3-Phase Pad-Mounted Distribution Transformer
50/60Hz, 500kVA to 2000kVA industrial medium-to-low voltage transformation with robust harmonic handling capability.
Technical Specifications
CEMarked CEMarked Precision Power Quality Engineering, Low-Loss LC/LCL Topologies, and CE/IEC Compliant Harmonic Solutions Engineered for Swiss Industrial Standards
Engineered for mission-critical industrial drives, VFD motor terminals, and power distribution systems across Zurich, Basel, and the Swiss Romande manufacturing corridors.
50/60Hz, 500kVA to 2000kVA industrial medium-to-low voltage transformation with robust harmonic handling capability.
Technical Specifications
500V/1000V, 3A-3000A pure copper core reactor dampening ripple current and extending DC-link capacitor lifespan in VFDs.
Technical Specifications
Laboratory to commercial scale 1L–250L systems equipped with specialized motor filtration to prevent high-frequency ripple.
Technical Specifications
Custom 630kVA 3-phase high-efficiency design engineered for ultra-low losses complying with eco-design efficiency thresholds.
Technical Specifications
50/60Hz fully sealed substation unit optimized for Swiss commercial parks and noise-restricted industrial zones.
Technical Specifications
IP66 rated hazardous-area housing tailored for integration with sine wave filters and variable frequency drives in chemical plants.
Technical Specifications
Precision-milled aluminum alloy operator interface console, IP54 rated with rotatable support for automated machine tooling.
Technical Specifications
380V/400V 630A complete modular power distribution rack designed for clean sine wave filtering unit placement.
Technical SpecificationsVariable Frequency Drives (VFDs) utilizing insulated-gate bipolar transistors (IGBTs) deliver exceptional velocity and torque regulation. However, rapid switching transitions produce steep voltage gradients (dv/dt exceeding 12 kV/μs). When routed through long motor cables, transmission line impedance mismatches trigger high-frequency voltage reflections that effectively double peak terminal voltages at the motor windings.
Our engineered LC and LCL Sine Wave Filters transform hazardous square-wave PWM voltage outputs into an ultra-clean sinusoidal waveform with less than 5% total harmonic voltage distortion (THDu), fully mitigating bearing fluting, acoustic micro-vibrations, and premature stator insulation failure.
For Swiss system integrators and machine manufacturers (Maschinenbau) operating under strict EN 61800-3 (EMC) and EN 60034-17 / IEC 60034-25 standards, our filters guarantee total galvanic and harmonic balance, enabling cable runs up to 1,500 meters without specialized shielded lines.
| Harmonic Parameter | Direct VFD Output | With Our Sine Wave Filter |
|---|---|---|
| Voltage Waveform | Pulsed PWM Blocks | Pure Sinusoidal (<5% THDu) |
| Peak Phase-to-Phase Voltage | Up to 2.2× Vbus (>1400V) | Limited to < 1.05× Vbus |
| dv/dt Gradient | 5,000 to 12,000 V/µs | < 50 V/µs (IEC Compliant) |
| Audible Motor Noise | High-frequency magnetic hiss | Reduced by 10 to 15 dB(A) |
| Max Cable Run Permitted | 50–100m (Strict Limits) | Up to 1,500m Unshielded |
From Alpine infrastructure to cleanroom precision engineering, explore where our sine wave filtering architecture delivers critical performance advantages.
In high-altitude Swiss mountain transits (Valais, Graubünden, Bernese Oberland), long vertical cable routes connect valley inverter enclosures to summit motors. Our filters eliminate line capacitance reflection, prevent emergency trip faults, and ensure derating-free operation up to 3,000m above sea level.
Ultra-precise multi-axis CNC spindles across the Jura Arc require zero torque ripple and absolute isolation from electromagnetic interference. By restoring pure sinusoidal currents, our filter modules protect sensitive optical linear encoders and eradicate micro-vibrations that degrade surface finish tolerances.
