CEMarked CEMarked Explore our industrial-duty equipment engineered for variable frequency drives, CNC controllers, power conversion switchboards, and harmonic suppression across Turkey's leading production lines.
Industrial automation facilities in Turkey face severe power quality challenges due to modern high-speed switching semiconductors. Understanding the electromagnetic interference (EMI) transmission spectrum is vital for CE compliance and plant reliability.
In any three-phase variable frequency drive (VFD) or switched-mode power supply (SMPS), fast IGBT switching creates steep voltage rise times (high dv/dt exceeding 10 kV/μs). This rapid switching generates two distinct forms of conducted electromagnetic interference along the power line:
Differential Mode (Symmetric) Noise: Originates across line-to-line phases. It flows in opposite directions along conductors and is dominated by low-frequency fundamental switching transients (150 kHz to 2 MHz). Attenuating DM noise demands magnetic cores with high saturation flux density (≥1.2 Tesla) and Class-X safety suppression capacitors across the phases.
Common Mode (Asymmetric) Noise: Circulates simultaneously through all active phase conductors and returns through the protective earth (PE) ground path via stray capacitances in motor windings and shielded cables. Ranging from 2 MHz to 30 MHz, CM noise causes nuisance tripping of residual current devices (RCDs), encoder signal corruption, and severe electrical bearing fluting in AC motors.
Our factory customizes toroidal chokes and three-phase common-mode inductors based on real-world Marmara electrical conditions. In Turkey's high-density Organized Industrial Zones (OSBs), ambient cabinet temperatures frequently exceed 45°C during summer shifts, which causes conventional Manganese-Zinc (MnZn) ferrite cores to suffer thermal permeability drop and premature saturation.
By integrating advanced nanocrystalline ribbon cores, our EMC line filters maintain ultra-high initial permeability (μi > 80,000) with a Curie temperature exceeding 570°C. This guarantees that your automated CNC systems, laser cutting machines, and textile spinning racks preserve >65 dB insertion loss across harsh harmonic operating conditions without magnetic thermal runaway.
Furthermore, low leakage current configurations (under 3.5 mA) ensure complete compatibility with industrial 30 mA and 300 mA RCD circuit breakers mandated under Turkish electrical safety standards (TSE / EMO regulations).
| Filter Configuration Class | Applicable Norms | Typical Insertion Loss (0.15 - 30 MHz) | Earth Leakage Current | Recommended Istanbul Plant Applications |
|---|---|---|---|---|
| Standard Single-Stage Line Filter | EN 60939-2 / IEC 60938 | 35 dB – 50 dB | < 0.8 mA (Low Leakage) | Small CNC machines, HMI control cabinets, medical devices in Kartal & Maltepe |
| High-Performance Dual-Stage Filter | EN 61800-3 C1/C2, CISPR 11 Class A/B | 60 dB – 85 dB | 1.5 mA – 3.2 mA | Multi-axis servo drives, plastic injection presses in İkitelli OSB & Kıraç |
| Combined Line Filter + AC Reactor (3%–5%) | TS EN 61000-6-4 / IEEE 519 | Broadband suppression + THDi < 35% | < 2.5 mA | Heavy rolling mills, extruders, cement mills in Dilovası & Gebze corridors |
| Active Harmonic Power Filter (APF) | EN 50160 / IEEE 519-2022 | Harmonic cancellation up to 50th order | Integrated DSP isolated | Data centers, central hospitals, and textile automated finishing lines |
Turkey's industrial heartland relies on precision engineering that withstands intense electrical duty. Here is how our EMC line filters and magnetics deliver measurable operational gains in major regional hubs.
Precision metal processing workshops and high-speed CNC milling routers experience frequent touch screen freezing, encoder dropouts, and RS-485 communication failures caused by adjacent welding rigs and uncontrolled spindle drives. Our dual-stage three-phase EMC line filters provide aggressive common-mode damping right at the panel entry point, restoring zero-downtime micro-tolerance milling.
Automotive body press lines, robotic spot-welding cells, and tier-1 parts manufacturers in the Kocaeli-Gebze corridor operate high-inrush servo presses. Harmonic voltage distortion here can cause severe transformer overheating and capacitor bank failure. Our heavy-duty 400V VFD line chokes and custom EMC filters ensure total immunity against grid-side voltage dips and harmonic back-propagation.
Shipboard marine electrical distribution demands zero electromagnetic interference between main propulsion thrusters, winches, and sensitive navigational satellite systems (GMDSS, radar, sonar). We supply vacuum-impregnated, vibration-resistant, marine-class EMC filters and isolation transformers capable of operating in ungrounded IT electrical distribution networks typical of vessel builds.
High-speed air-jet weaving looms, stenter frames, and spinning machines feature dozens of compact micro-inverters operating simultaneously. Cumulative conducted high-frequency leakage causes inexplicable PLC reboots and optical yarn sensor errors. Our multi-stage EMC line filters decouple each machine bank, maximizing textile output efficiency.
Plastic blown-film extruders, thermoforming machinery, and high-speed multi-head packaging stations generate intense thermal loads coupled with heavy DC link ripple. Our DC chokes (like the SK-H1 and Mitsubishi series) and harmonic line chokes protect DC link capacitor banks from thermal degradation, expanding drive life expectancy from 3 to 10+ years.
Large-scale building complexes, private hospitals, and financial server centers operate extensive variable-refrigerant-flow (VRF) and inverter chillers. These switch-mode installations generate destructive third harmonic currents in the neutral line. Our Active Power Filters and Neutral Current Eliminators actively eliminate zero-sequence overheating and neutral-to-ground voltage floats.
