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Automotive Industry Axial Fans

Automotive and EV charging electronics run hotter, tighter, and longer than most industrial applications. Battery packs, DC fast chargers, motor controllers, and powertrain electronics all generate significant heat in enclosures that are shrinking even as power density climbs, and every component has to survive vibration, temperature extremes, and moisture exposure across a vehicle's service life.

That's exactly where YS Tech performs. YS Tech supplies DC fans, EC blowers, heat sinks, and custom thermal assemblies to automotive OEMs and EV charging infrastructure manufacturers building mission-critical hardware, from IATF 16949 certified standard products to waterproof, over-voltage protected fans engineered for underhood and outdoor charging station environments. Whether you're cooling a battery pack, a Level 3 DC fast charger, or a motor control unit, YS Tech's engineering team can match a standard product to your requirements or design a custom solution around your enclosure, power budget, and environmental constraints.

Contact YS Tech USA to discuss your automotive or EV charging thermal challenge, or explore our custom design capability if your application requires an engineered solution.

NYW04010005LL
40
10
5 (VDC)
4~5.5
5000
5.08
1.69
70
0.35
50000
17.5
NYW04010005LM
40
10
5 (VDC)
4~5.5
6000
6.09
2.64
120
0.6
50000
21.5
NYW04010005LH
40
10
5 (VDC)
4~5.5
7500
7.69
3.64
180
0.9
50000
25
NYW04010012BL
40
10
12 (VDC)
8~13.2
5000
5.08
1.69
25
0.3
80000
17.5
NYW04010012BM
40
10
12 (VDC)
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6000
6.09
2.64
40
0.48
80000
21.5
NYW04010012BH
40
10
12 (VDC)
7~13.2
7500
7.69
3.64
60
0.72
75000
25
NYW04010012BS
40
10
12 (VDC)
7~13.2
8500
8.71
5.09
80
0.96
65000
28
NYW04010012LL
40
10
12 (VDC)
7~13.2
5000
5.08
1.69
30
0.42
50000
17.5
NYW04010012LM
40
10
12 (VDC)
7~13.2
6000
6.09
2.64
50
0.6
50000
21.5
NYW04010012LH
40
10
12 (VDC)
7~13.2
7500
7.69
3.64
75
0.9
50000
25
YW04020005LL-N
40
20
5 (VDC)
4~5.5
4500
6.08
2.81
60
0.3
50000
<17.0
YW04020005LM-N
40
20
5 (VDC)
4~5.5
6000
8.06
5.02
100
0.5
50000
22
YW04020005LH-N
40
20
5 (VDC)
4~5.5
7500
10.04
7.87
170
0.85
50000
26.5
YW04020005BS-N
40
20
5 (VDC)
4~5.5
8500
11.36
10.12
210
1.05
65000
29.5
YW04020012LL2-N
40
20
12 (VDC)
7~13.2
4000
5.42
2.21
30
0.36
50000
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YW04020012LL-N
40
20
12 (VDC)
7~13.2
4500
6.08
2.81
40
0.48
50000
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YW04020012LM-N
40
20
12 (VDC)
7~13.2
6000
8.06
5.02
60
0.72
50000
22
YW04020012LH-N
40
20
12 (VDC)
7~13.2
7500
10.04
7.87
110
1.32
50000
26.5
YW04020012BS-N
40
20
12 (VDC)
7~13.2
8500
11.36
10.12
140
1.68
65000
29.5
YW04020024LL-N
40
20
24 (VDC)
15~26.4
4500
6.08
2.81
30
0.72
50000
<17.0
YW04020024LM-N
40
20
24 (VDC)
12~26.4
6000
8.06
5.02
45
1.08
50000
22
YW04020024LH-N
40
20
24 (VDC)
12~26.4
7500
10.04
7.87
60
1.44
50000
26.5
YW04020024LS-N
40
20
24 (VDC)
12~26.4
8500
11.36
10.12
85
2.04
65000
29.5
YW04510005SL
45
10
5 (VDC)
4~5.5
4900
7.6
2.5
150
0.75
30000
28.5
YW04510005SM
45
10
5 (VDC)
4~5.5
5300
8.5
3
170
0.85
30000
30.5
YW04510012BL
45
10
5 (VDC)
4~5.5
5100
8.49
3.1
150
0.75
80000
29
YW04510012BN
45
10
5 (VDC)
4~5.5
5500
8.7
3.4
170
0.85
80000
31.5
YW04510012BH
45
10
12 (VDC)
4~5.5
6500
10.3
4.8
240
1.2
75000
37
YW04510012SL
45
10
12 (VDC)
7~13.2
4900
7.6
2.5
90
1.08
30000
28.5
YW04510012SM
45
10
12 (VDC)
7~13.2
5300
8.5
3
120
1.44
30000
30.5
YW04510012SH
