Product Overview
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Active Harmonic Filter Ecosine Active Sync
- Most effective harmonic mitigation up to the 50th order, parameter setting for even and odd harmonics
- Top entry cables for easier installation in the most demanding applications
- Optional switch disconnector protection
- Active harmonic filter cabinet for 3-phase loads with and without neutral wire
- <5% THDi achievable even on most complex mixed loads and changing load profiles
- Compatible with applications starting from 200 V to 415 V (4-wire) / 480 V (3-wire)
- Monitor and control your ecosine active sync cabinet from the 7" color touchscreen HMI with a modern UI
- 3-Level IGBT inverter topology for reduced power losses
- Ultra-fast and dynamic reactive power compensation (inductive and capacitive)
- Load balancing and unloading of neutral wires
- Compliance with IEEE 519, EN 61000-3-12 and other power quality standards
- User-friendly, easy to install and maintain
Features and Benefits
Based on the broad knowledge and experience in terms of solutions and applications in power quality the Schaffner Group has developed active harmonic filters. The Ecosine Active Sync series offers fitted and economical solutions for the most demanding harmonic mitigation challenges with any kind of non-linear load involved. Ecosine Active Sync filter cabinet L offers more possibilities, like top entry cables and optional switch disconnector in order to achieve the most cost optimized solutions for your applications. This cabinet comes in addition to the Ecosine Active Sync modular system and the compact Ecosine Active Sync cabinet which offer the most compact footprint and advanced IP protection level. The optional sync module offers a smart load Management of the filter usage and allows redundancy which guarantees a smart power quality solution in the era of Industry 4.0. The 7" color touchscreen HMI offers a state of the art user experience when interacting with Ecosine Active Sync system. Schaffner provides active harmonic filters with excellent performance in solving power quality problems focusing on customer needs and application demands for cleaner and smarter energy.