#Cdf doors code#
#Cdf doors series#

#Cdf doors code#

SwissCDF meets and exceeds International building code regulations as the board is highly moisture resistant, fire retardant and resistant to weak acids and alkaline based cleaning agents. ItвЂ™s uniform black core acts as a highlight which gives individuality to the final product. Using common wood working tools, the edges are so well finished that SwissCDF requires no edge tapes or edge banding at all. ItвЂ™s unique compact core is formulated with state of the art Swiss Engineering. SWISS CDF is a compactly compressed, black colored fiberboard (>1,000kg/m3) exactly targeting the heart of the designer with its high density and aesthetic stimuli. HDF is predominantly used in floor systems. MDF is often used in the fields of structural and robust cabinetry. SwissCDF (Compact Density Fiberboard) вЂ“ Over 1000KG/m3 HDF (High Density Fiberboard) вЂ“ 700 to 900 KG/m3 MDF (Medium Density Fiberboard) вЂ“ 400 to 500 KG/m3 To understand what makes SwissCDF so strong, it is important to see itвЂ™s density in comparison to other boards. This Technical Memorandum supports following ECSS Standard: ECSS-E-ST-10C (6 March 2009).The world of wood fiber boards has a new quality standard: SWISSCDF вЂ“ Compact Density Fiberboard. In conjunction with related development and validation activities, this Technical Memorandum should be regarded as a mechanism for reaching consensus prior to building the standard itself. For the time being, it is not yet possible to establish a standard that has the maturity and industrial validation required for application in new or running space projects. This Technical Memorandum is intended to evolve into an ECSS Standard in the near future. This SEIM and SERDL are implemented in the ESA Open Concurrent Design Server (OCDS) project, which realizes an implementation of this data model. The SERDL contains names, descriptions, dimensions, units and unique codes for the set of parameters defining a Concurrent Engineering design.

Annex B defines the Space Engineering Reference Data Library (SERDL).Annex A defines the Space Engineering Information Model (SEIM) main objects, such as Space Engineering Organisation, Processes, Products.Clause 5 recommends a list of requirements for exchange of engineering design model data amongst concurrent design activities.Clause 4 specifies general information to achieve the objectives.Enable real-time collaboration and joint activities among multiple organizations / facilities.Enable effective data transfer across models belonging to different but compatible organizations / facilities.Creation of concurrent design facilities using a common / compatible data model.Ultimately, the objectives of the work can be summarised in three points: When viewed in a specific project context, the information provided in this Technical Memorandum should be adapted to match the specific need of a particular profile and circumstances of a project.

Further it provides the starting point of the space system life cycle defining the parameter sets needed to cover all project phases, although the present Technical Memorandum only addresses Phases 0 and A. This comprises a decomposition of a system down to equipment level and related defined lists of parameters and disciplines.

This Technical Memorandum facilitates and promotes common data definitions and exchange among partner Agencies, European space industry and institutes, which are interested to collaborate on concurrent design, sharing analysis and design outputs and related reviews.

#Cdf doors series#

This Technical Memorandum, under the ECSS-E-10 System Engineering in the engineering branch of ECSS series of documents, defines the recommendations for model based data exchange for the early phases of engineering design.