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

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TEST PROGRAMME INSTRUCTION (TPI) APPORTIONED RECURRING UNIT COSTS CURRENCY CODE. A currency code associated with the

recurring cost of the test programme instruction.

DESIGN DATA PRICE CURRENCY CODE. A currency code associated with the price of design data.

DDCC ESTIMATED PRICE CURRENCY CODE. A currency code associated with the design data category code estimated price.

IRCC ESTIMATED PRICE CURRENCY CODE. A currency code associated with the ILS requirements category code estimated price.

EXTENDED UNIT PRICE CURRENCY CODE. A currency code associated with the total proposed or estimated price of an item.

FACILITY CONSTRUCTION UNIT OF MEASURE PRICE CURRENCY CODE. A currency code associated with the best estimated price for facility construction UM.

HARDWARE DEVELOPMENT PRICE CURRENCY CODE. A currency code associated with the price of hardware development.

HAZARDOUS MATERIALS STORAGE COST CURRENCY CODE. A currency code associated with the cost of storing hazardous materials.

HAZARDOUS WASTE DISPOSAL COST CURRENCY CODE. A currency code associated with the cost of disposal of hazardous waste.

HAZARDOUS WASTE STORAGE COST CURRENCY CODE. A currency code associated with the cost of storing hazardous waste.

INITIAL BIN COST CURRENCY CODE. A currency code associated with the initial cost of entering an item into the retail supply system.

INITIAL CATALOGUING COST CURRENCY CODE. A currency code associated with the initial cost of entering an item into the wholesale supply system.

INTEGRATED LOGISTIC SUPPORT PRICE CURRENCY CODE. A currency code associated with the total cost of ILS deliverables.

INVENTORY STORAGE SPACE COST CURRENCY CODE. A currency code associated with the cost of storing repairable item inventory.

LABOUR RATE CURRENCY CODE. A currency code associated with labour rate.

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MAINTENANCE CONCEPT COST CURRENCY CODE. A currency code associated with predicted maintenance costs.

OPERATING AND SUPPORT COST CURRENCY CODE. A currency code associated with the cost of annual ownership of an item of ATE/TMDE.

PASS THROUGH PRICE CURRENCY CODE. A currency code associated with pass through price.

RECURRING BIN COST CURRENCY CODE. A currency code associated with the recurring cost of maintaining an item in the retail supply system.

RECURRING CATALOGUING COST CURRENCY CODE. A currency code associated with the recurring cost of maintaining an item in the wholesale supply system.

REPAIR WORK SPACE COST CURRENCY CODE. A currency code associated with the cost of repair work space.

SUPPORT EQUIPMENT RECURRING COST CURRENCY CODE. A currency code associated with the recurring cost of support equipment.

TRAINING COST CURRENCY CODE. A currency code associated with the cost of training a single SSC.

TRANSPORTATION COST CURRENCY CODE. A currency code associated with the cost of transportation.

UNIT OF ISSUE PRICE CURRENCY CODE. A currency code associated with the price per UI of an item.

UNIT OF MEASURE PRICE CURRENCY CODE. A currency code associated with the best estimated price per UM.

Intervals between Docking and Essential Defects specified in months.

A code allocated by Supply Managers for Inventory Management purposes.

Enter the Code provided by the Customer.

The Domestic Management Code is used to identify supply and storage responsibilities. It will normally be advised during the IP process. However, if a manufacturer is already

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aware that a Domestic Management Code has been allocated to an item, this will be incorporated during the initial data preparation.

Enter either the Draught (mean depth) or Draught (to underside of lowest outer bottom fixed appendages) as specified by Project Office.

Identifies electronic components subject to catastrophic failure, major characteristic change or performance degradation from the effect of electrostatic, electromagnetic, magnetic or radioactive fields.

Dimensions of the end item/system used in association with transport and facility requirements. Composed of the following sub-fields:

For Sea Systems:- Height of Vessel, either from Keel to Masthead or Keel to Upper Deck

For dimension units refer to Unit Of Measure (DED 491).

The Weight/Displacement of the end item/system, used in association with transport and facility requirements. Composed of the following sub-fields:

a. Deep sea condition (Sea Systems) 6 N R - All up/Operating weight (Land and Air Systems)

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For dimension units refer to Unit Of Measure (DED 491).

A narrative field giving a brief description of the ERC(s) required, including card/form number. Refer to AP100A-01 Lft 330 and AP100C-06 Chap 2. For FAA refer to AP100N-0101 (Manual of Naval Aircraft Documentation). If no ERC is required, enter 'Not Required'.

Indicates that an item cannot be fitted in its 'as supplied' state but shall undergo some operation before or during installation.

Identifies articles or substances which are capable of posing a significant risk to health, safety or property during transportation, handling or storage.

The Substance Identification Number listed in Chapter 2 of the United Nations Recommendations on the Transport of Dangerous Goods ST/SG/AC.10/1.

The UN document, also known as the 'UN List' and can be obtained under the references: UN Publication Sales No E.87 VIII.1, ISBN 92-1-13 9023-0.

The same codes can be derived from the ICAO DOC 9284-AN/905 ‘Technical Instruction for the Safe Transport of Dangerous Goods by Air’.

Indicates whether a change to provisioning data affects the related illustration.

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IP Project Numbers (IPPN) are allocated to break down the complete IP task into manageable sections thus identifying separate spares lists and regulating all processes relating to each individual list.

ITEM INITIAL PROVISIONING PROJECT NUMBER. The IPPN associated with an item.

