Heat exchange experiment equipment - メーカー・企業と製品の一覧

Heat exchange experiment equipmentの製品一覧

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TD360 Heat Exchange Experiment Device

Heat exchange experimental apparatus

This is a tabletop experimental device that demonstrates heat transfer (overall heat transfer) between adjacent fluids and verifies the effects of flow rate and temperature difference. The heat exchange experimental device TD360 offers four types of heat exchangers: double-tube, plate, multi-tube cylindrical, and tank jacket (coil) type, with experimental items available as options (sold separately). One of these can be attached to the device for experimentation. The system consists of a hot water system and a cooling system, along with a flow control valve and flow meter, with temperatures and flow rates displayed digitally. The hot water system is composed of a tank with a PID-controlled heater, a pump, and a water level gauge, ensuring stable temperature and flow. The digital display shows the inlet and outlet temperatures of hot and cold water, the temperature of the thermocouples integrated into the heat exchanger (sold separately), and the flow rates of hot and cold water, allowing experiments to be conducted without a PC (sold separately). The four types of heat exchangers (sold separately) have the same heat transfer area (0.02 m²) and wall thickness (1 mm), making it easy to compare each exchanger.

  • Analysis and prediction system

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TD1007 Air-Cooled Heat Exchanger Experimental Device

Air-cooled heat exchange experimental device

This is a system commonly used in heating and cooling air conditioning equipment for buildings and houses, as well as radiators. It is a tabletop experimental device where heated hot water circulates through copper pipes in a heat exchanger and exchanges heat with the air flowing through a wind tunnel. The device comes with a 32-tube heat exchanger, and as an option (sold separately), a 16-tube or 16-tube fin-type heat exchanger is available, allowing for experiments to be conducted with either heat exchanger installed. The hot water system consists of a tank with a PID-controlled heater, a pump, and a water level gauge, and it digitally displays the inlet and outlet temperatures and flow rate of the hot water. The air supply duct system is composed of an orifice and pressure ports for flow measurement, an electric fan, and a slide valve, and it digitally displays the temperatures at the duct inlet and the heat exchanger inlet and outlet, as well as the orifice differential pressure. In the empty space on the right side of the device, an optional (sold separately) data automatic collection system (VDAS-F) can be installed. By using the data automatic collection system, various data can be collected in real-time to a PC (sold separately) and the experimental results can be analyzed.

  • Analysis and prediction system

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TE93 Direct Flow Heat Exchange Experimental Device

Straight-through flow thermal exchange experimental device

We will measure the heat transfer due to forced convection and observe the cooling rate of heated objects in the airflow. The air inhaled from the bell mouth is released into the atmosphere after passing through the experimental area (pin-shaped module), diffusion body, constant-speed fan, flow control valve, and silencer. At the wind tunnel entrance, there is a thermocouple to measure the temperature of the incoming air, and there are two static pressure ports and a pitot tube mounting point before and after the pin-shaped module. The pitot tube can be mounted either in front or behind to measure the velocity distribution in the cross-sectional direction. In the experimental area, pins are arranged perpendicular to the wind direction, and one of them can be removed and replaced with a pin-type heater. The pin-type heater has a thermocouple built into it, allowing us to measure the heat transfer based on the time it takes for the temperature to decrease and the wind speed. The control unit has thermocouple connection ports (2 locations), pressure connection ports (differential pressure at 2 locations), and a heater power switch, and it digitally displays the temperatures at two locations, the differential pressure before and after the pin-shaped module, and the differential pressure between the total pressure and static pressure of the pitot tube. By using the optional (sold separately) data automatic collection system VDAS-B, various data can be collected and analyzed in real-time on a PC (sold separately).

  • Analysis and prediction system

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