Altivar Process Variable Speed Drive - ATV930D22N4
Altivar ATV930 Variable Speed Drive, 22kW, 400–480V, IP21, with Braking Unit – High-Performance VFD for Demanding Industrial Processes.
Altivar Process Variable Speed Drive - ATV930D37N4
ATV930D37N4 – 37kW Altivar Process Variable Speed Drive with braking unit, IP21. Designed for demanding industrial applications. 3-phase, 380–480V AC, with advanced connectivity and high motor control performance.
Altivar Process Variable Speed Drive - ATV930D55N4
Schneider Electric ATV930D55N4 – 55kW Variable Speed Drive, 400–480V, IP21, With Braking Unit. High-performance VFD for asynchronous and synchronous motors, designed for demanding industrial process applications.
Altivar Process Variable Speed Drive - ATV950C16N4F
Schneider Electric Altivar Process ATV950C16N4F Floor-Standing Variable Speed Drive (VSD) – 160kW, 400–440V, IP54 – delivers high-performance motor control for industrial processes with built-in connectivity and diagnostics.
Altivar Soft Starter - ATS480C17Y
Altivar ATS480 Soft Starter, 170A, 208–690V AC, 45–160kW, Control Supply 110–230V AC – Compact, Smart Motor Starter for Industrial Machines.
Altivar Soft Starter - ATS480C41Y
Altivar ATS480 Soft Starter, 410A, 208–690V AC, 110–230V Control, High-Performance Digital Soft Starter for Industrial Applications.
Altivar Soft Starter - ATS480C48Y
Reliable and energy-efficient soft starter for asynchronous motors in demanding industrial applications. Offers advanced torque control, dynamic braking, and seamless integration into EcoStruxure.
Altivar Soft Starter - ATS480C59Y
Schneider Electric Altivar Soft Starter ATS480C59Y – 590A, 208–690V | Motor Power: Up to 560kW. High-performance soft starter with advanced torque control, ideal for demanding industrial motor applications. EcoStruxure-ready and cybersecurity-compliant.
Altivar Soft Starter - ATS480C66Y
Schneider Electric Altivar ATS480 Soft Starter, 660A, 208–690V AC, 160–630kW, 110–230V Control Supply – High-Performance Motor Soft Starter.
APC Replacement Battery Cartridge - RBC17
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 - VLVAF3L275A40A
The 275 kVAr Automatic EasyLogic PFC Capacitor Bank is designed for 400–415 V, 50 Hz networks, providing efficient automatic reactive power compensation for industrial and commercial installations.
Automatic EasyLogic PFC Capacitor Bank - VLVAF3L300A40A
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 - VLVAW0L025A40A
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.






















