Heat Conduction in Fluids
Heat Conduction in Fluids
The SR3028 unit is designed for comprehensive experimentation and training in the principles
of heat conduction through fluids. It enables practical studies of both steady-state and
transient thermal transfer mechanisms.
✔️ Steady Heat Conduction in Liquids and Gases
• Determine the thermal resistance of various fluids
• Measure thermal conductivity (k) at multiple temperatures
• Compare heat conduction behavior in water, oil, air, and CO₂
✔️ Transient Heat Conduction
• Interpret transient thermal states during heating and cooling cycles
• Understand dynamic response using the block capacity model
Technical Specifications System
Configuration:
• Test fluid placed in concentric annular gap between two cylinders
• Inner cylinder: continuously electrically heated (350 W max)
• Outer cylinder: water-cooled for heat dissipation
• No external instrumentation required — includes integrated microprocessor-based
measurement unit
Materials & Construction:
• High-quality stainless steel design
• Compact bench-top trainer suitable for lab environments
Key Measurements:
• Thermal conductivity of water, oil, air, CO₂
• Temperature range: 2 sensors, 0 to 325 °C
• Heating power input: 0 to 450 W
• Heat transfer area: 0.007439 m²
• Annular gap height: 0.4 mm
• Average diameter: 29.6 mm
Cylinder Properties:
• Inner cylinder mass: 0.11 kg
• Specific heat capacity: 890 J/kg·K
• Temperature limit: 95 °C for operational safety