Bini Clima's FB hygienic fan coil: designed for environments with high sanitary requirements
VDI 6022 certified hygienic fan coil for healthcare environments and high air quality applications
In environments where air quality is not an option but an essential requirement , such as hospitals, clinics, schools and accommodation facilities, the choice of system terminals becomes strategic.
The FB series by Bini Clima was created precisely to meet these needs, offering a fan coil designed according to advanced hygienic criteria and certified according to the VDI 6022 regulation, the European reference for the healthiness of air conditioning systems.
It is not simply a fan coil unit, but a system designed to guarantee control, inspection and ease of sanitization , minimizing the risk of microbial proliferation inside the unit.
Inspectable structure and certified materials: hygiene-oriented design
One of the distinguishing features of the FB series is its maintenance- and cleaning-oriented design. Each component is designed to be easily accessible, reducing the time and complexity of maintenance.
The structure is made of galvanized sheet metal with internal insulation , while the panels can be removed with quick systems that allow direct access to the internal components. This translates into more efficient management of ordinary and extraordinary maintenance operations.
Among the most relevant design elements:
- easily inspectable ventilation and battery sections , assembled with systems that facilitate disassembly
- inclined and easy to clean condensation tray , designed to avoid stagnation
- Removable, protected and accessible aluminum filter for quick interventions
- use of materials and components compliant with European hygiene guidelines
These features allow us to maintain high standards of internal cleanliness and performance continuity over time.
Design flexibility and performance continuity in HVAC systems
The FB series is designed to adapt to various system configurations, always ensuring a high level of comfort in the rooms served. The units can be equipped with either a traditional AC motor or an electronic EC inverter motor , a solution that allows for more precise speed regulation and a significant improvement in energy efficiency.
The statically and dynamically balanced double-inlet centrifugal fan unit contributes to particularly quiet operation, while ensuring uniform and reliable air distribution over time.
To complete the system, the high-efficiency batteries and the option of 2- or 4-pipe configurations allow for a flexible response to both standard applications and more complex systems, where advanced management of thermo-hygrometric conditions is required.
From regulation to practice: how VDI 6022 affects maintenance and management
The strong point of the FB series is represented by the VDI 6022 certification , which concerns not only the finished product but the entire design approach.
This certification attests that:
- the materials used are suitable for the air conditioning environment
- the internal surfaces are designed to limit accumulation and contamination
- the structure facilitates cleaning and disinfection operations
- The unit guarantees resistance to detergents used in maintenance procedures
In other words, the fan coil is not only efficient, but actively contributes to the hygienic management of the system.
The diffusion of the FB series is also confirmed by real applications: the product was recently installed in a hospital in Varazdin, Croatia , a context in which hygiene requirements, operational continuity and ease of maintenance play a central role in the choice of terminals.
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Bini Clima: tailor-made solutions for advanced comfort
With the FB series, Bini Clima confirms its approach oriented towards the design of specialist solutions , capable of responding to complex and highly critical contexts.
Attention to construction detail, compliance with the most stringent regulations, and configurability make these fan coils a reliable choice for designers, installers, and facility managers operating in environments where comfort and safety must coexist without compromise.
Bini Clima Srl
FAQ
Il fan coil FB è progettato per ambienti ad alta esigenza sanitaria come ospedali, cliniche, laboratori, RSA e strutture farmaceutiche. È particolarmente adatto in contesti dove il controllo della qualità dell’aria, la sanificabilità dei componenti e la riduzione del rischio microbiologico sono requisiti progettuali fondamentali.
È indicato quando il progetto richiede superfici interne facilmente pulibili, materiali resistenti a detergenti e disinfettanti, e configurazioni che limitano l’accumulo di polveri e batteri. Rispetto a un fan coil tradizionale, diventa una scelta obbligata in presenza di protocolli sanitari stringenti o normative specifiche per ambienti critici.
Il design costruttivo è ottimizzato per evitare ristagni d’acqua e accumuli di sporco, con bacinelle condensa inclinate, superfici interne lisce e accessibilità facilitata per la manutenzione. Questo riduce il rischio di proliferazione batterica (es. Legionella) e migliora la qualità dell’aria trattata, supportando strategie HVAC orientate alla salubrità degli ambienti.
Rispetto ad altri terminali HVAC, il fan coil igienico FB integra caratteristiche specifiche come materiali certificati, configurazioni costruttive dedicate e facilità di ispezione interna. A differenza di soluzioni canalizzate complesse, offre maggiore flessibilità installativa mantenendo requisiti igienici elevati, semplificando anche gli interventi manutentivi.
È fondamentale prevedere accessibilità per manutenzione e sanificazione, corretto drenaggio della condensa e integrazione con sistemi di regolazione che evitino condizioni favorevoli alla formazione di umidità stagnante. Inoltre, va coordinato con il sistema di ventilazione primaria per garantire adeguati ricambi d’aria e controllo termoigrometrico.
Il fan coil FB riduce criticità legate alla contaminazione microbiologica, alla difficoltà di pulizia dei terminali tradizionali e alla gestione della condensa. Migliora la continuità operativa in ambienti sensibili, minimizzando i rischi igienico-sanitari e garantendo prestazioni stabili anche in condizioni di utilizzo intensivo.
