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  What can be understood by measuring heat flow.(4)

  Heat flux (thermal flux) is the amount of thermal energy passing through a unit area, which will lead to temperature changes in the future.

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  Mastery techniques(0)

  We will introduce the tools and know-how necessary to effectively measure heat flow with Toyota's heat flow sensor "Energy flow."

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  Characteristics of energy flow(3)

  We would like to introduce the product features of Toyota's heat flow sensor "Energy flow," which is utilized in the car development field. - High-sensitivity semiconductor type utilizing the Seebeck effect - Capable of detecting even slight heat flows - Resistant to electrical noise interference - Thin and flexible, allowing use on curved surfaces - Low thermal resistance and excellent compressive load resistance - Waterproof, water-resistant, and oil-resistant - A wide variety of sizes and cable lengths available (customizable upon request)

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  Use case(7)

  This is an introduction to a case study measuring heat flow using Toyota Motor Corporation's heat flow sensor "Energy flow."

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  [Standard Type] I want to measure heat flow.(1)

  This is a standard thermal flow sensor that can measure the amount of thermal energy passing through the measurement surface (W/m²; thermal energy passing through a unit area) and its direction*. *The vertical component of the thermal energy input on the sensor surface. No power supply or amplifier circuit is required, and measurements can be taken immediately if there is an environment capable of voltage measurement. You can choose the size of the detection part and the length of the cable according to your application.

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  Built-in thermocouple type: I want to measure the temperature simultaneously.(0)

  This type has a built-in thermocouple and can measure temperature in sync with heat flow. You can choose the detection part size and cable length according to your application.

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  [Aluminum vapor deposition type] I want to measure convective heat and radiant heat separately.(0)

  A low emissivity aluminum has been deposited on the standard type thermal flow sensor. By combining it with the standard type, it is possible to separately detect radiant heat and convective heat. This can effectively lead to the consideration of appropriate thermal measures based on the type of heat transfer. You can choose the detection unit size and cable length according to your application.

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  Heat-resistant type [in development](0)

  We are developing a heat-resistant type designed for use in high-temperature environments. By packing with ceramic, it can be used at temperatures up to 700°C.

Product/Service List (12)