFC Capacitor Bank - VLVAF7N03539AA
DC Capacitor Bank - 3AXD50000507221
ABB 3AXD50000507221 ACS800 R8I 690V DC Capacitor Bank – 18-piece DC capacitor assembly for high-performance industrial drive applications.
EasyLogic PFC Capacitor - BLRCS030A036B44
EasyLogic PFC Capacitor - BLRCS050A060B40
The EasyLogic PFC Capacitor (5/6 kVar, 400 V, 50/60 Hz) from Schneider Electric is designed for stable electrical systems with low harmonic distortion. Ideal for use with detuned reactors, it delivers efficient power factor correction and improved energy performance.
EasyLogic PFC Capacitor - BLRCS050A060B44
The EasyLogic PFC Capacitor (5/6 kVar, 440 V, 50/60 Hz) from Schneider Electric is designed for stable electrical systems with low harmonic distortion. Ideal for use with detuned reactors, it ensures efficient power factor correction and energy savings.
EasyLogic PFC Capacitor - BLRCS067A080B4
The EasyLogic PFC Capacitor (6.7/8 kVar, 480 V, 50/60 Hz) from Schneider Electric is designed for stable electrical systems with low harmonic distortion. Ideal for use with detuned reactors, it ensures efficient reactive power compensation and improved energy performance.
EasyLogic PFC Capacitor - BLRCS075A090B40
EasyLogic PFC Capacitor - BLRCS075A090B44
EasyLogic PFC Capacitor - BLRCS100A120B44
The EasyLogic PFC Capacitor is part of the EasyLogic series, engineered for dependable performance under standard operating conditions. Ideal for electrical systems with minimal non-linear loads, it effectively manages reactive power and reduces energy losses.
EasyLogic PFC Capacitor - BLRCS104A125B40
The EasyLogic PFC Capacitor (10.4/12.5 kVar, 400 V, 50/60 Hz) from Schneider Electric delivers efficient power factor correction for stable electrical networks. Designed for slightly polluted networks with detuned reactors, it ensures reliable reactive power management and energy savings.
EasyLogic PFC Capacitor - BLRCS125A150B40
EasyLogic PFC Capacitor - BLRCS125A150B44
The EasyLogic PFC Capacitor (12.5/15 kVar, 440 V, 50/60 Hz) from Schneider Electric provides reliable power factor correction. Designed for slightly polluted networks with detuned reactors, it delivers stable operation and optimized energy efficiency.























