Sutra-X 🔗

3. Semantic Model Browser

Below, we present only the most important elements of the official semantic models. Click titles to expand.

The content here is updated daily and takes only the most recent aspect model files that marked with "release".

asset_tracker_links:2.0.0

property_name	description	example_value
catenaXId	The Catena-X ID of the given asset, valid for the Catena-X dataspace.	urn:uuid:ed85f17e-29dd-473c-9cb8-d7ad1dc44d2f
paired	Currently paired when set to true.	false
pairedOn	Timestamp of pairing of an IoT Device to an Asset.	2023-02-03T14:48:54.709000+00:00
unpairedOn	Timestamp of the unpairing of an IoT Device from an Asset.	2023-02-04T14:48:54.709000+00:00
historicalData	Describes the location where the historical sensor data can be found.	https://mycompany.s3.amazonaws.com/historicalsensordata

batch:3.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the batch, valid for the Catena-X dataspace.	580d3adf-1981-44a0-a214-13d6ceed9379
key	The key of a local identifier.	batchId
value	The value of an identifier.	BID12345678
date	Timestamp of the manufacturing date as the final step in production process(e.g. final quality check, ready-for-shipment event)	2022-02-04T14:48:54
country	Country code where the part was manufactured	HUR
manufacturerPartId	Part ID as assigned by the manufacturer of the part. The Part ID identifies the part(as designed)in the manufacturer`s dataspace. The Part ID does not reference a specific instance of a part and thus should not be confused with the serial number or batch number.	123-0.740-3434-A
nameAtManufacturer	Name of the part as assigned by the manufacturer	Mirror left

battery.battery_pass:6.0.0

property_name	description	example_value
batteryCategory	The battery category, which can be a portable battery; starting, lighting and ignition battery (SLI); light means of transport battery (LMT); electric vehicle battery (EV), industrial battery and incorporated battery. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1) (a) and refers to ANNEX VI Part A: 2. the battery category and information identifying the battery in accordance with Article 38(6).	EV
idDmc	The unique identifier of the product, when it is placed on the market. Through this identifier a web link can be accessed. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Article 77: 3. The battery passport shall be accessible through the QR code referred to in Article 13(6) which links to a unique identifier that the economic operator placing the battery on the market shall attribute to it. The QR code and the unique identifier shall comply with the ISO/IEC standards 15459-1:2014, 15459-2:2015, 15459-3:2014, 15459-4:2014, 15459-5:2014 and 15459-6:2014 or their equivalent. Defined is the QR code in Article 3: (24) "QR code" means a machine-readable matrix code that links to information as required by this Regulation. (66) "unique identifier" means a unique string of characters for the identification of batteries that also enables a web link to the battery passport.	34567890
batteryChemistry	Battery chemistry refers to the specific chemical composition and reactions that occur within a battery to produce and store electrical energy. The chemistry has to be stated as detailed as possible for example: the Nickel Cobalt Manganese battery 'NCM'. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1) (a) and refers to ANNEX VI Part A: 7. the chemestry.	Nickel Cobalt Manganese (NCM)
declarationOfConformityId	Identification number of the EU declaration of conformity. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (r) the EU declaration of conformity referred to in Article 18.	0978234-34567890-01
selfDischargingRate	The self-discharge rate of a battery refers to the rate at which the battery loses its stored energy when not in use. It's the discharge of the battery that occurs internally without any external load recorded in percentage for every month. This attribute is mentioned in the Battery Regulation 2023/1542 from 12 July 2023 in Annex XIII (4) (b) refers to Article 14, refers to Annex VII Part A: 4. the evolution of self-discharging rates.	0.25
usableExtinguishingMedia	The agent used to extinguish a fire, based on the fire class. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1)(a) and refers to Annex VI Part A: 9. usable extinguishing agent.	Dry Powder
fireClass	Safety classification based on the chemistry and construction of the battery. It determines the means of handling a fire caused by the battery. Possible values are A, B and C and a combination of these.	A, B
minVoltage	Minimum voltage refers to the lowest voltage the battery is able to reach. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (h) minimal, nominal and maximum voltage, with temperature ranges when relevant.	2.5
maxVoltage	Maximum voltage refers to the highest voltage the battery is able to reach. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (h) minimal, nominal and maximum voltage, with temperature ranges when relevant.	4.2
nominalVoltage	Nominal voltage is a standardized or average voltage value assigned to the battery. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (h) minimal, nominal and maximum voltage, with temperature ranges when relevant.	3.7
testingTemperature	Temperature refers to the temperature of the battery during it's cycle-life testing or as boundary condition for other rated values in celsius.	20.0
depthOfDischarge	Depth of discharge is a measure used to quantify the extent to which the battery has been discharged relative to its maximum capacity during its cycle-life testing. It represents the percentage of the total available capacity that has been drained or used during a particular discharge cycle. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (4) (a) refers to Article 10 (1), refers to Annex IV Part B: 3. Depth of discharge in the cycle-life test.	90.5
initialRoundTripEfficiency	The efficiency value of a battery refers to the ratio of useful output energy to the input energy, expressed as a percentage. It quantifies how effectively a battery can convert and deliver stored energy during the discharge process relative to the energy input during charging. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (n) initial round trip energy efficiency and at 50 % of cycle-life.	96.0
roundTripEfficiency50Percent	The round trip efficiency at 50 percent refers to the efficiency of a rechargeable battery's energy storage and retrieval process when the battery has undergone approximately half of its expected number of charge-discharge cycles. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (n) initial round trip energy efficiency and at 50 % of cycle-life.	89.0
energyValue	Value describing the energy in a specific measurement period, expressed in kilowatt-hours.	0.5
cellResistance	Cell resistance refers to the internal resistance of an individual battery cell in ohms. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (o) internal battery cell and pack resistance; Definition from Annex IV: (5) "Internal resistance" means the opposition to the flow of current within a cell or a battery under reference conditions, that is, the sum of electronic resistance and ionic resistance to the contribution to total effective resistance including inductive/capacitive properties.	0.025
moduleResistance	The module resistance in ohms includes the internal resistance of each cell within the module as well as the resistance introduced by interconnecting components such as busbars, connectors, and thermal management systems.	0.2
packResistance	Pack resistance refers to the overall electrical resistance within a battery pack in ohms. This resistance is a combination of the individual resistances in various components within the pack, including the electrodes, connectors, and other conductive elements. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (o) internal battery cell and pack resistance; Definition from Annex IV: (5) "Internal resistance" means the opposition to the flow of current within a cell or a battery under reference conditions, that is, the sum of electronic resistance and ionic resistance to the contribution to total effective resistance including inductive/capacitive properties.	0.55
powerValue	Value describing the power in a specific measurement period, expressed in watt.	40000.0
capabilityAt20SoC	Capability at 20% SoC refers to the battery's capability at 80% State of Charge. This measurement is indicative of the immediate available energy in the battery. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (4)(a) refers to Article 10 (1), refers to Annex IV Part B:\t 4. Power capability at 80 % and 20 % state of charge.	35000.0
capabilityAt80SoC	Capability at 80% SoC refers to the battery's capability at 80% State of Charge. This measurement is indicative of the immediate available energy in the battery. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (4)(a) refers to Article 10 (1), refers to Annex IV Part B:\t 4. Power capability at 80 % and 20 % state of charge	39000.0
capacityValue	Value describing the capacity in a specific measurement period, expressed in ampere-hours.	4.0
capacityThresholdExhaustion	Capacity threshold exhaustion refers to the condition where a battery's capacity diminishes to a level that is considered unacceptable for its intended use. The capacity threshold is a predetermined level below which the battery is considered to be no longer effective or reliable for the specific application. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (k) capacity threshold for exhaustion (only for electric vehicle batteries).	80.0
lowerTemperatureBoundary	The lower temperature boundary (in Celsius) refers to the minimum temperature at which a battery can effectively operate. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (l) temperature range the battery can withstand when not in use (reference test).	-18.0
upperTemperatureBoundary	The upper temperature boundary (in Celsius) refers to the minimum temperature at which a battery can effectively operate. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (l) temperature range the battery can withstand when not in use (reference test).	60.0
expectedYears	The expected years refer to the expected life-time of the battery before it starts heavily degrading in its capacity and c-rate in calendar years. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (4) (a) refers to the Article 10 (1) refers to Annex IV Part A: 5. The expected life-time of the battery under the reference conditions for which it has been designed, in terms of cycles, except for non-cycle applications, and calendar years.	8
percentValue	A value as a percentage in the form of a double.	50.0
dataRecordTime	The entry date and time corresponding to when a specific parameter was measured. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (4): (d) information and data resulting from its use, including the number of charging and discharging cycles and negative events, such as accidents, as well as periodically recorded information on the operating environmental conditions, including temperature, and on the state of charge.	2023-12-07T10:39:13.576000+01:00
cycles	Cycle refers to one complete charging and discharging sequence. Either during the battery's cycle-life testing or as full equivalent while in use.	1500
appliedChargeRate	The applied charge rate (c rate) refers to the rate at which a battery is charged. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (p) c-rate of relevant cycle-life test; and Annex XIII (4)(a) refers to Article 10(1) refers to Annex IV Part B: 1. Applied discharge rate and charge rate.	3.0
appliedDischargeRate	The applied discharge rate (c rate) refers to the rate at which a battery is discharged. This attribute is mentioned in the Battery regulation 2023/1542 from 12 July 2023 in Annex XIII (1): (p) c-rate of relevant cycle-life test; and Annex XIII (4)(a) refers to Article 10(1) refers to Annex IV Part B: 1. Applied discharge rate and charge rate.	4.0
remainingResistanceValue	The remaining resistance value expressed in ohms.	0.3

binary_exchange:1.0.0

property_name	description	example_value
mappingRuleId	Unique identifier of the document specifying the mapping rules used for creating and reading the binary file.	CX-0123
fileContentDescriptionId	Unique identifier of the semantic model describing the content of the binary file.	urn:samm:io.catenax.fleet.diagnostic_data:3.0.0
resourceValue	Path and name of the file (with file extension).\n\nThe path can be absolute or relative.	https://edc.dataplane.url/api/public/urn:uuid:a377ff49-6bde-4215-8d38-b8f02c991a35
contentType	Content type of that file.	application/octet-stream
controlPlaneUrl	Control plane URL for accessing the binary file.	https://semantics-edc-provider-controlplane.catenax.net/api/v1/dsp
dspAssetId	DSP asset ID of the binary file.	d99cfe94-bfa0-4eba-9e31-d30c4f31831b

bom_as_specified:1.0.1

property_name	description	example_value
identifier	A unique reference for the product owner of this set of items, and used by the product owner only for internal referencing.	abcA76
itemCategory	The BomAsSpecified defines the view of the OEM or producer of the whole product, e.g. the OEM of a vehicle. It is free of any supplier-related information and specifies the promised and guaranteed content of the whole product to the end customer. This âtop-downâ view is in contrast to the âbottom-upâ view of the SingleLevelBoMAsPlanned, though several sub-aspects are shared. The BomAsSpecified is merely one aspect, which is attached to the twin of the whole product and itself does neither introduce further twins nor reference them. Instead it merely comprises all functional information required by dismantlers, workshops or requestors for used parts to search for and to make a match on the market place.	"vehicle" "winter wheels" "bicycle carrier"
index	Additional differentiation if multiple items share the same the item descriptor.	0
quantity	If the item is provided several times alike, the quantity on this level can specify how often. At this level pieces is assumed as the only unit. For further differentiation.	1
ownerPartId	This is the key field of the component which usually keeps the part numbers used in after-sales, e.g. when repairing broken parts and searching for a replacement. This ownerPartId itself isn't usually bound to one part version, with the assumption that all part versions with the same ownerPartId are mutually interchangeable.	5A1BA91
partVersion	This is the version of the part. The engineering will at times supercede an older part version by a newer one, which might have different material aspects, physical dimensions etc., still maintaining compatibility.	05
measurementUnit	Unit of measurement for the quantity of serialized objects.	litre
quantityNumber	The number of objects related to the measurement unit.	2.5
key	Key within the classification.	"eclass", "BMW:PartFamily"
value	Value within the classification.	steering wheel

business_partner_certificate:3.0.0

property_name	description	example_value
businessPartnerNumber	The Business Partner Number (BPN) of the certified legal entity .	BPNL00000003AYRE
registrationNumber	Registration number of the certificate as defined on the certificate	12 198 54182 TMS
areaOfApplication	Details on which areas / application types a certificate is valid for a company and/or site.	Development, Marketing und Sales and also Procurement for interior components
validFrom	Valid from date as defined on the certificate.	2023-01-25
validUntil	Valid valid until as defined on the certificate. If certificate never expires value until expected to be 9999-12-31	2026-01-24
trustLevel	The trust level of the given certificate - none,low, high, trusted	high
uploader	The Business Partner Number (BPN) of the business partner who originally provided the certifcate data or document.	BPNL00000003AYRE
certificateType	Type of the certificate as defined on the document,valid types are registered at BPN metadatacontroller	ISO9001
certificateVersion	Version of the certificate as defined on the document, usually the specific version of a certification standard	2015
enclosedSiteBpn	The Business Partner Number (BPN) of an enclosed site	BPNS00000003AYRE
issuerName	Name of the Issuer i.e. Certifying Authority.	TÃV
issuerBpn	The Business Partner Number (BPN) of the Issuer.	BPNL133631123120
validatorName	The optional name of the data service provider who validated the given certificate	Data service provider X
validatorBpn	The Business Partner Number (BPN) of the data service provider who validated the given certificate	BPNL00000007YREZ
creationDate	The creation date of the document.	2024-08-23T13:19:00.280000+02:00
documentID	The id of the certificate document as stored by the data service provider.	UUID--123456789
contentType	The content type of the document.	application/pdf
contentBase64	The data is encoded using the Base64 encoding scheme, which converts binary data into a string of ASCII characters.	iVBORw0KGgoAAdsfwerTETEfdgd

certificate_signing_requests:1.0.0

property_name	description	example_value
subjectCommonName	Describes the common name on where the certificate is requested.	IPsec-Internal
subjectLocality	Provides information about the specific type of the ECU that will be certified. The value for the subjectLocality is always the same for an ECU and its attached CSRs, but is required to additionally validate each individual CSR.	ATM--02
certificateSigningRequest	A CSR (Certificate Signing Request) is a 64-based PEM formatted and encrypted message to request and receive a digital certificate. The CSR validates the information required by a specific certification authority (CA) to issue the associated digital certificate. The CSR consists of encrypted data, which can include, for example, basic information about the ECU and its manufacturer (common name, company, organizational unit, country, city/town, etc.), information about the public key attached to the certificate, as well as information on the key type and length.	MIIC2TCCAToCAQAwgZwxEzARBgNVBAgTClByb2R1Y3Rpb24xDDAKBgNVBAcMA0FUTTESMBAGA1UEChMJQk1XIEdyb3VwMRcwFQYDVQQLEw5WZWhpY2xlUEtJLUVDVTEXMBUGA1UEAxMOSVBzZWMtaW50ZXJuYWwxMTAvBgNVBAUTKEVDVS1VSUQ6QzAwMDgyNDI3MUREQTYwMDAwMDAwMDAwMjdBQTg0MjQwdjAQBgcqhkjOPQIBBgUrgQQAIgNiAAShNm4y5Mdzu4b9xDW3TfBZr
subjectSerialNumber	The serial number of the assembly part generated by the manufacturer that is used to identify the ECU component in a unique way. The subject serial number is identical to the serial number (partInstanceId) specified in the aspect model SerialPart. The value for the subjectSerialNumber is always the same for an ECU and its attached CSRs, but is required to additionally validate each individual CSR.	ECU-UID:SN12345678

customs_information:2.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the corresponding part, valid for the Catena-X dataspace.	580d3adf-1981-44a0-a214-13d6ceed9379
confirmationDate	Confirmation Date is the date of issue of a long-term supplier's declaration.	2025-01-15
validFrom	Valid From is the date from which a long-term supplier declaration is valid. This date can be in the future.	2025-02-10
type	Type is the reason for submitting a long-term supplier's declaration. This may be due to a recurring annual enquiry by the customer or at the start of a supply relationship.	AnnualRequest
commercialCountryOfOrigin	The term "Commercial Country Of Origin" specifically refers to the country where the goods were originally produced, manufactured or significantly transformed	DE
federalState	German federal state in which the part was manufactured.	BW
tradeRelation	TradeRelation contains all underlying trade agreements	EU-MX, EU-CA
preferredStatus	This is the preference status of the part.	Y-Certified
status	Status represents the stage of a long-term supplier's declaration. Committed indicates to the data recipient that all data has been provided correctly.	Committed
person	Name of the person responsible for the customs information provided.	Max Mustermann
jobTitle	Jobtitle of the responsible for the customs information provided.	executive position
value	Value of traced Value depending on the currency.	300.45
currency	This is the currency of the traced value.	EUR

days_of_supply:2.0.0

property_name	description	example_value
materialGlobalAssetId	Identifier used uniquely to identify part type twin.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
direction	Direction of the stock from data provider perspective.	OUTBOUND
stockLocationBPNS	BPNS identifying the site the stock is located at. One stock has always one location.	BPNS1234567890ZZ
stockLocationBPNA	BPNA identifying the address the stock is located at. One stock has always one location.	BPNA1234567890ZZ
lastUpdatedOnDateTime	Date and time at which the allocated days of supply has been updated by reporting partner's system. Date and time are set according to a timezone.	2023-04-28T14:23:00.123456+14:00
date	Date refers to the specific calendar day (current or projected) associated with the measured (or expected) inventory level. It serves as a timestamp for calculating Days of Supply, indicating when the inventory count was taken or projected.	2024-01-01T14:23:00+01:00
daysOfSupply	Amount of days, before the current stock is expected to be exhausted. Days of supply of a customer: Number of days where; (Stock) - Î£(daily Demand) >= 0; Days of supply of a supplier: Number of days where; (Stock) - Î£(daily Outgoing Shipments) >= 0	3.51

delivery_information:2.0.0

property_name	description	example_value
materialGlobalAssetId	Identifier used uniquely to identify part type twin.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
lastUpdatedOnDateTime	Date and time at which the delivery has been updated by the data provider. Date and time are set according to the timezone.	2023-04-28T14:23:00.123456+14:00
supplierOrderId	This is the order number on the supplier side that is given by e.g., the supplier's enterprise resource planning system.	M-Nbr-4711
customerOrderId	This is the order number on the customer side that can be given by e.g., the customer's enterprise resource planning system.	C-Nbr-4711
customerOrderPositionId	This is an identifier for the position of an order defined by the customer. It's not a technical identifier, such as an UUID. This identifier is used within the business context when talking about the position.	PositionId-01
trackingNumber	Is a unique alphanumeric code assigned to a shipment by a logistics service provider, allowing it to be monitored and traced throughout its journey between origin and destination.	1Z9829WDE02128
incoterm	Incoterm which is assigned to a delivery.	DAP
dateTimeOfEvent	Time of Event signifies the time and date when the products leave (or will leave) the origin location of a delivery (i.e. supplier's production site) or when the products arrive (or will arrive) at the destination location of the delivery (i.e. customer's production site).	2023-04-29T14:23:00.123456+14:00
eventType	Event type describes whether the mentioned timeOfEvent refers to a departure or arrival and provides the status of the delivery (estimated or actual).	estimated-departure

demand_and_capacity_notification:3.0.0

property_name	description	example_value
affectedSitesSender	The affected Business Partner Site Numbers of the sender of the notification. It is RECOMMENDED to set this property. When resolving the notification (setting status = "resolved"), this field MUST be empty.	BPNS7588787849VQ
affectedSitesRecipient	The affected Business Partner Site Numbers of the recipient of the notification. It is RECOMMENDED to set this property. It MUST contain only BPNS that belong to the receiver. When resolving the notification (setting status = "resolved"), this field MUST be empty.	BPNS6666787765VQ
leadingRootCause	The main cause that has or may have an impact on the supply of goods.	strike
effect	Effect or impact on the supply of goods as a consequence mentioned in the leadingRootCause. From business perspective demand/capacity reduction are most relevant values in connection with mentioned root causes. For technical completeness demand/capacity increase are also added to the enumeration.	capacity-reduction
text	Free text to describe the disruption and its handling in the notification (max. 4000 characters). Ensure to not reveal third-party information. Provide information about the disruption, the context within your customer-supplier-relationship, already aligned and taken measures and updates on the progress and changes. MUST be set when creating, updating or forwarding notifications. CAN be set when resolving (set status to âresolvedâ) a notification.	Capacity reduction due to ongoing strike.
startDateOfEffect	This property defines the start date and time of the effect regardless of the time the notification was sent.	2023-12-13T15:00:00+01:00
expectedEndDateOfEffect	Expected end date of the impact MAY be defined by the sender of the notification.	2023-12-17T08:00:00+01:00
status	Status "open" should be used in the context of an effect which remains active. Status "resolved" should be used to inform the partner that the effect of the initial notification stopped or has been resolved.	open
contentChangedAt	The timestamp of the latest change of this notification. Date and time are set according to a timezone.	2023-12-13T15:00:00+01:00
sourceDisruptionId	Unique ID identifying a source of the disruption to which the notification may relate. The sender of the first disruption notification generates the Source Disruption ID. Multiple notifications may relate to the same disruption ID.	urn:uuid:c69cb3e4-16ad-43c3-82b9-0deac75ecf9e
notificationId	Unique ID identifying the notification.	urn:uuid:d9452f24-3bf3-4134-b3eb-68858f1b2362
relatedNotificationIds	Unique IDs identifying a previously received notification triggering the exchange of the current notification. A notification MUST be considered a Related Notification ID, if the following fields are equally filled: - Source Disruption ID - Leading Root Cause - Effect	urn:uuid:d05cef4a-b692-45bf-87cc-eda2d84e4c04
resolvingMeasureDescription	Measure taken to resolve the disruption. MUST be set when resolving the notification (set status = "resolved").	We buffered the disruption period with safety stock. Alternative transports have been arranged to replenish the safety stocks.
materialGlobalAssetId	Identifier used uniquely to identify the part type twin.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
materialNumberCustomer	Material identifier as assigned by the customer. This property identifies the material in the customer's database. For standard materials (e.g. screws) for which a customer does not have an own ID, the manufacturer material ID should be set in this field, too. If the customer is the data provider, sending this property is RECOMMENDED.	MNR-7307-AU340474.002
materialNumberSupplier	Material identifiers as assigned by the supplier or manufacturer. This property identifies the material in the supplier's database. If the supplier is the data provider, sending this property is RECOMMENDED.	MNR-8101-ID146955.001

