The GUNT Central Storage Module with Controller is the core component of the HL 320 modular system, designed for experiments on the generation, storage, and utilization of heat from renewable energy sources. This system allows users to study different heat sources, storage methods, and consumer applications using real-world components commonly found in modern heating systems.
Product Features
- Core module of the HL 320 system for renewable energy and heating experiments
- Includes integrated piping, pump, 3-way valve, and safety devices
- Supports two different heat storage methods for diverse experimental setups
- Quick-release couplings for simple and flexible connection to other HL 320 modules
- Freely programmable heating controller for full system operation and monitoring
- Controller operated via intuitive touch screen or remotely through LAN/WLAN
- Integrated WLAN router for access from multiple external workstations
- Multiple user levels available for varying control access and learning levels
- Data logging and PC evaluation through LAN/WLAN network connection
- Includes manufacturer software for configuration, data evaluation, and editing
- Configuration files for both introductory and advanced experiments supplied
- Custom configurations can be stored and managed in the controller’s memory
Benefits
- Serves as the central hub for the HL 320 renewable heating modular system
- Provides realistic training using genuine heating system components
- Facilitates hands-on learning of heat generation, storage, and control principles
- Remote access enables collaborative and flexible experimentation
- Supports educational and research applications in renewable energy technology
Why Choose GUNT Central Storage Module with Controller?
The GUNT Central Storage Module with Controller (HL 320.05) offers a versatile and comprehensive platform for studying renewable heating systems. Its advanced control options, real-time monitoring, and seamless integration with other HL 320 modules make it an essential tool for effective renewable energy education and experimentation.
