Product / KCH-I
KCH-I Condensate exhaust hood (CE)
Main features
◦ For heavy steam-producing equipment ◦ Capture Jet™ technology ◦ KSA aerosol separators ◦ KSA aerosol separators ◦ Halton Skyline LED Lighting ◦ CE marked ◦ UKCA marked
Main benefits
- Drastic energy savings thanks to reduced airflows
- Savings on exhaust plenum and ductwork cleaning thanks to lower formation of grease deposits
- Improved visual comfort and color render for the food
Overview
Applications
Halton Capture Jet™ hoods and ventilated ceilings are all suitable for LEED (1), BREEAM (2), DGNB (3), RE2020 (4) etc. projects, particularly when combined with M.A.R.V.E.L. airflow and energy optimization technology. Specially designed for heavy steam producing equipment, they are particularly suitable to central kitchens, asian steam cooking and food industry.
Description
The Capture Jet™ technology enables significant reductions in airflow rates leading to savings on construction costs, mainly due to the reduced size of ducts and HVAC equipment. It typically pays for itself upon the startup of the kitchen or within few months. The energy savings it generates then directly contribute to an increase in profitability, while the staff benefits from improved working conditions.
KCH hoods are also designed to evacuate the condensation drips that may form inside their containment volume when used with heavy steam-producing equipment. The hoods are equipped with a gutter system installed on all four sides of the containment volume. This system collects water drips flowing down the sides and the hood's ceiling, whose diamond-point shape facilitates their flow. These provisions greatly improve hygiene by limiting the risk of condensation drips falling on the cooking appliance.
Considerable energy savings
- The Capture Jet™ technology allows for up to a 40% reduction in exhaust airflow rates.
- The combination with M.A.R.V.E.L. airflow and energy optimization technology allows for reducing the exhaust volumes by up to an additional 44% on top of that of the Capture Jet™ resulting in up to a 64% total reduction.
- The energy savings on heating/cooling the makeup air then become massive (less air out, less air in!).
- The reduction of the draft risk and noise levels improves the working conditions for the staff.
Improved safety and maintenance savings
- Designed to channel excess condensation on hoods' interior surfaces to a perimeter gutter system to greatly improve hygiene.
- KSA cyclonic aerosol separators are constructed of stainless steel in compliance with EN 16282-6. They are up to 95% efficient at capturing particles of 10 microns or larger.
- KSA separators also have a good efficiency-to-pressure loss ratio and are certified UL 1046, NSF, and LPS 1263.
- The filtration level achieved efficiently slows down the build-up of grease deposits in the exhaust plenums and ductwork that could otherwise constitute a serious hygiene and fire safety hazard.
- It also results in savings on the ductwork cleaning cost.
Other features and benefits
- Construction compliant with NF EN 16282-2 (5).
- Integrated fan for the Capture Jet™ technology. No additional duct is required.
- Capture Jets are automatically switched off when the hood is not used or operates at a minimum airflow.
- Halton Skyline (HCL) LED culinary light provides the best visual comfort while contributing to further improve safety and energy savings.
- When extended to the whole kitchen and surrounding areas, the Human Centric version of Halton Skyline (HCL) directly contributes to chefs' and their teams wellbeing.
- Exhaust airflow rates are determined using an EN 16282-1 based calculation method, which takes into account the loads of the cooking or dishwashing equipment, the makeup air strategy, the configuration of the hoods or ventilated ceilings, and their capture and containment efficiency.
- Capture and containment efficiency tested in accordance with the ASTM 1704 standard.
- Quick and easy commissioning. Hoods delivered "ready to install", with all accessories included, such as light fitting, T.A.B.™ airflow measurement taps, and dampers for quick balancing on-site.
- Sturdier and easier to clean (less parts and fewer joints). Stainless steel construction.
(1) LEED - Leadership in Energy and Environmental Design (2) BREEAM - Building Research Establishment Environmental Assessment Method (3) DGNB - German Sustainable Building Council (4) RE2020 - French Environmental Regulation 2020 (5) NF EN 16282-2 Equipment for commercial kitchens - Components for ventilation in commercial kitchens - Part 2 : kitchen ventilation hoods - Design and safety requirements (6) HACCP - Hazard Analysis Critical Control Point
Construction
- Visible outer envelope in stainless steel AISI 304 (1,0 mm).
- Exhaust plenum.
- KSA aerosol separators.
- Special diamond-point shaped roof.
- Perimeter gutter system.
- Condensates drain.
- Collection tray as an option.
- Exhaust connection(s) and sliding damper(s).
- When the kitchen is equipped with M.A.R.V.E.L. airflow and energy optimization technology (MRV), the sliding damper is replaced by ABD automated balancing slim damper.
- T.A.B.™ (Testing And Balancing) pressure port(s) for quick airflow calculation during ductwork balancing operations.
- Front Capture Jet™ nozzles.
- Double skin sides.
- Side Capture Jet™ nozzles.
- Integrated Capture Jet™ fan.
- Capture Jet™ fan air inlet.
- Halton IRIS™ infrared sensor (used for the optional M.A.R.V.E.L. or FireWatch technologies). *
- Halton Skyline LED culinary LED spots flush-mounted on the hood roof.
* M.A.R.V.E.L. or FireWatch options require controlers that are typically installed on the top of the light fittings.
M.A.R.V.E.L. ready option: To allow for later installation of M.A.R.V.E.L. airflow and energy optimization, each hood can be equipped only with its ABD slim automated balancing damper, which is typically very difficult to install afterward.
Dimensions
- Above 3100 mm, hoods are an assembly of separate sections to make transportation and site handling easier.
- Rectangular connections on request.
Admissible and calculated airflows
Admissible airflows
Calculated airflows
The calculated exhaust airflow rates are determined with a EN 16282-1 based calculation method. It relies on the evaluation of the convective flows' volume (air mixed with heat, steam, grease, smoke and other pollutants) generated by the cooking appliances, depending on their type, on the energy they use and their installation conditions (central, on a wall, in an angle).
The air volume required to remove the convective loads is then calculated depending on:
- The hood or ventilated ceiling installation height;
- The makeup-air strategy (mixing or displacement);
- The hood or ventilated ceiling capture efficiency according to ASTM 1704-12 standard.
KCH-I hood reduces the exhaust airflow rates(1) by up to 40% compared to traditional hoods.
(1) This scale is indicative and based on wall mounted hoods, opened on 3 sides, equipped with a same cooking bloc, whatever it is. The variation in exhaust airflow reduction for a given hood type is due to the makeup-air type (mixing or displacement). Other parameters do impact the final airflow rates. Our sales teams are at your disposal to provide you with a calculation note, depending on your kitchen configuration.
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