digital_engineering_master_data:1.0.0

property_name	description	example_value
digitalMasterDataID	The identifier of a requirement represented by a UUID, valid for the Catena-X dataspace.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
validTo	The date on which this part was superseded.	2025-01-10T14:30:00
validFrom	The date from which this part is approved.	2025-01-10T14:30:00
supplier	The Business Partner Number Legal Entity (BPNL) of the Supplier, producing the part primarily	BPNL6666666666YY
supersededVersion	Link to digital twin of the part superseding this one.	V3.0
successorPart	Link to digital twin of the part superseding this one.	urn:samm:io.catenax.dmd:a2f115cd-b9dd-4c5d-94c1-52fdf5b99a88
releaseDate	The official date when the part was approved.	2025-01-10T14:30:00
partNumber	Unique identifier assigned to the part by the OEM or supplier (Sachnummer)	145SGG01.1
nomenclature	Standardized name of the part based on its function or application	Head Unit
description	Detailed textual description of the part, including key Detailed textual description of the part, including key characteristics	Injection-molded front bumper with integrated sensor mounts
category	Category, the part belongs to. Based on VDA 4993.	Exterior
status	Status of the part exchanged.	Approved
safetyRelevant	Describes, if safety relevance is required	true
safetyRelevantFeatures	Number of safety relevant properties according to partner Daimler: DS und DZ Merkmale (Dokumentationspflichtig Sicherheitsrelevant und Dokumentationspflichtig Zertifizierungsrelevant) VW: D und S Merkmale (Dokumentationspflichtig und Sicherheitsrelevant) BMW: L und S und F Merkmale (Legal: Zulassungs- oder homologationsrelevant, Sicherheitsrelevant, Funktions- oder fertigungsrelevant) GM / Opel: S/C und F/F Merkmale (Safety and Compliance / Fit and Function) Ford: CC und SC Merkmale (Critical Characteristic / Significant Characteristic) Fiat / Alfa Romeo / Renault / PSA: R und S Merkmale (RÃ©glementation und Security) Conti: D und W Merkmale (Dokumentationspflichtige und Wichtige Merkmale)	X
statutoryFeatures	Specifies the legal and industry standards the part complies with	REACH, RoHS, ISO 26262, DBL 5307.10
securityAndEncryptionStandards	Defines cybersecurity measures implemented in the software	AES-256, TLS 1.2, Secure Boot
signatureSign	Flashware must be signed according to securtiy class CCC	SH
softwareVersion	Defines the version number of the embedded software or firmware	v3.2.1
diagnosticsAndErrorCodes	List of standardized trouble codes used for diagnostics	P0420 - Catalyst System Efficiency Below Threshold
flashingMethod	Flash type: the used method to update for example control units. For example UDS (Unified Diagnostic Services) Flash via DoIP (Diagnostics over Internet Protocol)	UDS Flash via DoIP
versionNumber	The versioning follows the guidelines for semantic versioning of the SemVer Org	3.1.0
density	Density of the material for CAD model usage 7850 kg/mÂ³	7850.0
materialID	Identification of the material from defined material database or standard	type: IMDS ID: 123456789
reference2DCADDrawing	Link to the digital 2D model used for design and manufacturing (external and Catena-X-internal ressources, URN's). Based on IDTA SMT 020026 - Provision of 3D Models	urn:samm:io.catenax.2dm:a2f115cd-b9dd-4c5d-94c1-52fdf5b99a88
reference3DCADDrawing	Link the digital CAD model used for design and manufacturing (external and Catena-X-internal ressources, URN's). Based on IDTA SMT 020026 - Provision of 3D Models	urn:samm:io.catenax.3dm:a2f115cd-b9dd-4c5d-94c1-52fdf5b99a88
boundingSphere	Diameter of the smallest possible sphere that fully encloses the part geometry. { "value": 315.0, "unit": "mm" }	315.0
calculatedWeight	Mass of the part, typically in kilograms. Calculated out of all belonging 3D-models	2.35
centerOfGravity	The calculated center of mass in a coordinate system for proper weight distribution	150.2, 75.6, 20.1
estimatedWeight	Estimated mass of the part, typically in kilograms. Based on early design assumptions or incomplete data.	2.35
momentOfInertia	Resistance of the part to rotational acceleration around an axis kgÂ·mÂ²	0.045
surfaceArea	surface area in mm2	200.0
volume	volume of the part in mm3	400.0
weightedWeight	Mass of the part, typically in kilograms. Calculated out of all belonging 3D-models (== Actual weight)	2.35
boundingBoxPropertyLenght	The minimal 3D box that fully encloses the part geometry (length x width x height), units in millimetre.	120.0
boundingBoxPropertyWidth	The minimal 3D box that fully encloses the part geometry (length x width x height),, units in millimetre.	45.0
boundingBoxPropertyHeight	The minimal 3D box that fully encloses the part geometry (length x width x height), units in millimetre.	30.0

early_warning_notification:1.0.0

property_name	description	example_value
notificationId	A unique ID for the EW notification	c2801472-5f87-41a7-9a25-b0939c4e0dff
relatedQualityTaskID	An ID to reference an existing early warning project and its data	BPN-811_2022_000001
information	Some text describing the detected anomaly in the data	There is an unusual number of DTCs occuring in the population described by the property qualityAppFiilter
status	A status information about the current status of the quality process triggered by this notification.	ACCEPTED
severity	A flag indicating the severity of the quality issue	MINOR
earlyWarningAttachmentLink	This property provides a reference to an EDC asset that will contain a zip file organized according to the specification CX-0092 and the model defined in io.catenax.quality_task_attachment:1.0.0. The zip file will contain additional data describing the early warning case.	subprotocolBody: catalogEndpoint=https://test.com/catalog;dataset=79afc338-f7ea-4255-a17d-ba6faf40d2b5
catenaXId	A unique identifier for a part or a vehicle. The identifier relates to a Catena-X digital twin	urn:uuid:ed85f17e-29dd-473c-9cb8-d7ad1dc44d2f
aspectProperty	A property from the aspect model referenced by "aspectModel"	production.productionDate
aspectModel	A reference to an aspect model standardized by Catena-X for the quality use case	urn:bamm:io.catenax.manufactured_parts_quality_information:1.0.0
rangeFrom	Start value of a value range for an aspect property	2019-02-01T00:00:00
rangeTo	End value of a value range for an aspect property	2019-07-30T23:59:59

electric_drive.electric_drive_passport:2.0.0

property_name	description	example_value
compatibleVehicleTypes	The vehicle types, in which the eDrive of this passport can be used. Possible selections are "battery-electric vehicle", "hybrid-electric vehicle", "fuel-cell-electric vehicle".	battery-electric vehicle
eMachineId	The unique serial ID of the e-Machine built into the eDrive of this passport; defined and provided by the owner/economic operator of the passport.	1785030A72B5752
permanentMagnetType	The permanent magnet type describes the material composition of the permanent magnet in use. In case of SSM e-Motors, no permanent magnets are used, requiring the input of a default value. Possible selections: - No permanent magnets used (SSM motor): "None" - AlNiCo: "Aluminum-Nickel-Cobalt" - Ceramic: "Ceramic" - Ferrite: "Ferrite" - Flexible: "Flexible Rubber" - SmCo: "Samarium Cobalt" - NdFeB: "Neodymium Iron Boron"	Ceramic
ratedSpeed	Rated speed determined by the electronics and measured in RPM, limited through software or physical limits (e.g. maximum power).	8000.0
statorDiameter	Diameter of the E-Machine stator, measured in millimetres.	450.0
eMachineTechnology	The type of the e-machine built into the eDrive. Possible values are "ASM" (Asynchronous motor), "PSM" (Permanently excited synchronous motor) and "ESM" (Electrically-excited synchronous motor). This should not be confused with an electrical machine integrated in a transmission.	ASM
coolingTopology	General cooling topology, which can be either one of the types: "air-cooled", "water-cooled" or "oil-cooled".	water-cooled
oilCapacityEdrive	The defined oil volume in the eDrive, measured in cubic decimetres. In case of a combined oil circuit for both the eDrive and the built-in transmission, the value must be identical to the oil capacity value of the transmission.	50.0
oilTypeEdrive	The type of the oil for the eDrive defined by the manufacturer. In case of a combined oil circuit for both the eDrive and the built-in transmission, the value must be identical to the oil type value of the transmission.	5W-30
minimumOilPressure	Minimum operational oil pressure value defined by the manufacturer of the E-Drive measured in bar.	2.068427188
maximumOilPressure	Maximum operational oil pressure value defined by the manufacturer of the E-Drive measured in bar.	4.8263301052
oilModule	Flag indicating the availability or absence of an oil module. An oil module is an umbrella term for devices that are manipulating the oil flow and the temperature in the product and incorporate cooler, pump, valves (pressure regulation valve).	true
maximumOilTemperature	The maximum oil temperature to safely operate the eDrive, measured in celsius on the oil temperature sensor. Please note the oil temperature can vary in other positions within the lubrication circuit.	80.5
inverterCurrent	Electric current flowing through the inverter, measured in ampere.	500.0
maximumPhaseCurrent	The maximum allowable current to pass through the phases, measured in ampere.	700.0
softwareVersion	Indicates the software version of the inverter.	2.525.b
systemVoltage	The characterizing voltage level in the vehicle in volts, to which the battery and electric drive are adjusted to.	400.0
gearRatio	Gear ratio calculated by dividing the angular or rotational speed of the output shaft by the angular speed of the input shaft. It can also be calculated by dividing the total driving gearâs teeth by the total driven gearâs teeth.	4.1567
transmissionId	Transmission ID of the transmission i.e. serial number allowing for unequivocal identification of the transmission.	384502A54FC9
gearboxStructure	Short description of the gearbox design, e.g. layshaft or planetary, depending on the technical design of the car.	Planetary
serviceHistory	The dates of putting the eDrive into service.	2020-02-15
lastServiceDate	The date of the last service.	2022-03-03
continuousRegeneratedPower	The amount of power, which can be regenerated continuously, within the bounds of normal operation, in kilowatts.	5.0
maxValue	The maximum value in kilowatts for a specified time period.	200.0
maxPowerECER85	Maximum power in kilowatts, measured according to the ECER85 regulatory requirements.	195.0
torqueValue	Measured torque value in newton metre.	300.0

essincident:4.0.0

property_name	description	example_value
productCommodity	Free-text description for commodity of a product affected by an incident in the context of ESS (Environmental and Social Standards)	Tire
productDescription	Description of product or component affected by an incident in the context of ESS (Environmental and Social Standards)	Natural Rubber
rawMaterial	Raw material that causes an incident in the context of ESS (Environmental and Social Standards)	Natural Rubber
industry	Industry / Branch that causes the incident	Extraction of raw material
incidentCategory	Environmental and social standards related incident category according to Supply Chain Due Diligence Act	Social
incidentSubcategory	Subcategory of an incident Category	Child labour
incidentSubject	Title/ subject of an incident in the context of ESS (Environmental and Social Standards)	Child labour on rubber producer Farm A
incidentExternalSubject	Replaces Incident Subject for external communication	Child labour on a rubber producer farm
incidentDescription	Full text description of an incident in the context of ESS (Environmental and Social Standards)	Child labour at production site of the rubber producer Farm A in Brazil
incidentExternalNotes	Incident description for external communication	Child labour at production site of a rubber producer in Brazil
systemDate	System created timestamp when the incident in the context of ESS (Environmental and Social Standards) was issued and saved	2022-08-31T23:22:12+00:00
incidentDate	Date and time information when an incident in the context of ESS (Environmental and Social Standards) occurred	2022-08-31T00:00:00+00:00
incidentId	Unique identifier for an incident in the context of ESS (Environmental and Social Standards)	9f47b3c8-b6d4-44f1-99ba-6bdb33916cac
masterOpCoId	Incident ID that has been checked and validated. In case of duplicates the "parent" incident ID will be used as Master Operating Company Incident ID.	9f47b3c8-b6d4-44f1-99ba-6bdb33916cac
incidentDisplayId	Human readable format of Incident ID	123456789101
incidentStatusInformation	Status of incident progress, default value = new	new
incidentShareFlag	Flag, that can be set to true in order to request to publish the incident, default value is false	false
subCaseOpCoIds	Incident Ids that belong to a Master Operating Company Incident Id	9f47b3c8-b6d4-44f1-99ba-6bdb33916cac, 9f47b3c8-b6d4-44f1-99ba-6bdb33916cad
incidentSystemId	System Id that defines the tenant	123456789
essOriginatorCompanyName	Name of a company / an organisation that is the originator of an incident in the context of ESS (Environmental and Social Standards)	Rubbery Ltd.
essOriginatorBpnL	BPN-L ID of the company that causes the incident	BPNL1234567890ZZ
essOriginatorBpnS	BPN-S ID of the company that causes the incident	BPNS1234567890ZZ
essOriginatorBpnA	BPN-A ID of the company that causes the incident	BPNA1234567890ZZ
essIncidentIssuerFirstName	First name of ESS incident issuer	Testuser First name
essIncidentIssuerEmailAddress	Email address of ESS incident issuer	test@example.com
essIncidentIssuerPhoneNo	Phone number of ESS incident issuer	+49-123-456789
flagAnonymous	Flag that Incident issuer wants to be anonymous	false
essIncidentIssuerId	System generated unique identifier of incident issuer	9a47b3c8-b6d4-44f1-99ba-6bdb33916cac
essIncidentIssuerLastName	Last name of ESS incident Issuer	Testuser Last name
essOriginatorCountrySubdivision	Region within a country of ESS Originator	BR-SP
essIncidentIssuerCountrySubdivision	Region within a country of ESS Incident Issuer	IN-AP
essIncidentModerator	Business Partner who moderates the clearing of an ESS incident	BPNL1234567890YY
longitude	Longitude information for geographic coordinates.	-79.517415
latitude	Latitude information for geographic coordinates.	-5.422077

failure_pattern:1.0.0

property_name	description	example_value
stringPropertyName	A property name of type string from the model.	vehicleSeries
stringInsideOperator	Describes the logical connector inside of a string expression	equal
stringValue	The value that is used within the string expression and with which it is to be compared	EA189
booleanPropertyName	A property name of type boolean from the model.	ecuList_dtcs_isMilOn
booleanInsideOperator	Describes the logical connector inside of a boolean expression	equal
booleanValue	The value that is used within the boolean expression and with which it is to be compared	true
timestampPropertyName	A property name of type timestamp from the model.	productionDate
timestampInsideOperator	Describes the logical connector inside of a timestamp expression	after
timestampValue	The value that is used within the timestamp expression and with which it is to be compared	2024-01-01T00:00:00
numericPropertyName	A property name of a numeric type from the model.	repairMileage
numericInsideOperator	Describes the logical connector inside of a numeric expression	higher
numericValue	The value that is used within the numeric expression and with which it is to be compared	100.0
nameSpace	Name space of the model	io.catenax.fleet.vehicles
ttlFile	A defined ttl file	Vehicles.ttl
modelVersion	Version of aspect model.	2.1.0

fleet.claim_data:3.0.0

property_name	description	example_value
claimId	Each claim from this data provider has a unique claim ID.If you combine the BPNL of the data provider with this claim ID you get a unique claim ID in the data space.	a214-13d6
repairDate	References the date when the claim was initially reported.	2022-02-04
repairMileage	The mileage counter of the vehicle when it was in the workshop.	30000
repairMileageUnit	The unit of the repair mileage - either km or mi. Default is km.	km
customerComment	End customer comment (e.g. from the vehicle owner, rental car user, etc. ) about the malfunction of this vehicle.	Steering is making strange noises during parking.
damageCode	OEM-specific damage code	ST12345
damageCodeDescription	Description of the damage code.	Steering adapter
technicianComment	Short description of the claim from the technicians	Defect steering.
monthInService	The number of month the vehicle is in service.	10
breakdown	Had the vehicle a breakdown and could not drive any more?	false
repeatedRepair	Was there a repeated repair for the same part in this vehicle.	false
dateOfPreviousRepair	The date of the previous repair.	2023-02-20
isPartCausal	Flag is set to true if part was causing the problem-otherwise false.	true
isPartReplaced	Flag is set to true if part was replaced-otherwise false.	true
amountOfReplacedParts	Counter for non-serial parts which have been replaced	1
partTreatment	Describes what happened to this part in the claim.	Part was defect and replaced by a spare part.

fleet.diagnostic_data:3.0.0

property_name	description	example_value
sessionMileage	The mileage counter of the vehicle during diagnostic session.	30000
sessionMileageUnit	Unit of session mileage - either km or mi.	km
sessionStart	Describes the starting point for this diagnostic session.	2023-01-01T00:00:00
diagnosticSoftwareName	The name of the diagnostic software that was used.	Pontiac Car Diagnostic software
diagnosticSoftwareVersion	The version of the used diagnostic software	V.411 Patch 2023-02
sessionEnd	Describes the end point for this diagnostic session.	2023-12-31T23:59:59
vehicleSoftwareCategory	Software category of this car during the session - only available for OEMs that have a software category on vehicle level.	TZGH64738
vehicleSoftwareVersion	Software version of this car during the session - only available for OEMs that have a software category on vehicle level.	3.5.0001.001
readOutTimestamp	Date when this ECU information was read out from the diagnostic session	2022-01-30T14:45:54
procedureId	A unique identifier for this procedure/sub-procedure call	ABS_upgrade_deactivate
procedureDescription	An optional description for this procedure	Deactivation ABS upgrade capability.
procedureEnd	End date and time for this procedure call.	2023-11-27T08:00:03
procedureStart	Start date and time for this procedure call.	2023-11-27T08:00:00
procedureResult	Result of the procedure	ok
dtcHexValue	Hex value of this DTC	4337499FF
fullName	A human-readable name that is the result of the translation of DTC hex code. There is a 1:1 relationship between DTC hex code and DTC full name. DTC full name must include the fault byte added after the minus. DTC full name is unique: That means that at one occurrence timestamp and the same vehicle and the same ECU only one DTC full name can be set.	P0573-00
fullDescription	Description of this DTC. If description name consists of main DTC and failure byte, than both description strings are concatenated using a "-" as separator.	Brake Switch "A" Circuit High-no sub type information
faultPath	OEM-specific: Fault path for this DTC. Allows further analysis	1000761
faultPathDescription	OEM-specific description of DTC fault path	shortage to plus
freezeFrame	freeze frame from ecu. The freeze frame records many parameters of the DTC and surrounding parameters like outside temperature when the DTC was set. It is a very long HEX string with many OEM-specific and ECU-specific content in	100148340349340
isMilOn	Describes whether this DTC sets the MIL (malfunction indicator light) in the dashboard.	true
occurenceCounterTotal	Counter how often this DTC was set in total	10
occurenceMileage	mileage in km when the DTC occurred the first time	15000
occurenceMileageUnit	Unit of occurrence mileage - either km or mi.	km
occurenceTimeStamp	date and time when the DTC occurred the first time/was recorded the first time in the ECU	2022-01-30T14:48:54
state	OEM-specific state of DTC: 0;1 (permanent/temporary/intermediate), could also be a string with permanent, temporary, intermediate, ....	permanent
type	Indicator whether this DTC was stored as Error or Info	Error
conditionId	OEM-specific: Primary key for this condition consists of unique identifier of env. condition and DTC	DTC1_EnvCond1
conditionCreationTimeStamp	Date and time when this condition/information was created.	2022-01-28T14:48:54
conditionDescription	The description of the environment condition/information	RPM
conditionHexValue	Hex value of the condition.	0x46346347af
conditionNumericValue	The numeric value of the condition as double.	2000.0
conditionTextValue	Text value of the condition.	ECU has reached abnormal status.
measurementUnit	The unit of measurement for the environment condition value.	rpm

