Thermal resistance test wind tunnel
Applications:
● Used for testing electronic components' heating and heat dissipation related indicators, testing airflow characteristics through components, visualizing flow experiments, measuring thermal resistance, and generating P-Q curves.
Features:
● Possesses powerful software testing capabilities.
● Has no less than 20 sensor ports.
● Adjusts airflow by controlling the fan.
● The test section observation window allows observation of the flow field distribution.
● The extra-large installation platform meets the needs of test pieces of different sizes.
● Used for testing electronic components' heating and heat dissipation related indicators, testing airflow characteristics through components, visualizing flow experiments, measuring thermal resistance, and generating P-Q curves.
Features:
● Possesses powerful software testing capabilities.
● Has no less than 20 sensor ports.
● Adjusts airflow by controlling the fan.
● The test section observation window allows observation of the flow field distribution.
● The extra-large installation platform meets the needs of test pieces of different sizes.
- Product Description
-
Project Parameters Model X5609 Wind Speed Range (2~12) m/s Airflow Range (20~1400) m³/h Wind Tunnel Type Thermal Resistance Type DC Low-Speed Wind Tunnel Test Section Dimensions 600mm (L) x 400mm (W) x 80mm (H) Wind Speed Sensor Pitot Tube (L-type) Pitot Tube Coefficient: (0.997~1.003) Airflow Sensor Matrix Pressure Tube Accuracy: 0.1%FS Drag Test Sensor Differential Pressure Transmitter Accuracy: 0.1%FS Temperature Sensor Temperature Transmitter (16 units) Accuracy: 0.25%FS Temperature Measurement Range 0~100℃ Power Supply AC220V 600W Overall Dimensions 1950mm (L) x 595mm (W) x 405mm (H)
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