Turkey's machinery sector (Makine İhracatçıları Birliği - MAİB) has witnessed exponential growth as European manufacturers diversify supply chains. This shift imposes stricter technical standards upon Turkish machine builders.
Turkish machine manufacturers exporting to Germany, Italy, and Scandinavia must comply strictly with the European Electromagnetic Compatibility Directive 2014/30/EU and EN 61800-3. Machinery without third-party lab-verified EMC filtration faces border rejection at European customs. Integrating CE-marked, laboratory-validated line filters is no longer optional—it is a prerequisite for market entry.
Next-generation motor drives and green energy inverters in Turkey are transitioning from conventional silicon IGBTs to Silicon Carbide (SiC) and Gallium Nitride (GaN) switches. Switching speeds have jumped from 8 kHz to >100 kHz. Conventional line reactors alone cannot choke this higher-frequency electromagnetic envelope, necessitating specialized multi-stage EMC filters with high-frequency nanocrystalline cores.
Under the European Green Deal and Turkey's updated National Energy Efficiency Action Plan, industrial facilities face rigorous penalties for power factor degradation and excessive harmonic pollution. By combining our 3-phase line chokes with active neutral filters, Marmara factories reduce transformer core heating losses by up to 18%, directly decreasing electricity overheads.
Backed by a 5,500 m² production powerhouse and over 35 years of group heritage in automated panel construction, we combine heavy industrial capacity with obsessive testing protocols.
Founded in 2006 as a dedicated manufacturing division of Prima Automation (India) Pvt. Ltd. (established in 1990), our facility specializes in high-reliability inductive components. While mere trading middlemen re-badge generic parts, our 5,500 m² facility houses precision coil winding machines, automated vacuum pressure impregnation (VPI) autoclaves, and computerized core assembly lines.
Because our parent enterprise has manufactured complex PLC, SCADA, and hazardous-area flameproof control systems for over three decades, we engineer magnetics from a panel-builder's perspective: robust copper terminals, compact footprints that fit tight enclosure pitches, superior thermal margins, and clear schematic documentation that simplifies electrical assembly.
Every single batch exported to Istanbul and Bursa undergoes 100% computerized routine quality inspection before container sealing. Our in-house testing lab features:
Clear, engineering-focused answers covering regulatory certifications, customs handling, electrical compatibility, and logistical execution for Turkish enterprises.
Yes. All our EMC line filters, line reactors, and power transformers carry the CE marking in full compliance with the Electromagnetic Compatibility Directive (2014/30/EU) and the Low Voltage Directive (2014/35/EU). Our technical construction files align with TS EN 60939-2 (Passive filter units for electromagnetic interference suppression) and TS EN 61800-3 (Adjustable speed electrical power drive systems - EMC requirements). Full Declaration of Conformity (DoC) paperwork, test certificates, and datasheets are supplied with every commercial invoice for seamless import processing.
We routinely arrange international container and LCL consignments on CIF or CFR Ambarlı (Kumport/Mardas/Marport on the European side) and Haydarpaşa (Asian side), or CIP Istanbul Airport for urgent air shipments. Our export logistics team prepares fully certified commercial documentation including Commercial Invoices, Packing Lists with detailed HS Codes (typically 8504.40 or 8504.50), Certificate of Origin, and ATR/EUR.1 documentation where applicable, enabling rapid customs clearance by your designated customs broker (Gümrük Müşaviri).
Absolutely. While our standard industrial catalog operates at 400V AC 50/60Hz (the Turkish and European standard), we frequently engineer custom magnetics for Turkish machine builders exporting to North America (480V/600V 60Hz UL-compliant configurations), the UK (415V), or Japan (200V). Whether you require a specific 3% or 5% short-circuit impedance (uK) line choke, low-leakage current filters for sensitive 30 mA RCD circuits, or IP54 weather-proof enclosed cabinets, our design engineers generate technical drawings within 48 hours.
Standard catalog line reactors, DC link chokes, and EMC filter units are typically manufactured and fully tested within 2 to 3 weeks from engineering drawing sign-off. Direct ocean transit from western maritime ports to Istanbul Ambarlı generally takes approximately 18 to 24 days. For urgent project commissioning or replacement shut-down requirements, air freight delivery via Turkish Cargo (IST) can be dispatched within 5 to 7 working days.
Unpredictable PLC logic crashes, communication bus errors (such as Profinet, EtherCAT, or Modbus drops), and optical sensor flicker are almost always caused by common-mode noise injected back into control circuits through shared ground planes. Our dual-stage EMC filters feature high-permeability nanocrystalline chokes combined with high-frequency Class-Y safety ceramic capacitors to earth, suppressing ground-loop interference by over 70 dB between 150 kHz and 30 MHz. This isolates the sensitive 24V DC logic supply from heavy drive switching surges.
We support standard international commercial arrangements designed to protect both parties, including Irrevocable Letters of Credit (L/C at sight) opened through reputable Turkish financial institutions (e.g., İş Bankası, Garanti BBVA, Akbank), as well as telegraphic transfers (T/T with deposit and balance against Bill of Lading copy). For long-term Turkish OEM partners and authorized distributors, structured rolling order credits are available upon credit assessment.
Whether you need a custom-built 400V line reactor, a high-attenuation EMC line filter for a new CNC automation cell, or third-harmonic neutral cancellation in an Istanbul high-rise, our technical engineering team is ready to evaluate your schematics and calculate insertion loss curves.