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Simulation Report for 160W Lighting Fixture (Ambient Temperature: 35°C)

2024-10-11 160W LED Project Report a

Heat Source Parameters

1.Diameter: 59.5 mm
2.Material: Substrate 1000 series aluminum baseplate
3.Thermal Power: 160 W
4.Ambient Temperature:
5.Fan P-Q and 3D model as follows:

DIMENSIONS DRAWING

Dimensions Drawing

P-Q CURVE

P-Q CURVE

GENERAL SPECIFICATIONS
Frame&lmpeller Material: Plastic(UL 94V-0)
Bearing Type:
                      B:Dual ball bearing
                      S: Sleeve bearing
Lead Wires: UL 1007 AWG#26 OR Equivalent
                      Red Wire Positive(+)
                      Black Wire Negative(-)
Weight: 80g(2.82oz)

MODEL

Rated  Voltage

Operating

Vottage Range

Rated  Current

Rated Input

Power

Speed

Xnu

Ir Flow

Maximum

Air Pressure

Noise

PART NO.

VDC

VDC

Amp

Watt

R.P.M.

m²/min

CFM

mm-H₂O

Inch-H₂O

dB-A

AS8025L12

12

5.0 to 13.8

0.12

1.44

2000

0.793

28.00

1.91

0.075

28.0

AS8025M12

12

5.0 to 13.8

0.15

1.80

2500

0.934

33.00

 3.02

0.119

30.5

AS8025H12

12

5.0 to 13.8

0.24

2.88

3000

1.133

40.00

4.10

0.161

32.5

The hottest point of the entire device is at the center of the light board, with a maximum temperature of 65.38°C.

Simulation Results

The simulation results show that under a constant temperature environment of 35°C, the maximum temperature of the light board is 65.38°C, with a temperature rise of 30.38°C. The thermal resistance value is 0.189°C/W.

160W LED Project Report av