SLT1412C-W10
Sunlight
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It is 12V & suction aiflow & 3000rpm & 2880m3/h & IP67
Max Fan Speed | 3000rpm |
Min Fan Speed | 1000rpm |
Weight | 2.4KG |
Operating supply voltage rang | 12V |
Operating working temperature range | -40°C - 85°C |
Storage temperature range | |
Life time | up to 8000 hours depending on missing profile |
Static presusure Pa | Airflow m3/h | Current A |
0 | 2880 | 8.9 |
50 | 2500 | 8.2 |
100 | 2200 | 8.3 |
150 | 1700 | 8.5 |
200 | 1200 | 8.2 |
High airflow output: 2880 m³/h at zero static pressure
Reliable waterproof design: IP67 rating
Long service life: Up to 8,000 operating hours
Wide operating temperature: from –40 °C to +85 °C
Stable current draw: e.g. ~ 8.9 A at 0 Pa load
Compact 355 mm diameter (14″) for compatibility with many radiator setups
Push (blower) configuration fits front-mount cooling systems
Certifications included: CE, EMC, IATF16949
Customizable options available: mounting, connectors, performance tuning
This 12V 14″ brush axial push fan is ideal for a variety of cooling and ventilation scenarios:
Automotive radiators and condensers (push-through applications)
Trucks, buses, and commercial vehicles
Refrigerated trucks and HVAC systems
Construction and agricultural machinery (e.g. loaders, excavators)
Special vehicles such as ambulances, snow plows, engineering vehicles
Industrial equipment requiring forced air cooling
Forestry machinery and off-road equipment
IATF I16949:2016 Certificate
IATF 16949:2016 Certificate
CE certificate
Sample Lead Time: 14days
Mass Production: 21days
MOQ: 2
Customization: Voltage, control mode, wiring, housing treatment available
Contact Us:
Sunny Li: +86-18806140118 / sunny@sunlightmotor.com
Alisa Chen: +86-18806140198 / sales3@czsunlight.com
Frances Zhang: +86-18806140168/ sales1@czsunlight.com
Vicky Li: +86-18806140098/ sunlight@sunlightmotor.com
Q1: What is the difference between a push and a pull fan?
A: A push fan is mounted in front of the radiator or condenser to blow air through it, while a pull fan is installed behind to draw air. The SLT1412C-W10 is a push-type design, ideal for front-mounted cooling systems.
Q2: Can this fan be used in both 12V and 24V systems?
A: This model is specifically designed for 12V DC systems. For 24V applications, we offer a compatible version (Model: SLT1424C-W10).
Q3: How does the IP67 protection rating benefit my equipment?
A: IP67 means the fan is fully dustproof and waterproof, capable of operating in wet, muddy, or high-humidity environments—perfect for outdoor machinery or off-road vehicles.
Q4: What kind of bearing system does the fan use?
A: It adopts high-precision ball bearings, ensuring smooth operation, low noise, and extended motor life under continuous load.
Q5: Can the fan speed be controlled?
A: Yes. Although the standard version runs at a fixed speed, it supports PWM or voltage control customization upon request for variable-speed operation.
Q6: What materials are used for the fan blades and housing?
A: The impeller is made of reinforced PA66+GF material, providing excellent heat resistance and mechanical strength. The housing is built for durability and vibration resistance.
Q7: Is this fan suitable for electric vehicles or battery cooling systems?
A: Yes. Its high airflow and compact size make it suitable for EV radiators, battery packs, and inverter cooling systems.
Q8: Do you provide performance testing data or curves?
A: Yes. Detailed airflow–pressure curves and electrical test reports are available upon request to help engineers select the right model.
It is 12V & suction aiflow & 3000rpm & 2880m3/h & IP67
Max Fan Speed | 3000rpm |
Min Fan Speed | 1000rpm |
Weight | 2.4KG |
Operating supply voltage rang | 12V |
Operating working temperature range | -40°C - 85°C |
Storage temperature range | |
Life time | up to 8000 hours depending on missing profile |
Static presusure Pa | Airflow m3/h | Current A |
0 | 2880 | 8.9 |
50 | 2500 | 8.2 |
100 | 2200 | 8.3 |
150 | 1700 | 8.5 |
200 | 1200 | 8.2 |
High airflow output: 2880 m³/h at zero static pressure
Reliable waterproof design: IP67 rating
Long service life: Up to 8,000 operating hours
Wide operating temperature: from –40 °C to +85 °C
Stable current draw: e.g. ~ 8.9 A at 0 Pa load
Compact 355 mm diameter (14″) for compatibility with many radiator setups
Push (blower) configuration fits front-mount cooling systems
Certifications included: CE, EMC, IATF16949
Customizable options available: mounting, connectors, performance tuning
This 12V 14″ brush axial push fan is ideal for a variety of cooling and ventilation scenarios:
Automotive radiators and condensers (push-through applications)
Trucks, buses, and commercial vehicles
Refrigerated trucks and HVAC systems
Construction and agricultural machinery (e.g. loaders, excavators)
Special vehicles such as ambulances, snow plows, engineering vehicles
Industrial equipment requiring forced air cooling
Forestry machinery and off-road equipment
IATF I16949:2016 Certificate
IATF 16949:2016 Certificate
CE certificate
Sample Lead Time: 14days
Mass Production: 21days
MOQ: 2
Customization: Voltage, control mode, wiring, housing treatment available
Contact Us:
Sunny Li: +86-18806140118 / sunny@sunlightmotor.com
Alisa Chen: +86-18806140198 / sales3@czsunlight.com
Frances Zhang: +86-18806140168/ sales1@czsunlight.com
Vicky Li: +86-18806140098/ sunlight@sunlightmotor.com
Q1: What is the difference between a push and a pull fan?
A: A push fan is mounted in front of the radiator or condenser to blow air through it, while a pull fan is installed behind to draw air. The SLT1412C-W10 is a push-type design, ideal for front-mounted cooling systems.
Q2: Can this fan be used in both 12V and 24V systems?
A: This model is specifically designed for 12V DC systems. For 24V applications, we offer a compatible version (Model: SLT1424C-W10).
Q3: How does the IP67 protection rating benefit my equipment?
A: IP67 means the fan is fully dustproof and waterproof, capable of operating in wet, muddy, or high-humidity environments—perfect for outdoor machinery or off-road vehicles.
Q4: What kind of bearing system does the fan use?
A: It adopts high-precision ball bearings, ensuring smooth operation, low noise, and extended motor life under continuous load.
Q5: Can the fan speed be controlled?
A: Yes. Although the standard version runs at a fixed speed, it supports PWM or voltage control customization upon request for variable-speed operation.
Q6: What materials are used for the fan blades and housing?
A: The impeller is made of reinforced PA66+GF material, providing excellent heat resistance and mechanical strength. The housing is built for durability and vibration resistance.
Q7: Is this fan suitable for electric vehicles or battery cooling systems?
A: Yes. Its high airflow and compact size make it suitable for EV radiators, battery packs, and inverter cooling systems.
Q8: Do you provide performance testing data or curves?
A: Yes. Detailed airflow–pressure curves and electrical test reports are available upon request to help engineers select the right model.
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