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JT1411 wind speed sensor is a miniature wind speed sensor with small size and high sensitivity. It can be integrated into the circuit. It is suitable for the wind speed test and control of the heat dissipation environment in the chassis of electrical appliances and circuits, so as to ensure the safe operation and good heat dissipation performance of electrical equipment.
High-precision measurement: 0-5m/s: ±(0.1 m/s +2% of reading)
>5m/s: ±(0.2 m/s +2% of reading)
Tiny probe size: the probe length is only
169mm Output: Simultaneously output wind speed and temperature
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Technical performance
High
response speed: The wind speed probe has high sensitivity and can sense weak airflow changes. It has a wide range of applications in the field of studying airflow organization and monitoring laminar flow in clean spaces.
When measuring, the installation hole should face the direction of the wind, and the best measurement angle is an important factor to improve the measurement accuracy.
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Specification size
Shape size JT1430 wind speed probe is only less than 17cm in length, which is very suitable for laminar flow monitoring
in clean rooms /fume hoods.
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The wind speed control of the biological safety cabinet
adopts the visible thermal micro-wind speed sensor to measure the wind speed in a real, accurate and timely manner.
YY0569-2011 (current version) provides 4 methods: air flow meter method, anemometer to measure the exhaust air flow velocity, and limit the height of the front window The anemometer measures the airflow velocity of the front window, and the anemometer measures the airflow velocity of the front window.
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The application of wind speed measurement in clean room
Whether it is in the completion acceptance and comprehensive performance evaluation test of the clean room, or in the actual operation process, the wind speed and air volume should be tested first.
When the JT1430 wind speed sensor is used to measure the wind speed of laminar flow or FFU outlet, the sensor can be fixed at the air outlet or installed inside the pipeline, and the measurement data can be communicated with the control center in real time to ensure that all equipment operates normally and achieves the best operating state.