The GUNT WL 110.03 Shell and Tube Heat Exchanger provides an efficient platform for studying heat transfer in chemical, pharmaceutical, and process engineering applications. This experimental unit demonstrates cross-parallel and cross-counterflow heat exchange using a transparent shell and tube design for clear observation.
Product Features
- Consists of seven tubes surrounded by a transparent outer shell for clear visualization of flow.
- Hot water flows through the tube space while cold water flows through the shell space, enabling effective thermal energy transfer.
- Baffle plates deflect the flow in the shell to increase turbulence and improve heat transfer efficiency.
- Supply hoses with quick-release couplings allow flow direction reversal for cross-parallel or cross-counterflow operation.
- Temperature curves are plotted and displayed graphically during experiments.
- Mean heat transfer coefficient is calculated as a characteristic variable.
- Easily and safely positioned on the WL 110 supply unit worktop for secure operation.
- RFID technology automatically identifies accessories, loads appropriate PLC software, and configures the system automatically.
- Intuitive user interface guides experiments; up to 10 external workstations can connect via LAN for simultaneous monitoring and evaluation.
- Temperature sensors at supply connections measure inlet and outlet temperatures; hot and cold water supply, flow settings, and measurements are controlled via the WL 110 supply unit.
Benefits
- Provides hands-on understanding of shell and tube heat exchanger operation.
- Compact and transparent design allows observation of flow and temperature changes.
- Reversible flow demonstrates both cross-parallel and cross-counterflow heat exchange.
- Integrated RFID and PLC software simplify experiments and enhance accuracy.
Why Choose GUNT Heat Exchanger WL 110.03, Shell, Tube?
The GUNT WL 110.03 Shell and Tube Heat Exchanger offers precise, safe, and intuitive experimentation for studying heat transfer, ideal for education and research in chemical, pharmaceutical, and process engineering environments.