45
10
12 (VDC)
7~13.2
6300
10
4
140
1.68
25000
35.5
YW04510012BM
45
10
12 (VDC)
7~13.2
5500
8.7
3.4
120
1.44
80000
31.5
NYW05010005LL
50
10
5 (VDC)
4.5~5.5
3500
8.3
1
85
0.43
50000
21.8
NYW05010005LM
50
10
5 (VDC)
4.5~5.5
4500
10.9
2
140
0.7
50000
27.3
NYW05010005LH
50
10
5 (VDC)
4.5~5.5
5500
13.5
3.2
240
1.2
50000
31.7
NYW05010012BL
50
10
12 (VDC)
7~13.2
3500
8.3
1
60
0.72
80000
21.8
NYW05010012BH
50
10
12 (VDC)
7~13.2
5500
13.5
3.2
125
1.5
75000
31.7
NYW05010012LL
50
10
12 (VDC)
7~13.2
3500
8.3
1
60
0.72
50000
21.8
NYW05010012LM
50
10
12 (VDC)
7~13.2
4500
10.9
2
100
1.2
50000
27.3
NYW05010012LH
50
10
12 (VDC)
7~13.2
5500
13.5
3.2
180
2.16
50000
31.7
NYW05010012SL
50
10
12 (VDC)
7~13.2
3500
8.3
1
60
0.72
30000
21.8
NYW05010012SM
50
10
12 (VDC)
7~13.2
4500
10.9
2
90
1.08
30000
27.3
NYW05010012SH
50
10
12 (VDC)
7~13.2
5500
13.5
3.2
125
1.5
25000
31.7
YW05020012SL
50
20
12 (VDC)
7~13.2
3500
8.9
2.1
60
0.72
30000
22.5
YW05020012SH
50
20
12 (VDC)
7~13.2
5300
13.2
4.7
110
1.32
25000
30
YW05020012LL
50
20
12 (VDC)
7~13.2
3500
8.9
2.1
75
0.9
50000
22.5
YW05020012LH
50
20
12 (VDC)
7~13.2
5300
13.2
4.7
130
1.56
50000
30
YW05020012BL
50
20
12 (VDC)
7~13.2
3900
10
2.5
60
0.72
80000
23.5
YW05020012BM
50
20
12 (VDC)
7~13.2
4800
12.2
4
90
1.08
80000
28
YW05020012BH
50
20
12 (VDC)
7~13.2
5600
14
5.5
110
1.32
75000
32.5
EYW06015005LL
60
15
5 (VDC)
4~5.5
3300
14.1
2
130
0.65
50000
22
EYW06015005LH
60
15
5 (VDC)
4-5.5
4800
20.9
3.9
360
1.8
50000
33
EYW06015012BL
60
15
12 (VDC)
7-13.2
3300
14.1
2
55
0.66
80000
22
EYW06015012BM
60
15
12 (VDC)
7~13.2
4100
18
3
100
1.2
80000
28.4
EYW06015012BH
60
15
12 (VDC)
7~13.2
4800
20.9
3.9
130
1.56
75000
33
EYW06015012BS
60
15
12 (VDC)
7~13.2
5300
23.5
5
150
1.8
65000
35
EYW06015012BSS
60
15
12 (VDC)
7~13.2
6100
27
6.5
230
2.76
65000
38
EYW06015012LL
60
15
12 (VDC)
7~13.2
3300
14.1
2
70
0.84
50000
22
EYW06015012LM
60
15
12 (VDC)
7~13.2
4100
18
3
100
1.2
50000
28.4
EYW06015012LH
60
15
12 (VDC)
7~13.2
4800
20.9
3.9
130
1.56
50000
33
EYW06015012LS
60
15
12 (VDC)
7~13.2
5300
23.5
5
150
1.8
50000
35
EYW06015012LSS
60
15
12 (VDC)
7~13.2
6100
27
6.5
260
3.12
50000
38
EYW06015024BL
60
15
24 (VDC)
12~26.4
3300
14.1
2
25
0.6
80000
22
EYW06015024BM
60
15
24 (VDC)
12~26.4
4100
18
3
40
0.96
80000
28.4
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60
15
24 (VDC)
12~26.4
4800
20.9
3.9
55
1.32
75000
33
EYW06015024BS
60
15
24 (VDC)
12~26.4
5300
23.5
5
70
1.68
65000
35
EYW06015024LL
60
15
24 (VDC)
12~26.4
3300
14.1
2
25
0.6
50000
22
EYW06015024LM
60
15
24 (VDC)
12~26.4
4100
18
3
40
0.96
50000
28.4
EYW06015024LH
60
15
24 (VDC)
12~26.4
4800
20.9
3.9
55
1.32
50000
33
EYW06015024LS
60
15
24 (VDC)
12~26.4
5300
23.5
5
70
1.68
50000
35
NYW06015005SL
60
15
5 (VDC)
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3000
14.3
1.7
110
0.55
30000
24
NYW06015005SM
60
15
5 (VDC)
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3900
19.8
3.7
210
1.05
30000
33.5
NYW06015005SH
60
15
5 (VDC)
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4700
23.9
4.5
320
1.6
25000
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NYW06015012BL
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15
12 (VDC)
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3200
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2
100
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80000
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NYW06015012BM
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15
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NYW06015012BH
