Spacious premises and high-capacity facilities for automotive painting
When the JUMBO Standard models are not sufficient, as manufacturers we offer a model that can be customised to meet the customer’s specific requirements, with widths and heights ranging from 5 to 8 metres and unlimited lengths. When the equipment to be loaded into the cabin is particularly bulky –such as aircraft, ships or other large items– this is the option to choose.
• JUMBO XL F
• JUMBO XL L
Good lighting makes all the difference when it comes to painting. That is why, at Fercabin, we prioritise a neutral visual environment, free from shadows and dark areas, to ensure the product is applied evenly.
To optimise performance, we fit electronic ballasts as standard, which reduce the energy consumption of fluorescent tubes by up to 50%.
In addition to the financial savings, this improvement contributes to sustainability, with an estimated reduction of 3.7 tonnes of CO₂ per year, according to the IDAE (2012).
Our cabins are fitted with heavy-duty fans mounted on high-quality bearings. This technical configuration ensures:
A robust and reliable solution that improves the overall performance of the equipment.
The air recirculation system in our paint booths operates using pneumatic dampers, a more efficient alternative to conventional electrical systems. Thanks to this system:
Unlike traditional boilers, our Jumbo units are fitted with dual-circuit boilers, designed to maximise thermal efficiency. This technology enables:
A key improvement in both costs and environmental impact.
The Jumbo L paint booth model allows for the addition of optional modules, which make it easier to carry out tasks more efficiently, comfortably and safely.
One of the most innovative solutions, with installed capacity tailored to specific requirements.
They are used to heat large volumes of air for use in drying processes, but can only operate within an air stream of a certain velocity.
The combustion gases are mixed with the air to be heated, thereby achieving 100% performance.
This type of equipment features modular flame adjustment from 0 to 100%, allowing for precise temperature control with minimal fluctuations.
These burners stand out for their versatility and are available in a range of power ratings, from 60 to 260 kW.
Their stable operation and high thermal capacity ensure optimum performance during the drying process, allowing them to be used with a wide variety of products and finishes without any loss of efficiency.
Gas burners, with outputs ranging from 35 to 280 kW, offer an alternative to diesel burners in locations where gas is available as an energy source.
These burners also provide the oven chamber with sufficient power to ensure rapid and uniform drying of any product placed inside, regardless of its composition.
Recognising the importance of space, this option minimises the footprint of the booth by positioning the blower unit at the top of the paint booth.
Flow rates:
The recirculation system has been designed with the energy efficiency of our products in mind. This enables us to save time and fuel, resulting in cost savings of around 30% compared to the same equipment without this feature.
This system consists of a set of pneumatic dampers that operate in synchronisation to reuse the heat generated in the cabin, solely during the drying phase. It is important that this system is pneumatic, as electric actuators are unable to provide sufficient force to ensure a complete seal between work phases.
Flow rates:
Designed with simplicity in mind, this equipment is positioned on the side of the paint booth at ground level, allowing direct and convenient access to all components.
Flow rates:
Designed with simplicity in mind, this equipment is positioned at ground level on the side of the paint booth, allowing direct and convenient access to all components.
The recirculation system has been designed to optimise the energy efficiency of our equipment, directly benefiting the end user. Thanks to this system, there is a significant reduction in process times and fuel consumption, which can result in cost savings of up to 30% compared to equivalent equipment without this feature.
The system incorporates a set of pneumatic dampers that operate in a coordinated manner, allowing the heat accumulated inside the booth to be reused exclusively during the drying phase. Pneumatic actuation is essential, as electric actuators do not provide the necessary force to ensure a completely airtight seal between the different work phases.
Flow rates:
Air purification units are the only option when it comes to eliminating odours caused by the application of paints, varnishes or lacquers. These extraction units must be matched to the supply unit and extract air whilst purifying it in three stages:
The first stage, in which primary filters remove the largest particles; the second stage, where up to 98% of the remaining airborne particles are removed; and the final stage, where odours are trapped. In this way, the booth can operate in a closed-loop system, renewing only a small percentage of the air, or discharge the air to the outside free of particles and with a significant reduction in odours.
Flow rates:
These groups correspond to the air supply groups; in this way, we achieve optimal pressurisation of the cabin, which can be regulated either automatically or manually via a manual damper that we adjust based on the readings displayed on a differential pressure gauge, which is always included with this option.
Flow rates:
ATEX CAT II options, for all the extraction described.
High-efficiency helical extraction units, designed for demanding industrial ventilation systems, based on equipment from Sodeca and Soler & Palau.
ATEX Category II certification is available for installations where there is a risk of explosive atmospheres.Please refer to the manufacturers’ technical data sheets for detailed information on the configurations and specific features of each model.
