CE, RoHS
Compliance tested and documented per batch
Heat is the other enemy, and moving air is the cheapest way to fight it. NOXT makes filter fans and high-speed axial fans for electrical cabinets. Filter fans pull cool air in through a replaceable dust screen and push hot air out, reaching up to 550m³/h in IP54 (IP55 available). Axial fans cover heavier loads, sized for drive cabinets, power supplies and control systems. Both run on AC220V or DC24V/48V. Pair any fan with our KTS011 thermostat and it switches on only when the cabinet heats up, typically cutting fan energy by about a third. CE and RoHS certified, three-year warranty, OEM options from 200 pieces.
Heat builds inside every powered cabinet, and moving air is the cheapest way to carry it out. Filter fans pull cool air through a replaceable dust screen and push hot air out, reaching up to 550m3/h at IP54, with IP55 available. Axial fans cover heavier loads, sized for drive cabinets, power supplies and control systems.
Both families run on AC220V or DC24V or 48V. Pair any fan with a KTS011 thermostat and it switches on only when the cabinet heats up, which typically cuts fan energy by about a third. CE and RoHS certified, with a three-year warranty and OEM options from 200 pieces.
Choose an IP54 filter fan. Size airflow to heat load by dividing the cabinet heat in watts by 20 to 30 to get the required m3/h.
Choose an axial fan. It moves more air for hot panels than a filter fan can pass.
Add the KTS011 thermostat, or order the bundled ventilation set that pairs fan and thermostat as one SKU.
Send the cabinet heat load, supply voltage and environment. NOXT confirms the fan model within 24 hours.
Compliance tested and documented per batch
Covered on every fan
IP55 available for outdoor use
Custom colors and packaging
IP54 as standard with a replaceable dust screen; IP55 versions are available for outdoor and wash-down environments.
Yes. Pair with the KTS011 thermostat for temperature-triggered start-stop, which typically saves around 30% of ventilation energy.
Up to 550m3/h depending on model and voltage. Sizing follows cabinet heat load: divide the cabinet heat dissipation in watts by 20-30 to estimate required airflow in m3/h.