CE Marked (UKCA pending) – The CMW-FMOD hood is a highly efficient kitchen ventilation solution. It has been designed to deal with heavy duty cooking appliances such as solid fuelled broilers. It is equipped with the Cold Mist On Demand technology (MOD) to reduce the temperature of the air, neutralize the potential sparks and remove the grease from the exhausted air.
The CMW-FMOD hoods are also equipped with the new generation of Capture Jet™ technology. they require 30% to 40% less exhaust air volume than traditional hoods, while delivering makeup air to the kitchen at low velocity.
CMW-FMOD hoods are specially designed for heavy duty or solid fuel cooking appliances, such as charcoal ovens, barbecues, gas woks or charbroilers. They are equipped with the Cold Mist technology used to drive the inherent fire risk down to the level of standard cooking appliances.
The Cold Mist technology is based on the use of a continuous, full-length fine Cold Water Mist facility inside the exhaust plenum of the hood. It has proved to be extremely efficient at removing FOG (fats, oils and grease) from the airstream, thus also reducing odour emissions at the point of discharge, for the benefit of neighbouring premises. It also acts as an effective “Spark Arrestor”. Fire safety can’t be higher.
The high efficient KSA cyclonic filters complete the action of the Cold Mist. They remove the big particles that may pass through the cold mist or continue providing a high filtration when the Cold Mist is not activated.
With the Mist On Demand technology (MOD), the water mist is activated on demand, only when it is strictly required. This is a safe and responsible approach that saves up to 80% on the cold water consumption.
CMW-FMOD hoods are also equipped with the Capture Jet™ technology and a low-velocity make up air on the front face.
CMW-FMOD Hoods can be combined with other Halton technologies or products in order to further enhance the performance of your kitchen, whether talking about the energy savings, safety, Indoor Environment Quality (IEQ) or Impact on the environment.