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MF model 5.5” diameter propeller fans allow for high airflows at low static pressures with low motor-winding temperature rise. Models are available with airflow in either axial direction and with 50/60 and 400 Hz AC or brushless DC motors.
Propeller fans are recommended for flushing cooling air through large enclosures such as radio cabinets, instrument panels, and communication equipment shelters.
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NF model 6.5” diameter propeller fans allow for high airflows at low static pressures with low motor-winding temperature rise. Models are available with airflow in either axial direction and with 50/60 and 400 Hz AC or brushless DC motors
Propeller fans are recommended for flushing cooling air through large enclosures such as radio cabinets, instrument panels, and communication equipment shelters.
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HF model 8” diameter propeller fans allow for high airflows at low static pressures with low motor-winding temperature rise. Models are available with airflow in either axial direction and with 50/60 and 400 Hz AC or brushless DC motors
Propeller fans are recommended for flushing cooling air through large enclosures such as radio cabinets, instrument panels, and communication equipment shelters.
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The Premairprop model 10” diameter propeller fans has been developed to deliver more airflow at a higher velocity than the other products in its class. Models are available with airflow in either axial direction and with 50/60 and 400 Hz AC motors. The fan is operable at ambient temperatures of -55C to 70C and will meet all of the necessary requirements of military specification MIL-B-23071. In addition, Rotron can supply Navy standard vibration mounts, 11M15, which can be connected to the device and meet the requirements of MIL-STD-740, enabling the device to reduce structure borne noise.
The Premairprop is recommended for ground, radar systems and shipboard applications, but like other Propeller fans they provide flushing cooling air through large enclosures such as radio cabinets, instrument panels, and communication equipment shelters.
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