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Engineered components meeting strict CE Marking, UL/cUL, TUV, CQC, and RoHS standards. Ideal for high-density electrical cabinets, medical equipment, and renewable energy grids across the Netherlands.
Max Switching Voltage
Ultra-Low Medical Leakage
Dielectric & Insertion Loss Tested
61000-6 Compliant Platforms
The Netherlands hosts some of the world's most sophisticated high-tech technology clusters. Operating sensitive electronic equipment within close proximity to heavy industrial power electronics requires specialized EMC strategies.
In precision sub-nanometer lithography systems, electron microscopy, and advanced robotics, microscopic electromagnetic noise induces fatal data jitter. Our custom common-mode inductance filters (1mH to 4mH) isolate delicate sensors from high-frequency switching noise generated by adjacent servomotors.
Due to severe grid congestion across the Dutch national power grid managed by TenneT and regional DSOs (Enexis, Liander, Stedin), solar PV farms and Battery Energy Storage Systems (BESS) face strict harmonic limits. Our Three-Phase 380V/480V AC Filters (10A–100A) suppress high-order harmonics to ensure grid code compliance.
Medical hubs in Best, Leiden, and Amsterdam develop life-critical diagnostic equipment. The YB11E3 Medical Power Filter features ultra-low leakage current (<5 µA) designed to exceed IEC 60601-1-2 safety standards, protecting patient-connected systems against power line transients.
Automated guided vehicles (AGVs), electric cranes, and hybrid vessel propulsion systems in the Port of Rotterdam demand robust electromagnetic immunity. High-current 20A-500A DC line filters prevent switching interference from degrading shipboard radar and telemetry systems.
High-power DC fast chargers (150kW to 400kW) utilize high-frequency switching rectifiers. Our specialized High Voltage DC Line EMI Filters with RFI LC/RC Networks mitigate conducted emissions, ensuring seamless operation without interfering with vehicle communication networks.
Dutch research facilities and accredited testing labs require extreme RF shielding purity. Our EMI RFI Shield Ventilation Honeycomb Air Filters (600*600) maintain maximum RF shielding effectiveness (up to 100dB attenuation) while preserving airflow in test environments.
Achieving CE mark certification requires strict adherence to European Norms (EN directives). Select the appropriate topology based on attenuation frequency band, leakage current constraints, and industrial duty cycles.
| Filter Series / Type | Rated Voltage & Current | Typical Insertion Loss (150kHz-30MHz) | Leakage Current Limits | Applicable EU / NEN Standards | Target Dutch Application |
|---|---|---|---|---|---|
| YB21D3 / YB11E3 Series (Single Phase Compact) |
115 V / 250 VAC 1A – 20A |
45 dB – 75 dB (Common & Differential Mode) |
< 0.5 mA (Standard) < 5 µA (Medical Option) |
EN 55032 Class B IEC/EN 60601-1-2 |
Medical diagnostics, lab power supplies, commercial electronics. |
| Three-Phase 380V/480V Series (Heavy Industrial Line) |
380 V – 480 VAC 10A – 100A+ |
50 dB – 85 dB (Broadband 10kHz–30MHz) |
< 3.5 mA (Industrial) | EN 61000-6-4 (Industrial) EN 61000-3-12 (Harmonics) |
VFD motor drives, CNC machinery, smart factory automation. |
| 20A–500A High Voltage DC Filter (DC Bus Suppression) |
Up to 1,000V / 1,500 VDC 20A – 500A |
40 dB – 70 dB (Multi-stage LC/RC Filter) |
N/A (DC Isolated) | IEC 61851-21-2 (EV Charging) EN 62477-1 (Power Systems) |
EV fast-charging stations (Fastned), solar inverters, battery storage. |
| Honeyed RF Ventilation Filter (Shielded Enclosure) |
Passive RF Shielding Panel Standard 600x600 mm |
> 90 dB attenuation (10kHz to 10GHz) |
N/A | EN 50147-1 (Shielding) MIL-STD-285 / IEEE 299 |
EMC testing chambers, military electronics, cleanroom enclosures. |
With the rapid proliferation of pulse-width modulated (PWM) power converters, fast SiC/GaN switches, and decentralized solar feeds across the Netherlands, high-frequency voltage spikes (dirty electricity) regularly contaminate main power lines. Altran Magnetics' advanced LC/RC networks filter out both symmetrical (differential mode) and asymmetrical (common mode) noise components, preventing operational lock-up, thermal overload, and premature component degradation in automated systems.
