The ARZ Series is designed to cool test vehicles and simulate speeds of up to 200 km/h, with flow rates of up to 80,000 m³/h and customizable configurations.
The ARZ Series is designed to cool test vehicles and simulate speeds of up to 200 km/h, with flow rates of up to 80,000 m³/h and customizable configurations.
The ARZ Series of industrial axial fans has been specifically developed for vehicle cooling applications during testingand for speed simulation in test and validation environments. Thanks to their high aerodynamic performance, these fans make it possible to reproduce realistic airflow conditions, which are essential for evaluating vehicle behavior and component performance during development phases.
The ARZ Series is capable of delivering airflow rates of up to 80,000 m³/h and air speeds of up to 200 km/h, making it ideal for high-performance applications in the automotive and industrial sectors. Depending on the specific application requirements and the desired airflow, the fans can be manufactured using different geometries and materials, ensuring maximum efficiency, reliability, and operational safety.
This design flexibility allows the ARZ Series to adapt to a wide range of test configurations, providing a custom-engineered solution for advanced simulation systems and high-intensity test facilities.
The Axial Fan Series ARZ is suitable for industrial applications where it is necessary to handle airborne emissions. The configuration can be adapted to a single workstation or integrated into an existing extraction system, helping to keep the working air more stable and controlled.
The Axial Fan Series ARZ is designed to handle airborne emissions through a modular filtration system, using selected filter elements to ensure operational continuity. The possible presence of multiple filtration stages is defined based on the particle size and concentration of the contaminants.
For the Axial Fan Series ARZ, sizing depends on capture distance, intake geometry, and system pressure losses. When available, the indicative airflow rate is up to 80,000 m³/h; in any case, it is recommended to verify the data based on the actual emission point and operating conditions.
The Axial Fan Series ARZ requires periodic checks of filters, gaskets, and seals, as well as cleaning or replacement of the filter elements according to the workload. In versions equipped with self-cleaning systems, it is useful to monitor differential pressure and plan maintenance before performance decreases.
To properly integrate the Axial Fan Series ARZ, attention must be paid to positioning relative to the source, sealing of connections, and accessibility for inspection and maintenance. It is also important to verify compatibility with company safety procedures and with the characteristics of the treated contaminants.
