FAQ
TL;DR: A 16 A single-phase line tops out at 3.68 kW, so a 10 kW induction range will throttle or trip breakers. “It will work, the question at which holiday…” [Elektroda, A.Gieronimo, post #15563678] [Elektroda, A.Gieronimo, post #15564093]
Why it matters: Knowing your wiring limits prevents nuisance outages—or burnt cables.
Quick Facts
• 16 A × 230 V = 3.68 kW usable power per single-phase circuit [IEC 60364-5-52, 2015].
• Typical 4-zone induction hob nominal rating: 7–11 kW (boost), but ≤3.8 kW when factory-limited for 1-phase [Elektroda, MARCIN.SLASK, post #15563664]
• Minimum cable for 25 A cooker loop: 3 × 4 mm² Cu, surface-mounted [IEC 60364-5-52, 2015].
• Edge-case: 195 V under load forced shutdown despite correct wiring [Elektroda, kot mirmur, post #15564431]
• Average induction efficiency: 84–90 % vs. 40–55 % for gas [DOE, 2022].
Can I power a 10 kW Electrolux EKI-54550OX on 230 V single phase?
How much current would 10 kW draw without limiting?
What happens if the hob exceeds the circuit rating?
Will all four induction zones still work?
Why did my hob shut off when two burners were on?
Is upgrading to three-phase worth it?
What cable and breaker do I need for single-phase use?
Run a dedicated 3 × 4 mm² Cu cable on a B- or C-25 A breaker for up to 5.7 kW; stick to 3 × 2.5 mm² and 16 A if the hob’s limiter cannot be disabled [IEC 60364-5-52, 2015].
Can the oven share the same 16 A circuit with the hob?
How do power-limit settings help?
What’s an edge-case I should watch for?
Is induction really more efficient than gas?
Yes. Lab tests show 84–90 % pot-to-food efficiency versus 40–55 % for open-flame burners, cutting cook energy use nearly in half [DOE, 2022].
Quick 3-step check before purchase?
- Verify a dedicated cooker circuit at consumer unit. 2. Measure cable cross-section; upgrade if < 4 mm² for >16 A. 3. Confirm supply contract ≥ 7 kW or enable hob power-limit mode before first use.
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