Ανεμιστήρες

Διάσταση140 mm Τεχνικά Χαρακτηριστικά Στροφές Ανεμιστήρα (Max)900 rpm Επίπεδα Θορύβου (Max)14,7 dB Ροή Αέρα (Max)49,8 cfm Σύνδεση3-Pin

Διάσταση120 mm Τεχνικά Χαρακτηριστικά Στροφές Ανεμιστήρα (Max)1100 rpm Επίπεδα Θορύβου (Max)15,9 dB Ροή Αέρα (Max)38,5 cfm Σύνδεση4-Pin PWM

Due to the design of the rotor blades, the Fractal Design Venturi is HP-14 PWM from the high-flow series for all applications, which demand a high air throughput. The venturi fan developed by Fractal Design primarily as case fans. They are particularly well suited for use cases with less restriction of airflow. The HP-14 PWM rotating at up to 1500 U / min at 132.7 m³ / h air throughput. The volume of the fan is 30.1 dB (A), an FDB is used. The high air flow rate is achieved, inter alia by aerodynamic blades, the shape of which is based on the aircraft wings.

Διάσταση140 mm Τεχνικά Χαρακτηριστικά Στροφές Ανεμιστήρα (Max)900 rpm Επίπεδα Θορύβου (Max)14,9 dB Ροή Αέρα (Max)49,8 cfm Σύνδεση4-Pin PWM

Type Fan colour black EAN 9010018100471 Manufacturer no. NF-A9x14 HS PWM CH.BK.S kind case Fans attachment bolted volume 23.6 dB rotational speed / Min 600-2500 U fan bearing SSO 2 flow 57.5 m³ / h air pressure To 2.11 mm / H2O power connection 4-pin PWM voltage range 12 volt input 2.52 Watt equipment available NA AVP8 chromax anti-vibration pads: 8x NA AVP8 black, 8x NA AVP8 blue, 8x NA AVP8 green, 8x NA AVP8 red, 8x NA AVP8 know 8x NA AVP8 yellow, 1x NA-EC1 30cm extension cable, 4x fan screws Dimensions Fan1 Number: 1 unit, width: 92 mm, height: 92 mm, depth: 14 mm

Due to the design of the rotor blades, the Fractal Design Venturi HF-12 is made of high-flow series for all applications, which demand a high air throughput. The venturi fan developed by Fractal Design primarily as case fans. They are particularly well suited for use cases with less restriction of airflow. The RF 12 rotates up to 1400 U / min at 141.7 m³ / h air throughput. The volume of the fan is 25.3 dB (A), an FDB is used. The high air flow rate is achieved, inter alia by aerodynamic blades, the shape of which is based on the aircraft wings.