Unitas inductionis electromagneticae ad altam efficacitatem et parvum sonum pro applicationibus potentiae praecisarum et compactarum
Nucleus core of silicon steel stacked with wound or step-lap configuration minimizes vibration induced by magnetostriction; operating noise ≤40 dB satisfies ISO 3746 Class 1 requirements for installations adjacent to hospitals, laboratories, and residences—no additional sound enclosures needed.
Interleaved winding configuration reduces leakage flux by up to 60% compared to concentric-only designs; prevents interference with adjacent PLCs, sensors, and communication equipment in dense industrial or data center environments.
Cylindrical coil geometry creates uniform air channels for natural convection; verified hotspot temperature 10–15°C lower at full load extends insulation life and eliminates need for forced cooling in enclosed cabinets.
Volumen minuitur 30–40 %, gravitas 25 %, comparatum ad transformatoria EI-core aequivalentis ratingis; permittit integrationem directam in structuras apparatus OEM, in compartimenta sub-pavimenta vehiculorum, et in substationes retrofit sine modificatione structurali.
Testatus contra vibrationes secundum IEC 60068-2-6 pro usu ferroviario/transituario; descensus partialis <5pC pro oneribus medica/scientifica; immunitas contra impulsus confirmata secundum IEC 61000-4-5 pro interfaciatione invertentium renovabilium—unusquisque variantis ingeniosus pro singularibus stimulis suae ambientis destinatae.
Lineae productoriae speciales pro variantibus toroidalibus (nucleis avolutis) et variantibus cum nucleis stratificatis; nullum instrumentarium commune cum nucleis transformatorum distributionis, ut tolerentiae in performance acustica et magnetica serventur.
Fluxus fuga mensuratus secundum Annexum D normae IEC 60076-1; emissiones conductae/radiatae praescrutatae ad limites EN 55011 Classis B pro variantibus medicis/centris datorum antequam coniunctio finalis fiat.
CFD-simulated airflow paths validated via calorimetric testing per IEEE C57.12.90; thermal class assigned based on actual hotspot measurement, not average winding rise.
Each unit carries a unique serial-linked test certificate including noise spectrum, leakage inductance, and PD level; digital records retained 15 years for regulatory audits in healthcare and research facilities.
|
Potentia Nominalis |
Alta voltage |
Voltaminus Inferiores |
W(mm) |
D(mm) |
H(mm) |
Pondus(kg) |
|
5 kVA |
|
120–240 V |
400 |
530 |
960 |
115 |
|
10 kVA |
430 |
530 |
980 |
150 |
||
|
15 kVA |
480 |
580 |
1000 |
205 |
||
|
25 kva |
500 |
580 |
1030 |
245 |
||
|
37.5 kVA |
560 |
640 |
1080 |
335 |
||
|
50 kva |
560 |
640 |
1130 |
370 |
||
|
75 kVA |
780 |
800 |
1170 |
505 |
||
|
100 kVA |
710 |
800 |
1230 |
530 |
||
|
167 kVA |
795 |
895 |
1335 |
680 |
Stacked E-I core (cost-optimized) or toroidal wound core (ultra-low noise); concentric or interleaved windings per EMC/thermal priority.
Custom primary/secondary ratios; 50/60Hz dual-frequency or 400Hz aerospace variants; multi-tap secondaries for equipment calibration.
Open-frame, NEMA 1 ventilated, or IP54 sealed; DIN-rail, flange, or vibration-isolated mounting kits for OEM integration.
Electrostatic shield between windings for medical/isolation use; integrated LC filters for harmonic-sensitive loads; Faraday cage enclosure for EMI-critical sites.
PCB pins, screw terminals, or flying leads; internal thermal cutouts, PTC protectors, or fuse holders per equipment safety standards.
Conformal coating for humidity/salt spray; potting for shock/vibration resistance; extended creepage distances for high-altitude (>2000 m) operation.
Application-specific test reports (noise spectrum, PD, leakage flux); UL/CE/VDE marking support; multilingual manuals aligned with end-equipment documentation requirements.
Narra nobis requisita tui projecti—gradus tensionis, ambientis, codicis rete, aut temporis expeditionis—et nos solutionem praebemus quae conformis est et optima.
EN