The complete solution for energy efficiency and air purification.
EFC-UV Fan Coil
With the application of high power UVC germicidal lamps, we have converted our electronic FanCoils into a true air purifier for all spaces.
All the air in a space passes more than 10 times an hour in the air conditioner. Viruses, bacteria, fungi, suspended particles and all undesirable elements will find, each time they pass through the equipment, a barrier that will eliminate them, and that will allow a microclimate of clean air.
The fanconvector is the ideal element to install the UV disinfection equipment, because:
• They are already present in all hotel rooms and hospitals, which makes it unnecessary to create new equipment and its associated costs.
• The fans are placed in an isolated and watertight area in relation to the space occupied by people.
• The lamps are located at the rear of the fancoil (aspiration area), so that the light from the radiation is not visible, even by turning off all the lights in the room.
• The ventiloconvector passes, per hour, 10 times the total volume of air of the room and in this way all the microorganisms that we want to be eliminated.
What better place to create a health barrier?
Through the thermostat, we have absolute control of all the elements necessary for an ideal and safe comfort.
Temperature control by varying the fan speed.
Programming of the on/off cycles of the UV lamp.
Room user sensor.
RS-485 Modus RTU serial communication.
For germicidal lamps to be really effective, the time they are turned on as well as the air speed at those moments must be controlled.
Only then will the pathogenic elements be irradiated long enough and with the energy necessary for their elimination.
With the application of high power UVC germicidal lamps, we transform electronic fans into authentic air purifiers.
UVC radiation eliminates up to 99% of bacteria, viruses and germs in the air and on surfaces. Today, many hospitals and similar facilities use this type of light to kill bacteria and viruses.
High lighting efficiency.
Minimum energy consumption.
They do not use dangerous or polluting products.
Low carbon footprint in its production.
Complies with CE standards of electromagnetic compatibility.
They do not produce appreciable heat.
More than 60.000 hours of service life.
Today, LED diodes have proven to be the most efficient, sustainable and environmentally friendly lighting technology in all fields. In the search for the most suitable lamps for our FCE and FMAX equipment, we have developed the power ratings (60 and 200 mW) that are in line with the essential objective: to emit the necessary intensity, for the short time that organisms are in contact with radiation.
Radiation diagram | T=25º
The PIR sensor as a protector of people’s safety.
Shortwave UVC radiation can harm people in prolonged exposure. This is why we use an infrared sensor, which detects a person’s body temperature at a distance of 4 meters, which allows the lamp to be switched off when an intervention on the ventiloconvector occurs.
The condensate collection tray and the “lotus effect”.
Air conditioning machines have trays for collecting water that condenses when the air passes through a cold battery.
For the proper discharge of collected water, the machines must be tilted at a certain angle for dewatering.
But not all water flows ideally towards the drain. Part of it remains in the so-called blind spots, retained both by dirt and oxidized wear and tear, and also due to the surface tension of the water’s behavior.
These accumulations of water and dirt are a perfect focus for the proliferation of colonies of fungi and bacteria, such as Legionella, which can cause serious damage to our health.
To avoid this problem and with the help of nanotechnology, Fan Deck Systems equips all its fan trays with a special treatment that reproduces what in nature is known as the “lotus effect”
Photo catalysis starts from the principle of natural decontamination of nature itself. It is a photochemical reaction that converts solar energy into chemical energy on the surface of a catalyst or substrate.
A catalyst is a substance that accelerates a chemical reaction without being consumed by it and consists of a semiconductor material, titanium carbon dioxide (TiO2).
Photo catalytic oxidation occurs when UV light (sunlight, fluorescent light or UV LED) activates titanium dioxide (TiO2) and triggers two chemical reactions that lead to the instantaneous formation of hydroxyl radicals (OH-) and superoxide anions (O2-).
• Hydroxyl radicals (OH-), the most powerful, non-poisonous, oxidizing agent in nature, are formed when sunlight-energized (TiO2) extracts a hydrogen atom from water vapor H2O in the air (humidity).
• Hydroxyl radicals formed on the treated surface aggressively attack the carbon hydrogen bonds, which are present in all organic molecules, over and over again, until nothing else is left in the oxidation process except water and a small amount of CO2.
• Superoxide anions (O2-), one of the strongest reducing agents in nature, are formed when molecules of oxygen in the air (O2) interact with TiO2 through light energy and receive an extra electron. (O2-).
These superoxide anions interact with NOx (the largest greenhouse gas that retains heat and the key ingredient of acid rain and pollution) turning it into benign nitrates.
One or two batteries for 2 and 4 tube installations.
With a nanotechnology-based treatment, we have been able to recreate what in nature is known as the “lotus effect”. This prevents the accumulation of stagnant water, wherecolonies of viruses, bacteria and fungi can proliferate.
3 ELECTRONIC GMV
As well as achieving the highest energy efficiency thanks to electronic motors, its regulating capacity allows us to reduce the air speed when the UV lamp is connected, thus increasing the germicidal and decontaminating power of the equipment.
Shortwave UVC ultraviolet radiation creates a disinfectant barrier with direct action against microorganisms in the air.
UVA ultraviolet radiation activates the TiO2 in the photo catalytic ceramic filter and removes all unwanted elements (organic and inorganic) that come into contact with the filter.
The TiO2 coated ceramic foam is perfect for its task as the intricate structure makes it almost impossible for the elements you want to eliminate to collide with it. Its minimal resistance to air movement ensures maximum performance of the fan at all speeds.
Odorless and ecological.
Little impact on initial pressure.
High dust retention capacity.
UL 900 standard: class 2.