In ventilation technology, to achieve higher air performance, several small fans can be combined and operated in parallel to form a FanGrid wind wall. Today, RadiPac centrifugal fans with automatic resonance detection can be used in FanGrid wind wall solutions to enhance operational reliability.
Many applications require high air performance. Data centers, large industrial complexes, hotels, residential areas, and hospitals are all typical examples.
The cubic design eliminates installation losses.
The fans in the FanGrid wind wall are mounted within aluminum cubes. These cubes feature additional clearance, which prevents adjacent fans from interfering with one another due to overly close installation, thereby minimizing installation losses.
Automatic resonance detection can enhance operational reliability.
Depending on the installation conditions, resonance can induce vibrations within a specific speed range. Such vibrations can damage the motor’s bearing system and lead to fan failure. ebm‑papst’s RadiPac centrifugal fans address this challenge by featuring automatic resonance detection, which significantly mitigates the effects of vibration.
Energy-saving EC technology, simple closed-loop control
FanGrid Wind Wall The core driving force is a state-of-the-art, eco‑friendly EC motor, which delivers exceptional efficiency under both full‑load and partial‑load conditions. The FanGrid air wall features a brand‑new controller that enables effortless activation of fans operating in parallel. FanGrid air‑wall modules are available either as plug‑and‑play units complete with mounting brackets, or as fully assembled kits ready for on‑site installation. Each kit includes the fan, flow‑directing grilles, baffles, corner connectors, spacer profiles, and fasteners.
Smaller, lighter, and superior
In practical applications, FanGrids Wind Wall Solution The advantages are numerous. Multiple fans can be stacked or installed in rows to make the most efficient use of available space. This results in superior airflow distribution and ensures more uniform air flow through components such as filters or heat exchangers located at the top or bottom of the unit. If one fan fails, the remaining units automatically compensate by adjusting their airflow, thereby enhancing the overall system’s operational reliability through redundancy. Redundancy requirements can be factored into the design phase from the outset.