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15
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4.5
220
2.64
75000
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NYW06015012BS
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15
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26.4
5
270
3.24
65000
40
NYW06015012BSS
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15
12 (VDC)
7~13.2
6000
30.4
6.9
400
4.8
65000
43
NYW06015012S
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15
12 (VDC)
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3000
14.3
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80
0.96
30000
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NYW06015012SM
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15
12 (VDC)
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3800
19.3
3.5
140
1.68
30000
33
NYW06015012SH
60
15
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4700
23.9
4.5
220
2.64
25000
38
NYW06015012SS
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15
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5000
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250
3
20000
39
NYW06015024BL
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15
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3200
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70
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80000
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NYW06015024BM
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15
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4000
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80000
34
NYW06015024BH
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15
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145
3.48
75000
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NYW06015024BS
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15
24 (VDC)
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5200
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5
180
4.32
65000
40
NYW06015024SL
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15
24 (VDC)
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3000
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1.7
90
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30000
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NYW06015024SM
60
15
24 (VDC)
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3800
19.3
3.5
110
2.64
30000
32.8
NYW06015024SH
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15
24 (VDC)
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4500
23.6
3.9
120
2.88
25000
34.8
NYW06015024SS
60
15
24 (VDC)
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5000
25.4
4.6
180
4.32
20000
39
YW05015012BS
50
15
12 (VDC)
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5500
17.1
4.4
220
2.64
65000
36.5
BW07820012BS
78
20
13.6 (VDC)
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6100
14.16
47.85
620
8.43
65000
51.2
BW07920012BS
79
20
13.6 (VDC)
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6100
13.69
45.97
620
8.43
65000
56
BW10025012BS
100
25
13.6 (VDC)
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4200
21.4
36.8
550
7.43
65000
54.8
BW11025012BS
110
25
13.6 (VDC)
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4500
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53.5
1000
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65000
57.1
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99 Results