Swiss pharmaceutical hubs in Basel require continuous-duty agitators, extraction centrifuges, and explosion-proof containment pumps. We integrate custom reactors and filters into stainless steel IP66 control racks with low heat dissipation, preventing temperature build-up in zoned environments.
Aligning component sourcing with Switzerland's "Energy Strategy 2050" and strict European harmonic distortion standards.
As next-generation Swiss drives transition to Silicon Carbide (SiC) switches with ultra-fast switching speeds (>20 kHz), traditional chokes saturate and fail. We build low-loss nanocrystalline and high-flux powdered core chokes specifically designed to withstand ultra-high carrier frequencies without excessive eddy loss.
Swiss industrial operators face heavy utility surcharges under EN 50160 grid code violations. Our sine wave filters boast efficiency profiles exceeding 98.8%, dramatically curbing parasitic energy loss while smoothing the drive output and maintaining a high system displacement power factor.
Many legacy Swiss plants use high-reliability motors lacking reinforced insulation (Class B or F). Adding our output sine wave filter converts modern aggressive inverter pulses into standard utility mains voltage, enabling direct drive retrofit without the capital expense of replacing legacy motors.
Combining over 25 years of specialized magnetics experience with the panel-building perspective of our parent group.
Rooted in industrial panel automation since 1990 and incorporated for magnetics manufacturing in 2006, we approach reactor design with intimate knowledge of panel layout, thermal constraints, and terminal ergonomics.
Every single unit undergoes automated routine verification: computerized OC/SC testing, milli-ohm winding resistance, digital LCR impedance analysis, infrared thermal rise recording, and DVDF induced overvoltage verification.
Engineered for global deployment, our product series adheres to CE marking requirements, IEC 60076, IEC 61558, and relevant low-voltage directives, making cross-border integration into Swiss machinery straightforward.
Direct answers concerning compliance, altitude derating, logistics, and technical customization.
To accurately size your filter, please provide: rated operating voltage (e.g., 3x 400V or 690V AC), fundamental output frequency (50/60 Hz up to 400 Hz), continuous motor rated current (A), VFD inverter switching frequency range (typically 2 kHz to 8 kHz), expected cable length to the motor, and enclosure protection level (IP00 open chassis or IP23/IP54/IP66 enclosure).
At elevations exceeding 1,000 meters above sea level (such as Alpine sites in Zermatt, St. Moritz, or Andermatt), reduced air density impacts both dielectric breakdown voltage and convective cooling. We incorporate custom thermal insulation classes (Class H / 180°C) and custom spacing geometry to prevent corona discharge, providing full operational rating up to 3,000m with zero unexpected derating.
Yes. All products exported to Switzerland comply with Low Voltage Directive 2014/35/EU, EMC Directive 2014/30/EU, and harmonized international standards including IEC 60076, IEC 61558-2-20, and IEC 60939 for filtering modules. Complete factory routine test certificates (FAT) are supplied with every order.
A standard load reactor (choke) only attenuates the rate of voltage change (dv/dt) to roughly 500–1,000 V/µs, which protects motor turn-to-turn insulation over medium cable lengths (up to 100–150m). A Sine Wave Filter is an LC or LCL low-pass circuit that removes the switching carrier entirely, creating a true phase-to-phase sine wave (<5% THDu) and allowing cable runs beyond 1,000 meters while completely neutralizing motor magnetic noise.
Standard engineering prototypes and urgent spare units can be shipped via express air freight (Zurich Kloten or EuroAirport Basel) within 5 to 7 transit days. Standard batch orders are shipped via container to Rotterdam/Hamburg or Genoa and then railed into Switzerland within 28 to 35 transit days. All packaging conforms to ISPM-15 heat-treated export standards.
Speak directly with our senior magnetics design team. Receive an engineering appraisal, comprehensive dimensional CAD drawings, and factory-direct quotation within 24 hours.