Sunon EE Series Axial Fan, 12 V dc, DC Operation, 184m³/h, 5.4W, 451mA Max, 120 x 120 x 25mm
Technical Document
Specifications
Brand
SunonSupply Voltage
12 V dc
AC or DC Operation
DC
Height
120mm
Width
120mm
Power Consumption
5.4W
Maximum Current
451mA
Depth
25mm
Dimensions
120 x 120 x 25mm
Air Flow
184m³/h
Noise Level
44.5dB
Fan Speed
3100rpm
Bearing Type
Ball
Product details
Sunon E Series Maglev DC Axial Fan, Ball Bearing
From Sunon, these E Series DC Axial fans employ MagLev to increase performance, service life and noise reduction. The magnetic levitation technology eliminates the need for contact between the shaft and bearing, ensuring zero friction. This technology also aids in rotational stability, which nullifies the problems of shake and vibration typical in traditional fan motors.
The E series improves on its predecessors by with its highly efficient construction process. Featuring a closed-loop design in its reservoir, for a long and dependable service life.
Features and Benefits
• High quality construction
• Reduced noise
• Increased efficiency
• Extended motor life
• RoHS Compliant
Applications
E series MagLev fans can be used in most applications where traditional DC Axial Fans are used.
• IT Systems
• Medical equipment
• Automotive
• Industrial applications
• Digital appliances
FAQ
Q: How are MagLev fans superior to traditional fan motors?
A: Fan reliability is a huge factor in application suitability, and MagLev technology ensures that the fan retains optimal performance over a longer period than traditional motors. For a quieter, efficient fan over a longer life span, MagLev fans are preferable.
Q: What are the advantages of ball bearing fans over sleeve bearing fans?
A: Ball bearing fans are typically less prone to wear and tear than sleeve bearing, which makes them ideal for a longer service life. They are also able to operate in higher temperatures, and in any orientation. However, they are less rugged and can be more easily disrupted by impact, and tend to be noisier than their sleeve bearing counterparts.
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6.520 OMR
Each (ex VAT)
6.846 OMR
Each (inc. VAT)
1
6.520 OMR
Each (ex VAT)
6.846 OMR
Each (inc. VAT)
1
Buy in bulk
| quantity | Unit price |
|---|---|
| 1 - 4 | 6.520 OMR |
| 5 - 9 | 6.150 OMR |
| 10 - 24 | 6.000 OMR |
| 25 - 49 | 5.715 OMR |
| 50+ | 5.370 OMR |
Technical Document
Specifications
Brand
SunonSupply Voltage
12 V dc
AC or DC Operation
DC
Height
120mm
Width
120mm
Power Consumption
5.4W
Maximum Current
451mA
Depth
25mm
Dimensions
120 x 120 x 25mm
Air Flow
184m³/h
Noise Level
44.5dB
Fan Speed
3100rpm
Bearing Type
Ball
Product details
Sunon E Series Maglev DC Axial Fan, Ball Bearing
From Sunon, these E Series DC Axial fans employ MagLev to increase performance, service life and noise reduction. The magnetic levitation technology eliminates the need for contact between the shaft and bearing, ensuring zero friction. This technology also aids in rotational stability, which nullifies the problems of shake and vibration typical in traditional fan motors.
The E series improves on its predecessors by with its highly efficient construction process. Featuring a closed-loop design in its reservoir, for a long and dependable service life.
Features and Benefits
• High quality construction
• Reduced noise
• Increased efficiency
• Extended motor life
• RoHS Compliant
Applications
E series MagLev fans can be used in most applications where traditional DC Axial Fans are used.
• IT Systems
• Medical equipment
• Automotive
• Industrial applications
• Digital appliances
FAQ
Q: How are MagLev fans superior to traditional fan motors?
A: Fan reliability is a huge factor in application suitability, and MagLev technology ensures that the fan retains optimal performance over a longer period than traditional motors. For a quieter, efficient fan over a longer life span, MagLev fans are preferable.
Q: What are the advantages of ball bearing fans over sleeve bearing fans?
A: Ball bearing fans are typically less prone to wear and tear than sleeve bearing, which makes them ideal for a longer service life. They are also able to operate in higher temperatures, and in any orientation. However, they are less rugged and can be more easily disrupted by impact, and tend to be noisier than their sleeve bearing counterparts.