Most import problems with commercial ovens are not mechanical. They are electrical: the unit arrives, the element rating is higher than the circuit the kitchen actually has, and the only options left are an expensive supply upgrade or a machine that never runs at temperature.<\/p>\n
The good news is that the decision can be made on a single calculation before anything is ordered.<\/p>\n
Breakers, cables and sockets are rated in amperes, not kilowatts. For a resistive load the conversion is direct:<\/p>\n
I = P \/ V<\/strong> (current = power \/ voltage)<\/p>\n Applied to the three element ratings in this range at a nominal 230 V:<\/p>\n Note the direction of travel: the same element draws more<\/em> current at a lower voltage. A 6 kW oven on a 220 V supply is a harder load on the circuit than the same oven on 240 V. That is exactly why the supply figures have to be settled before the model is fixed.<\/p>\n An oven is a continuous load, not a momentary one. Electrical practice in most markets expects the protective device and cable to be selected above the running current, not at it. In practice that means a 2.5 kW unit usually sits comfortably on a 16 A circuit, a 4.5 kW unit needs to be looked at on a 25 A or 32 A basis, and a 6 kW unit generally points toward a dedicated 32 A circuit. Local wiring regulations always take precedence over any general figure, and the final connection must be signed off by a qualified electrician on site.<\/p>\n Sites in North America frequently present 208 V rather than 230 V, and 60 Hz rather than 50 Hz. Re-run the calculation at the real site voltage: a 6 kW element at 208 V draws roughly 28.8 A, and that changes the breaker requirement. Frequency matters too, because it affects motor-driven components if the model has them.<\/p>\n This is the single most useful piece of information you can send with an enquiry: the measured site voltage and frequency, the available breaker rating, and whether the supply is single-phase or three-phase.<\/p>\n Element rating decides recovery speed: how quickly a chamber returns to set temperature after the door has been opened. For a bakery running back-to-back loads, that recovery is what protects the bake. For a restaurant producing two trays at service time, a smaller element on a circuit the building already has will outperform a larger element the building cannot feed.<\/p>\n Our range is deliberately spread across three ratings for that reason: the 2.5 kW double deck<\/a>, the 4.5 kW four-tray oven rated 220-240 V<\/a>, and the 6 kW four-tray oven<\/a>.<\/p>\n\n\n
\n \nElement rating<\/th>\n Current at 220 V<\/th>\n Current at 230 V<\/th>\n Current at 240 V<\/th>\n<\/tr>\n<\/thead>\n \n 2.5 kW<\/td>\n approx. 11.4 A<\/td>\n approx. 10.9 A<\/td>\n approx. 10.4 A<\/td>\n<\/tr>\n \n 4.5 kW<\/td>\n approx. 20.5 A<\/td>\n approx. 19.6 A<\/td>\n approx. 18.8 A<\/td>\n<\/tr>\n \n 6 kW<\/td>\n approx. 27.3 A<\/td>\n approx. 26.1 A<\/td>\n approx. 25.0 A<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n Size the circuit with headroom, not at the limit<\/h2>\n
220-240 V is not the same as 208 V<\/h2>\n
Higher power is not automatically better<\/h2>\n
What to send with an enquiry<\/h2>\n
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