Indicates the interchangeability of two or more items at the same location either for the same configuration or, when a Part Number change is involved, across two different Configuration Standards.

The ICY code will only be applied when 2 or more interchangeable items are presented at the same location. The numeric ICY codes will be used where ICY conditions have been positively identified. As the interchangeability of different Configuration Standards will be defined by the Change Authority introducing the change, the level of breakdown to which the ICY code can be applied will be dependent upon that which is expressed by the Change Authority. It may, therefore not be possible to identify the ICY condition to full breakdown structure level in all cases.

Full definition of the codes are contained in AECMA 2000M (TEI ICY).

647 ITEM SEQUENCE NUMBER (AECMA 2000M TEI ISN) 3 X - -

The Item Sequence Number, together with Catalogue Sequence Number (DED 622) provides the key for each record in the Initial Provisioning presentation of data. It is also the key to the sequence within the Item Number in which records will be presented in the Illustrated Parts Catalogue (IPC).

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ITEM SEQUENCE NUMBER. The ISN of an item at a specific location within an AECMA 2000M IP presentation.

CATEGORY 1 CONTAINER LOCATION ISN. The ISN of the location of a Category 1 Container.

A code that indicates the lifing category(s) of the item. For Air Systems AP 100A-01 leaflet 330 refers. Where preventive maintenance inspection is recommended enter code I.

If the item is not lifed and only corrective maintenance recommended enter N. Any combination of the following codes, up to a maximum of 9 characters, may be entered.

The maintenance costs predicted by the RPA 90 mathematical model, used with an associated Currency Code (DED 629), for each maintenance concept. Note this value will require manual input and should reflect the order of the Maintenance Concept Options (DED 650) selected. The costs to be separated by a '/' character.

A selection of preventive and corrective maintenance activities presented in code format to present the Depths (DED 389) and Lines (DED 277) of maintenance considered. The Maintenance Concept selected is recorded in DED 207.

Air Systems: Refer to RAF Logistic Support Services 2 (LSS2/CSDE) RPA 90 Users Handbook for typical examples.

Enter option, or where there is more than one viable option, two or more possible options.

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Example of code as given by LSS2/CSDE RPA 90 Users Handbook is shown:

1A-2B/REG-3B/FB/LR/ESD-4/ESD

The unfactored, predicted interval between replacement of an item. It is a measure of the system reliability parameter related to demand for logistic support which includes logistic support required for scheduled and unscheduled replacement. MTBC can be calculated using the following formulae:

a.For items which are reconditioned when removed for scheduled servicing.

b. For items which are bay serviced when removed for scheduled servicing.

NOTE: The measurement base for AUL should be the same as measurement base as for MTBR.

653 MINIMUM SALES QUANTITY (AECMA 2000M TEI MSQ) 5 N R -

Identifies the minimum quantity which can be purchased at the quoted Unit Price TEI UPR (equating to Unit of Issue Price DED 490). Enter the actual quantity conforming to the Unit Of Issue TEI UOI (equating to DED 488).

Identifies the Project (ie: Weapon System, Aircraft, Engine or other like system) to which a data presentation, transaction or message relates.

Refer to AECMA 2000M TEI MOI for complete list of codes.

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Identifies the specific version of aircraft/equipment/engine (described by the Model Identification AECMA 2000M (TEI MOI)) on which an item is fitted at this location.

Codes as specified by Project.

A code which defines NATO interchangeability by weapon family and function of ammunition as specified in AOP-6 (Land Service Ammunition).

Indicates that an item is not illustrated and that its Item Number (DED 184) does not appear in the illustration for the Figure in which the item is listed. For applicable codes and explanation, refer to AECMA 2000M TEI NIL.

A code which identifies package markings which are required to convey special instructions with respect to packaging, handling, storage and transportation of the item above the statutory requirements in force within DEF STAN 81-41 and DEF CON 129. Applicable codes are contained in DEF STAN 81-41 Part 6. The prefix 'F.PKG' shall be omitted when entering these codes. Details of any special requirements will be supplied by the ordering department.

Identifies items which fall into the category of a Pool Item Candidate (PIC), according to the agreed conditions.

The use and application of this data element, together with the definition of the conditions which constitute a PIC are to be agreed at the start of the Project.

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A Code to indicate the type of pre-issue inspection.

Sea Systems: Codes are in accordance with NES 48.

Land Systems: Codes are in accordance with Army Code 63852.

For Sea Systems refer to SSCP 38 Part 1 for detailed definitions.

The code identifies the procurement responsibility for the order.

Refer to AECMA 2000M (TEI PCD) for codes.

A code that indicates the type of Provisioning Narrative.

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Indicates the recommended quantity of the item which is required to support an agreed level of First and Second Line maintenance to the usage pattern and period notified by the Customer.

Enter the actual quantity conforming to Unit Of Issue (DED 488).

The Recommended Maintenance Quantity (RMQ) provided in accordance with the Customer's maintenance concept. In the 'normal' Catalogue Sequence Number (TEI CSN) orientated provisioning process the RMQ represents the quantity required for use at the location at which the item is recommended.

In the Part Number orientated provisioning process the RMQ represents the 'total' recommended quantity for use in the end item for which the Initial Provisioning Project Number (TEI IPP) is allocated and is based upon the quantity provided in the Total Quantity (DED 317, option 4 which equates to TEI TQY).

CSN RMQ. The RMQ used in a CSN oriented process.

PART NUMBER RMQ. The RMQ used in a part number oriented process.

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