Хорошев / ИЛП_материал_маг_02.15 / DEF STAN 00-60 / Issue 4 / Part 0 - Appendix F to Annex C - Data element dictionary

DEF STAN 00-60 (PART 0)/4

APPENDIX F TO ANNEX C

The date of an event, expressed as the century, year, month and day of the event, eg, CCYYMMDD.

Where:

CC= century (eg. 19)

YY= year (eg. 98)

MM= month (eg. 07 = July)

DD= day (eg. 18)

DATE OF FIRST ARTICLE DELIVERY. A date when the first SE under analysis is delivered and available for use.

REVISION DATE. A date when the transportability data was last revised.

SERD DATE OF INITIAL SUBMISSION. A date when the support equipment recommendation data (SERD) was initially submitted.

SERD DATE OF GOVERNMENT DISPOSITION. A date of disposition action by the government.

SERD DATE OF REVISION SUBMISSION. A date when a revised SERD was submitted.

SPIS DATE. A date when the service packaging instruction sheet (SPIS) was issued or revised.

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APPENDIX F TO ANNEX C

A code assigned to levels of packaging which define timescales, environmental conditions and mechanical constraints for the storage and distribution of equipment or goods. This equates to NATO, Military Level and other Packaging Codes in UK Usage, and to AECMA 2000M TEI PLC. For further information and applicable codes refer to DEF STAN 81-131 and STANAG 4280.

ITEM DEGREE OF PROTECTION CODE. A Degree of Protection Code for an Item.

PROVISIONING DEGREE OF PROTECTION CODE. A Degree of Protection Code used to indicate the packaging data that will be used for AECMA 2000M provisioning messages.

A code which indicates the degree of demilitarization required for an item.

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The estimated cost to demilitarize an item expressed as a percentage of the cost of the item.

A narrative description of the SE required to satisfy the functional requirements of the end article. The specific operating critical and functional performance characteristics, corresponding tolerance of accuracy, and design criteria necessary to satisfy the functional requirements. Information regarding material finish, fragility, service requirements, etc. shall be included. For items representing or containing peculiar material requiring special treatment, precautions, or management control of the item, enter the Special Material Content Code (DED 395).

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APPENDIX F TO ANNEX C

A code indicating the design data being considered, which are recommended or not recommended by the contractor or government. Codes are as follows:

The total expected price, used with an associated Currency Code (DED 629), for budgetary planning, associated with contractor-recommended hardware/software design activities.

A code which identifies the depot level repair facility responsible/designated for repair, rework, or renovations of a repairable item. The DRP field is composed of two subfields, allowing entry of two codes, as specified by the Project.

The effective rate of return on an investment after adjusting for inflation to discount future costs.

This DED, consists of 10 separate locations, annotated A to J, that are used to indicate the appropriate type of pre-defined maintenance task required for each of the referenced

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failure modes. The tasks will be identified by the application of a particular set of RCM Logic, utilized as part of the Reliability Centred Maintenance (RCM) analysis.

The geographical distance in kilometres between two points.

A three-position code used to indicate the category and form or level of the engineering drawings used in the analysis. The code is divided into three subcategories as follows:

a.Position l. Intended Use Categories

NOTE: RN Use sub-field position 1 (Intended Use Categories) only with the following codes: B, G, H and J.

c. Position 3: Proprietary Status. Facility drawings will not be coded as proprietary without prior review and approval of the Project.

FACILITY DRAWING CLASSIFICATION. The drawing classification of the facility drawing.

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A designation assigned to a particular drawing by the design organization for identification purposes. The drawing number may include numbers, letters, and dashes with the following limitations:

Letters ‘I’, ‘O’, ‘Q’, ‘S’, ‘X’, and ‘Z’ shall not be used; however, letters ‘S’ and ‘Z’ may be used only if they are a part of the existing drawing numbering system. They shall not be used in the development of new drawing numbering systems. Letters shall be upper case (capital letters).

Numbers shall be Arabic numerals. Fractional, decimal, and Roman numerals shall not be used.

Blank spaces are not permitted.

Symbols such as: parenthesis ( ), asterisk *, virgule /, degree ', plus +, minus -, shall not be used, except when referencing the government or nongovernment standardization document whose identification contains such a symbol.

The CAGE, drawing format size letter, and drawing revision letter are not considered part of the drawing number or part number.

A system based on a significant numbering system or a sequentially assigned nonsignificant numbering system designed to preclude duplication is acceptable.

FACILITY DRAWING NUMBER. The drawing number of the facility.

A narrative field that details a set of operationally related tasks within a given Job, DED 185, eg, driving, weapon servicing, communicating, and operator maintenance.

A code, assigned by the Project, which is associated with a specific duty.

SKILL

The title of an occupation for which a new SSC is required.

