The WOLF KG Flex is a bespoke air‑handling solution developed for projects where standard configurations reach their limits. In data‑center facilities, KG Flex units are primarily used to supply fresh air to human‑occupied zones such as control rooms, offices, monitoring areas and technical support spaces, where air quality, comfort and reliability are essential for continuous operation.

Unlike modular standard units, the KG Flex is engineered entirely according to the specific requirements of each project. Airflow rates, casing dimensions, internal component layouts and functional sections are individually designed to match architectural constraints, site conditions and operational demands. This makes KG Flex particularly suitable for complex data‑center environments with limited space, special airflow concepts or enhanced redundancy requirements.

The system integrates high‑performance, data‑center‑grade components, including high‑efficiency EC fans, customized heat exchangers, advanced heat‑recovery systems, humidification technologies and multi‑stage filtration concepts. All components are carefully selected and arranged to ensure energy‑efficient operation, high air quality and long‑term operational stability.

KG Flex units are designed with a strong focus on durability, hygiene and serviceability. Robust casing construction, corrosion‑resistant materials and optimized access points allow safe maintenance and inspection with minimal disruption. Comprehensive control and automation options enable seamless integration into building management systems (BMS), allowing precise monitoring, intelligent regulation and transparent operation alongside other data‑center systems.

With its fully individualized design approach, technical flexibility and reliable performance, the WOLF KG Flex is the ideal air‑handling solution for data‑center projects that require tailored fresh‑air ventilation concepts beyond standard solutions—supporting healthy working conditions, regulatory compliance and long‑term operational efficiency.