With the introduction of new and complex technical products, a proper support system must be made available in a timely manner. This requires a proper product surveillance in order to fulfill the product liability regulations and to ensure a proper and optimal exploitation of product capabilities. A process for information feedback thus becomes necessary so as to ensure cost-efficient and optimised operation of the product. Over the life cycle of a complex technical system or product, support costs are much higher than the acquisition costs. Therefore this specification is a prerequisite for cost saving and optimized product exploitation. It describes the relevant data flow for the involved parties and information feedback when the data is analyzed and turned into recommendations.
The specification S5000F has been designed to cover the information that is required to be fed back for both Integrated Product Support (IPS) and other domains. It should be kept in mind that in-service data feedback is one of tthe most important functions of in-service support. It enables fleet and support managers and technical system manufacturers to perform a thorough analysis of operational and maintenance performance, as well to use real data for analytics and simulations..
The results of this analysis can be the basis for:
- Enhancement of the maintenance and support concept
- Improvement of the product by modifications and retrofit activities
- Sophisticated operational planning
The overall aim to be achieved by in-service data feedback is the increase of fleet and product availability and optimization of effectiveness.
In addition, feedback information is a firm requirement by industry to agree to and manage performance-based logistic (PBL) contracts where the contractor takes over part or the full maintenance of the product and fufills his obligations regarding product liability.
The purpose of using S5000F alone or together with other S-Series or IPS specifications is to obtain a structured way to handle the operational, maintenance and other data feedback from the operator, but also from the contractor, vendor, supplier, MRO center or any other involved stakeholder. By using the data model of S5000F (and the common data model for the S-Series of IPS specifications, SX002D) this can be performed in an efficient way.
S5000F specification development history
The development work was allocated in the year 2008 to an international team of experts working under the joint chairmanship of AIA and ASD representatives. The following companies and organizations contributed to the work (in alphabetic order):
|Airbus Defense and Space||Spain (former Airbus Military) and Germany (former Cassdian)|
|Andromeda Systems, Inc.||United States of America|
|Atkins Global||United Kingdom|
|Boeing||United States of America|
|GE Aviation||United States of America|
|OCCAR||European (based in Germany)|
|ONEIL||United States of America|
|Shipdex||International (based in Italy)|
|UK MoD||United Kingdom|
A first draft of the specification (Issue 0.1) was officially published in December 2013 internally to ASD and AIA member companies. The main purpose of this publication was to enable experts from interested companies and organizations to provide comments on the first approach to the S5000F expert team..
A second draft (issue 0.2) was published in June 2014 to the public at large, so as to receive a more extended feedback. Based on the received comments draft 0.3 was published in March 2016.
The first formal release, Issue 1.0, was published in September 2016, and an issue 2.0 was published in December 2019.
Issue 3.0 was publsihed in April 2021 as part of the S-Series 2021 block release.
Brief description and outline
S5000F describes the basic in-service feedback processes, as well as as the activities to be performed during the in-service phase and the information that these activities require for their proper execution. Thus, the data to be fed back is directly related to activities and their need is evidenced if such activities have to be carried out. For simplicity, these activities have been summarized in typical use cases, and the feedback data have been mapped against these use cases. S5000F can therefore be used contractually, by selecting the activities (use cases) to be performed and referencing to the tables that list the information that is required to perform such activities.
The specification is organized into 30 chapters, each of them addressing a specific feedback purpose or proving the global-level information:
|Chapter 1||Introduction to the specification|
|Chapter 2||The in-service feedback business process|
|Chapter 3||Feedback data for the purpose of reliability, availability, maintainability, capability and testability (RAMCT) analysis|
|Chapter 4||Feedback of data for maintenance analysis|
|Chapter 5||Feedback of safety data|
|Chapter 6||Feeback of data for supply support|
|Chapter 7||Feedback for Life Cycle Cost analysis|
|Chapter 8||Feedback of data for warranty analysis|
|Chapter 9||Feedback data for Product health and usage monitoring|
|Chapter 10||Feedback of data to support obsolescence management|
|Chapter 11||Feedback of data for integrated fleet management|
|Chapter 12||Feedback of data for software support|
|Chapter 13||Feedback of data for configuration management|
|Chapter 14||Feedback of data to support the management of service contracts|
|Chapter 15||Feedback of in-service environment|
|Chapter 16||Feedback of environmental and disposal data|
|Chapters 17-22||Placeholder chapters for future expansion|
|Chapter 23||Feedback of non-predefined information|
|Chapter 24||Data model|
|Chapter 25||Data exchange|
|Chapter 26||Data element list|
|Chapter 27||Tailoring and contracting against S5000F|
|Chapter 28||Data required for the different use cases|
|Chapter 29||Implementation example|
|Chapter 30||Terms, abbreviations and acronyms|
S5000F interoperability with other S-series IPS specifications
A significant effort was carried out so as to ensure that S5000F is interoperable since the beginning with the other S-Series of IPS specifications.
S5000F Issue 3.0 is fully interoperable with S3000L issue 2.0, as well as with S2000M Issue 7.0, S6000T Issue 2.0, SX000i Issue 3.0 and the next issue of S4000, and is published together with them in a common block release.
Coordination is also performed with SX000i so as to ensure that the feedback corresponds to the activities defined in the global IPS framework. Similarly, S5000F is since the beginning fully interoperable with the S-Series Common Data Model (SX002D) and has included even elements of the future Issue 2.1. The interoperability with other S-Series specifications is also being monitored, so as to include them is future issues of S5000F.
Similarly, the data environment is described by a detailed relationship model using standard UML technology (based on ISO Standard 10303, AP239, PLCS). This will allow in the medium term to integrate feedback data not only with IPS, but also with Engineering, using the ISO STEP standards. The goal is not to have an isolated feedback specification, but to integrate in a set of IPS, engineering and manufacturing specifications so as to achieve a true global lifecycle data exchange.
S5000F specification comments
The current version of S5000F is published official version and therefore any comments, questions of suggestions for improvement can be forwarded to the S5000F Steering Committee. For this purpose, register in the common ILS specification commenting tool and submit any proposed issues. Details can be found in Chapter 1.
Relationship with other specifications
The realtionship of S5000F with other ASD specifications is described in Governance of the S-Series IPS specifications. These other specifications can be found on their respective websites, which are listed in our Links page.. An overview of the S-Series Suite of IPS Specifications can be found here.
Getting copies of S5000F
S5000F can be downloaded for free on this website from our Download page.
(C) 2013-2021 ASD. The specification, data model and associated information are protected by copyright laws, as indicated in the copyright page of S5000F.
(C) 2013-2021 ASD. Nonwithstanding the above, this description is made available for reuse under the Creative Commons Attribution-Sharealike 3.0 Unported License (CC-BY-SA).