MKN Cooking Module 7EHEI051DQP8B – Electric, Induction

700 W of sensible heat and 280 W of latent heat are the defining numbers for the MKN 7EHEI051DQP8B induction cooking module. Those figures describe what the galley ventilation and air‑conditioning plant will see in operation, not just what the cook feels at the line.

On a vessel, every watt of rejected heat has to be removed by mechanical cooling rather than disappearing through an open window. A module that emits 700 W of sensible heat and 280 W of latent heat places a specific, predictable load on the HVAC system, which matters once several such units are installed in a block or in an Optima‑style run. With these two values known at design stage, the naval architect and galley planner can allow for their contribution to room temperature and humidity instead of guessing from generic rules of thumb.

This module is an electric induction unit from MKN, ordered under article number 7EHEI051DQP8B. Induction technology transfers most of the input energy directly into the pan base, so the published 700 W sensible and 280 W latent emissions become planning data for the part of the energy that does escape into the room. In enclosed galleys with limited make‑up air, that distinction between energy in the food and energy into the space is the difference between a comfortable working zone and a hot, damp corner that crews avoid.

On ships running large cooking lines, the cumulative effect of multiple heat sources is felt most in peak service. The 7EHEI051DQP8B gives the designer a quantified contribution: 700 W of sensible heat adding to the dry‑bulb temperature and 280 W of latent heat adding to moisture load. These values can be carried straight into the HVAC calculation alongside other equipment data, helping to size extract canopies, chilled water coils and supply‑air volumes with less contingency.

The stated 280 W latent heat emission also supports decisions around dehumidification capacity. Where warewashing, open‑kettle boiling and combi steaming already drive moisture, a cooking module with a defined latent component simplifies the balance between local extraction and central plant. For refits in particular, knowing that this unit contributes 700 W sensible and 280 W latent allows an engineer to decide whether it can be dropped onto an existing line without overloading an older HVAC system.

Build and control

• IP‑rated water protection

The IP‑rated water protection ties directly into shipboard cleaning practice, where worktops and fronts are frequently washed down and fittings are exposed to splashing rather than light wiping. An induction module without any ingress protection claim is harder to justify in those zones, especially under regimes that rely on routine hose or spray cleaning. Here the IP‑rated design of the 7EHEI051DQP8B gives the specifier a defined level of protection when placing the unit under a canopy or along a pass‑through line.

This unit is the right choice where the design brief calls for induction cooking and the HVAC concept is being calculated from explicit sensible and latent heat figures. It is the wrong choice where the galley specification demands detailed data on electrical power, footprint or control layout in the same document, because only the 700 W sensible and 280 W latent emissions and the IP‑rated water protection are defined here. In those cases, a model with a full dimensional and electrical specification should be selected instead.

Ordered under MKN product number 7EHEI051DQP8B.