The GUNT WL 110.04 Stirred Tank with Double Jacket and Coil provides a versatile platform for studying heating, cooling, and mixing processes in chemical and engineering applications. It demonstrates precise temperature control and uniform mixing in tanks using a jacket and/or coiled tube.
Product Features
- Jacketed stirred tank fitted with a coiled tube for heating or cooling the tank content.
- In “heating mode with jacket,” hot water flows through the jacket and transfers thermal energy to the tank.
- In “heating mode with coiled tube,” hot water flows through the coil to heat the tank content efficiently.
- Stirring machine ensures even mixing and temperature distribution in all modes.
- Time functions during experiments are plotted and displayed graphically.
- Easily positioned on the WL 110 supply unit worktop for safe and convenient operation.
- RFID technology automatically identifies the accessory, loads PLC software, and configures the system automatically.
- Intuitive user interface guides through experiments; up to 10 external workstations can connect via LAN for simultaneous monitoring and evaluation.
- Temperature sensors measure inlet and outlet temperatures, with an additional sensor in the stirred tank for precise monitoring.
- Hot and cold water supply, flow and speed settings, and temperature measurements are controlled via the WL 110 supply unit.
Benefits
- Enables study of combined heating, cooling, and mixing processes in a controlled environment.
- Precise and uniform temperature control with integrated stirring ensures reliable results.
- Flexible operation using jacket or coiled tube for heating/cooling applications.
- Integrated RFID and PLC software simplify setup and enhance accuracy of experiments.
Why Choose GUNT Stirred Tank WL 110.04, Double Jacket and Coil?
The GUNT WL 110.04 Stirred Tank with Double Jacket and Coil provides an intuitive and safe platform for studying heating, cooling, and mixing processes, ideal for education and research in chemical and engineering applications.