fleet.vehicles:4.0.0

property_name	description	example_value
productionDate	Date when this part was produced.	2017-10-20
soldDate	Sold date of the vehicle = warranty start date for this vehicle	2018-02-03
class	Class of the vehicle.	A
driveSystemPower	Complete power of this vehicle in KW. This sums up the power of each individual engine installed in this vehicle.	200
driveType	Drive type of a vehicle according enumeration.	Front-Wheel Drive
modelDescription	Detail vehicle model like "Golf VIII"	Golf VIII
modelIdentifier	Vehicle manufacturer-specific model identifier or Vehicle manufacturer-specific project name.	689-G8
softwareCategory	Some Vehicle manufacturers bring in the software as complete package for all systems:To identify this software: software category and software version is needed.Software category when this car was built.	TZGH64738
softwareVersion	Some Vehicle manufacturers brings in the software as complete package for all systems:To identify this software: software category and software version is needed.Software version when this car was built.	3.4.9837.567
soldCountryCode	The country code in 3 letter format where this vehicle was sold.	DEU
soldCountryGroup	The region where this car was sold.	Europe
steeringPos	Position of vehicle steering wheel, Left or right.	Left-Hand Drive
vehicleSeries	vehicle series, normally one level above model. E.g. vehicle series ="Golf", vehicle model="Golf VIII"	Golf
wmiCode	The World Manufacturer Index (WMI) are the first 3 letters of the VIN. IT describes a code for the vehicle manufacturer. Also see the description from NTHSA.	WVW
wmiNameNHTSA	Name of the vehicle manufacturer according NHTSA: use https://vpic.nhtsa.dot.gov/api/vehicles/decodewmi/WVW?format=json - entry to be used is CommonName.	Volkswagen
engineId	Vehicle manufacturer-specific identifier/type of the installed engine	CKBY
engineDescription	Description of the engine	2.0 TDI
engineSeries	Engine series as defined by Vehicle manufacturer	EA189
engineSize	Cubic capacity in a combustion engine - not available in battery-electric vehicles	1968
power	Engine power is the power that an engine can put out	110
installDate	Date when a part was installed in the vehicle.	2018-01-10
nhtsaFuelType	Description of the fuel according US NHTSA	Diesel
equipmentIdentifier	The identifier of a specific equipment.	S248A
equipmentDescription	The equipment variants description.	Seat heating front
group	Bundles all equipment-oriented information into categories like Interior	Interior
transmissionId	Vehicle manufacturer-specific identifier/type of the installed transmission	MPV
transmissionDescription	Description of the transmission.	Direct shift transmission
transmissionSeries	Transmission series as defined by vehicle manufacturer.	DQ200-7F
transmissionSize	Torque capacity of the transmission.	200

generic.digital_product_passport:6.0.0

property_name	description	example_value
version	The current version of the product passport. The possibility of modification/ updating the product passport needs to include versioning of the dataset. This attribute is an internal versioning from the passport issuer. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Article 8: (1) [...] The information in the product passport shall be accurate, complete, and up to date.	1.0.0
status	The current status of the product passport declared through either: draft, approved, invalid or expired.	draft
expirationDate	The timestamp in the format (yyyy-mm-dd) for the product passport until when it is available or a comment describing this period. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Article 8: (2) (h) the period during which the product passport is to remain available, which shall correspond to at least the expected lifetime of a specific product.	2030-01-01
issueDate	The timestamp in the format (yyyy-mm-dd) since when the product passport is available.	2000-01-01
economicOperatorId	The identification of the owner/economic operator of the passport. Proposed, according to ISO 15459, is the CIN (company identification code). Other identification numbers like the tax identification number, value added tax identification number, commercial register number and the like are also valid entries. In the Catena-X network, the BPNL is used for the identification of companies and the information stored like contact information and addresses. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Annex III: (k) the [...] unique operator identifier code of the economic operator established in the Union responsible for carrying out the tasks set out in Article 4 of Regulation (EU) 2019/1020, or Article 15 of Regulation (EU) on general product safety, or similar tasks pursuant to other EU legislation applicable to the product.	BPNL0123456789ZZ
passportIdentifier	The identifier of the product passport, which is an uuidv4.	urn:uuid:550e8400-e29b-41d4-a716-446655440000
predecessor	Identification of the preceding product passport. If there is no preceding passport, input a dummy value. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Article 8: (2)(g) [...] Any new product passport shall be linked to the product passport or passports of the original product whenever appropriate.	urn:uuid:00000000-0000-0000-0000-000000000000
backupReference	A reference to the data backup of the passport. This mandatory attribute will be further defined in the future. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Annex III: (kb) the reference of the certified independent third-party product passport service provider hosting the back-up copy of the product passport. Article 10 also mentions: (c) the data included in the product passport shall be stored by the economic operator responsible for its creation or by certified independent third-party product passport service providers authorised to act on their behalf.	https://dummy.link
registrationIdentifier	Identifier in the respective registry. This will be further defined in the future. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 in Article 12: By [2 years from entering into force of this Regulation], the Commission shall set up and manage a digital registry ("the registry") storing in a secure manner at least the unique product identifier, the unique operator identifier, the unique facility identifiers. In case of products intended to be placed under the customs procedure 'release for free circulation', the registry shall also store the product commodity code. The registry shall also store the batteries' unique identifiers referred to in Article 77(3) of Regulation (EU) 2023/1542.	https://dummy.link/ID8283746239078
lastModification	Date of the latest modification.	2000-01-01
language	Specific language in which the passport content is created. Language code is based on the ISO 639-1.	EN
applicable	Check whether the connected attributes are applicable to the product. If it is not applicable (false), dummy data can be delivered.	true
physicalState	The physical state of the item. There are four states of matter solid, liquid, gas and plasma which can be chosen from an enumeration.	solid
generalPerformanceClass	The performance class of the product. This attribute is mentioned ESPR provisional agreement from January 9th, 2024 Article 7: 4. When establishing the information requirements referred to in paragraph 2, point (b), point (i), the Commission shall, as appropriate in view of the specificity of the product group, determine classes of performance. Classes of performance may be based on single parameters, on aggregated scores, in absolute terms or in any other form that enables potential customers to choose the best performing products. Those classes of performance shall correspond to significant improvements in performance levels. Where classes of performance are based on parameters in relation to which performance requirements are established, they shall use as the minimum level the minimum performance required at the time when the classes of performance start to apply. Definition: 'class of performance': means a range of performance levels in relation to one or more product parameters referred to in Annex I, based on a common methodology for the product or product group, ordered into successive steps to allow for product differentiation.	A
placedOnMarket	The timestamp in the format (yyyy-mm-dd) with or without time zone when the product was put in the market.	2000-01-01
purpose	One or more intended industry/industries of the product described by the digital product passport. If exchanged via Catena-X, 'automotive ' is a must choice included in the list.	automotive
state	The status of the product (original, repurposed, re-used, remanufactured or waste) to indicated, whether it is a used product. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Annex I: (j) incorporation of used components.	original
reparabilityScore	The reparability score. This attribute is mentioned ESPR provisional agreement from January 9th, 2024 Article 7: (b) as appropriate, also require products to be accompanied by: (i) information on the performance of the product in relation to one or more of the product parameters referred to in Annex I, including a scoring of reparability or durability [...].	B
durabilityScore	The durability score. This attribute is mentioned ESPR provisional agreement from January 9th, 2024 Article 7: (b) as appropriate, also require products to be accompanied by: (i) information on the performance of the product in relation to one or more of the product parameters referred to in Annex I, including a scoring of reparability or durability [...].	A
content	The content of the document e.g a link.	https://dummy.link
category	The category in which the document can be sorted. These are mentioned in the ESPR proposal from March 30th, 2022 ANNEX III: (e) compliance documentation and information required under this Regulation or other Union law applicable to the product, such as the declaration of conformity, technical documentation or conformity certificates; ANNEX IV states additional information regarding the content of the technical documentation Further information on documents are mentioned in the proposal from March 30th, 2022 ANNEX III: (f) user manuals, instructions, warnings or safety information, as required by other Union legislation applicable to the product. Additionally requirements are mentioned in Article 21: (7) Manufacturers shall ensure that that a product covered by a delegated act adopted pursuant to Article 4 is accompanied by instructions that enable consumers and other end-users to safely assemble, install, operate, store, maintain, repair and dispose of the product in a language that can be easily understood by consumers and other end-users, as determined by the Member State concerned. Such instructions shall be clear, understandable and legible and include at least the information specified in the delegated acts adopted pursuant to Article 4 and pursuant to Article 7(2)(b), point (ii). Article 7 states additionally: (2) (b) (ii) information for consumers and other end-users on how to install, use, maintain and repair the product in order to minimize its impact on the environment and to ensure optimum durability, as well as on how to return or dispose of the product at end-of-life; (2) (b) (iii) information for treatment facilities on disassembly, recycling, or disposal at end-of-life; (2) (b) (iv) other information that may influence the way the product is handled by parties other than the manufacturer in order to improve performance in relation to product parameters referred to in Annex I. (5) (d) relevant instructions for the safe use of the product.	Legal Information
contentType	The type of content which can be expected in the "content" property. Examples are a link, restricted link, pdf, excel, etc.	URL
header	The header as a short description of the document with a maximum of 100 characters.	Example Document XYZ
label	The human readable name of the attribute.	Maximum permitted battery power
description	The description of the attribute context.	Description of an attribute
data	The content from the attribute which is a depended of the data type and typeUnit.	23
codeKey	The code key for the identification of the product. Examples are GTIN, hash, DID, ISBN, TARIC. This attribute is mentioned in the ESPR proposal from March 30th, 2022 ANNEX III: (b) the unique product identifier at the level indicated in the applicable delegated act adopted pursuant to Article 4; (c) the Global Trade Identification Number as provided for in standard ISO/IEC 15459-6 or equivalent of products or their parts; (d) relevant commodity codes, such as a TARIC code as defined in Council Regulation (EEC) No 2658/87.	TARIC
codeValue	The code value for the identification of the product in regard to the chosen code name.	8703 24 10 00
carrierType	The type of data carrier such as a QR code on the product. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Article 8: (2) (b) the types of data carrier to be used.	QR
carrierLayout	The positioning of data carrier on the product. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Article 8: (2) (c) the layout in which the data carrier shall be presented and its positioning.	upper-left side
manufacturingDate	The timestamp in the format (yyyy-mm-dd) of the manufacturing date as the final step in production process (e.g. final quality check, ready-for-shipment event).	2000-01-31
otherOperatorId	Identifier of the other operator. This can be a BPN.	BPNL0123456789XX
otherOperatorRole	Role of the other operator.	distributor
lifeUnit	The unit of the respective lifespan expressed through the possible units day, month, cycle, year and runningOrOperatingHour.	unit:month
lifeValue	The value as an integer for the respective lifespan.	36
lifeType	The type of lifespan represented with the values guaranteed lifetime, technical lifetime and mean time between failures. This attribute is mentioned in the ESPR proposal from March 30th, 2022 ANNEX I: (a) durability and reliability of the product or its components as expressed through the product's guaranteed lifetime, technical lifetime [or] mean time between failures [...].	guaranteed lifetime
typeUnit	Choose a unit type from the unit catalog, or if the property "children" is filled, leave empty.	unit:volume
dataType	Data type that describe the content of the attributes children and data. In case "object" is selected in the enumeration, the children field will be used in the AdditionalDataEntity instead of the "data" property. If it is an other type, the content will be specified in "data" as a string.	xsd:integer
facility	The identifier used for a location. This attribute is mentioned in the ESPR provisional agreement from January 9th 2024 Annex III: (i) unique facility identifiers; Article 2 Definitions: (33) 'unique facility identifier' means a unique string of characters for the identification of locations or buildings involved in the value chain of a product or used by actors involved in the value chain of a product.	BPNA1234567890AA
eori	An economic operator established in the customs territory of the Union needs, for customs purposes, an EORI number. EORI stands for economic operators registration and identification number. In this case, the importer's EORI must be provided. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Annex III: (j) information related to the importer, including the information referred to in Article 23(3) and its EORI number.	GB123456789000
importerIdentification	The importer of the product, if different from the owner of the passport. In the Catena-X network, the BPNL is used for the identification of companies and the information stored for this like contact information and addresses. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Annex III: (j) information related to the importer, including the information referred to in Article 23(3) and its EORI number; Article 23 states: (3) Importers shall, for products covered by a delegated act adopted pursuant to Article 4, indicate their name, registered trade name or registered trade mark and the postal address and electronic means of communication, where they can be contacted: (a) on the public part of the product passport, when applicable, and (b) on the product or, where this is not possible, on the packaging, or in a document accompanying the product.	BPNL0123456789ZZ
sourcesIdentification	The identifier of a spare part producer of the product. In the Catena-X network, the BPNL is used for the identification of companies and the information stored for this like contact information and addresses.	BPNL0123456789ZZ
location	The location of the substances of concern within the product. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Article 7: (5) (b) the location of the substances of concern within the product.	Housing
materialUnit	The unit of concentration chosen from an enumeration: mass percent, volume percent, parts per thousand, parts per million, parts per billion and parts per trillion.	unit:percent
concentration	Concentration of the material at the level of the product. This attribute is specially mentioned for substances of concern mentioned in the ESPR proposal from March 30th, 2022 Article 7: (5) (c) the concentration, maximum concentration or concentration range of the substances of concern, at the level of the product [...]. Other substances are mentioned for the purpose of recycling in the ESPR provisional agreement from January 9th, 2024 Annex I: (d) design for recycling, ease and quality of recycling as expressed through: use of easily recyclable materials, safe, easy and non-destructive access to recyclable components and materials or components and materials containing hazardous substances and material composition and homogeneity, possibility for high-purity sorting, number of materials and components used, use of standard components, use of component and material coding standards for the identification of components and materials, number and complexity of processes and tools needed, ease of nondestructive disassembly and re-assembly, conditions for access to product data, conditions for access to or use of hardware and software needed.	5.3
exemption	Exemptions to the substance of concern. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Article 7: (5) (c) provide duly justified exemptions for substances of concern or information elements from the information requirements referred to in the first subparagraph based on the technical feasibility or relevance of tracking substances of concern, the existence of analytical methods to detect and quantify them, the need to protect confidential business information or in other duly justified cases. Substances of concern within the meaning of Article 2(28), point a), shall not be exempted if they are present in products, their relevant components or spare parts in a concentration above 0,1 % weight by weight.	shall not apply to product x containing not more than 1,5 ml of liquid
recycled	The share of the material, which is recovered recycled content from the product. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Annex I: (h) use or content of recycled materials and recovery of materials, including critical raw materials;	12.5
renewable	The share of the material, which is from a renewable resource that can be replenished. Renewable resources are those that can be reproduced by physical, chemical, or mechanical processes. These are the kind of resources that can be regenerated throughout time. Forest wood, for example, can be grown through reforestation. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Annex I: (ha) use or content of sustainable renewable materials;	23.5
critical	A flag, if the material is a critical raw material. This attribute is mentioned in the ESPR provisional agreement from January 9th, 2024 Annex I: (h) use or content of recycled materials and recovery of materials, including critical raw materials; In Annex II of the connected proposal Act of Critical Raw Materials, a list of critical raw materials can be found.	true
footprintValue	The value of the footprint of the product. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Annex I: (l) the environmental footprint of the product, expressed as a quantification, in accordance with the applicable delegated act, of a product's life cycle environmental impacts, whether in relation to one or more environmental impact categories or an aggregated set of impact categories; (m) the carbon footprint of the product; (ma) the material footprint of the product.	12.678
footprintLifecycle	The lifecycle stage, to which the environmental footprint corresponds. These could be for example "raw material acquisition and pre-processing", "main product production", "distribution" or "end of life and recycling".	main product production
footprintUnit	The unit of measurement of the environmental impact category. For each impact category a specific unit is used. If an aggregation is used, utilize the normalization and weighting methods used in the referenced rulebook.	kg CO2 / kWh
footprintType	The type of the environmental footprint of the product. This could be one of the environmental impact categories. This attribute is mentioned in the ESPR provisional agreement from January 9th 2024 Article 7: (2)(b)(i) information on the performance of the product in relation to one or more of the product parameters referred to in Annex I, including a scoring of reparability or durability, carbon footprint or environmental footprint; Annex I: (l) the environmental footprint of the product, expressed as a quantification, in accordance with the applicable delegated act, of a product's life cycle environmental impacts, whether in relation to one or more environmental impact categories or an aggregated set of impact categories. (m) the carbon footprint of the product; (ma) the material footprint of the product.	Climate Change
performanceClass	The performance classification of the footprint.	A
hazardCategory	The hazard category of the substance of concern. Defined in Article 2 of Regulation (EC) No 1272/2008 of the European Parliament and of the Council of 16 December 2008 on classification, labelling and packaging of substances and mixtures, amending and repealing Directives 67/548/EEC and 1999/45/EC, and amending Regulation (EC) No 1907/2006: 2. 'hazard category' means the division of criteria within each hazard class, specifying hazard severity.	category 1A
hazardClass	The hazard class of the substance of concern. Defined in Article 2 of Regulation (EC) No 1272/2008 of the European Parliament and of the Council of 16 December 2008 on classification, labelling and packaging of substances and mixtures, amending and repealing Directives 67/548/EEC and 1999/45/EC, and amending Regulation (EC) No 1907/2006: 1. 'hazard class' means the nature of the physical, health or environmental hazard.	Skin corrosion
hazardStatement	The hazard statement of the substance of concern. Defined in Article 2 of Regulation (EC) No 1272/2008 of the European Parliament and of the Council of 16 December 2008 on classification, labelling and packaging of substances and mixtures, amending and repealing Directives 67/548/EEC and 1999/45/EC, and amending Regulation (EC) No 1907/2006: 5. 'hazard statement' means a phrase assigned to a hazard class and category that describes the nature of the hazards of a hazardous substance or mixture, including, where appropriate, the degree of hazard.	Causes severe skin burns and eye damage.
minConcentration	The minimum concentration of the substance of concern at the level of the product. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Article 7: (5) (c) [...] concentration range of the substances of concern, at the level of the product [...].	2.1
maxConcentration	The maximum concentration of the substance of concern at the level of the product. This attribute is mentioned in the ESPR proposal from March 30th, 2022 Article 7: (5) (c) the concentration, maximum concentration or concentration range of the substances of concern, at the level of the product [...].	2.6
chemicalId	The substance identification, in accordance with the specification in the attribute for the list type.	201-004-7
listTypeId	The type of standard used for the identification of the substances. Selected can be for example CAS, IUPAC or EC.	CAS
chemicalName	The name of the material which is present in the product.	phenolphthalein

global_transport_label:1.0.0

property_name	description	example_value
labelType	Describes the Label Type according to VDA 4994	M
customerSpecificRouting	Information on customer specific routing. This information is supplied as part of the call-off and does not need to be interpreted by the supplier.	Route 66
unloadingPoint	Unloading point where the means of transport is being unloaded.	013/RAMP
internalDestination	Additional Internal destination at recipients' side after unloading (warehouse / storage).	15/WH4
deliveryNoteNumber	Associated delivery note number, assigned by sender.	12345678
supplierNumber	Supplier number assigned to the seller by the customer. This supplier number may differ from ship-from's identifier, depending on the numbering concept applied by the customer.	987654321
expectedTimeOfArrival	Expected/request delivery time of the goods at the customer's premises.	2023-10-27
netWeight	Net weight of the loading unit or inner packaging item.	700.0
grossWeight	Gross weight of the loading unit or inner packaging item.	850.0
customerPartNumber	Number that the customer uses to identify the delivered part.	GFS-123-554-747
catenaXId	Catena-X ID of partType / delivered goods.	c2801472-5f87-41a7-9a25-b0939c4e0dff
licencePlate	Globally unique package ID of the package / loading unit: it does not include the data identifier. It includes the issuing agency code (IAC), the company identification number (CIN), and the serial number (SN).	1J 123456789 000000010
dataIdentifier	The data identifier (DI) is a classifying characteristic and precedes the actual barcode content. The data identifier classifies the packages into Single, Homogeneous Master, Mixed Master. Identifiers are based on ISO 17367	1J
packagingTypeCode	Is a digit code identifying the packaging type code.	0009PAL
batchNumber	Describes the transportation batch on a Master or Mixed labels that is attached to loading units.	0335434567
numberOfInnerPackageItems	Describes the amount of internal packages.	40
hardwareRevision	Hardware Revision number.	HC11
softwareRevision	Software revision number.	SV 1.1
partRevision	Part revision number.	EC11
dateCategory	Expery (E) Shipment (S) Production (P) in that order of priority	E
date	Dates are to be given in the following format according to the example in the VDA recommendation: CCYY-MM-DD. Where the indication of times is required, they are to be separated from the date by a slash "/" and printed in a 24-hour format HH:MM	2016-01-14

id_based_comment:1.1.0

property_name	description	example_value
commentId	The Comment ID uniquely identifies the entity within the business relationship between a customer and its supplier.	f5c151e4-30b5-4456-94fd-2a7b559b6121
objectId	The ID of the object to which the comment belongs.	dfeb1334-497e-4dab-97c1-4e6f4e1c0320
author	The E-Mail address of the creator who wrote the comment. In case comment creator wants to stay anonymous, show BPNL in app which is sent the comment along.	someone@company.com
postedAt	Point in time when the comment was created.	2023-03-10T12:27:11.320Z
changedAt	Point in time when the comment was last changed.	2023-03-10T12:27:11.320Z
commentText	Text up to 5.000 characters in format "UTF-8" will be shared.	Hello, this is a comment!
requestDelete	Indicates that the deletion of the comment is requested by sender incl. all of it's history.	true
listOfReferenceDates	Point in time the comment belongs to.	2023-11-05
objectType	Aspect Model which the comment refers to. The value MUST consist of the Catena-X aspect model unique identifier of the referenced data model without a version.	urn:samm:io.catenax.week_based_capacity_group
customer	The Business Partner Number Legal Entity (BPNL) of the party requesting materials from a supplier.	BPNL8888888888XX
supplier	The Business Partner Number Legal Entity (BPNL) of the party providing materials to a customer.	BPNL6666666666YY

id_based_request_for_update:3.0.0

property_name	description	example_value
materialDemandId	The Material Demand ID uniquely identifies the material demand the supplier requests an update for within the business relationship between the customer and its supplier.	0157ba42-d2a8-4e28-8565-7b07830c3456
changedAt	Point in time of the last update known to the requesting business partner. If the requested entity has been changed more recently, the requested party should resend the data. If the changedAt property is not given, the latest entity should be send without precondition.	2023-03-10T12:27:11.320000+00:00
capacityGroupId	The Capacity Group ID uniquely identifies the capacity group the supplier requests an update for within the business relationship between the supplier and its customer.	0157ba42-d2a8-4e28-8565-7b07830c1110

