Manufacturers

MF40202VX-1000U-G99

Sunon fan series MF

4-pole DC fans with a vapo bearing system are highly efficient and reliable. These fans have impellers and frames made of filled thermoplastic PBT (UL94V-0), which ensures their durability even in harsh environments. They feature a one-phase single coil DC brushless motor, along with Magnetic Levitation System technology that reduces noise levels to the minimum possible level while ensuring smooth operation. The connection is established using stranded wires UL1007 AWG26, making installation easy for users without any technical expertise or experience. These compact 40x40x20mm fans operate at rated voltage of 24V DC, providing optimal cooling performance for various applications such as electronics, telecommunications equipment, medical devices etc., where space is limited but high airflow rate is required.


MF40202VX-1000U-G99

MF40202VX-1000U-G99

245758 MF40202VX-1000U-G99 MF40202VX-1000U-G99 Sunon fan series MF. 4-pole DC fans with a vapo bearing system are highly efficient and reliable. These fans have impellers and frames made of filled thermoplastic PBT (UL94V-0), which ensures their durability even in harsh environments. They feature a one-phase single coil DC brushless motor, along with Magnetic Levitation System technology that reduces noise levels to the minimum possible level while ensuring smooth operation. The connection is established using stranded wires UL1007 AWG26, making installation easy for users without any technical expertise or experience. These compact 40x40x20mm fans operate at rated voltage of 24V DC, providing optimal cooling performance for various applications such as electronics, telecommunications equipment, medical devices etc., where space is limited but high airflow rate is required.

Specifications

manufacturer
Manufacturer's name MF40202VX-10...
Current [A] 0,039
Nominal voltage [V] 24
Electric power [W] 0,94
Noise [dBA] 27,5
Number of revolutions [U/min] 8000
Data Sheet

Unit price

3,99 €

Stock: 990
Further delivery:
CW 18/2025