San Ace 9GA0424P3J001 40×40×28mm Low Power Consumption DC Fan
The San Ace 9GA0424P3J001 is a compact high-performance DC cooling fan developed by SANYO DENKI. Featuring a 40×40×28mm frame size, high-speed operation, low power consumption design and advanced control functions, this fan provides reliable thermal management solutions for compact electronic equipment.
With a rated speed of 18,000 min⁻¹ and maximum static pressure of 535 Pa, the 9GA0424P3J001 delivers strong cooling performance despite its small size. The built-in PWM control function enables intelligent speed adjustment according to thermal conditions, helping reduce unnecessary power consumption and operating noise.
The fan also integrates a pulse sensor function for real-time speed monitoring, making it suitable for applications requiring high reliability and system protection.
Key Features of San Ace 9GA0424P3J001
|
Feature
|
Description
|
|
Manufacturer
|
SANYO DENKI
|
|
Series
|
San Ace
|
|
Model
|
9GA0424P3J001
|
|
Fan Type
|
DC Cooling Fan
|
|
Frame Size
|
40×40mm
|
|
Fan Thickness
|
28mm
|
|
Rated Voltage
|
24V DC
|
|
Speed Control
|
PWM Control
|
|
Speed Monitoring
|
Pulse Sensor
|
|
Frame Design
|
Ribbed Frame
|
|
Application
|
Industrial Cooling Equipment
|
Product Specifications
|
Parameter
|
Specification
|
|
Model Number
|
9GA0424P3J001
|
|
Product Name
|
Low Power Consumption Fan
|
|
Fan Size
|
40×40×28mm
|
|
Rated Voltage
|
24V
|
|
Rated Current
|
0.27A
|
|
Rated Power Consumption
|
6.48W
|
|
Rated Speed
|
18,000 min⁻¹
|
|
Maximum Airflow
|
0.67 m³/min
|
|
Maximum Airflow
|
23.7 CFM
|
|
Maximum Static Pressure
|
535 Pa
|
|
Maximum Static Pressure
|
2.15 inchH₂O
|
|
Noise Level
|
54 dBA
|
|
Expected Life
|
40,000 hours (at 60℃)
|
|
Expected Life
|
70,000 hours (at 40℃)
|
|
Sensor Type
|
Pulse Sensor
|
|
PWM Control
|
Available
|
|
Ribbed Frame
|
Available
|
High Performance Cooling in Compact Size
For compact electronic systems, traditional cooling fans often face limitations in airflow and pressure performance due to restricted installation space.
The San Ace 9GA0424P3J001 solves this challenge through:
-
High-speed motor design
-
Optimized impeller structure
-
Ribbed frame technology
-
High-pressure airflow performance
Although the fan size is only 40mm, it can generate up to 535 Pa static pressure, allowing effective cooling in systems with narrow airflow paths or high airflow resistance.
PWM Speed Control for Energy Efficient Cooling
The 9GA0424P3J001 supports PWM control technology, allowing the fan speed to be adjusted according to equipment temperature and operating conditions.
Advantages of PWM control:
|
Traditional Fan
|
PWM Controlled Fan
|
|
Fixed speed operation
|
Variable speed operation
|
|
Higher energy consumption
|
Reduced power consumption
|
|
Continuous noise output
|
Lower operating noise
|
|
Less intelligent cooling
|
Temperature-based cooling
|
PWM control helps improve system efficiency while maintaining stable thermal performance.
Pulse Sensor for Reliable System Monitoring
The integrated pulse sensor provides real-time fan rotation feedback.
This function allows the host system to:
-
Monitor fan operation status
-
Detect abnormal speed conditions
-
Improve equipment reliability
-
Support predictive maintenance
Applications requiring continuous operation can benefit from this monitoring capability.
Ribbed Frame Design Improves Cooling Performance
The Ribbed Frame structure is designed to enhance mechanical strength and airflow efficiency.
Benefits include:
|
Advantage
|
Description
|
|
Improved airflow stability
|
Reduces turbulence inside the fan frame
|
|
Higher structural strength
|
Suitable for industrial environments
|
|
Better pressure performance
|
Supports high static pressure applications
|
|
Reduced vibration
|
Improves long-term reliability
|
Typical Applications
The San Ace 9GA0424P3J001 is suitable for various compact industrial cooling applications.
|
Application Field
|
Cooling Requirements
|
|
Industrial Control Equipment
|
Reliable continuous cooling
|
|
Communication Equipment
|
Compact high-density heat dissipation
|
|
Power Supply Units
|
High static pressure cooling
|
|
Automation Equipment
|
Long-life operation
|
|
Medical Equipment
|
Stable and reliable airflow
|
|
Semiconductor Equipment
|
Precision thermal management
|
|
Embedded Systems
|
Space-saving cooling solution
|
Why Choose San Ace 9GA0424P3J001?
Compact Design
The 40×40×28mm structure allows installation in limited spaces while maintaining excellent cooling capability.
High Static Pressure Performance
With maximum static pressure reaching 535 Pa, this fan can overcome airflow resistance caused by filters, heat sinks and compact internal structures.
Intelligent Cooling Control
PWM control enables dynamic speed adjustment for optimized thermal management.
Long Service Life
The fan provides an expected life of up to:
70,000 hours at 40℃
supporting long-term industrial operation.
San Ace 9GA0424P3J001 Selection Recommendations
The 9GA0424P3J001 is recommended when equipment requires:
-
Compact fan size
-
High airflow resistance capability
-
PWM speed control
-
Fan monitoring function
-
Long-term continuous operation
-
High reliability cooling
Compared with standard 40mm fans, this model is especially suitable for applications where installation space is limited but cooling performance cannot be compromised.
Related San Ace Product Series
|
Series
|
Size Range
|
Main Advantage
|
|
San Ace GA Series
|
40mm-120mm
|
High airflow and high pressure
|
|
San Ace GV Series
|
Compact DC Fans
|
Energy efficient cooling
|
|
San Ace PWM Fans
|
Multiple Sizes
|
Intelligent speed control
|
|
San Ace Waterproof Fans
|
Industrial Outdoor Use
|
Protection against harsh environments
|
Conclusion
The SANYO DENKI San Ace 9GA0424P3J001 combines compact size, high-speed performance, PWM control and pulse sensor functionality in a 40mm DC cooling fan package.
For engineers looking for a reliable cooling solution in compact industrial equipment, power electronics, communication devices and automation systems, this fan provides an excellent balance between cooling performance, energy efficiency and long-term reliability.
∷
Click to inquire