individual_asset_definition:2.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the asset, valid for the Catena-X dataspace.	urn:uuid:ed85f17e-29dd-473c-9cb8-d7ad1dc44d2f
assetOwnerId	BPNL of the asset owner.	BPNL021738173000
assetSerialNumber	The serial number of the asset.	321-0740-6790-XY
assetType	The type of an asset.	package

iot_sensor_data:2.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the asset, valid for the Catena-X dataspace.	urn:uuid:ed85f17e-29dd-473c-9cb8-d7ad1dc44d2f
batteryLevel	The battery level displays how much charge of the battery has been left.	50.00
timestamp	The timestamp of the latest sensor reading.	2023-02-04T14:48:54
transmissionMethod	The method under which the sensing data is transmitted from the source to the remote node.	LoRaWAN
latitude	The angle between zenith and a plane parallel to the equator.	40.20361
longitude	Geographic coordinate that specifies the east-west position of a point on the Earth's surface.	11.3102
altitude	Antenna Altitude above/below mean-sea-level (geoid).	280.20
geoDataTimestamp	The timestamp of the latest sensor reading of the geo data.	2023-02-04T14:48:54
sensorType	Different types of sensors that are commonly used in various applications, measuring one of the physical properties like Temperature, Pressure, Resistance, Shock, Conduction, Heat Transfer etc.	Temperature
sensorValue	The measured value of the sensor type.	32.00

iot_sensor_device_definition:2.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the serialized part, valid for the Catena-X dataspace.	urn:uuid:7a6a8376-1783-4926-9be0-5d946622b2e2
manufacturer	Manufacturer of the IoT sensor device.	Company X
type	The type of the IoT sensor device.	TRACK02839
serialNumber	The serial number of the IoT sensor device, as assigned by the manufacturer of the device.	123-0740-3434-A
ownerID	The Catena-X BPNL of the device owner.	BPNL00000003ABCD

item_stock:2.0.0

property_name	description	example_value
materialGlobalAssetId	Identifier used uniquely to identify part type twin.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
direction	Direction of the stock from data provider perspective.	OUTBOUND
lastUpdatedOnDateTime	Date and time at which the position has been updated by the reporting partner's system. Date and time are set according to a timezone.	2023-04-28T14:23:00.123456+14:00
supplierOrderId	This is the order number on the supplier side that is given by e.g., the supplier's enterprise resource planning system.	M-Nbr-4711
customerOrderId	This is the order number on the customer side that can be given by e.g., the customer's enterprise resource planning system.	C-Nbr-4711
customerOrderPositionId	This is an identifier for the position of an order defined by the customer. It's not a technical identifier, such as an UUID. This identifier is used within the business context when talking about the position.	PositionId-01
stockLocationBPNS	BPNS identifying the site the stock is located at. One stock has always one location.	BPNS1234567890ZZ
isBlocked	A set of finished items that are located on the blocked stock area, quarantine area, etc. waiting to be released. Example: Stock is in review and not released due to customer complaint regarding a recent batch.	false
stockLocationBPNA	BPNA identifying the address the stock is located at. One stock has always one location.	BPNA1234567890ZZ

just_in_sequence_part:3.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the just-in-sequence part, valid for the Catena-X dataspace.	urn:uuid:580d3adf-1981-44a0-a214-13d6ceed9379
key	The key of a local identifier.	jisNumber
value	The value of an identifier.	12345678ABC
date	Timestamp of the manufacturing date as the final step in production process (e.g. final quality check, ready-for-shipment event)	2022-02-04T14:48:54
country	Country code where the part was manufactured	HUR
manufacturerPartId	Part ID as assigned by the manufacturer of the part. The manufacturer Part ID identifies the part (as designed)in the manufacturer`s dataspace. The Part ID does not reference a specific instance of a part and thus should not be confused with the serial number or any other instance IDs. If no specific part ID exists a part family ID may be substituted for it.	123-0.740-3434-A
customerPartId	Part ID as assigned by the customer of the part. The customer Part ID identifies the part (as designed)in the customer`s dataspace. The Part ID does not reference a specific instance of a part and thus should not be confused with the serial number or any other instance IDs. If no specific part ID exists a part family ID may be substituted for it.	PRT-12345
nameAtManufacturer	Name of the part as assigned by the manufacturer	Mirror left
nameAtCustomer	Name of the part as assigned by the customer	side element A

mandatory_dismantling:2.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the serialized part, valid for the Catena-X dataspace.	urn:uuid:580d3adf-1981-44a0-a214-13d6ceed9379
bpnOEM	The aim of Business Partner Data Management (BPDM) with its BPN is to define a set of rules for a unique ID for cross-company communication and identification of Business Partners.?	BPNL8888888888XX
derivate	The the drivate sepcifies the vehicle architecture.	G20
driveTechnology	The drive tehcnology describes the type of engine	ICE
pollutant	Type of pollutant present. "Pb" (Lead), "Hg" (Mercury), "Cd" (Cadmium), "Cr" (Chromium), etc.	Pb
number	Number of specific pollutant, component or part.	1
part	The part or component that contains the specific pollutant.	Starter battery
location	String specifying the location of the pollutant , component or part.	Front Right Panel
minimumConcentration	Minimum weight percentage of pollutant concentration to be dismantled	0.4
pollutantConcentration	weight percentage of pollutant concentration	0.5
removalInstruction	String providing technical instructions on removal and replacement, including the sequence of all steps.	Follow proper safety protocols. Refer to the manual for step-by-step removal instructions.
functionalityDescription	String describing the functionality, interchangeability, and compatibility with specific parts and components of other makes and models.	Compatible with models X, Y, and Z.
manufacturerContact	String indicating the contact point of the manufacturer for technical assistance.	support@manufacturer.com
isPresent	Does the asset contain the parent item	true
itemType	The item type of parent.	Diesel
batteryType	Type of battery chemistry of electric vehicle batteries	Lithium-Ion
dischargeInstruction	Provides instructions for the safe discharging of the battery.	Follow proper safety procedures for discharging the battery.
requiredTool	Lists the tools or technologies required for accessing, removing, and replacing the electric vehicle batteries.	Torque wrench, safety gloves
permanentMagnet	types of permanent magnets present in e-drive motors, if they belong to the following types: Neodymium-Iron-Boron, Samarium-Cobalt, Aluminium-Nickel-Cobalt, Ferrite	Neodymium-Iron-Boron
treatmentTechnique	Availability of best treatment techniques	Available

manufactured_parts_quality_information:3.0.0

property_name	description	example_value
productionDate	Date of production for this specific part.	2022-02-04
hasBeenReworked	Indicator whether this part was reworked during manufacturing.	false
numberOfConductedEndOfLineTests	Number of conducted end-of-production-line tests. For some production lines there are several tests to be conducted (electrical tests, mechanical tests, functional tests, ...).	1

manufacturing_capability:3.1.0

property_name	description	example_value
capabilityId	Locally unique identifier for a capability.	urn:manufacturing-capability:capability:42
capabilityLabel	Label of a capability.	sawing
label	Multilanguage label of an element.	aluminum
hierarchyElementId	An identifier of a hierarchy element.	urn:manufacturing-capability:material-family:4
semanticReferenceId	Globally unique identifier for the semantic.	urn:eclass:0173-1#02-AAF583#002
propertyLabel	Human readable label of a property.	nominal voltage
propertyValue	The value of a property. Note that this SAMM property does have a variable type and is therefore defined as string.	220

market_place_offer:2.0.0

property_name	description	example_value
sku	Stock Keeping Unit is an unique identifier of the dealer providing the product	1002090, xYz.09, ABcXYZ
condition	The condition of the offered product.	used
incoterms	The International Commercial Terms are standardized trade terms used in international commerce to define the responsibilities and obligations of buyers and sellers during the transportation and delivery of goods.	DAP (Delivered at Place)
missingParts	Completeness of the product, e.g. missing parts are not acceptable.	true
dismantled	Information on whether the product has been dismantled.	true
mechanicalDamage	Information on mechanical damage to the part, e.g. two broken ribs or part deformation indicate mechanical damage.	true
corroded	Information on whether the product has corrosion.	true
discolored	Information on whether the product has been discoloured.	true
availabilityDate	The availability date when the product is in stock.	2022-03-11
mileage	The mileage the item was ins use.	120000.06
burned	Information on whether the product has been fired and suffered damage from heat.	true
errorCodes	Error codes that are recorded as part of onboard data and can be read as part of diagnostics	Engine control Fault
partMarking	Unique identifier for a core	ABCD
vehicleDescription	Description of vehicle where the EoL part has been dismantled from (if applicable)	VW (VOLKSWAGEN) Golf VII 1.4 TSI 1.4 103.0kw
serialNumber	Unique identifier of an item in a serial production	NO-053448509504856168886009
taxPercentage	Tax percentage applicable to the product	10.5
areaOfUsage	Information, in which countries/areas the component has been in use	Sahara, extreme dry and high temperature
longitude	The longitude of the 2D sphere coordinates.	-117.283333
latitude	The latitude of the 2D sphere coordinates.	48.137154
value	The absolute value of the price	250.0
currency	The currency of the price.	EUR
unitForPrice	The unit of measure (related to price)	100 ml (so price would be e.g. 1000 EUR for 1 piece or for 100 ml or for 1 kg or for 1 ton)
size	The number of elements.	100
indexing	Elements in an array are accessed via their index. Indexing allows for direct access to any element in the array.	1
productDescription	The description of the product on the marketplace.	BMW 3er (E36) BJ: 1996
brand	The brandname of the offered product.	ZF
originalManufacturer	The original manufacturer of a product.	BMW
mainCategoryProperty	The main category/material group of the product.	Audio, video, navigation
subCategory	The sub category/material group of the product.	Amplifiers, subwoofers, etc

material.certificate_of_analysis:1.0.0

property_name	description	example_value
link	HTTP(S) address according to RFC 3986	https://www.company.com/coa/240242892.pdf
format	Identifier of the format of the payload.	json
formatVersion	Corresponding version identifier of the given format.	1.1.0
formatLink	URL to the format definition file	https://github.com/material-identity/CoA-schemas/blob/main/schema.json
issueDate	Issue date of Certificate of Analysis	2023-03-28
issueVersion	Versioning information of the Certificate of Analysis	8.1
language	ISO-639-1 code of language	de

material.chemical_material_passport:3.0.0

property_name	description	example_value
productType	Information, whether the product is a substance, mixture or article. Definitions from REACH Regulation (EC) No 1907/2006: "substance": means a chemical element and its compounds in the natural state or obtained by any manufacturing process, including any additive necessary to preserve its stability and any impurity deriving from the process used, but excluding any solvent which may be separated without affecting the stability of the substance or changing its composition; "mixture": means a mixture or solution composed of two or more substances; "article": means an object which during production is given a special shape, surface or design which determines its function to a greater degree than does its chemical composition;	substance
complianceCountry	The name of the country of compliance denotes the country whose rules and regulations the product must adhere to.	UK
complianceRegulationName	The name of the regulation or standard with which the product must comply can be sourced from Supplier Survey information. This attribute is referenced in ANNEX VI of the Proposal for a REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL on detergents and surfactants, amending Regulation (EU) 2019/1020 and repealing Regulation (EC) No 648/2004: The product passport shall include the following information: [...] (e) references to Union legal acts that the detergent or surfactant complies with;	UK -REACH regulation
complianceResult	The statement indicates whether the product complies with the aforementioned regulations.	true
complianceReasonForExemption	Data providing details and justifications for an exemption from compliance with certain regulations, standards, or requirements. This information assists regulatory authorities or stakeholders in evaluating the merits of the exemption and making decisions in accordance with legal and regulatory requirements.	Radioactive substance
complianceRemark	If necessary, any remarks that provide relevant information for compliance. Further clarification supplements the compliance information, offering additional context or details to ensure thorough understanding and adherence to regulatory requirements.	If you need more information about the (pre-)registration status, please get in contact with our experts from the Compliance Team: www.xyz.com
productParameterName	The name of the parameter for the product tested and presented, for instance, in the Certificate of Analysis or Safety Data Sheet, found in Section 9. Parameters for chemical products usually encompass their chemical composition, physical properties, performance characteristics, and toxicological aspects. These parameters vary depending on the chemical's nature, its intended use, and relevant safety or regulatory considerations.	VOC content
productParameterValue	The value resulting from the tested parameter is typically presented in Section 9 of the Safety Data Sheet or Certificate of Analysis.	95.5
productParameterUnit	The unit of measurement for the parameter value presented in Section 9 of the Safety Data Sheet or Certificate of Analysis varies depending on the specific parameter being reported.	unit:percent
productParameterResult	Other types of results, if not numerical values, for parameters presented in Section 9 of the Safety Data Sheet or Certificate of Analysis may include qualitative descriptions like "pass" or "fail," as well as ranges, thresholds, or classifications.	positive
productParameterRemark	Commentary on the test/parameter presented in the Certificate of Analysis or Safety Data Sheet in Section 9. Selecting "not applicable" is also an option.	not applicable
parameterClassificationStatement	List of classification statements resulting from the test should include information on whether the result impacts the hazard classification of the product, particularly in the case of properties such as explosives in Safety Data Sheets (SDS).	Risk of explosion if heated under confinement
parameterTestGLPCompliance	Statement indicating whether the test for the parameter was conducted in accordance with the Good Laboratory Practice (GLP) standard, as outlined in ISO/IEC 17025:2017, which specifies general requirements for the competence of testing and calibration laboratories.	false
classificationRule	Name of the classification rule under which the hazard assessment has been prepared.	CLP Regulation (EC) No 1272/2008
classificationHazardInfo	Information if the product is hazardous or not, according to the connected rule.	true
classificationHazardClassRoute	Certain classifications must be communicated with the relevant route of exposure according to CLP Regulation (EC) No 1272/2008, which include: - oral, - dermal, - inhalation gas, - inhalation vapour, - inhalation dust/mist/fume.	oral
classificationRemark	Additional remarks for classification information supplement the classification details for a particular chemical material. These remarks assist stakeholders in making informed decisions regarding safety, handling, and regulatory compliance.	No additional information available
signalWord	According to CLP Regulation (EC) No 1272/2008, a "signal word" refers to a term indicating the relative severity of hazards to alert the reader to a potential danger. There are two levels distinguished: (a) âDangerâ means a signal word indicating the more severe hazard categories; (b) âWarningâ means a signal word indicating the less severe hazard categories;	Danger
emergencyTemperatureMinValue	The critical minimum temperature for transporting the product refers to the lowest temperature at which the product can be safely transported without compromising its integrity or functionality. Emergency temperature refers to a temperature that poses a significant risk, potentially leading to hazardous conditions or product damage.	-20.0
emergencyTemperatureMaxValue	The critical maximum temperature for transporting the product refers to the highest temperature at which the product can be safely transported without degradation or posing a risk. Emergency temperature refers to a temperature that poses a significant risk, potentially leading to hazardous conditions or product damage.	35.0
transportOtherInformation	Additional information related to the transport of the product. Relevant details that could aid in making decisions regarding the shipping of the product.	Not permitted for transport
controlTemperature	The controlled temperature for transportation refers to the range of values within which the temperature conditions of goods or products are monitored and regulated during transportation in degree celcius. This information is crucial for mitigating risks associated with temperature-sensitive products, ensuring their integrity and quality throughout the shipping process.	20 - 25 C
transportPictogram	Links to transport related pictograms.	https://example.link
transportRegulation	Indicate regulations for transportation for example: Land transport (ADR/RID), Inland waterway transport (ADN), Sea transport (IMDG), Air transport (ICAO-TI/IATA-DGR) and so on.	ADR - Agreement concerning the International Carriage of Dangerous Goods by Road
unNumber	The UN number or ID number is a four-digit identification code for substances, mixtures, or articles.	3113
unShippingName	The proper shipping name is provided in column 2, "Name and description," of Table A of Chapter 3.2 Dangerous Goods List of the UN Regulations.	ORGANIC PEROXIDE TYPE C, LIQUID, TEMPERATURE CONTROLLED (Tert-BUTYL PEROXY-2-ETHYLHEXANOATE)
unHazardClassCode	The transport class of the dangerous group according to UN Regulations.	5.2
unHazardClassName	The classified dangerous group in transportation refers to the classification of hazardous materials or dangerous goods according to the United Nations (UN) Globally Harmonized System of Classification and Labelling of Chemicals (GHS) and the UN Model Regulations for the Transport of Dangerous Goods.	Oxidising substances
unPackagingGroup	Group to which certain substances may be assigned for packaging purposes according to their degree of danger: Packaging group I: Substances presenting high danger, Packaging group II: Substances presenting medium danger, Packaging group III: Substances presenting low danger. Not all dangerous goods assigned to hazard classes or their divisions will be allocated to Packaging Groups.	I
unExceptedQuantityCode	Chapter 3.5 of UN Transportation Regulation pertains to dangerous goods packed in excepted quantities, with possible codes including E0, E1, E2, E3, E4, and E5.	E0
environmentallyHazardous	The indication of whether a substance or mixture is environmentally hazardous according to the criteria of the UN Model Regulations (as reflected in ADR, RID, and ADN) and whether it is a marine pollutant according to the IMDG Code and the Emergency Response Procedures for Ships Carrying Dangerous Goods.	Marine pollutant
unLimitedQuantityValue	Maximum quantity per inner packaging or article for carrying dangerous goods refers to the maximum amount of a hazardous material permitted for transportation.	5.0
unLimitedQuantityUnit	Unit of the limited quantity value.	unit:kilogram
wasteCodeDescription	Description of the related waste code.	waste paint and varnish containing organic solvents or other hazardous substances
wasteCodeRegulation	The name of the regulation that applies to waste codes can vary depending on the region or jurisdiction. Examples include Regulation (EC) No 1013/2006 in the European Union or Annex VIII of the Basel Convention.	European List of Waste acc. Regulation (EC) No 1013/2006
wasteCode	A waste code is used to identify the type of waste.	08 01 11*
emergencyAvailability	The period of time when emergency phone numbers are available.	Only available during the following office hours: xx - xx
emergencyPhoneNumber	The phone number in case of an emergency.	+49111222333
parameterMethodName	The name of the testing method or standard used for testing parameters can vary depending on the context and industry. It might be referred to by a specific code, standard name, or regulation/directive.	Directive 2004/42/CE
parameterMethodConditions	The relevant conditions for conducting a measurement or analysis of a chemical parameter ensure the accuracy, reliability, and consistency of the results obtained from the method used. These conditions are typically presented in the Certificate of Analysis or Safety Data Sheet, specifically in Section 9.	50 degree celsius
parameterMethodDescription	Short description of the method used to determine parameter presented in Certificate of Analysis or Safety Data Sheet in Section 9.	Evaporation in oven.
hazardPictogramCode	The code of a pictogram refers to a set of symbols used to visually represent and communicate information about the hazards associated with a chemical material.	GHS05
hazardPictogramImage	Link to the picture of the pictogram. Definition from CLP Regulation (EC) No 1272/2008 : âhazard pictogramâ means a graphical composition that includes a symbol plus other graphic elements, such as a border, background pattern or colour that is intended to convey specific information on the hazard concerned;	https://example.link
hazardPictogramName	The meaning or description of a pictogram is the explanation that accompanies it, providing information and context about its purpose and the hazards it represents.	Corrosive
hazardStatementCode	According to CLP Regulation (EC) No 1272/2008, each hazard statement is designated a code, starting with the letter H followed by three digits. These codes can be associated with multiple hazard statements or be assigned to a single statement.	H220
hazardStatementText	Definition from CLP Regulation (EC) No 1272/2008 âhazard statementâ means a phrase assigned to a hazard class and category that describes the nature of the hazards of a hazardous substance or mixture, including, where appropriate, the degree of hazard;	Extremely flammable gas
precautionaryCode	Each precautionary statement is designated a code, starting with the letter P and followed by three digits.	P103
precautionaryText	Definition from CLP Regulation (EC) No 1272/2008: âprecautionary statementâ means a phrase that describes recommended measure(s) to minimise or prevent adverse effects resulting from exposure to a hazardous substance or mixture due to its use or disposal.	Read label before use.
supplementalRequirementsCode	Supplemental codes used for labeling statements provide additional information or context about the hazards, handling, or regulatory requirements associated with chemical materials. This data can be helpful for stakeholders in managing chemical materials by offering further guidance on safe handling practices, storage conditions, emergency response procedures, or regulatory compliance measures.	XYZ
supplementalRequirementsText	Any supplemental text used for labeling provides data that could be helpful for stakeholders in managing chemical materials.	Substance is phototoxic.
supplementalRequirementsPictogram	Supplemental pictures or pictograms used for additional labeling provide data that could be helpful for stakeholders in managing chemical materials.	https://example.link
productLabelingNotes	Labeling notes consist of statements that provide additional information regarding hazardous possible reactions or other important considerations related to the chemical material. These notes help stakeholders understand potential risks and take appropriate precautions when handling, storing, or using the material.	The substance can react dangerously with: alcohols
specialProvisionsCode	Code of special provisions or exceptions that must be met.	274
specialProvisionsInfo	Text aligned with special provisions under UN transport regulation Chapter 3.3.	The provision of 3.1.2.8 apply

material.safety_data_sheet:1.0.0

property_name	description	example_value
link	HTTP(S) address according to RFC 3986	https://sds.basf.com/view?bi=000001002234&material=000000000050719761&language=en&supplier=&salesOrg=D050&sbgv=SDS_GEN_GB
payload	Base64-encoded string of PDF file	3ZXRqhY=
format	Identifier of the format of the payload.	sdscom-xml
formatVersion	Corresponding version identifier of the given format	5.4
preFormattedPayload	Base64-encoded string of data according to format	MkU6w4pf/JDae+tYIgQAtCsp
formatLink	URL to the format definition file	https://github.com/esdscom/sdscom-xml/blob/master/SDSComXML.xsd
issueVersion	Versioning information of the Safety Data Sheet	8.1
previousVersion	Versioning information of the previous SDS	8.0
language	ISO-639-1 code of language	de
issueDate	Issue date of Safety Data Sheet	2023-03-28
hasAlpha3Code	Country code consisting of three capital letters according to ISO 3166.	DEU
label	Country name.	Germany