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APPENDIX F TO ANNEX C

A narrative description identifying the educational prerequisites recommended to acquire the skill necessary to perform the task or attain the SSC (ie, academic, subjects, specialized subjects, specialized degrees, and licenses, etc.)

A single-position code to indicate whether or not the procedural step is a task element.

A code which uniquely identifies the system/equipment end item. This code will be assigned by the Project. It will remain constant throughout the item's life cycle (eg, TOW, PATRIOT, TOMAHAWK, SPARROW, and ALCM).

NOTE: The combination of EIAC and End Item UOC (DED 501) constitute AECMA 1000D Model Identification as part of the Data Module Code (DMC).

REFERENCED END ITEM ACRONYM CODE. An EIAC that contains referenced task information.

REFERENCE MAINTENANCE PROCEDURE END ITEM ACRONYM CODE. An EIAC that contains referenced maintenance procedure information.

REFERENCED SUBTASK END ITEM ACRONYM CODE. An EIAC that contains referenced subtask information.

SEQUENCED TASK END ITEM ACRONYM CODE. An EIAC that contains sequenced task information.

That portion of the item MTBF (DED 229) that is attributable to an Engineering Failure Mode (Failure Cause, DED 124). EFM-MTBF may be calculated by the following formula:

1

EFM − MTBF =

FMR × FR

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A code which indicates if an item will require special consideration to meet all environmental packaging, handling, storage, and transportation requirements.

A narrative description identifying any special environmental considerations when an item is being transported or being designed for transportation. For each item classified as a hazardous material state the Hazardous Goods Name and Class of Hazardous Goods and the document from which the information was obtained.

ie International Maritime Dangerous Goods Code (IMDG)

Carriage of Dangerous Goods in Ships (UK regulations covered by IMDG) Technical Instructions for the Safe Transport of Dangerous Goods by Air (ICAO) Joint Service Dangerous Goods Regulations (JSP 335)

European Agreement concerning the International Carriage of Dangerous Goods by Road (ADR)

The Carriage of Dangerous Goods by road and Rail (Classification, Packaging and Labelling) Regulations (CDGCPL)

Regulations Concerning the International Carriage of Dangerous Goods by Rail (RID).

A code to indicate the degree to which the failure of the part affects the ability of the end item to perform its intended operation. This equates to AECMA 2000M TEI ESC.

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An estimated cost, used with an associated Currency Code (DED 629), allied with each contractor-recommended requirement for budgeting and planning.

The estimated end of life salvage value expressed as a percentage of the cost of the item.

The total proposed or estimated price for an item, used with an associated Currency Code (DED 629). The extended unit price is calculated by multiplying the Total Quantity Recommended by the Recurring Cost per unit, adding the Nonrecurring Cost to their product, then dividing the sum by the Total Quantity Recommended.

A code which indicates how the aircraft/helicopter will transport the system/equipment.

A narrative description identifying the facility design requirements necessary to support a specific task code applicable to the item under analysis. The design criteria are in terms such as axle loads, hoist requirements, and special handling, installation, storage, electrical, environmental, or service requirements. The following examples, while definitive are not exhaustive and are used to amplify the criteria to be considered:

a.Electrical outlets and earthing points.

b.Hydrant refuelling points.

c.Clean room/air filtration requirements (provide broad specification).

d.Special Handling Areas eg, for Electrostatic Sensitive Devices.

e.Lighting levels.

f.Space and access:

(1)Clearance heights.

(2)Door dimensions.

(3)Loading ways and road access.

g.Safety partitions.

h.Industrial Service Outlet (ISO) pits.

i.Disposal or storage pits.

j.Heat/dust/fume extraction.

k.Fire prevention measures:

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(a)Fire walls.

(b)Sprinklers.

(c)Hydrants.

(d)Bulk water storage and pumping.

A narrative description identifying facilities installation lead time schedules for contractor produced and installed support and test equipment or training devices. Lead times are referenced to system/equipment delivery schedules rather than to calendar dates (expressed in days, weeks, or months).

A narrative description identifying the maintenance concept for the system, eg, number of maintenance levels, and identifying the facilities that are required to maintain the system at the applicable maintenance levels. Facilities are to be referred to by broad category. Examples include:

Sea Systems:

a.Dockyard.

b.Dry Dock.

c.Fleet Maintenance Unit.

d.Fleet Maintenance Group.

e.Shore Electrics.

f.Shore Cooling Water.

g.Forward Support Units.

h.Degaussing Facilities.

Land Systems:

a.Structures (including hulls).

b.Electrics and Batteries.

c.Sights.

d.Radio.

e.Electronics.

f.Hydraulics.

g.Pneumatics

h.Engines and Gearboxes.

i.Safety Equipment.

j.Armament.

Air Systems:

a.Structures.

b.Ground Electrics.

c.Ground Engineering.

d.Ground Radio.

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