Product Description
Heat Transfer In A Tubular Heat Exchanger Apparatus Specification of Heat Transfer In A Tubular Heat Exchanger Apparatus Heat Transfer In A Tubular Heat ExchangerHot Water Circuit With Tank, Heater, Temperature Controller And PumpCold Water Circuit From Laboratory SupplyTemperature Controller Controls The Water Inlet Temperature For The Hot Water CircuitParallel Flow And Counter Flow Operation AdjustableFlow Rates Adjustable Using Valves7 Temperature Sensors With Digital Display And Selector For Temperature Measuring PointsProcess schematic Technical Data of Heat Transfer In A Tubular Heat Exchanger Apparatus Heat ExchangerTubes Made Of Cu, Thermal Conductivity K: 384W/MkLength: 600mmMean Transfer Area: 0,013mTube diameters (t=1mm): D=8mm, D=15mm Pump Max. Flow Rate: 4m/HMax. Head: 4mPower Consumption: 70wHeater: 3kw, With Thermal Cut-OutTank: 6,5L Measuring Ranges Flow Meter: 20...250l/HTemperature: 0...100C
FAQs of Heat Transfer In A Tubular Heat Exchanger Apparatus:
Q: What type of power source does the Heat Transfer In A Tubular Heat Exchanger Apparatus use?
A: The apparatus operates on an electric power source.
Q: What material is used for manufacturing the Heat Transfer In A Tubular Heat Exchanger Apparatus?
A: The apparatus is made from mild steel.
Q: Is the Heat Transfer In A Tubular Heat Exchanger Apparatus suitable for industrial applications?
A: Yes, the apparatus is specifically designed for industrial use.
Q: Does the apparatus consume a lot of power?
A: No, the apparatus is designed to have low power consumption.
Q: What are the key features of the Heat Transfer In A Tubular Heat Exchanger Apparatus?
A: The apparatus is cost-effective and ensures proper execution of heat transfer processes.