material.technical_information:1.0.0

property_name	description	example_value
link	HTTP(S) address according to RFC 3986	https://www.company.com/sds/240242892.pdf
issueVersion	Versioning information of the Technical Information	8.1
issueDate	Issue date of Technical Information	2023-03-28
language	ISO-639-2/B code of language	"de"
hasAlpha3Code	Country code consisting of three capital letters according to ISO 3166.	DEU
label	Country name.	Germany

material_demand:1.0.0

property_name	description	example_value
materialDemandId	The Material Demand ID uniquely identifies the material demand within the business relationship between a customer and its supplier.	0157ba42-d2a8-4e28-8565-7b07830c1110
customer	The Business Partner Number Legal Entity (BPNL) of the party requesting materials from a supplier.	BPNL8888888888XX
supplier	The Business Partner Number Legal Entity (BPNL) of the party providing materials to a customer.	BPNL6666666666YY
unitOfMeasure	Unit of measurement for demand quantities.	unit:piece
materialNumberCustomer	Material identifier as assigned by customer. This material number identifies the material (as planned) in customer's database. Must be unique for each Material Demand in the customer-supplier relationship.	MNR-7307-AU340474.002
materialNumberSupplier	Material identifier as assigned by supplier. This material number identifies the material (as planned) in supplier's database.	MNR-8101-ID146955.001
materialDescriptionCustomer	Description of the material.	Spark Plug
changedAt	Point in time when the content (any property according to the data model) of the material demand was changed, at the customer, either by a human user or an automated process.	2023-11-05T08:15:30.123-05:00
materialGlobalAssetId	Material identifier used uniquely within Catena-X to identify the Material (e.g. PartAsPlanned).	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
unitOfMeasureIsOmitted	Explicit indicator of whether the unit of measure is left out of the payload intentionally. If "true" it means the sending application sends demand values without unit of measure intentionally and the unit of measure MUST NOT be contained in the payload. If "false" a unit of measure MUST be supplied.	false
customerLocation	The Business Partner Number Site (BPNS) of the site at which the customer needs the specified material for this demand series.	BPNS8888888888XX
expectedSupplierLocation	The Business Partner Number Site (BPNS) of the site from where the customer expects the supplier to fulfill the demands of the demand series. The value is used for informational purposes only and is therefore not binding for the supplier.	BPNS8888888888XX
demandRateCode	Code identifying the demand rate.	WKS
demandCategoryCode	The code identifying a demand category.	0001
demandCategoryName	The name describing a demand category.	Default
demand	Quantity of materials required in the specified point in time according specified demand rate. This demand should be as close as possible to demand that is derived from the actual production program.	1000
pointInTime	Defines the start of the demand rate as a point in time. The point in time must be interpreted according to the demand rate.	2023-10-09

material_flow_scenario_request:2.0.0

property_name	description	example_value
scenarioId	ID of scenario header	8d464b8b-6977-4952-8a22-0489067ca081
scenarioTitle	Title of scenario	Delivery Modification
scenarioCreationTimestamp	Date and Time of scenario creation	2023-10-04T09:10:00+00:00
scenarioExpirationTimestamp	Date and Time of validity expiration	2023-10-07T09:10:00+00:00
scenarioOwnerRole	Role of the scenario owner	Customer
scenarioDescription	Description of the scenario	Changes in Delivery Date
parameterId	Identifier of scenario parameter	847c71e5-614a-468b-a3a0-674bf2af3004
parameterDeliveryDateInitial	Delivery date initial (without scenario changes), optional, NULL when initially not set	2023-10-09T10:00:00+00:00
parameterDeliveryDateUpdated	Delivery date updated (with scenario changes)	2023-10-10T09:00:00+00:00
parameterQuantityInitial	Amount initial (without scenario changes), optional, NULL, when initially not set	1.0
parameterQuantityUpdated	Amount updated (with scenario changes)	1.0
parameterOrderId	ID of the order	OID-011123546
parameterComment	Optional description of parameters	updated Delivery Date
resultOwnId	ID of scenario result own	916b5688-8bd8-4d7e-83b9-e0d40939274e

material_flow_simulation_result:3.0.0

property_name	description	example_value
description	Verbal description	Please simulate asap
runId	Id of the simulation run	0fece48b-c8d1-4180-1a9caca6d67e
comment	Additional comments	successful simulation
expirationTimestamp	Date and time when the simulation is expired	2023-03-24T09:15:24+00:00
dataQuality	Information on quality of simulation results	0
timestamp	Timestamp of simulation run	2023-03-09T14:13:42.806000+00:00
bpnsProperty	Property based on BPNS	BPNS0123456789ZZ
shipmentId	ID to identify the shipment	DE51515151
destinationTimestamp	Time when delivery arrives or is ready at goods issue	2023-03-19T09:00:00+00:00
recipientTimestampPlanned	Planned delivery time	2023-04-19T09:00:00+00:00
splittingAllowed	Permission to split the shipment into individual deliveries	true
handlingUnitId	ID of the handling unit	HUT_1
name	Name of the type of handling unit	Palette
volume	Volume of the handling unit	1.0
weight	Weight of the handling unit	189.0
amount	Number of handling units with identical content	1
batchSerialNumber	can be used to uniquely identify a singe product part	Batch_1
materialNumber	ID of the material contained in the batch	KK1000GR
materialName	Name of the material	KK1000GR-GehÃ¤use-Rot
materialHazardousGoods	Flags hazardous goods	false
batchExpirationTimestamp	Expiration date of batch	2023-08-22T16:00:00+00:00
quantity	Amount of materials	50.0
batchNumber	Number of the batch, generated by originator (e.g. from ERP system, no uuid)	45
batchOrderId	Order ID to which the batch belongs	Order-0001

packing_list:1.0.0

property_name	description	example_value
shippingDate	Date once item(s) are shipped.	2023-02-11
position	Numbering of all positions or items in the packing list.	1
itemName	Name of the item seen in the packing list.	Valve
catenaXId	The Catena-X ID of the given part (e.g. the assembly), valid for the Catena-X dataspace.	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d

part_as_planned:2.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the serialized part, valid for the Catena-X dataspace.	580d3adf-1981-44a0-a214-13d6ceed9379
manufacturerPartId	Part ID as assigned by the manufacturer of the part. The Part ID identifies the part in the manufacturer`s dataspace. The Part ID references a specific version of a part. The version number must be included in the Part ID if it is available. The Part ID does not reference a specific instance of a part and must not be confused with the serial number.	123-0.740-3434-A
nameAtManufacturer	Name of the part as assigned by the manufacturer	Mirror left
classification	The classification of the part type according to STEP standard definition	software
catenaXsiteId	The identifier of the site according to Catena-X BPDM. The catenaXsiteId must be a valid Catena-X BPN. The BPN is a unique, unchangeable identifier for Business Partners / company locations from foundation to closure, regardless of the different business relationships / structures between or within the Business Partners or company locations.	BPNS1234567890ZZ
function	The function of the site in relation to the part(i.e. the activity within the value chain of the part that is performed at the site)	production

part_type_information:1.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the serialized part, valid for the Catena-X dataspace.	580d3adf-1981-44a0-a214-13d6ceed9379
manufacturerPartId	Part ID as assigned by the manufacturer of the part. The part ID identifies the part in the manufacturer`s dataspace. The part ID references a specific version of a part. The version number must be included in the part ID if it is available. The part ID does not reference a specific instance of a part and must not be confused with the serial number.	123-0.740-3434-A
nameAtManufacturer	Name of the part as assigned by the manufacturer.	Mirror left
catenaXsiteId	The identifier of the site according to Catena-X BPDM. The catenaXsiteId must be a valid Catena-X BPN. The BPN is a unique, unchangeable identifier for business partners / company locations from foundation to closure, regardless of the different business relationships / structures between or within the business partners or company locations.	BPNS1234567890ZZ
function	The function of the site in relation to the part (i.e. the activity within the value chain of the part that is performed at the site).	production
functionValidFrom	Timestamp, from when the site has the specified function for the given part.	2024-01-29T12:00:00.123+02:00
functionValidUntil	Timestamp, until when the site has the specified function for the given part.	2024-01-29T12:00:00.123+02:00

parts_analyses:4.0.0

property_name	description	example_value
isDefect	True: Analysis turned out that analysed part is defect according part's specification.	true
componentManufacturerAnalysisID	Internal identifier for this analysis inside component manufacturer company.	TIER-647439403403
catenaXPartnerAnalysisID	The analysis identifier of your Catena-X partner company. Catena-X partner could be a vehicle manufacturer.	OE-43673473438
resultsDescription	Detailed description of part analysis results.	Corrosion on component xyz in steering motor
status	Status of this part analysis	new

pcf:8.0.0

property_name	description	example_value
id	This ID is used to identify a specifc PCF. Therefore it has to be a gloabally unique value, following the UUID V4 specification, and should be defined at the time of declaration of the PCF. This is usually done automatically by the calculation- or sharing tool. Example generator, in case your tool does not automatically generate the PCF ID: https://www.uuidgenerator.net/version4 In case of update a new PCF ID is required.	3893bb5d-da16-4dc1-9185-11d97476c254
specVersion	Specification of the PCF format/data model (name and version number), which is used. The required data input fields will be tailored accordingly. Multiple entries are possible. The data model and version can be selected independently of the standard or guidance document, you followed during the assessment of the PCF. Always select latest data model, if your data supports it.	urn:io.catenax.pcf:datamodel:version:8.0.0
partialFullPcf	This attribute is an indicator for partial or full PCF (Product Carbon Footprint) declaration. A partial PCF (cradle-to-gate) is covering the emissions from resource extraction until the product leaves the gate of your organization (optionally including the distribution stage). This is defaulted for PACT, Catena-X or TFS. A full PCF (cradle-to-grave) is covering the complete life cycle of the product from resource extraction all the way to end-of-life stage.	Cradle-to-gate
version	This is only a technical parameter that ensures comparability with PACT 3.0.0, but is not used in Catena-X. For PCF data exchange via Catena-X, it must therefore be set to the default value 0.	0
created	The time stamp at which the PCF has been declared, independently of when or if it has been shared. This represents the validity period start unless specified separately.	2022-05-22T21:47:32+00:00
status	This is another technical parameter that ensures comparability ("deprecated" only used in PACT; and it may also be used in internal systems), but is not used in Catena-X. Therefore it must be set to the default value "active".	Active
validityPeriodStart	The validity period is the interval during which the product (carbon) footprint is declared as valid by the data provider. The "start" and "end" attributes define this interval. For retrospective PCFs the validity period start must be equal to or greater than the reference period end.	2022-01-01T00:00:01+00:00
validityPeriodEnd	Time stamp declaring the expected end of the use period for this declaration or date of expected update (i.e. when does the data validity period end?). In Catena-X there is no standard for the length of the valadity period, but it should be a year or more. The Catena-X PCF Rulebook requires an annual review of the PCF value (and an update if there are relevant changes). For prospective PCFs, the validity period end should be equal to the reference period end.	2022-12-31T23:59:59+00:00
pcfLegalStatement	In case your organization defined certain legal conditions which apply to the publication of this PCF, you can state the legal disclaimer in here. The text might include an URL link to the legal disclaimer of the PCF provider. For Catena-X this only refers to legal requirements, not negociated automatically among the EDCs.	This PCF (Product Carbon Footprint) is for information purposes only. It is based upon the standards mentioned above.
companyName	State the (legal) name of the company supplying the product and reporting the PCF (data owner). The name under which the company signed up with Catena-X (via Business Partner Management service).	My Corp
companyIds	Company identifier according to the sharing scheme you are reporting in. It is mandatory to provide the BPNL (Business Partner Number Legal; corresponding to the company name) according to Catena-X. Each value of this set is supposed to uniquely identify the PCF Data Owner and should be in the following format: E.g. urn:BPNL000000000DWF. Additionally it is recommended to enter the name of the main domain (e.g. company.com) as a second value.	urn:BPNL000000000DWF
productDescription	A brief description of the product (for example functions and technical parameters) to help identifying the correct product. Product IDs are not always unique accross organizations or at times insufficient to identify the correct product. This information can provide additional context to secure a correct match between the purches product and its PCF declaration.	Ethanol, 95% solution
productIds	A set of several relevant product identifiers can be provided including e.g. manufacturerPartID, customerPartID, GTIN, ISPN-number or any product specific identifier. For prospective PCFs, this may be a preliminary product id.	urn:mycompany.com:product-id:401765
productNameCompany	Trade name of the product to make it recognizable by the receiver of the PCF information. For prospective PCFs, this may be a preliminary name.	My Product Name
productClassifications	A list of classification or category identifiers in URN format. Use well known urn's here, or adhere to recommended urn:pact: format. For example UN CPC, CAS Number, CN-Code etc. For communication us URN fromat (e.g. urn:gtin:4712345060507).	urn:gtin:4712345060507
retroOrProspectivePcfType	Four types of PCFs (see 5.2.1) shall be indicated in the data model: This is to identify if the PCF refers to a product that is already in series (retrospective) or a PCF for a product before SOP (prospective PCF), both based on the rules defined in the CatenaX rulebook. For the type "progressive PCF", these rules do not necessarily apply anymore, as here also more ambitious assumptions can be used that might be part of a bilateral agreement between supplier and customer.	Retrospective PCF
ccsTechnologicalCO2CaptureIncluded	Declare if CCS/BECCS (incl. geological storage) technology has been employed. BECCS stands for bioenergy with carbon capture and storage.	false
declaredUnitOfMeasurement	The declared unit defines the reference quantity to which the inputs and outputs in a Product Carbon Footprint (PCF) calculation are related, such as kilograms of product, a single piece of a component, or megajoules of electrical energy. Within Catena-X, acceptable values for the declared unit include âpieceâ and âkilogram,â as outlined in the Catena-X PCF Rulebook v4, chapter 4.4. The PCF is calculated per declared unit amount of the product. For example, a Battery Electric Vehicle (BEV) may be represented in two ways. In the first case, the declared unit amount is 1 and the declared unit is âpiece,â resulting in a total PCF including bio uptake of 15,000 kg COâe. In the second case, the same BEV is described with a declared unit amount of 2,300 and the unit is âkilogram,â while still yielding a total PCF including bio uptake of 15,000 kg COâe.	kilogram
declaredUnitAmount	The quantity, or amount, of the declared unit is provided as a numerical value. The Product Carbon Footprint (PCF) is based on this declared unit amount, rather than assuming a default value of one unit. For example, a Battery Electric Vehicle (BEV) may be described with a declared unit amount of 1 and the unit âpiece,â resulting in a total PCF including bio uptake of 15,000 kg COâe. Alternatively, the same BEV might be represented using a declared unit amount of 2,300 with the unit âkilogram,â yet the total PCF including bio uptake remains 15,000 kg COâe.	1.0
productMassPerDeclaredUnit	The mass of the product per declared unit amount in kilogram, (e.g., the declared unit of a circuitboard is one piece; one piece represents 0.123 kg). Product mass excluding packaging.	0.456
exemptedEmissionsPercent	Applied cut-off criteria in percent of total emissions. This specifies which percentage of emissions were excluded from the PCF in total, in order to reduce efforts in data collection of irrelevant processes. E.g. the Catena-X PCF Rulebook requires that the cut-off shall not exceed 3% (97% impacts to be considered). Do determine this, supplier data are assumed as 0% cut-off.	0.0
exemptedEmissionsDescription	If cut-off criteria are applied, this text field should be used to document the rationale behind the exclusion of specific PCF emissions. Potential cut-offs are defined in the Catena-X Rulebook.	No exemption
boundaryProcessesDescription	Brief description of the significantly contributing manufacturing steps of the product (including general description of used technologies). This attribute is only included for compatibility reasons with TfS/PACT in the Catena-X data model. No filling is required as part of a data exchange via Catena-X. Instead, the general comment field "Comment" (see section 1.1) should be used as needed.	Electricity consumption included as an input in the production phase
geographyCountrySubdivision	The location of factory gate(s) refers to the last manufacturing step. It is the location where the product is produced. State the country subdivision as subdivision code according to ISO 3166-2 (example: Germany, Bavaria = DE-BY); https://www.iso.org/ glossary-for-iso-3166.html.	US-NY
geographyCountry	The location of factory gate(s) refers to the last manufacturing step. It is the location where the product is produced. State the country as country code according to ISO 3166-1 alpha-2 (example: US:=United States, FR:=-France); https://www.iso.org/glossa-ry-for-iso-3166.html.	DE
geographyRegionOrSubregion	Region of the supplier production site according to ISO 3166 (Example: "Global", "Europe", "Eastern Europe").	Europe
referencePeriodStart	Start of time period of data collection for primary data sources (this does not refer to publication dates of secondary data). For prospective PCFs the reference period should be equal to start of production.	2022-01-01T00:00:01+00:00
referencePeriodEnd	End of time period of data collection for primary data sources. For prospective PCFs the reference period end should be one year after reference period start.	2022-12-31T23:59:59+00:00
crossSectoralStandards	Cross-sectoral standards the PCF calculation is based on (multiple entries are possible). Please note: the PCF can be calculated according to another standard than the standards which defines the communication format.	ISO 14067
productOrSectorSpecificRules	Name the most specific rule (sector specific guidance frameworks, such as product category rules (PCR), are sets of rules how to calculate and document life cycle assessments. They provide product category specific guidance and enhance comparabiltiy between assessments of the different suppliers for the same category (sector). The same applies to Product Environmental Footprint Category Rules (PEFCR)).	urn:tfs-initiative.com:PCR:The Product Carbon Footprint Guideline for the Chemical Industry:version:v2.0
ipccCharacterizationFactors	The IPCC (Intergovernmental Panel of Climate Change) frequently releases (GWP) global warming potential values for climate gases related to CO_{2} . These GWP values are released in Assessment Reports (AR), which are numbered. The AR number can be used to track the age and accuracy of the GWP values used in reporting. The reports can be found here: https://www.ipcc.ch/assessment-report/ar6/.	AR6
allocationRulesDescription	Describe the allocation rules applied to your foreground data (e.g., physical, economic allocation).	In accordance with Catena-X PCF Rulebook
allocationWasteIncineration	Material recycling and waste treatment with energy recovery are considered separate and not equal. Catena-X follows the Polluter Pays Principle which is equivalent to the reverse cut-off approach.	cut-off
primaryDataShare	Share of primary data in the final PCF. For prospective PCF this shall not be communicated or set "0"	56.12
secondaryEmissionFactorSources	Which secondary data sources and versions have been used by you or by suppliers (e.g. data bases such as ecoinvent)?	ecoinvent 3.8
pcfExcludingBiogenicUptake	Position T2= = A+C+E+F+G(negative contribution)+H. Letters refer to individual emission categories below. This is also refers to the 0/0 approach.	2.90
pcfIncludingBiogenicUptake	Position T1== A+C+D(negative contribution)+E+F+G(negative contribution)+H. Letters refer to individual emission categories below. This also refers to the -1/+1 approach. "GWP total inc. bio. uptake" may be set equal to "GWP total excl. bio. uptake" if the product has no or a neglectable biogenic carbon content. General cut-off criteria applies as criteria for neglectability.	1.90
fossilGhgEmissions	Position A: includes all fossil emissions, including industrial processes, stationary/mobile combustion and fugitive emissions. This position inlcudes the fossil emissions associated to land management (A1: "GWP fossil land management") which can not be documented as a separate emission category in the Catena-X data set, but is part of PACT and TFS	0.5
biogenicNonCO2Emissions	Position C: non-CO2 biogenic emissions related to agricultural activities. It encompasses emissions as described in PACT v3.0: CH4 emissions from livestock and manure; CH4 emissions from biomass burning and fires; CH4 emissions from rice production; CH4 emissions from transformation and degradation (e.g., combustion, digestion, composting, landfilling). It must be noted that N2O from land management activities are not included in this position and are reported in position A.	1.0
landUseChangeGhgEmissions	Position E: Emissions from LUC constitute a release of GHG emissions due to a change in land use from one land use category or subcategory to another, such as primary forest to agricultural land, or peat land (type of wetland) to cropland. This position encompasses dLUC (direct land use change) emissions. If that data is not available, companies should account for LUC using statistical land-use change (sLUC) emissions. iLUC emissions are excluded. Refer to PACT v3.0 for details.	1.40
aircraftGhgEmissions	Position H: Aviation emissions which have occurred in distribution stages upstream.	0.0
packagingPcfExcludingBiogenicUptake	Optional: Emissions resulting from the packaging of the product as specified in the technical specifications for PCF Data Exchange (Version 2.0.0) from the WBCSD (World Business Council for Sustainable Development)/ PACT initiative. WBCSD specific extension. In Catena-X not relevant to be reported separately.	0
distributionStagePcfExcludingBiogenicUptake	Position T2== A+C+E+F+G(negative contribution)+H. Letters refer to individual emission categories below.This also refers to the 0/0 approach.	0.15
distributionStagePcfIncludingBiogenicUptake	Position T1== A+C+D(negative contribution)+E+F+G(negative contribution)+H. Letters refer to individual emission categories below.This also refers to the -1/+1 Approach.GWP total inc. bio. uptake may be set equal to GWP total excl. bio. uptake if the product has no or a neglectable biogenic carbon content. General Cut-off criteria applies as criteria for neglectability.	0.15
distributionStageFossilGhgEmissions	Position A: Includes all fossil emissions, including industrial processes, stationary/mobile combustion and fugitive emissions. This position inlcudes the fossil emissions associated to land management (A1: GWP fossil land management) which can not be documented as a separate emission category in the Catena-X data set, but is part of PACT and TfS.	0.15
distributionStageBiogenicNonCO2Emissions	Position C: Non-CO2 biogenic emissions related to agricultural activities. It encompasses emissions as described in PACT v3.0: CH4 emissions from livestock and manure; CH4 emissions from biomass burning and fires; CH4 emissions from rice production; CH4 emissions from transformation and degradation (e.g., combustion, digestion, composting, landfilling). It must be noted that N2O from land management activities are not included in this position and are reported in position A.	0.00
distributionStageLandUseChangeGhgEmissions	Position E: Emissions from LUC constitute a release of GHG emissions due to a change in land use from one land use category or subcategory to another, such as primary forest to agricultural land, or peat land (type of wetland) to cropland. This position encompasses dLUC (direct land use change) emissions. If that data is not available, companies should account for LUC using statistical land-use change (sLUC) emissions. iLUC emissions are excluded. Refer to PACT v3.0 for details.	0.00
carbonContentTotal	Total carbon content	0.52
fossilCarbonContent	Carbon content defined as fossil.	0.1
biogenicCO2Uptake	Position D (negative contribution): Biogenic CO2 uptake. The CO2 which was absorbed from the atmosphere during the growth period of the biomass and of which the C is now bound in the product as biogenic carbon content.	-1.00
distributionStageAircraftGhgEmissions	Position H: Aviation emissions occurring in the reported distribution stage after the production gate until customer gate.	0.00
allocationRecycledCarbon	Declare which approach for material recycling has been applied. Possible options: not-applicable/empty, cut-off, cut-off plus, upstream system expansion (USE). Refer to Pages 74-75 of TfS PCF Guideline v3.	cut-off
freeAttributionInMassBalancing	True/False; Apply mandatorily only if in "Mass Balancing used" the option "True" has been selected.	true
massBalancingCertificateScheme	Declare which cerification scheme has been used for mass balancing. Apply mandatorily only if in "mass balancing used" the option "true" has been selected.	ISCC+
productVerificationShare3rdParty	Third-party Product Verification Share (3PVS) represents the share of the PCF result which is based on verified data from an independent third party verifier.	0.00
productVerificationShare2ndParty	Second-party Product Verification Share (2PVS) represents the share of the PCF result which is based on verified data from a second party verifier.	0.00
productVerificationShare1stParty	First-party Product Verification Share (1PVS) represents the share of the PCF result which is based on verified data from a first party verifier.	0.00
packagingPcfIncludingBiogenicUptake	Position T1 = A+C+D(negative contribution)+E+F+G(negative contribution)+H. Letters refer to individual emission categories below. This is also referred to as the -1/+1 approch. GWP total inc. bio. uptake may be set equal ot GWP total excl. bio. uptake if the product has no or a neglectable biogenic carbon content. General cut-off criteria applies as criteria for neglectability.	0.2
packagingFossilGhgEmissions	Position A: Includes all fossil emissions, including industrial processes, stationary/mobile combustion and fugitive emissions. This position inlcudes the fossil emissions associated to land management (A1: GWP fossil land management) which can not be documented as a separate emission category in the Catena-X data set, but is part of PACT and TfS.	0.20
packagingBiogenicNonCO2Emissions	Position C: Non-CO2 biogenic emissions related to agricultural activities. It encompasses emissions as described in PACT v3.0: CH4 emissions from livestock and manure; CH4 emissions from biomass burning and fires; CH4 emissions from rice production; CH4 emissions from transformation and degradation (e.g., combustion, digestion, composting, landfilling). It must be noted that N2O from land management activities are not included in this position and are reported in position A.	0.20
packagingAircraftGhgEmissions	Position H: Aviation emissions which have occurred in distribution stages upstream.	0.2
packagingLandUseChangeGhgEmissions	Position E: Emissions from LUC constitute a release of GHG emissions due to a change in land use from one land use category or subcategory to another, such as primary forest to agricultural land, or peat land (type of wetland) to cropland. This position encompasses dLUC (direct land use change) emissions. If that data is not available, companies should account for LUC using statistical land-use change (sLUC) emissions. iLUC emissions are excluded. Refer to PACT v3.0 for details.	0.00
packagingLandManagementBiogenicCO2Emissions	Position F: Carbon stock losses occurring within the same land use category or subcategory due to agricultural practices such as tillage, field preparations, pruning and harvest. Land management CO2 emissions measures biogenic CO2 emissions from a net loss in carbon stock within one land use category or subcategory. This includes impact on the land-carbon pools, including above- and below-ground biomass, dead organic matter, and soil carbon pools. If the carbon stock increases within the same land use category and the conditions to report removals are met, this may be calculated as a Land management CO2 removal (position G). Refer to PACT v3.0 for details.	0.00
packagingLandManagementBiogenicCO2Removals	Position G (negative contribution): Land management removals are net CO2 removals resulting from net increases to carbon stored in land-based carbon pools (biomass, dead organic matter and soil carbon pools) due to ongoing land management practices. This extra net carbon stock is gained over the crop rotation or crop cultivation cycle (e.g., multiple years for perennial crops and multiple years in a rotation that includes annual crops). Refer to PACT v3.0 for details.	0.00
packagingBiogenicCO2Uptake	Position D (negative contribution): Biogenic CO2 uptake. The CO2 which was absorbed from the atmosphere during the growth period of the biomass and of which the C is now bound in the product as biogenic carbon content.	0.00
distributionStageBiogenicCO2Uptake	Position D (negative contributuion): Biogenic CO2 uptake. The CO2 which was absorbed from the atmosphere during the growth period of the biomass and of which the C is now bound in the product as biogenic carbon content.	0.00
distributionStageLandManagementBiogenicCO2Emissions	Position F: Carbon stock losses occurring within the same land use category or subcategory due to agricultural practices such as tillage, field preparations, pruning and harvest. Land Management CO2 emissions measures biogenic CO2 emissions from a net loss in carbon stock within one land use category or subcategory. This includes impact on the land-carbon pools, including above- and below-ground biomass, dead organic matter, and soil carbon pools. If the carbon stock increases within the same land use category and the conditions to report removals are met, this may be calculated as a Land management CO2 removal (position G). Refer to PACT v3.0 for details.	0.00
distributionStageLandManagementBiogenicCO2Removals	Position G (negative contribution): Land management removals are net CO2 removals resulting from net increases to carbon stored in land-based carbon pools (biomass, dead organic matter and soil carbon pools) due to ongoing land management practices. This extra net carbon stock is gained over the crop rotation or crop cultivation cycle (e.g., multiple years for perennial crops and multiple years in a rotation that includes annual crops). Refer to PACT v3.0 for details.	0.00
biogenicCarbonContent	Carbon content defined as biogenic. It can be attributed by means of mass balancing.	0.0
attestationType	Attestation type, which defines the type and level of trust conveyed by this attestation of conformance (PCF Program certification; PCF 3rd party verification ; PCF 2nd party verification; PCF 1st party verification; ...)	PCF Program Certification
standardName	The specific cross-sectoral standards or product or sector rules (PCRs) on which the attestation of conformance is based	Catena-X Product Carbon Footprint Rulebook v4
attestationStandard	e.g. PCF Verification and PCF Program Certification Framework	PCF Verification and PCF Program Certification Framework V2
attestationOfConformanceId	e.g. unique number of the certificate or verification statement used for tracking and referencing, use UUID v4 if ID is newly generated.	4a7c4482-8431-4c31-a895-70341d2a1376
providerName	Name of the issuing certifierâs or verifierâs legal entity	TÃV-X
attestationOfConformanceLink	A link leading to the declaration of conformance, allowing for a manual option to verify the validity and authenticity of the declaration.	www.Certifierrepository_example.com/Certificate 123456
providerId	A unique identifier for the entity issuing the declaration, such as a Business Partner Number (BPN) or other official registration number, issued by the appointing organization or accreditation institute.	urn:cofinity-x.com:bpn:BPNL0000000AXXXX
completedAt	Time stamp for when the attestation of conformity was issued	2022-12-31T23:59:59+00:00
technologicalDQR	The degree to which the data reflects the actual technology(ies) used. Refer to Table 5.14 in chapter 5.2.11.2 of v3.0 of TFS Guideline for the rating (1-5). For prospective PCF this shall not be provided.	2.0
temporalDQR	The degree to which the reference period is for the data set is close to the issue date. Refer to Table 5.16 in chapter 5.2.11.2 of v3.0 of TFS Guideline for the rating (1-5). For prospective PCF this shall not be provided.	2.0
geographicalDQR	Geographical representativeness. The degree to which the data reflects the actual geographic location of the manufacturing process. processes within the inventory boundary (e.g., country or region). Refer to Table 5.15 in chapter 5.2.11.2 of v3.0 of TFS Guideline for the rating (1-5). For prospective PCF this shall not be provided.	2.0
recycledCarbonContent	Carbon content defined as recycled. It can be attributed by means of mass balancing: in such a case the mass balancing used must be set to TRUE.	0.00
landManagementBiogenicCO2Removals	Position G (negative contribution): Land management removals are net CO2 removals resulting from net increases to carbon stored in land-based carbon pools (biomass, dead organic matter and soil carbon pools) due to ongoing land management practices. This extra net carbon stock is gained over the crop rotation or crop cultivation cycle (e.g., multiple years for perennial crops and multiple years in a rotation that includes annual crops). Refer to PACT v3.0 for details.	0.00
landManagementBiogenicCO2Emissions	Position F: Carbon stock losses occurring within the same land use category or subcategory due to agricultural practices such as tillage, field preparations, pruning and harvest. Land Management CO2 emissions measures biogenic CO2 emissions from a net loss in carbon stock within one land use category or subcategory. This includes impact on the land-carbon pools,including above- and below-ground biomass, dead organic matter, and soil carbon pools. If the carbon stock increases within the same land use category and the conditions to report removals are met, this may be calculated as a Land management CO2 removal (position G). Refer to PACT v3.0 for details.	1.40
packagingBiogenicCarbonContent	Detail (if packaging included) and only optional. The biogenic carbon in the packaging should always be inlcuded in the biogenic carbon content per DU.	0.00
comment	This text field can be used to provide the recipient of the data with additional information or instructions on the calculation that is not represented by the existing attributes of the data model.	Additional explanatory information not reflected by other attributes

