TRAINING OBJECTIVES
• Balance of energies in the heat exchanger.
• Calculating the logarithmic mean temperature difference.
• Determination of the overall transmission heat coefficient.
• Calculation of effectiveness.
TECHNICAL DATA
• Dimensions: 440x250x430 mm
• Vessel inner volume: 1.840 cm³
• Serpentine length: 290 cm
• Heat transfer surface (vessel‐coil): 0.044 m²
• Vessel outer volume: 1.691,5 cm³
• Heat transfer surface between inner and outer vessel: 0,0899 m²
JACKETED VESSEL WITH STIRRER AND COIL HEAT EXCHANGER
This type of heat exchanger is commonly used in the process and chemical industries, when a well defined fluid temperature is required.
The exchanger can operate with a double wall vessel or a coiled tube; the module can also operate with a continuous flow in the vessel or heating a defined quantity of a liquid.
The exchanger includes a thermocouple that continuously measures the fluid temperature within the vessel and it includes also a variable‐speed stirrer to test the effects in heat exchanger.