Automotive Industry Case Study

Keeping Cool Under Pressure: Custom Thermal Design for a High-Power Car Audio Amplifier

The engineering team had planned to use the sealed aluminum housing itself as a passive heat spreader, which offered the added benefits of dust protection and EMI isolation. At moderate operating levels, this worked adequately, but it fell short at higher power outputs. Active cooling was needed - and with limited time remaining in the development cycle, the solution had to meet demanding requirements simultaneously: high airflow, high static pressure, low noise, low power draw, seamless integration into the existing enclosure, and low unit cost.
 

YS Tech performed a comprehensive thermal system simulation to identify the exact performance characteristics required, then rapidly developed a prototype cooling module that combines a high-performance axial fan with a custom heat sink. Test results came within a few percent of the simulation's predicted values, giving the client confidence that the solution was precisely engineered rather than over-specified.

YS Tech's support continued beyond the initial prototype. A complete Design for Manufacturing (DFM) report was provided covering draft angles, mold gate locations, interface surfaces, mounting standoffs, wire routing, grommet design, and packaging. Pre-Production Approval Process (PPAP) documentation was also delivered to streamline integration into the client's production program.

The outcome extended beyond the original program. YS Tech was named a preferred supplier for thermal control products across the client's product range - subsequently supplying fans, heat sinks, blowers, fan trays, custom cabling, and assembly work across multiple programs.

More Information on Automotive Thermal Management

What thermal management products does YS Tech USA supply for automotive applications?

YS Tech USA supplies axial fans, EC blowers, heat sinks, and custom thermal assemblies for automotive component manufacturers. Applications include infotainment and audio systems, heads-up display (HUD) units, battery management systems, ADAS hardware, and EV charging infrastructure. Standard catalog products cover most common requirements; custom designs are available where size, performance, or integration specifications fall outside standard ranges.

What are the main thermal challenges in automotive electronics?

Automotive electronics operate in environments with wide temperature swings, vibration, dust, and limited enclosure space - all while meeting strict acoustic and power consumption targets. Infotainment amplifiers, battery management systems, and ADAS processors generate significant heat in tightly packaged housings where passive cooling alone is often insufficient. Active cooling solutions need to deliver adequate airflow and static pressure within enclosures that weren't originally designed around a fan.

Can YS Tech USA design a custom fan or heat sink for an automotive application?

Yes. YS Tech USA's engineering team works directly with automotive component engineers to develop custom thermal solutions, including custom fan-blade geometry, heat-sink designs, and integrated cooling modules. Custom engagements are supported by CFD simulation and thermal modeling, rapid prototyping, DFM reporting, and PPAP documentation to support production approval processes.

Does YS Tech USA support automotive regulatory and quality standards?

Yes. YS Tech USA designs to the quality and compliance requirements of automotive programs, including IATF 16949 - the international quality management standard for automotive production. Documentation support for production approval processes, including PPAP, is available as part of custom design engagements.

What is a DFM report and why does it matter for automotive thermal design?

A Design for Manufacturing (DFM) report identifies and resolves manufacturability issues before production tooling is committed - covering factors like draft angles, mold gate locations, interface surfaces, mounting standoffs, and wire routing. For automotive programs operating under tight cost and timeline constraints, DFM support reduces the risk of design revisions late in the development cycle and helps get thermal solutions into production faster.

How do I specify a thermal solution for an automotive application?

Key inputs include available envelope dimensions, target airflow and static pressure, operating voltage and power budget, acoustic limits (dBA), operating temperature range, vibration requirements, and any applicable quality or regulatory standards. Contact YS Tech USA to discuss your application with an engineer; thermal simulation can help define precise performance requirements if full specifications aren't yet established.  

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