planned_production_output:2.0.0

property_name	description	example_value
materialGlobalAssetId	Identifier used uniquely to identify part type twin.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
lastUpdatedOnDateTime	Date and time at which the allocated planned production output has been updated by the supplier's systems. Date and time are set according to the timezone.	2023-04-28T14:23:00.123456+14:00
supplierOrderId	This is the order number on the supplier side that is given by e.g., the supplier's enterprise resource planning system.	M-Nbr-4711
customerOrderId	This is the order number on the customer side that can be given by e.g., the customer's enterprise resource planning system.	C-Nbr-4711
customerOrderPositionId	This is an identifier for the position of an order defined by the customer. It's not a technical identifier, such as an UUID. This identifier is used within the business context when talking about the position.	PositionId-01
productionSiteBpns	One planned and allocated production output has always one site. The site is identified by the BPNS.	BPNS0123456789ZZ
estimatedTimeOfCompletion	Date and time on which the planned and allocated production output is estimated to be completed. Date and time are set according to a timezone.	2023-04-29T14:23:00.123456+14:00

quality_task:3.0.0

property_name	description	example_value
creationDate	Timestamp when this quality task was created in ISO8601 local date notation.	2022-11-11
dataDeletion	What should be done with the data after this quality task is closed	delete-data-after-closing
description	Description what should be done in this quality task	Please evaluate why there is a high number of customer complaints with ComponentA if the vehicle is between 10000-30000km.
status	Status of this quality task	new
title	Working title for this quality task	Evaluation of ComponentA in CarmodelB in country DE
name	Name of the company	Company A

quality_task_attachment:3.0.0

property_name	description	example_value
qualityTaskAttachmentId	A unique identifier for a specific Quality Task Attachment	123456789
fileName	The name of the described file	Histogramm_data.csv
filePath	Indicates where the file is located within the ZIP-folder	/subfolder/Histogramm_data.csv
sizeInKbProperty	Indicates the size of the file	615
fileDescription	A description of the file content	Price list for various components
fileExtension	Indicates which file format the file has	csv
decimalSeperator	Enumeration types to be used for the decimal separators	"comma", "dot"
delimiter	Indicates whether a semicolon, comma or tab is used as a delimiter between data points	semicolon
namespace	The namespace of a Catena-X semantic model	io.catenax.fleet.vehicles
ttlFile	The name of the .ttl-file of the Catena-X semantic model	Vehicles.ttl
modelVersion	The version of a Catena-X semantic model	2.0.0
variableName	The name of the column	Price
dataType	The data type of the data contained in the column	double
unit	The unit of the data contained in the column (used for numeric values)	unit:degreeCelsiusPerHour
variableDescription	A description of the data contained in the column	This column contains the hourly temperature of a part

report_8d:1.0.0

property_name	description	example_value
complaintDate	The date of claim is the specific date on which the claim was filed.	2025-01-01
lastRevisionDate	The date of last revision refers to the most recent date on which the document was updated.	2025-01-01
title	The title of the 8D report is the official title given to the 8D report.	Test Component 1 breakdown
customerComplaintId	The customer specific ID of the complaint process is the identifier assigned to the complaint process by the customer.	OE-123456789
supplierComplaintId	The supplier specific ID of the complaint process is the identifier assigned to the complaint process by the supplier.	SU-123456789
complaintLocation	Defines the location of the complaint	Berlin Workshop Mustermann
symptomDescription	Describes which symptoms lead to the claim	A high percentage of the parts produced have scratches on the surface.
problemDescription	Describes the problem of the complaint and the consequences that arise from it	The scratches on the parts lead to an increased scrap rate and affect product quality.
errorType	Describes the error type to be classified	Surface defects
riskAssessmentStarted	Describes at what point the risk assessment was started - the date as yyyy-mm-dd	2025-03-04
riskAssessmentUpdated	Describes at what point the risk assessment was updated - the date as yyyy-mm-dd	2025-03-10
qualityTaskAttachmentId	Allows to link an quality task attachment with added information about the complaint e.g. dimensions, photos, production data,â¦.	12366548799
errorLocation	Describes at which component or location the error occurred	Cast housing
resultAssesment	Allows a summary of the measure and a final statement on its effectiveness	The corrective measures are having an impact. The cause has been clearly identified and resolved.
closingDate	Determining the time of 8D completion	2025-05-02
companyName	The name of the buyer company is the official registered name of the buyer's business.	Test Company
street	The street of the contact refers to the street address where the contact's business is located.	Test Avenue
city	The location of the contact indicates the city or town where the contact operates.	Berlin
postalCode	The postal code of the contact is the ZIP or postal code for the contact's address.	012345
country	The country of the contact specifies the nation where the contact's business is based.	Germany
supplierPartNumber	The part number of the supplier is the identifier assigned to the part by the supplier.	123456789
customerPartNumber	The part number of the customer is the identifier assigned to the part by the customer.	987564321
orderNumber	The order number of the part is the number associated with the purchase order for the part.	192837645
name	The name of the person working on the 8D-report	Max Muster
department	The department of the person working on the 8D-report	QualityManagement
role	The role in the company of the person working on the 8D-report	QualityExpert
proofOfEffectiveness	Explain how the effectiveness of this measure has been validated	Daily inspection of the produced parts for scratches
effectivenessResult	Explain to which extend / percentage the measure is effective	80
introductionDate	Definition of the date of introduction of the immediate measures - the date as yyyy-mm-dd	2025-03-10
responsiblePerson	Person responsible for the implementation of the planned corrective measure	Max Mustermann
riskOfImmediateMeasure	Describes the risk of introduction an immediate measure	Possible delays in the production process due to the additional controls
methodForEffectivenessCheck	Describes the method for testing and demonstrating effectiveness	FMEA (Failure Mode and Effects Analysis)
typeOfCauses	There are different types of causes which are defined in 4 different categories.	TUA
causeHypothesisDescription	Describes the causal hypothesis	Insufficient lubrication of the brake components.
clarificationDate	Determination of the date of clarification of the cause - the date as yyyy-mm-dd	2025-03-21
result	The result describes the outcome of a causal hypothesis	Lubrication investigation showed insufficient lubrication in some cases.
method	Describes the method for forming the causal hypothesis	5why
report	Describes in detail the result of the investigated root cause hypothesis	A detailed report was prepared documenting the analysis, the hypotheses tested, and the root cause identified.
errorCauseCategory	Describes the error cause category (ID) according to the VDA error catalog	10030012
causeAssignment	Define for which root cause the measure is relevant	Root cause 1
status	Implementation status	Closed
measure	Plan technical measure to resolve the quality problem permanently	Introduction of camera inspection with automatic OK/nOK separation

request_for_quotation:3.0.0

property_name	description	example_value
rfqSource	RFQ-Identification: digital address of the sender (e.g.token, IP address, link, user account)	https://maasportal.mendixcloud.com/
rfqId	RFQ-Identification: internal identifier in user account	Drehteil_02_0815
rfqName	RFQ-Identification: name for the request for user account management (usually name of the product to be manufactured)	Drehteil
rfqDateTime	RFQ-Identification: date and time of the request in user account	2023-10-24T14:48:54.709000+00:00
rfqVersion	RFQ-Identification: version of this request in case there were any changes	1.0.0
firstDeliveryDate	RFQ-Configuration: Date of desired, first, but not must delivery	2023-10-24
lastDeliveryDate	RFQ-Configuration: date of required and last acceptable delivery	2023-12-24
additionalComments	RFQ-Configuration: placeholder for any kind of additional comments	this is a prototype, recommendations towards design for manufacturing are highly welcome
senderName	RFQ-Sender: name of the sender	John Doe
senderAdress	RFQ-Sender: BPDM/ or fill in by the customer, address of sender	Sunstreet 1, 5555 Sunstate
senderCompanyName	RFQ-Sender: BPDM/ or fill in by the customer, company name of sender	ManufactureEnterprise
senderEMail	RFQ-Sender: BPDM/ or fill in by the customer, e-mail address of sender	johndoe@sunny.com
senderPhoneNumber	RFQ-Sender: BPDM/ or fill in by the customer, phone number of sender	555 123456
senderAccountAddress	RFQ-Sender: BPDM/ or fill in by the customer, address of sender for account	Accountstreet 1, 1234 Accountstate
senderDeliveryAddress	RFQ-Sender: BPDM/ or fill in by the customer, address of sender for delivery	Mystreet 1, 1234 Mystate
deliveryRequirements	RFQ-Sender: filled by customer, any kind of delivery requirements	no plastic for packaging
fileType	RFQ-Configuration: file format	STEP, stl, jt
filePath	path or address to the file	https://anypath/...
fileName	name of the file	fraesteil
partId	RFQ-PartConfiguration: identifier of the part from CAD File	Drehteil
partName	RFQ-PartConfiguration: name of the part in CAD file. In case the CAD file has only one part, this could also be the file name.	Drehteil
manufacturingDomain	RFQ-PartConfiguration: domain of required process (e.g. subtractive manufacturing, additive manufacturing, assembly)	additive manufacturing
generalTolerance	RFQ-PartConfiguration: selection of defined tolerance classes	ISO 2768-1 (m), Rough DIN ISO 2768 cL, Medium DIN ISO 2768 mK, Fine DIN ISO 2768 fH
additionalRequirements	RFQ-PartConfiguration: specific requirements e.g. to guarantee quality, like premium quality check or standard quality check or test part required (makes only sense for batch)	premium quality check, standard quality check
quantityNumber	The number of objects related to the measurement unit	2.5
measurementUnit	Unit of Measurement for the quantity of serialized objects	unit:litre
materialFamily	definition of material family for preselection	aluminum, steel, ...
value	value to detail the part material item	2.7 or black
valueType	value type to specify the value of the property	g/cm3 or string
propertyName	name of the property	density or color

requirement:1.0.0

property_name	description	example_value
requirementId	The identifier of a requirement represented by a UUID, valid for the Catena-X dataspace.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
reqIfName	Name of the requirement (from ReqIF).	Plastic deformation of the bogie
reqIfType	Type of the requirement (e.g., 'Functional', 'Non-Functional').	Functional
author	Company that created the requirement.	Lisa DrÃ¤xlmaier GmbH
foreignId	Identifier from an external system (e.g. the chapter in a set of requirements)	3.1.1
longname	Descriptive name for the requirement.	Plastic deformation of the bogie
specification	Link to the specification document.	https://www.prostep.org/fileadmin/prod-pay-download-8c1d/Recommendation_ReqIF_V2.2.pdf
statusValue	Overall status of the requirement	transition status
relatedRequirementId	Id of related requirement in form of a UUID	urn:uuid:e6b31BC2-8102-64AF-034D-C2DC35E37cEE
requirementRelationshipType	The type of relationship of the two related requirements	RequirementSpecialismOfRequirement
versionNumber	Semantic version of the requirement	2.0.0
key	The key may contain only letters, digits, underscores, and hyphens.	ExpectedFinalization
value	Value string for the associated metadata	2025-11-30T00:00:00.000+02:00
metadataDescription	Description of the associated metadata	Timestamp of the expected finalization of the requirement
versionPredecessorNumber	https://semver.org/	1.4.5
customerStatusValue	Value for customer status	ToEvaluate
customerStatusComment	Comment from the customer.	Requirement needs to be evaluated
supplierStatusValue	Value for the supplier status	ToBeClarified
supplierStatusComment	Comment from the supplier.	More information needed from customer

