Various institutes of the private research centre Eurac Research based in Bolzano (South Tyrol) as well as public institutions and private companies use the terraXcube. It is mostly used for medical and ecological research as well as for practical tests. The climate chambers of different sizes simulate a variety of environmental influences. This includes temperatures from -40 °C to +60 °C, humidity, precipitation, wind or even altitude pressure. In the Small Cubes, the complete solar spectrum can be simulated.
It is possible to carry out ecological tests in the terraXcube. E.g. with plants, medical tests on the human organism as well as industrial tests on large equipment or special vehicles, among other things. Examples are the studies concerning the heating system performance standards of the cabin of a feed mixer truck or the cold start of a vehicle.
The terraXcube also provides a safe and controlled training environment under extreme conditions. Students of physiology at the University of Ulm, for example, studied the physiological effects of simulated extreme altitude exposure on the human body. After the lectures at the university on the theory, they were able to experience the effects in practice on their own body at an absolute air pressure of 600 mbar (corresponds to an altitude of 4000 m) in the climate chamber.
Gas Detection Systems Must be Reliable at all Times.
Gases are used in research work of this kind. Different climate conditions or the effects of the growing proportion of the climate gas CO2 in the atmosphere are studied. Thus, the climate simulator also needs a fixed gas warning system.
If the gases escape or if the oxygen concentration in the ambient air of the climate chamber drops, fast alarming with reliable gas warning devices are required.
Gas sensors, controllers and warning devices from MSR-Electronic monitor the test rooms. If a limit value is reached, the gas warning system alerts with acoustic and visual signals. This protects people and equipment in time. The alarming of the control centre as well as evacuation and rescue measures take place in parallel.
MSR-Electronic Solution for Reliable Gas Detection.
Digital gas sensors (type SC2) are used for monitoring toxic and combustible gases.
The gas sensor contains the sensor element (electrochemical, catalytic, semiconductor or infrared) and the measuring amplifier. Furthermore, the gas sensor SC2 contains a μController for processing the measured values. All relevant data and measured values of the sensor element are stored in the μController in a fail-safe manner and are transmitted digitally to the board via the local bus. The calibration management is also integrated in the μController of the gas sensor.
Thanks to the X-Change technology, calibration can be carried out by simply exchanging the sensor head. Alternatively, you can also use the integrated, convenient calibration routine directly on the system. The gas sensors are designed for connection to the MSR controllers and boards.
The Heart of the System is the GC-06 Gas-Controller.
The GC-06 from MSR-Electronic was installed in the existing control cabinet of the climate chamber. It is used for monitoring and warning of toxic and combustible gases and vapours in a wide range of gas measurement technology. A large number of freely configurable parameters and setpoints allows individual adaptation to many applications. The GC-06 also fulfils, for example, the functions for carbon monoxide (CO) monitoring in garages, tunnels and go-kart tracks etc. in accordance with the current EN 50545-
