The ECFanGrid is a matrix of EC fans arranged in modular profiles that are distributed in a wall with full adaptability to each air handling unit.
These fans are highly energy-saving and their main application is in retrofit projects. A retrofit project is a project in which obsolete components are replaced by modern, more efficient ones, e.g. the replacement of a belt-driven rotor fan by an ECFanGrid (EC fan wall).
ECFanGrid are the complete ventilation solution that forms a redundant system. The combination of multiple fans ensures optimal operation of the unit. In the unlikely event that one of the fans fails, and its operation is interrupted, the remaining fans self-regulate to ensure the necessary airflow.
The redundancy of the unit allows for quick maintenance while the building does not lose the operation of the ventilation unit. This is another outstanding feature of the ECFanGrid: its versatility in terms of adaptability to the existing system and consequent speed of installation.
The installation kit includes all the necessary elements to guarantee the start-up of the equipment: profiles, screws, EC fans, tubes, control elements, etc.
It is a system that occupies a smaller space than the old and inefficient fans, the operators will do the assembly in a faster, safer and more ergonomic way. This can also be transferred to the ease with which the fans can be accessed to carry out maintenance, if necessary.
It is ideal in spaces where system reliability is essential, such as pharmaceutical companies or hospitals, which require uninterrupted mechanical ventilation. But it can also be applied in any sector: hotels, auditoriums, industry, airports, universities, logistics centres, sports centres, office buildings, the automotive industry, shopping centres...
Highly efficient EC fans are the perfect combination of motor, electronics, and turbine. This allows simple Plug&Play solutions for any ventilation requirement. Furthermore, in an ECFanGrid it provides an airflow proportional to the number of fans, while pressure conditions remain constant.