return_request:2.0.0

property_name	description	example_value
needsReturn	Describes the fact whether a vehicle, assembly or part needs to be returned to requestor.	true
returnConditions	Describes WHY a vehicle, assembly or part needs to be returned to the requestor and under which conditions.	Wishes to buy
requestDate	Describes date when the return request was placed.	2022-01-01
latestReturnDate	Describes until when the return request is valid.	2025-01-01
marketplaceProduct	The description of the product within the marketplace that might differ from the digital twin.	BMW 318i E46 Coupe Bj.2000 Bremssattel hinten links
isRecall	Depicts if the manufacturer issued a recall (e.g. for security reasons). In conjunction with property needsReturn it can be expressed if the item has to be returned or can directly be destroyed.	false
areaOfUsage	Information, in which countries/areas the component has been in use	Sahara, extreme dry and high temperature
arrivalDateAtCustomer	Until when should the product arrive (if known)	2023-12-01
missingParts	Completeness of the product, e.g. missing parts are not acceptable.	true
dismantled	Information on whether the product has been dismantled.	true
mechanicalDamage	Information on mechanical damage to the part, e.g. two broken ribs or part deformation indicate mechanical damage.	true
corroded	Information on whether the product has corrosion.	true
discolored	Information on whether the product has been discoloured.	true
mileage	Current mileage of the component	89000
startDate	The first day of the period	2019-01-01
endDate	The last day of the period.	2030-09-30

serial_part:3.0.0

property_name	description	example_value
catenaXId	The fully anonymous Catena-X ID of the serialized part, valid for the Catena-X dataspace.	urn:uuid:580d3adf-1981-44a0-a214-13d6ceed9379
key	The key of a local identifier.	partInstanceId
value	The value of an identifier.	SN12345678
date	Timestamp of the manufacturing date as the final step in production process (e.g. final quality check, ready-for-shipment event)	2022-02-04T14:48:54
country	Country code where the part was manufactured	HUR
manufacturerPartId	Part ID as assigned by the manufacturer of the part. The Part ID identifies the part (as designed)in the manufacturer`s dataspace. The Part ID does not reference a specific instance of a part and thus should not be confused with the serial number.	123-0.740-3434-A
customerPartId	Part ID as assigned by the manufacturer of the part. The Part ID identifies the part (as designed)in the customer`s dataspace. The Part ID does not reference a specific instance of a part and thus should not be confused with the serial number.	PRT-12345
nameAtManufacturer	Name of the part as assigned by the manufacturer	Mirror left
nameAtCustomer	Name of the part as assigned by the customer	side element A

shared.address_characteristic:4.0.0

property_name	description	example_value
thoroughfareTechnicalKey	Technical key of a thoroughfare. As specified by BPDM, this can be a "STREET" or a different type.	STREET
thoroughfareValue	Value of a thoroughfare, e.g. name of a street.	Bernstrasse
thoroughfareNumber	Number of a thoroughfare. As used differently in international context, this number can contain both numerical and alphanumerical values.	45
localityTechnicalKey	Technical key of a locality.	CITY
localityValue	Value of a locality, e.g. name of a city ("Mannheim").	Mannheim
premiseTechnicalKey	Technical key of a premise.	OTHER
premiseValue	Value of a premise, e.g. name or designation of a particular site.	Werk 1
postalDeliveryPointTechnicalKey	Technical key of a postal delivery point.	OTHER
postalDeliveryPointValue	Value of a postal delivery point, e.g. designation of a gate.	Tor 1
postCodeValue	The value of a post code.	98765-4321

shared.bill_of_process:1.1.0

property_name	description	example_value
productVersion	Version of the product whose manufacturing steps are specified with the bill of process. It can for example specify a concrete variant of a product	bar_chair_1.0.0
productName	Name of the product whose production steps are specified within the bill of process	Bar Chair
billOfProcessIdentification	Unique identifier for a bill of process that can be used to reference instances of the bill of process	www.1234-bar-chair-billOfProcess.de
processStepIdentifier	Unique identifier for a concrete process step	1234-transport
childProcessSteps	List of child processes that need to be executed to complete the parent process step. It enables the expression of hierarchies between capabilities, e.g. a transport capability needs to execute at least a pick, a move and a place capability	pick
processStepType	Distinguishes process steps based on whether there are the first or last process step to be executed, or if they are a subprocess step, which subdivides a higher-level process step into smaller process steps	IsSubProcessElement
name	Name of the parameter	dimensionality
value	Value of the parameter	{\"height\" : \"5\", \"length\" : \"3\", \"width\" : \"7\"}
semanticReference	Reference to a semantic namespace in which the type of the parameter is defined	0173-1#02-BAD875#008
parameterKey	Enumeration that is used to distinguish whether the parameter has no value, has a value, has a value range or has a value with tolerances	HasValue
lowerValue	Lower border of a value range item	5
upperValue	Upper border for a value range item	10
lowerLimit	The lower direct limit of the tolerance	4.9
upperLimit	Upper direct limit of the tolerance	5.1
successor	List of subsequent process step which can be executed in any order	TransportStepId

shared.business_partner_number:2.0.0

property_name	description	example_value
bpnlProperty	Property based on a BPNL.	BPNL0123456789ZZ
bpnaProperty	Property based on a BPNA.	BPNA0123456789ZZ
bpnsProperty	Property based on a BPNS.	BPNS0123456789ZZ

shared.contact_information:4.0.0

property_name	description	example_value
website	Website of the contact.	https://www.samsung.com
phoneNumber	Phone number with country and area code.	+49 89 1234567890
email	An email address.	test.mail@example.com
faxNumber	Fax number with country and area code.	+49 89 0987654321

shared.message_header:3.0.0

property_name	description	example_value
messageId	Unique ID identifying the message. The purpose of the ID is to uniquely identify a single message, therefore it MUST not be reused.	3b4edc05-e214-47a1-b0c2-1d831cdd9ba9
context	Information about the context the message should be considered in. The value MUST consist of two parts: an identifier of the context (e.g. business domain, etc.) followed by a version number. Both the identifier and the version number MUST correspond to the content of the message. If the content of a message is described by an aspect model available in the Catena-X Semantic Hub, then the unique identifier of this semantic model (e.g. urn:samm:io.catenax.<ASPECT-MODEL-NAME>:1.x.x) MUST be used as a value of the context field. This is considered the default case. In all other cases the value of the context field MUST follow the pattern <domain>-<subdomain>-<object>:<[major] version> (e.g. TRACE-QM-Alert:1.x.x). Versioning only refers to major versions in both default and fallback cases. Note: The version of the message's header is specified in the version field.	urn:samm:io.catenax.<ASPECT-MODEL-NAME>:1.x.x
sentDateTime	Time zone aware timestamp holding the date and the time the message was sent by the sending party. The value MUST be formatted according to the ISO 8601 standard	2023-06-19T21:24:00+07:00
senderBpn	The Business Partner Number of the sending party. The value MUST be a valid BPN. BPNA and BPNS are not allowed. Applicable constraints are defined in the corresponding standard	BPNL7588787849VQ
receiverBpn	The Business Partner Number of the receiving party. The value MUST be a valid BPN. BPNA and BPNS are not allowed. Applicable constraints are defined in the corresponding standard.	BPNL6666787765VQ
expectedResponseBy	Time zone aware timestamp holding the date and time by which the sending party expects a certain type of response from the receiving party. The meaning and interpretation of the fields's value are context-bound and MUST therefore be defined by any business domain or platform capability making use of it. The value MUST be formatted according to the ISO 8601 standard	2023-06-19T21:24:00+07:00
relatedMessageId	Unique ID identifying a message somehow related to the current one	d9452f24-3bf3-4134-b3eb-68858f1b2362
version	The unique identifier of the aspect model defining the structure and the semantics of the message's header. The version number should reflect the versioning schema of aspect models in Catena-X.	2.0.0

shared.part_classification:1.0.0

property_name	description	example_value
classificationStandard	Identified classification standards that align to the Catena-X needs.	GIN 20510-21513
classificationID	The classification ID of the part type according to the corresponding standard definition mentioned in the key value pair.	1004712
classificationDescription	Optional property describing the classification standard.	Generic standard for classification of parts in the automotive industry.

shared.part_site_information_as_built:2.0.0

property_name	description	example_value
catenaXId	The Catena-X ID of the given item(i.e. a part type or part instance), valid for the Catena-X dataspace.	580d3adf-1981-44a0-a214-13d6ceed9379
catenaXsiteId	The identifier of the site according to Catena-X BPDM. The catenaXsiteId must be a valid Catena-X BPN. The BPN is a unique, unchangeable identifier for Business Partners / company locations from foundation to closure, regardless of the different business relationships / structures between or within the Business Partners or company locations.	BPNS1234567890ZZ
function	The function of the site in relation to the part(i.e. the activity within the value chain of the part that is performed at the site)	production

shared.physical_dimension:3.0.0

property_name	description	example_value
weight	Weight of the item	100.7
diameter	Diameter of the item.	0.03
height	Height of the item.	0.1
width	Width of the item.	1000.0
length	Length of the item.	20000.1

shared.quality_core:1.0.0

property_name	description	example_value
qualityTaskId	A unique quality task identifier within this data-space.	430f56d3-1234-1234-1234-abc123456789
countryCode	Country code in ISO 3166-1 alpha-3 codes where this session took place	DEU
hexValue	Hex values are encoded in 0-9,a-f or A-F to store information.	0x343343443af
recordStatus	The record operation enumeration can be used to realize delta update concept. An example using scenario that data delivery runs weekly: Week0: All data is transferred -> all rows have recordStatus=new. Week1: Only the changed data is transferred: That means new rows, or updated or deleted rows: New rows get recordStatus=new, changed rows get recordStatus=changed and deleted/removed rows get recordStatus=deleted.	updated
sessionId	A unique identifier for a session. If you combine the session property with BPNL of data provider than you get a unique identifier for this session in this data-space.	3747429FGH382923974682_Session_2023-11-04T08:00:45
supplierId	A unique identifier for one supplier inside data provider's company. If you combine supplier ID with BPNL of data provider you get a unique identifier for this supplier in this data space. As an alternative you can use BPNL to identify a supplier.	RB2064600502
supplierName	The name of one supplier company.	Robert Bosch GmbH
selectionCriteria	Describes the selection criteria a Catena-X data provider has applied to create this data set.	Export of data that data that belongs to one or more Catena-X Quality tasks.
selectionStart	Describes the starting point for providing records in this data set.	2023-01-01T00:00:00
selectionEnd	Describes the end point for providing records in this data set.	2023-12-31T23:59:59
partName	The name of a part. A part name is not unique - same kinds of parts can have the same part name.	Gearbox ECU
partDescription	A textual description of the part.	Gear control unit GBX, second generation.
assemblyPartNumberVersion	Often vehicle manufacturer specific: An assembly part number version. Assembly parts are often produced by a supplier that combines his own parts with other parts from other suppliers and ships as one assembly to a vehicle manufacturer.	Steering-GBX-43353522
batchNumber	A batch number describes all parts that were manufactured in the same run.	LB#LineA#20240731
calibrationInformation	Calibration for this ECU. This could be the result of a calibration process.	Calibration_file_4711
partId	A unique part identifier in this data-space. Property is optional as of now not all parts have this identifier.	urn:uuid:580d3adf-1981-44a0-a214-13d6ceed9000
dataMatrixCode	String that is encoded in a data matrix code. Data matrix codes or short DMC are labelled/printed on parts. Example: A data matrix code can combine supplier name, part type, manufacturing and many more information. A DMC string is often unique within this data provider.	3#5ZZ9454554CE#2024-07-10#BR11
deliveryNote	The delivery note of a package. A delivery note is unique within one logistics company.	Package 439330220585844
hwVersion	The hardware version of this part.	Version H001
orderNumber	The order number of this order. This is a unique identifier defined by the supplier of the order. If you combine order number and BPNL of the supplier you get a unique identifier in this data-space.	ORDER-1223324
partNumber	The number of a physical part. A part number is not unique - same kinds of parts can have same part numbers. Part numbers and part description normally relate to each other.	GBX-3232455
partVersion	The version of this hardware part.	0556A
serialNumber	Serial number of one specific part. A serial number is unique within one company. If you combine serial number with BPNL of that company than you get a unique identifier for this part in this data-space.	ECU20646005020221
swPartNumber	Software number installed in this electronic control unit.	SW3.23
swVersion	Software version installed in this electronic control unit.	V001
variantInfomation	An electronic control unit has many parameters that have to be set to work correctly: Examples are target market (which functions need to be activated for the target market) or the equipment of the vehicle (e.g. navigation system is installed).	C01,C02,C03,C10
plantIdentifier	Identifier of a plant within the company owning the plant. If you combing plant identifier with BPNL of the company owning the plant than you get a unique identifier fo this plant in this data-space.	4711
plantDescription	Long name of the production plant.	Wolfsburg
plantBPNS	A unique plant identifier according BPNS definition. This property is optional as of now not all plants have assigned BPNS identifiers.	BPNS0123456789ZZ
plantCountryCode	Country code of the plant, where the vehicle was produced.	DEU
anonymizedVIN	Vehicle manufacturer-specific anonymized VIN, which is still a unique identifier within this data provider.	3747429FGH382923974682
vehicleId	A unique identifier for this vehicle in data-space. This property is optional as of now not all vehicles have this identifier assigned.	urn:uuid:580d3adf-1981-44a0-a214-13d6ceed9379
mileage	The mileage counter in the car. Only positive numbers are allowed.	30000
mileageUnit	Enumeration to define the unit of measure for mileage counter: Either kilometer (SI standard) or miles.	km
productionDate	Production Date of the vehicle in The sold date of the vehicle in ISO8601 local date notation - see java.time.format.ISO_LOCAL_DATE.	2024-12-05
soldDate	The sold date of the vehicle in ISO notation.	2025-01-30
workShopId	A unique identifier for a workshop. This identifier is unique within data provider's company. If you combine this identifier with BPNL from data provider than you get a unique identifier for this workshop in this data space.	workshop-4563328
latitude	Latitude property for GPS coordinates.	9.165877215355193
longitude	Longitude property for GPS coordinates.	48.81109356017604
key	Key identifier for this additional information	Steel quality
value	Value for this additional information	Stainless steel

shared.quantity:2.0.0

property_name	description	example_value
quantityValue	The quantity value associated with the unit.	20.0
massUnit	The unit of a mass related attribute.	unit:kilogram
linearUnit	The unit of a linear attribute.	unit:millimetre
areaUnit	The unit of a area related attribute.	unit:squareCentimetre
volumeUnit	The unit of a volume related attribute.	unit:litre
countUnit	The unit of a countable attribute.	unit:piece
timeUnit	The unit of a time attribute.	unit:secondUnitOfTime
miscUnit	The unit of a miscellaneous attribute.	unit:kilowattHour
itemUnit	The unit of an item. Common units may be related to mass, count, linear, area, volume or misc.	unit:piece

shared.recycling_strategy_certificate:3.0.0

property_name	description	example_value
supplier	BPN of the business partner who creates this certificate	BPNL8888888888XX
issueDate	This is the date when the certificate was issued.	2022-02-03T14:48:54.709000+00:00
catenaXIdPreviousLife	Twin identification previous life	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d
catenaXId	The Catena-X ID of the given part (e.g. the assembly), valid for the Catena-X dataspace.	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d
articleNumber	Unique identification assigned by the authorized company for internal referencing	1003467581006
revocationDate	The date when the certificate is revoked by the issuer. This only happens in exceptional cases when an asset has been marked as reused by error or any other error is made in the issuance of the certificate. Certificates may be revoked up to 7 working days after they have been issued.	2024-01-01
originalEquipmentNumber	Original Equipment Number	736 49 28 - 02
vehicleCatenaXId	Catena X ID of the Vehicle from which this component has been dismantled.	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d

shared.secondary_material_content:1.0.0

property_name	description	example_value
orderNumber	Order number as provided by supplier.	856496
materialClass	Material class according to VDA standard 231-106.	5.1
referencedStandard	Norm authority which governs norm.	ISO
referencedStandardID	Id of standard used by norming authority.	1043
materialNameStandardizedValue	Name of the material according to the norming authority and the referenced ID of the norm.	PP-TD10
unitOfMeasureKey	Unit of measure in which the mass of the material is measured.	unit:gramm
materialNetMass	Net mass of material in defined unit.	3000.0
grossMaterialInputMass	Gross Material Input Mass in defined unit. (german: "Bruttomaterialeinsatzgewicht").	3500.0
bioBasedClass	Information on bio-based material class.	gen1
certificateName	If available, the name of a certificate verifying the recycling content can be included.	Redcert
isMassBalanced	Information whether mass-balancing was applied: Mass balance is one of several well-known chain of custody approaches that can be used to track the flow of materials through the value chain. The total quantity of the content in question is tracked through the production system and the allocation of this content is made to the end products based on verifiable accounting.	true
percentageOfMaterialWeight	Share of the full material weight in percentage.	12.0

shared.shopfloor_information_types:2.0.0

property_name	description	example_value
communicationMode	Specification of the communication mode	synchronous
value	The amount of timeUnits considered	12

shared.uuid:2.0.0

property_name	description	example_value
uuidV4Property	Property based on a UUID v4.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df

shopfloor_information.get_production_forecast:2.0.0

property_name	description	example_value
customerId	Internal customer Id	BPNL7588787849VQ
productionForecastForAll	Boolean variable that detemines whether the customer request information about each position of an order, or information about the complete order	false
orderId	The Id identifying subject of the request	00000000-0000-0000-C000-000000000046

shopfloor_information.get_production_tracking:1.0.0

property_name	description	example_value
processReferenceType	Value of an enumeration that determines whether the request is based on concrete process steps (Bill of process) or capabilities	processStep
billOfProcessId	Id to identify an instance of the bill of process data model	12345TestBoP.org
customerId	Internal customer Identification	^BPNL[0-9]{8}[a-zA-Z0-9]{4}$
capabilityId	Identifier of a capability that is required in case of a capability based request	Fuegen.Anpressen_Einpressen.Schrauben.Deckelverschrauben
billOfMaterialId	Identifier for a bill of material, which is known by both partners	321-BomIdentifier
processStepId	Id of a process Step, specified within an instance of a bill of process data model that is known to both partners	Fuegen.Anpressen_Einpressen.Schrauben.Deckelverschrauben_01
partInstanceLevel	Specifies for the case of a capability based request, whether the parts are identified with a serial number or with a bill of material	bom
partInstanceId	Identifies an instance of a part in case that the partInstanceLevel property has the value partInstanceId	Deckel-Serial-123
billOfMaterialElementId	Identifier of an element that is part of the bill of material, referenced by the bill of material Id	Deckel-Bom-123-Schraube
processParameterName	Name of a process parameter	Drehmoment_max
processParameterSemanticId	Reference to a semantic that defines the unit and the data type of the parameter	Semantic_Drehmoment_max

shopfloor_information.provide_production_forecast:2.0.0

property_name	description	example_value
iterationNumber	Only set in CommunicationMode == "notification/cyclic" to be able to check the order of the notifications. Not required for communication mode = "synchronous"	6
positionId	Identifier of a position of an order	00000000-0000-0000-C000-000000000046
productionForecast	Date of completion	2023-06-19T21:24:00+07:00
productionStatus	Status of the order/position within MP	itemPlanned
reasonsForDelay	Optional field to provide information to the customer why a delivery date is not met	supplyProblems
returnCode	Return code that indicates whether a single item of an order matches the customers desired request	ok
forecastDate	Date/time of the forecast calculation	2023-06-19T21:24:00+07:00

shopfloor_information.provide_production_tracking:1.0.0

property_name	description	example_value
processStepId	Id of a concrete process step	step_id_12345
processParameterName	Name of a process parameter	Drehmoment_max
semanticId	Reference to a global defined semantic that characterizes the process parameter. For eaxample an E-Class reference	EClass123
processParameterValue	The concrete value of a process parameter. Becomes mandatory in case that the processParameterQuality property is not set to NoValue	10
processParameterQuality	Enumeration to provide additional information about the significance of the parameter.	inexact
identifierType	Distinghuished between a bill of material, a part instanceId or a batchId to identify a product	partInstanceId
identifierNumber	Identifier number of a product	Deckerl-2345

short_term_material_demand:1.0.0

property_name	description	example_value
materialGlobalAssetId	Identifier used uniquely to identify part type twin.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
expectedSupplierLocationBpns	The Business Partner Number Site (BPNS) of the site from where the customer expects the supplier to fulfill the demands of the demand series. The value is used for informational purposes only and is therefore not binding for the supplier.	BPNS8888888888XX
customerLocationBpns	The Business Partner Number Site (BPNS) of the site at which the customer needs the specified material for this demand series.	BPNS8888888888XX
lastUpdatedOnDateTime	Date and time at which the DemandSeries has been updated by the reporting partner's system. Date and time are set according to a timezone.	2023-11-05T08:15:30.123000-05:00
day	Day of the demanded quantity.	2023-10-09
demandCategoryCode	The code identifying a demand category.	0001
demandCategoryName	The name describing a demand category.	Default

simulated_week_based_material_demand:1.0.0

property_name	description	example_value
simulationId	The simulation ID uniquely identifies a simulation scenario. All aspects that belong to the same simulation scenario share a simulation ID	0157ba42-d2a8-4e28-8565-7b07830c1110
simulatedWeekBasedMaterialDemandId	The simulated capacity group ID uniquely identifies the simulated material demand within the business relationship between a customer and its supplier.	0157ba42-d2a8-4e28-8565-7b07830c1110
simulationPriority	The simulation priority expresses the urgency of the evaluation request. In addition it can be used to indicate that the evaluation can be aborted.	MEDIUM
simulationDueDate	The simulation due date allows the customer to indicate to the supplier the date until the evaluation of the simulation scenario should be finished.	2018-02-03T00:00:00
simulationChangedAt	Point in time when the content (any property according to the data model) of the simulated material demand was changed, at the customer, either by a human user or an automated process.	2018-02-03T00:00:00

