Conceptual Design of the Columbus Free Flying Laboratory Resource Module Thermal Control Subsystem 911447
The thermal control subsystem of the Columbus Resource Module has to cope with an unusual variety of orbit attitudes, mission modes and configurations.
A short overview over the past RM thermal concepts is given and the present thermal design is described in detail.
A passive concept with extensive use of heatpipes configured as network is baselined. The low available heater power in conjunction with the significant dissipation variations of th NiH2 batteries require there a very effective heat rejection control concept. A new regulation concept has been selected which allows to switch off up to 75% of the battery radiator area by use of Liquid Trap Heatpipes.
The verification concept which does not use system level testing is briefly described.
Citation: Munder, J., Bader, M., and Moeller, P., "Conceptual Design of the Columbus Free Flying Laboratory Resource Module Thermal Control Subsystem," SAE Technical Paper 911447, 1991, https://doi.org/10.4271/911447. Download Citation
Jost Munder, Manfred Bader, Peter Moeller
Dornier GmbH Friedrichshafen, Germany
International Conference On Environmental Systems