Educational Experimental Device: Heat Exchanger Experiment PC-HEP-400
The inner and outer tubes of the double-tube heat exchanger are supplied with hot water and cold water, respectively, in either counterflow or parallel flow conditions, and the heat transfer rate and overall heat transfer coefficient are measured from the heat transfer process. Since temperature control is performed using a digital temperature controller, stable experiments can be conducted. By switching, PID temperature control via a computer and the acquisition and analysis of experimental data can be performed. 【Features】 ○ Experimental items - Calculation of heat transfer rate and overall heat transfer coefficient (counterflow, parallel flow) - Calculation of logarithmic mean temperature and logarithmic mean heat transfer area - Heat balance calculation - Calculation of thermal conductivity, boundary layer heat transfer coefficient, and Reynolds number - Temperature control via computer, acquisition and analysis of experimental data, CRT display of results, and printer output ○ Device dimensions: 2350mm(W) × 820mm(D) × 1760mm(H)
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The inner and outer tubes of the double-pipe heat exchanger are supplied with hot water and cold water, respectively, in either counterflow or parallel flow conditions, allowing for the measurement of heat transfer rates and overall heat transfer coefficients from the heat transfer process. Temperature control is performed using a digital temperature controller, enabling stable experiments. By switching modes, PID temperature control via a computer, as well as the acquisition and analysis of experimental data, can be performed. 【Features】 ○ Experimental Items - Calculation of heat transfer rates and overall heat transfer coefficients (counterflow, parallel flow) - Calculation of logarithmic mean temperature and logarithmic mean heat transfer area - Heat balance calculation - Calculation of thermal conductivity and boundary layer heat transfer coefficients, Reynolds number calculation - Temperature control via computer, acquisition and analysis of experimental data, CRT display of results, printer output ○ Equipment Dimensions: 2350mm(W) × 820mm(D) × 1760mm(H)
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Tokyo Meter has a proven track record both domestically and internationally in educational and research internal combustion engine performance comprehensive testing equipment for universities, technical colleges, and industrial high schools, as well as testing equipment focused on fluid and thermal applications for general industries, and fluid measurement instruments.
