Convection And Radiation Thermal Lab Equipment Teaching Equipment Didactic Equipment

SR3026 Convection And Radiation Thermal Lab Equipment Teaching Equipment Didactic Equipment
I. Product Overview
1.1 Overview
In the case of real heat transfer between two bodies, heat transfer usually occurs simultaneously through matter-bound transport, such as convection or heat conduction, and non-matter-bound transport, such as radiation. It is difficult to identify individual heats in a particular type of heat transfer.
Through the trainer, these individual heats can be assigned to transmission types. The core component is a metal cylinder inside a pressure vessel. There is a temperature-controlled heating element in the middle. Sensors record cylinder wall temperature, heater temperature and heater power.
This metal cylinder is used to study the heat transfer between the heating element and the vessel wall. Pressure vessels may be under vacuum or overpressure. In a vacuum, heat transfer occurs mainly by radiation. If the container is filled with gas and subjected to excessive pressure, there is an additional transfer of heat by convection. Heat transfer in various gases can be compared.
Besides air, helium or carbon dioxide are also suitable for testing. Rotary pumps can generate vacuums up to approx. 0.02 mbar. The air pressure creates an overpressure of up to about 1 bar. Pressure measurement can be performed using two pressure transducers with appropriate measuring ranges.
Measured values are read on a digital display and can be simultaneously transferred directly to a PC via a USB connection
1.2 Features
(1) The training platform is made of carbon steel as a whole, and the surface is sprayed with anti-corrosion treatment. The experimental part is made of stainless steel, which greatly prolongs the service life of the equipment.
(2) The bottom is equipped with universal casters for easy movement.
II. Performance Parameters
(1) Input power: single-phase three-wire system 220V±10% 50Hz
(2) Approximate dimensions: 1340mm*800mm*1500mm
(3) Machine weight: <100kg
(4) Heating power: 25W
(5) Working conditions: room temperature

III. Product Composition
3.1 Schematic diagram
P1 absolute pressure()
P2 relative pressure ()
T1 heater temperature
T2 tube wall temperature
E1 heating power
V1 negative pressure cut-off ball valve
V2 exhaust valve
V3 safety valve (set pressure 1.5bar)
3.2 Power box part
1 display screen
2 power switch
3 USB ports
4 power meters
5 power adjustment
3.3 Experimental bucket part
1 Temperature sensor   Measuring the heating rod temperature
2 Pressure sensors     Detect tank temperature
3 Intake/exhaust valve   extract tank pressure
4 Ports                connecting pipe
5 Exhaust valve        Used to discharge the gas in the tank
6 Safety valve          Exceeding the safety pressure valve automatic exhaust
7 Exhaust valve         Used to discharge the gas in the tank
3.4 Vacuum pump part
1 Pressure port  
2 Vacuum port  
3 Pump body
IV.. Experiment List
Experiment 1 Introduction to Blackbody
Experiment 2 Safety valve setting experiment
Experiment 3 Vacuum experiment
Experiment 4 Positive pressure experiment
Experiment 5 Determination of Radiation Coefficient
Experiment 6 Experiment Evaluation
Experiment 7 Calculation of heat transfer coefficient
Experiment 8 Software use experiment