
For thermal management in product development such as electrical devices, including heat dissipation analysis and simulations. It can be combined with multi-point wind speed measurement and output units!

A high-temperature wind sensor (up to 120℃) has been developed! You can easily understand the wind speed distribution around the engine and radiator!

It has become possible to conduct thermal cooling analysis that I thought was impossible, verify simulations, and measure wind speed distribution in narrow gaps! Such as a high-temperature digital 4-channel anemometer.

I was unable to perform thermal design, cooling effect analysis, simulation result verification, and measurement of wind speed distribution in narrow gaps, but now it is possible!

The airflow inside the duct can be accurately measured with a multi-point wind speed measurement system using a rectifying grid and rectifying mesh!

Cooling effect can be easily analyzed! Wind speed distribution in a narrow space can be simultaneously measured at 16 points! It is now possible to analyze the cooling effect within electronic devices where warm air flows.

For measuring wind speed and temperature in the gaps of electronic devices! Compact and adhesive horizontal omnidirectional probe.