High-quality double-inlet centrifugal fans. Featuring a forward-curved impeller and a fully controllable external rotor motor.
Fans & ventilation units | Morgui
Fischbach Compact Centrifugal Fans

- Direct-driven fan
- IP65 Protection
Fischbach manufactures high-precision, top-quality fans that deliver excellent long-term performance with low noise impact.
Main features
Fischbach compact fan / radial fan D/DS series with forward curved blades and with Disc-Rotor Motor / EC Disc-Rotor-Motor, which is placed in the air flow, is a perfect solution for every scope of application in the field of heating, ventilation and air conditioning technology as well as for the installation in heating units and ventilation boxes. Even on industrial application, such as machinery and plant engineering, Fischbach compact fans are ideal with their high protection class IP65 and temperature stability. All compact fans are also available as stainless steel version (V2A/V4A). The maximum permissible ambient temperature is up to 80°C, depending on the fan. The FISCHBACH disc rotor motor is protected against overheating by a thermal contact.
The fan housing is made of galvanized steel sheets. On request available in stainless steel or lacquered steel versions.
Motor protection class ip 65 (electrical part) according to din 40050 with ce sign. Interior-fan-assembly with solid motor axle mounted on rubber-metal-connections (vibration damper) at the housing.
The clip angle plates are all-round displaceable on the housing, because of the high number of round holes, as also spot welding nuts. Long holes ease the mounting at the object slide.
Forward bent impeller blades made of galvanized steel sheets, depending on the type punched or riveted. The internal fan assembly has been dynamic balanced according to ISO 1940 part 1 up to grade Q1, electronic dynamic balancing is also available on request.
The maximum permissible ambient temperature is up to 80°C, depending on the fan. The FISCHBACH disc rotor motor is protected against overheating by a thermal contact.












