Løsning, Denmark
Inductive components, engineered to IEC and UL standard.
ICD&C designs high- and low-frequency transformers and reactors for industrial and institutional infrastructure — from spec through production, with manufacturing partners across Europe and China.
About ICD&C
Design office and sales.
We’re a team of design engineers building inductive components — transformers and reactors, conventional and planar — for clients running industrial and institutional infrastructure projects.
Every project gets full technical support from spec to delivery, with our own engineers staying close to your electronics team throughout — not a handoff to a black box overseas.
- Design of inductive components and production specs for HF/LF transformers and reactors, per IEC/UL.
- Project and production management aligned to IEC, UL and ETL standards.
- Electronics design collaboration and European production.
- Project management run jointly with the client, end to end.
- Production and sourcing management through China manufacturing partners.
Product range
Eight product families.
From 200 VA toroidal transformers to 31.5 MVA oil-immersed units.
Toroidal safety transformer
- Power range
- 200 – 5000 VA
- Primary
- Dual 115/230 V, 50/60 Hz
- Insulation
- Class F (155 °C), 4000 Vrms
- Standard
- UL506, EN60950 / EN60065
Single-phase isolating transformer
- Power range
- 0.5 – 315 kVA
- Build
- Open or enclosed, IP00 / IP23
- Insulation
- Class F (155 °C), H on request
- Standard
- IEC61558-2-4, IEC60726 / 60076
Open three-phase transformer, IP00
- Power range
- 0.25 – 2000 kVA
- Vector group
- Dyn11 standard, Dyn5 / Ynd1 / Ynd5
- Insulation
- B up to 30 kVA; F std / H opt. above 40 kVA
- Standard
- EN61558-2-4; IEC60726 / IEC60076 above 40 kVA
Three-phase harmonic AC reactor
- Reactive power
- 5 – 50 kVAr
- Standard
- IEC 60289 / 60076
Dry-type phase-shift rectifier transformer
- Power range
- Up to 15,000 kVA
- Voltage class
- Up to 35 kV
- Build
- Dry type
- Typical use
- Petrochemical, metallurgy, rolling mills
Epoxy resin cast dry-type transformer
- Power range
- Up to 6,300 kVA
- Voltage class
- Up to 35 kV
- Build
- Epoxy resin cast winding
- Typical use
- High-rises, airports, subways, data-critical sites
Oil-immersed distribution transformer
- Power range
- Up to 31,500 kVA
- Voltage class
- Up to 35 kV
- Build
- Oil-immersed
- Typical use
- Industrial, mining, utility distribution
High-power inductors for high-frequency electronics
- Frequency range
- 10 kHz – 500 kHz+
- Winding
- Litz-wire or foil, high RMS/ripple current
- Core
- Ferrite, amorphous or powder, gapped
- Cooling
- Forced-air or conduction
Featured product
Preliminary · samples pending
FI01-EE110-01
Power inductor 90 µH · 63 A rms
EE110 gapped ferrite choke with Litz winding and U-bracket mounting. For boost / PFC and output filter chokes, inverters and DC/DC converters up to ≈ 20 kHz.
- Hi-pot 4.5 kV AC winding to core, insulation class F (155 °C)
- 2 mm steel U-bracket, 2 × M6 slots; 300 mm flying leads with M6 ring lugs
Full specification
Electrical
| Parameter | Condition | Value |
|---|---|---|
| Inductance | 10 kHz / 1 V, 0 A | 90 µH ±6 % |
| Inductance at DC bias | 63 A DC, core 25 °C | ≥ 85 µH |
| DC resistance | 25 °C, 4-wire at lugs | ≤ 3.3 mΩ (typ. 3.0) |
| Rated current | DC/LF + 40 % pk-pk ripple, 15 kHz, still air | 63 A rms |
| Saturation current | L ≥ 80 % L0, core 25 / 60 / 100 °C | 120 / 107 / 93 A |
| Hi-pot | 50 Hz, 5 mA, 1 s, winding – core | 4500 V AC |
| Total loss | 63 A rms, Ta 50 °C | ≈ 14.2 W |
| Insulation class | Wire, bobbin, tapes, tubing | F (155 °C) |
Mechanical (mm)
| Mounting length (bracket flanges) | 150 |
| Mounting slots | 2 × 6 × 16, c-c 136 |
| Height (mounting plane to top) | 117 |
| Bracket width × depth incl. winding | 37 × 83.5 |
| Lead length (from top of bracket) | 300 ±10 |
Preliminary data, datasheet R0.1. Saturation, temperature and loss figures are design calculations to be confirmed on first samples. Specifications subject to change without notice.
Custom design
Not on the list? We’ll design it.
Standard catalog types cover most jobs, but a lot of our work starts from a blank spec sheet — a voltage, frequency or footprint the catalog doesn’t have. Our engineers take it from there: core selection, winding layout, insulation class and mechanical mounting, built around your application rather than a datasheet.
Spec review
Voltage, frequency, power, mounting and target standard.
Design
Core, winding and insulation chosen for the application, not a template.
Prototype and test
Verified against IEC/UL before production is approved.
Production
Run through our Europe and China manufacturing partners.
Every custom design goes through the same IEC/UL verification as our standard range, with a prototype signed off before production starts.
Ermedin Halilovic
CTO / CEO
CTO / CEO
Ermedin Halilovic
Experienced Design Engineer
Experienced designer with a demonstrated history of working in the electrical and electronic manufacturing industry. I lead the design and delivery of inductive components, obtain UL/IEC approvals, and ensure compliance with ISO 9001 standards — working closely with customers on their specific needs.
Read full profile
I have fostered collaborations with customers in multiple electrotechnical sectors, enhancing their experience and satisfaction. I have also overseen quality management processes, conducted external audits, and ensured operational excellence in global companies.
As Transformer Lead Engineer at a Danish global energy company, I managed the transformer room for the V164 wind turbine type in Århus. I worked with suppliers on transformer product development for new turbine versions, addressing concessions and deficiencies and supporting subject matter experts in high-voltage equipment, with a focus on reliable transformer operation and turbine performance.
As a member of the International Electrotechnical Commission TC96 Transformer Committee, I work on the publications under TC 96’s responsibility and on revising IEC 60989 for inclusion in the IEC 61558 series.
Over the last 40 years I have designed inductive components for high- and low-frequency applications across many industrial sectors, for both small and high-volume production. I have also evaluated alternative components for a 7 MVA converter and designed control panel systems, with a focus on simplifying complex solutions — working with cross-functional teams to deliver cost-effective results without compromising quality.
Get in touch
Start a spec conversation.
Send us your requirements — power, frequency, core preference, target standard — and we’ll scope design and production together.