Product Description
Heat Conduction in SolidsTechnical Description of Heat Conduction in SolidsThe fundamental laws of steady-state thermal conduction in solid bodies can be investigated with this experimental unit. The specimens are arranged between an electrical heater and a water-cooled plate. A Dewar vessel prevents the exchange of heat with the surrounding environment. The specimens are equipped with several temperature measuring points. The heat transfer rate is determined via the current and voltage of the heater. Specification of Heat Conduction in Solids Linear conduction in metals Specimens placed between electric heater and water-cooled plate 6 Specimens (2x copper, aluminium, steel and 2x stainless steel) Heating capacity, adjustable Raised tank for constant water pressure 2 Thermometers for water temperature 4 Temperature sensors, display with selector switch Voltmeter, ammeter Technical Data of Heat Conduction in Solids Heater: 365W Specimens Copper, Dxl: 40x65mm and 40x30mm Aluminium, Dxl: 40x65mm Steel: Dxl: 40x30mm Stainless steel: Dxl: 40x65mm and 40x30mm Dewar vessel: 2.1L Raised tank: water pressure: 356mmWC Measuring ranges Temperature (thermometer): 2x -10...50C Temperature (sensor): 4x 0...200C Voltage: 0...230VDC Current: 0...1.5A Dimensions and Weight of Heat Conduction in Solids l x w x h: 550 x 350 x 780 mm Weight: approx. 43 kg
FAQs of Heat Conduction In Solids:
Q: What is the main function of the Heat Conduction In Solids product?
A: The main function of Heat Conduction In Solids is to ensure low power consumption during its operation.
Q: What type of product is Heat Conduction In Solids?
A: Heat Conduction In Solids is classified as an engineering product.
Q: What is the power source for Heat Conduction In Solids?
A: The power source for Heat Conduction In Solids is electric.
Q: What material is used in the manufacturing of Heat Conduction In Solids?
A: Heat Conduction In Solids is made from mild steel.
Q: What are the key features of Heat Conduction In Solids?
A: Heat Conduction In Solids is cost-effective and ensures proper execution during industrial applications.
Q: What is the intended application of Heat Conduction In Solids?
A: Heat Conduction In Solids is designed for industrial use.