As a specialized manufacturer of power switching, electromagnetic mitigation, and custom magnetics components based in Sterling, Illinois, Altran Magnetics brings enterprise-grade reliability to European procurement teams.
We work directly with OEM design engineers to evaluate custom circuit parameters, mechanical footprints, and thermal conditions—ensuring that every part shipped meets demanding engineering specifications on the first submission.
Failing an EMC compliance test at an accredited European test house costs thousands of Euros in delayed product rollouts. Altran Magnetics' engineering support team offers pre-compliance consultation, analyzing your load profile, switching frequency, and housing constraints.
Whether you require panel-mount single-phase line filters for medical devices or heavy-duty three-phase filters for industrial VFDs operating under harsh ambient conditions, our components ensure your system passes CISPR and EN emission limits smoothly.
As the Netherlands advances its position as Europe’s technological hardware hub, several regulatory and technological shifts are transforming electromagnetic compatibility requirements.
Dutch power electronics manufacturers in EV charging and microinverters are rapidly adopting Silicon Carbide (SiC) and Gallium Nitride (GaN) switches. While improving efficiency, these devices increase switching speeds ($dV/dt$), generating unprecedented high-frequency electromagnetic noise that demands higher-order EMI filtering.
European market surveillance authorities (such as the Dutch Radiocommunications Agency - Rijksinspectie Digitale Infrastructuur) have intensified market sampling audits. Non-compliant machinery risks immediate sales freezes. Utilizing pre-certified EMI filters with verified attenuation reports guarantees audit readiness.
With Dutch industrial parks turning to localized energy storage solutions to bypass grid capacity bottlenecks (netcongestie), bi-directional DC-AC inverters require severe noise suppression on both DC battery buses and AC grid feeds to prevent cross-talk between systems.
Get fast, technical answers to common queries raised by Dutch procurement managers, systems integrators, and electrical design engineers.
Selection depends on your power input infrastructure and load configuration. Single-phase filters (e.g., YB21D3 / YB11E3) are typically used for control electronics, medical devices, and low-power units operating at 115V/230VAC. Three-phase filters (380V/480VAC) are mandatory for heavy machinery, variable frequency drives (VFDs), dynamic motor drives, and industrial heating systems commonly deployed in Dutch manufacturing facilities.
Every shipment comes backed by standard Declarations of Conformity (DoC), full RoHS & REACH environmental compliance certificates, UL/cUL file numbers, and detailed insertion loss test reports. This comprehensive technical file allows your compliance engineering team to fulfill CE marking documentation requirements without delay.
Yes. Custom engineering is a core competency. We modify terminal types (screw terminals, quick-on fastons, wire leads, or busbars), customized inductance values (1mH to 4mH), chassis dimensions, and attenuation curves. If you need a drop-in replacement for an obsolete competitor component, send us the original schematic and footprint—our engineers will provide a matching equivalent.
Medical electrical devices used in direct patient proximity have strict safety limits on stray leakage current to prevent electric shock hazards. Our medical-grade EMI filters (such as the YB11E3 series) omit Y-capacitors to minimize earth leakage current to less than 5 µA, while maintaining high common-mode noise suppression.
Dutch customers receive direct engineering support and sample dispatch. Qualification samples are shipped rapidly with complete datasheets and 3D CAD models to accelerate your prototype development cycle. Production orders can be arranged with scheduled releases, safety stock buffering, and door-to-door international freight logistics.
Speak directly with an application engineer to review your circuit schematic, current load, and compliance targets. Receive tailored recommendations and evaluation samples within days.
