MKN Cooking Module 7EHEI042DP3 – Electric, Induction

490 W of sensible heat and 196 W of latent heat are the key figures on the MKN 7EHEI042DP3 induction cooking module. On a closed galley deck where every watt lands on the HVAC plant, that relatively low heat release is often the deciding factor when choosing between open electric plates, gas and induction.

Those emission values matter aboard because galley ventilation and air conditioning are typically sized hard against the calculated cooking load. A module that sheds 490 W as sensible heat instead of a higher figure from a traditional hob eases the extraction duty and helps keep the galley temperature within design limits. The 196 W latent component is the steam and moisture the HVAC has to condense rather than just move; keeping that number down simplifies the dehumidification design, particularly on vessels in warm, humid climates.

As an electric induction unit, the 7EHEI042DP3 fits naturally into shipboard electrical systems where a three‑phase galley distribution is already in place. It removes combustion air and flue routing from the design task and places the engineering focus on electrical protection and ventilation instead. The combination of defined latent and sensible heat emissions lets the yard or consulting engineer drop the module straight into their load calculations rather than working from generic assumptions.

In practical terms, the controlled heat emission profile also affects adjacent equipment and finishes. With 490 W of sensible heat quoted, designers can position sensitive refrigeration or preparation surfaces closer than they might to a hotter-running appliance, and can be more confident about surface temperatures on nearby bulkheads and overheads staying within coating limits. The lower 196 W latent figure reduces the risk of condensation on cold surfaces when the unit is in continuous use during service.

Build and control

• IP-rated water protection

The IP-rated water protection on the 7EHEI042DP3 supports the cleaning routines typical of marine galleys, where equipment is regularly exposed to splashes and spray during wash-down. It reduces the risk of moisture-related faults in comparison to non-rated equipment and should be factored into the lifecycle and maintenance planning for the galley.

This module is a good choice where the design aim is to concentrate cooking power into an induction surface while keeping the environmental load in the galley under tight control. It is less suitable where the concept relies on the radiant heat from traditional plates or solid tops to keep food warm across a wide surface, because the very characteristic that limits heat emission to 490 W sensible and 196 W latent works against that style of operation.

Ordered under MKN product number 7EHEI042DP3.