Technical Document
Specifications
Brand
ebm-papstSupply Voltage
5 V dc
Height
25mm
AC or DC Operation
DC
Power Consumption
200mW
Width
25mm
Depth
8mm
Dimensions
25 x 25 x 8mm
Air Flow
2.3m³/h
Noise Level
5dB
Fan Speed
6500rpm
Bearing Type
Sleeve
Country of Origin
Hungary
Product details
ebm-papst 250 Series Sleeve Bearing Compact Axial Fans
From ebm-papst, the Series 250 of DC axial fans are designed to deliver high performance while retaining a space saving size. This range of axial fans have sleeve bearings, which offer cost effective protection of the central shaft from environmental factors. This results in a simplified and economic design that is suitable for many thermal management applications.
With efficient brushless drives, and integrated communication electronics that prevent against reverse polarity, this series of fans are both reliable and easy to use.
Features and Benefits
Low profile
Low power consumption
Air exhaust over struts
Protected against reverse polarity and locking.
Integrated electronic communication
Fibreglass reinforced plastic construction
Applications
These compact fans are ideal for installation in ACTA (Advanced Telecommunications Computing Architecture), which means they are suitable for a variety of applications.
Cabinet Cooling
Switch Networks
Power Systems
Telecom
Medical
Industrial
FAQ
Q: What are the advantages of Sleeve Bearings fans over Ball Bearing fans?
A: While ball bearing fans can typically run for longer and in more harsh conditions than sleeve bearing, sleeve bearing have the advantage of having a simplified, often more cost effective design. Because of their simplified design, sleeve bearings are more impact resistant.
Q: Are these fans easy to use?
A: With simple screw installation, and with their necessary communication electronics integrated into the design, these DC axial fans are easy to install and operate.
Q: What are the advantages of this fan over competitors?
A: The compact and thin design of these fans makes them useful for low profile applications. Where space-saving is a concern, this model of fan is ideal.
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Technical Document
Specifications
Brand
ebm-papstSupply Voltage
5 V dc
Height
25mm
AC or DC Operation
DC
Power Consumption
200mW
Width
25mm
Depth
8mm
Dimensions
25 x 25 x 8mm
Air Flow
2.3m³/h
Noise Level
5dB
Fan Speed
6500rpm
Bearing Type
Sleeve
Country of Origin
Hungary
Product details
ebm-papst 250 Series Sleeve Bearing Compact Axial Fans
From ebm-papst, the Series 250 of DC axial fans are designed to deliver high performance while retaining a space saving size. This range of axial fans have sleeve bearings, which offer cost effective protection of the central shaft from environmental factors. This results in a simplified and economic design that is suitable for many thermal management applications.
With efficient brushless drives, and integrated communication electronics that prevent against reverse polarity, this series of fans are both reliable and easy to use.
Features and Benefits
Low profile
Low power consumption
Air exhaust over struts
Protected against reverse polarity and locking.
Integrated electronic communication
Fibreglass reinforced plastic construction
Applications
These compact fans are ideal for installation in ACTA (Advanced Telecommunications Computing Architecture), which means they are suitable for a variety of applications.
Cabinet Cooling
Switch Networks
Power Systems
Telecom
Medical
Industrial
FAQ
Q: What are the advantages of Sleeve Bearings fans over Ball Bearing fans?
A: While ball bearing fans can typically run for longer and in more harsh conditions than sleeve bearing, sleeve bearing have the advantage of having a simplified, often more cost effective design. Because of their simplified design, sleeve bearings are more impact resistant.
Q: Are these fans easy to use?
A: With simple screw installation, and with their necessary communication electronics integrated into the design, these DC axial fans are easy to install and operate.
Q: What are the advantages of this fan over competitors?
A: The compact and thin design of these fans makes them useful for low profile applications. Where space-saving is a concern, this model of fan is ideal.