single_level_bom_as_built:3.0.0

property_name	description	example_value
catenaXId	The Catena-X ID of the given part (e.g. the component), valid for the Catena-X dataspace.	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d
createdOn	Timestamp when the relation between the parent item and the child item was created, e.g. when the serialized child part was assembled into the given part.	2022-02-03T14:48:54.709Z
lastModifiedOn	Timestamp when the assembly relationship between parent item and child item was last modified.	2022-02-03T14:48:54.709Z
businessPartner	The supplier of the given child item.	BPNL50096894aNXY
hasAlternatives	Expresses whether the part is built-in or wether it is one of several options. If the value is false, it can be assumed this exact item is built-in. If the value is true, it is unknown wether this or an alternative item is built-in. This is the case when, e.g. the same item is supplied by two suppliers, the item is only tracked by a customer part ID during assembly. Thus, these items can not be differentiated from each other.	false

single_level_bom_as_planned:3.0.0

property_name	description	example_value
catenaXId	The Catena-X ID of the given part (e.g. the component), valid for the Catena-X dataspace.	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d
createdOn	Timestamp when the relation between the parent part and the child part was created	2022-02-03T14:48:54.709Z
lastModifiedOn	Timestamp when the relationship between parent part and child part was last modified.	2022-02-03T14:48:54.709Z
businessPartner	The supplier of the given child item.	BPNL50096894aNXY
validFrom	Start date of validity period.	2023-03-21T08:17:29.187+01:00
validTo	End date of validity period.	2024-07-01T16:10:00.000+01:00

single_level_bom_as_specified:2.0.0

property_name	description	example_value
assetId	A unique reference to an asset which could be registered within Catena-X DataSpace	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d
manufacturerId	The ID of the initial issuer of the single level BoMAsSpecified	BPNL1234567890LR
childassetId	Describes the Catena-X ID of the child part	urn:uuid:218b26f4-4a0b-4a7f-b2c1-d248927718bf
lastModifiedOn	The time the item was modified the last time	2022-02-03T14:48:54.709000+00:00
createdOn	The time the item was created on	2022-02-03T14:48:54.709000+00:00
measurementUnit	Unit of measurement for the quantity of serialized objects.	unit:kW
quantityNumber	The number of objects related to the measurement unit.	350.0
key	Key within the classification.	BMW:PartFamily
value	Value within the classification.	STEEWHL
ownerItemId	This is the key field of the component which usually keeps the part numbers used in after-sales, e.g. when repairing broken parts and searching for a replacement. This ownerPartId itself isn't usually bound to one part version, with the assumption that all part versions with the same ownerPartId are mutually interchangeable.	urn:uuid:b4741433-92bb-4027-9a02-bbc64a58d193
itemVersion	This is the version of the item. The engineering will at times supercede an older item version by a newer one, which might have different material aspects, physical dimensions etc., still maintaining compatibility.	05
itemDescription	The description of the item in the primary language of the production facility of the product owner.	The steering wheel is nice and round
childItemCategory	The BomAsSpecified defines the view of the OEM or producer of the whole product, e.g. the OEM of a vehicle. It is free of any supplier-related information and specifies the promised and guaranteed content of the whole product to the end customer. This "top-down" view is in contrast to the "bottom-up" view of the SingleLevelBoMAsPlanned, though several sub-aspects are shared. The BomAsSpecified is merely one aspect, which is attached to the twin of the whole product and itself does neither introduce further twins nor reference them. Instead it merely comprises all functional information required by dismantlers, workshops or requestors for used parts to search for and to make a match on the market place.	e.g. vehicle, winter wheels, bicycle rack
itemPositioning	Some parts are intended to be used on either the left or right side, e.g. mirrors, hence this entity describes on which side a part is to be used	left

single_level_usage_as_built:3.0.0

property_name	description	example_value
catenaXId	The Catena-X ID of the given part (e.g. the component), valid for the Catena-X dataspace.	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d
customers	A list of all customers of this item. If the parent items in which this item is assembled into are known, they should be listed as well. For serialized items the list should contain only one customer with one parent item. As different subsets of a batch might be sold to different customers this is a list.	BPNL50096894aNXY
createdOn	Timestamp when the relation between the parent part and the child part was created, e.g. when the given child part was assembled into the parent part.	2022-02-03T14:48:54.709Z
lastModifiedOn	Timestamp when the assembly or usage relationship between parent part and child part was last modified.	2022-02-03T14:48:54.709Z
isOnlyPotentialParent	Expresses the certainty whether the part has been used as component or input material in the produced item. If the value is false, it can be assumed that the part has been used. If the value is true, there are alternatives for that part, and it is unknown if this part item or an alternative part item has been used. This is the case when, e.g. the same item is supplied by two suppliers, and the item is only tracked by a customer part ID during assembly. Thus, these items cannot be differentiated from each other.	false
businessPartner	The supplier of the given child item.	BPNL50096894aNXY

single_level_usage_as_planned:2.0.0

property_name	description	example_value
catenaXId	The Catena-X ID of the given part (e.g. the component), valid for the Catena-X dataspace.	urn:uuid:055c1128-0375-47c8-98de-7cf802c3241d
customers	A list of all customers of this item. If the parent items in which this item will be assembled into or used are known, they should be listed as well.	BPNL50096894aNXY
createdOn	Timestamp when the relation between the parent part and the child part was created.	2022-02-03T14:48:54.709Z
lastModifiedOn	Timestamp when the assembly or usage relationship between parent part and child part was last modified.	2022-02-03T14:48:54.709Z
businessPartner	The supplier of the given child item.	BPNL50096894aNXY
validFrom	Start date of validity period.	2023-03-21T08:17:29.187+01:00
validTo	End date of validity period.	2024-07-01T16:10:00.000+01:00

software_information:1.0.0

property_name	description	example_value
catenaXId	The Catena-X ID of the given part (e.g. the assembly), valid for the Catena-X dataspace.	urn:uuid:454ffa8e-f88d-4ad1-be45-06981756aeb1
name	The name of the software for the corresponding instantiated part.	ECU Software XY12345
version	The version of the software for the corresponding instantiated part.	1.2.0
softwareId	The ID (e.g. part number) of the software for the corresponding instantiated part.	SW12345678
lastModifiedOn	The modified date when the software was installed or flashed on the corresponding instantiated part.	2023-03-21T08:17:29.187000+01:00

special_characteristics.measurement:2.0.0

property_name	description	example_value
manufacturerId	The business partner number of the manufacturer of the related product.	BPNL000000000000
characteristicId	Identifier of the special characteristic in relation to a specified part.	specialCharacteristic_01
measurementType	This optional attribute hints the type of the measurement.	simpleMeasurement
revisionIndex	This attribute contains the revision index of the special characteristic, it is necessary to identify a special characteristic.	01
identifier	Identifier of the individual measurement object.	measurementObject_01
measurementTimestamp	Timestamp when the measurement was taken	2025-03-25T09:20:00.663720+14:00
value	The actual value of the measurement for special characteristics.	12.09
unit	The unique unit of the measurement object.	unit:millimetre
description	Detailed description of the measurement object.	This text gives you context to the related measurement to help to put it into the necessary context.

traction_battery_code:2.0.0

property_name	description	example_value
tractionBatteryCode	Traction Battery Code identifying a single traction battery component like a pack, module or cell.	X12MCPM27KLPCLX2M2382320
productType	The type of the battery component, e.g. a pack, a module or a cell.	pack

transmission.transmission_pass:3.0.0

property_name	description	example_value
driveType	A list of the type of transmission drive. For example combustion, full hybrid, mild hybrid, plug-in hybrid or purely electric drive (battery or fuelcell).	full hybrid
torque	The maximum input torque in newton meters (the operating characteristics of the transmission).	500
power	The maximum power in kilowatt (the operating characteristics of the transmission).	300
torqueConverter	A list of the used transmission damper technology (depending on the transmission type). For example NW 200 TTD and NW 200 ZDW	NW 200 TTD
spreading	The transmission spreading coefficient. The ratio between the smallest (shortest gear) and the largest (longest gear) ratio.	6.79
gear	Respective gear for the measurement.	1
ratedSpeed	The permissible maximum input speed in the respective gear (depending on the transmission type) in 1/min.	7800
gearRatio	The ratio in the respective gear (ratio between transmission input speed and transmission output speed).	4.1567
oilCapacity	The defined oil volume in the transmission in cubic decimeters.	8.9
oilType	The type of the oil for the transmission defined by the manufacturer of the transmission.	Transmission Oil XY
applicable	If there is a transmission-integrated electrical machine included, select true and state the values in the connected attributes. If there is none, select false and provide dummy data.	true
warranty	Commercial warranty period of the transmission (coupled to the Vehicle) in months.	60
lifeTime	Expected transmission lifespan in kilometres.	500000
machineVoltage	Nominal voltage of the electric system in volt.	52
machineSpeed	Maximum allowable speed for the electric motor in revolutions per minute.	16700
maximumTorque	The maximum output torque in newton meters for a specified time period.	180
maximumAvailability	Specified time period for the peak measurement in seconds.	10
continuousTorque	The torque that can be delivered without time limit in newton meters.	178
maximumPower	The maximum output power in kilowatts for a specified time period.	22
continuousPower	The power that can be delivered without time limit.	16

us_tariff_information:1.0.0

property_name	description	example_value
partId	The fully anonymous partId (catenaxId) of the serialized part, valid for the Catena-X dataspace.	580d3adf-1981-44a0-a214-13d6ceed9379
currency	Currency in which the value is specified.	USD
value	Total value of material	500
htsCode	Harmonized Tariff Schedule (HTS) code	1234.56.7890
referenceNumber	Latest PO Number (or ASN)	774773he878
htsCodingSystem	Coding system according to which the Harmonized Tariff Schedule (HTS) code was created	HS
processingCountry	Processing Country (two letter country code that must conform to data type ISO 3166CC)	US
processingType	Description of the processing type	Melting
processingId	Identifier of the processing step	1
certificateId	Certificate of the processing site	https://www.catena-x.net/certificates/93e4gfsef4Gg_r3ihjdsf
valuePercentage	Percentage of the total value is attributed to origin property	80
originCountry	Country of origin for the material (two letter country code that must conform to data type ISO 3166CC)	DE
classificationType	Standard according to which the material is classified	IMDS
classificationId	Classification code of the material according to the classificationType property	1.1
materialName	Name of the material	Steels / cast steel / sintered steel
successorId	Identifier of the successor	2

vehicle.product_description:3.0.0

property_name	description	example_value
anonymizedVin	OEM-specific hashed VIN; link to car data over pseydomized/hashed VIN or Catena-X unique digital twin identifier.	3747429FGH382923974682
catenaXId	A fully anonymous Catena-X identifier that is registered in C-X Digital twin registry. Can be used for vehicles, parts, workshops, .....	580d3adf-1981-44a0-a214-13d6ceed9379
vehicleSeries	vehicle series, normally one level above model. E.g. vehicle series ="Golf", vehicle model="Golf VIII"	Golf
modelDescription	Detail vehicle model like "Golf VIII"	Golf VIII
modelIdentifier	OEM-specific model identifier or OEM-specific project name.	689-G8
class	Class of the vehicle.	A
steeringPos	Position of vehicle steering wheel, Left or right.	Left-Hand Drive
emptyWeight	The empty weight of the vehicle in kg as specified.	2000.0
driveType	Drive type of a vehicle according enumeration.	Front-Wheel Drive
systemPower	Complete power of this vehicle in KW.	110
hybridizationType	Degree of hybridization in this vehicle.	no hybrid
softwareCategory	Some OEMs bring in the software as complete package for all systems: To identify this software: software category and software version is needed. Software category when this car was built.	TZGH64738
softwareVersion	Some OEMs brings in the software as complete package for all systems: To identify this software: software category and software version is needed. Software version when this car was built .	3.4.9837.567
wmiCode	Short name/code of vehicle manufacturer according to world manufacturer information(wmi). The wmiCode are the first 3 chars of the vehicle identification number. A list of in NHTSA registered wmiCodes can be found in attribute Wmi in table [vPICList_lite].[dbo].[Wmi]	WBA
wmiDescription	Name of OEM according NHTSA or other authorities. Has to be compliant with/linked wmiCode attribute. For NHTSA: name of table [vPICList_lite].[dbo].[Manufacturer]	BMW AG
cxBPN	Catena-X business partner number of this company.	BPN-811
numberOfDoors	Describes the number of doors of a vehicle.	5
colorId	Colour code describes the code of a specific colour of a vehicle.	LY7W
colorDescription	Colour name describes the colour of the colour code as a written word.	Light grey
kbaBody	Vehicle variant - Body shapes according German KBA	SUV
nhtsaBody	Vehicle variant - Body shapes according US NHTSA	Sedan
equipmentIdentifier	The identifier of a specific equipment.	S248A
equipmentDescription	The equipment variants description.	Seat heating front
group	Bundels all equipment-oriented information into categories like Interior	Interior
productionDate	Production date of the vehicle	2018-01-15T00:00:00
plantIdentifier	Plant id of the final assembly of the vehicle	4711
plantDescription	Long name of the production plant of the vehicle	Wolfsburg
soldDate	Sold date of the vehicle = warranty start date for this vehicle	2018-02-03T00:00:00
countryCode	Vehicle sold country in ISO 8601 alpha 3	DEU
countryGroup	Region where this car was sold	Europe
engineId	OEM-specific identifier/type of the installed engine	CKBY
engineDescription	Description of the engine	2.0 TDI
engineSeries	Engine series as defined by OEM	EA189
serialNumber	Serial number of the installed engine	3434937GJJG3738
size	Cubic capacity in a combustion engine - not available in battery-electric vehicles	1968
power	Engine power is the power that an engine can put out	110
engineProductionDate	Date when the engine was produced	2017-10-20T00:00:00
installDate	Date when the engine was installed	2018-01-10T00:00:00
kbaFuelType	Description of the fuel according german KBA	Diesel
nhtsaFuelType	Description of the fuel according US NHTSA	Diesel

warranty_claim_request:1.0.0

property_name	description	example_value
claimId	Each claim from this data provider has a unique claim ID. If you combine the BPNL of the data provider with this claim ID you get a unique claim ID in the data space.	a214-13d6
billingId	A unique identifier for one billing. It is data provider individual.	B123456789
billingDate	References the date when the claim was billed. Date format: ISO (JJJJ-MM-DD)	2025-01-15
repairIndicator	A unique identifier for one type of activity. It is data provider individual.	Regular
recoveryType	A unique identifier for one type of recovery. It is data provider individual.	Standard
warrantyType	A unique identifier for one type of warranty. It is data provider individual.	Vehicle warranty
recoveryGroupCode	A unique code for one specific part family (technically similar to Product Groups).	A258
recoveryGroupName	A name for one specific part family (technically similar to Product Groups).	Part family A
billedCurrency	Billing currency according to ISO 4217 (latest version)	EUR
billedAmount	Billing amount for the specific repair.	1000.0
billedTF	Technical Factor which is charged	100.0
repairCostsTF100	Cost for the repair - overall	1000.0
materialCosts	Cost for the repair - parts	200.0
laborCosts	Labor costs for the repair	700.0
otherCosts	Cost for the repair - others (consumables, handling fees, etc.)	100.0
hourlyRate	Individual hourly rate per OEM / per country	100.0
globalLaborCode	Code for OEM specific definition of the repair performed / billed	L968574
globalLaborCodeDesc	Description for OEM specific definition of the repair performed / billed	Replacement of Mickey Mouse
baseLaborTime	Labor time (minutes) - base labor	300
otherLaborTime	Labor time (minutes) - other	60
supplementalLaborTime	Labor time (minutes) - supplemental	30
diagnosticLaborTime	Labor time (minutes) - diagnostic	30
totalTime	Labor time (minutes) - total	420

warranty_claim_request_verification:1.0.0

property_name	description	example_value
claimId	Each claim from this data provider has a unique claim ID.If you combine the BPNL of the data provider with this claim ID you get a unique claim ID in the data space.	a214-13d6
billingId	A unique identifier for one billing. It is data provider individual.	B123456789
billingDate	References the date when the claim was billed. Date format: ISO (YYYY-MM-DD)	2025-02-13
agreedTechnicalFactor	Technical factor which was agreed upon.	50
debitValueJustified	Check between billed technical factor & agreed technical factor; other plausibility checks	true
billedCurrency	Billing currency	EUR
claimPlausible	Check between billed technical factor & agreed technical factor	500.0
claimImplausible	Check between billed technical factor & agreed technical factor	500.0
billingStatus	Status of the bill based on claim_request_verification assessment (approved / disputed)	approved
statementDate	Due date for the claim_request_verification to approve / dispute the bill	2025-02-13
statementReason	Reason give by the claim_request_verification, why the bill / claim was disputed	Technical factor too high

week_based_capacity_group:3.0.1

property_name	description	example_value
capacityGroupId	The Capacity Group ID uniquely identifies the capacity group within the business relationship between a supplier and its customer.	0157ba42-d2a8-4e28-8565-7b07830c1110
name	Name of the capacity group.	Spark Plugs on drilling machine for car model XYZ
supplierLocations	Set of BPNS indicating the supplier sites that will be fulfilling the demands associated with this capacity group.	BPNS8888888888XX
customer	The Business Partner Number (BPNL) of the party requesting materials from a supplier.	BPNL8888888888XX
supplier	The Business Partner Number (BPNL) of the party providing materials to a customer.	BPNL6666666666YY
unitOfMeasure	Unit of measurement for capacity quantities.	unit:piece
changedAt	Point in time when the content (any property according to the data model) of the capacity group was changed, at the supplier, either by a human user or an automated process.	2023-03-10T12:27:11.320Z
linkedCapacityGroups	A set of capacity groups linked to this capacity group. This set contains all children capacity groups of the current capacity group in an unidirectional path.	be4d8470-2de6-43d2-b5f8-2e5d3eebf3fd
unitOfMeasureIsOmitted	Explicit indicator of whether the unit of measure is left out of the payload intentionally. If "true" it means the sending application sends demand values without unit of measure intentionally and the unit of measure MUST NOT be contained in the payload. If "false" a unit of measure MUST be supplied.	false
capacityGroupIsInactive	Indicates that this capacity group is currently not in use/maintained by the supplier.	true
materialNumberCustomer	Material identifier as assigned by customer. This material number identifies the material (as planned) in the customer's database.	MNR-7307-AU340474.002
materialNumberSupplier	Material identifier as assigned by supplier. This material number identifies the material (as planned) in the supplier's database. Used as informational field only, not for assigning demand series to capacity groups.	MNR-8101-ID146955.001
customerLocation	The BPNS number of the site at which the customer needs the specified material for the referenced demand series.	BPNS8888888888XX
loadFactor	If existent, the load factor indicates that this material of the material demand collection takes a factor more or less intensity to produce.	3.5
pointInTime	ISO Calendar Week of the given time series entry. Must be given as date of the monday in the week.	2022-08-01
actualCapacity	The actual capacity is the realistically planned output per calendar week and material for a specific customer in a specific unit of measure, considering all positive or negative impacts on this capacity.	1000
maximumCapacity	The supplier maximum capacity is the maximal available output per calendar week and material for a specific customer in a specific unit of measure. The maximum capacity thereby restricts the flexible capacity, as the flexible capacity is obtained from the difference of a suppliers maximum capacity minus actual capacity.	2000
deltaProductionResult	Delta related to the aggregated material demand after pre-/post production calculation the supplier wants to send to the customer. Can be positive and negative.	400
agreedCapacity	The agreed capacity of a supplier for a specific customer material(s) within a capacity group. The agreed capacity MUST NOT constitute a legal obligation to deliver.	1800
startReferenceDateTime	Point in time when the measurement starts on supplier side. It needs to be a point in time after the receival of active flag. This point in time marks the beginning of the first reporting interval. It is also the time of the first week for the rolling sub horizons for alert generation.	2024-01-10T12:00:00.320000+00:00
measurementInterval	Indicates the length of intervals in weeks. The first interval starts with the point in time given by the âstartReferenceDateTimeâ. The second interval starts [Value] week (s) after this. And so on.	4
demandCategoryCode	The code identifying a demand category.	0001
demandCategoryName	The name describing a demand category.	Default
sequenceNumber	Sequence number of the subhorizon (positive int values)	1
subhorizonLength	Length of the subhorizon in weeks. (Value must be >= 1) As a subhorizon can not be shorter than one week.	4
relativePositiveDeviation	Relative positive deviation threshold which triggers an alert; 20% = 0,2	0.2
relativeNegativeDeviation	Relative negative deviation threshold which triggers an alert; -30% â 0,3	0.3
absolutePositiveDeviation	Absolute positive deviation threshold which triggers an alert; 100 (units) = 100	100.0
absoluteNegativeDeviation	Absolute negative deviation threshold which triggers an alert; -100 (units) â 100	100.0

week_based_material_demand:3.0.1

property_name	description	example_value
materialDemandId	The Material Demand ID uniquely identifies the material demand within the business relationship between a customer and its supplier.	0157ba42-d2a8-4e28-8565-7b07830c1110
customer	The Business Partner Number Legal Entity (BPNL) of the party requesting materials from a supplier.	BPNL8888888888XX
supplier	The Business Partner Number Legal Entity (BPNL) of the party providing materials to a customer.	BPNL6666666666YY
unitOfMeasure	Unit of measurement for demand quantities.	unit:piece
materialNumberCustomer	Material identifier as assigned by customer. This material number identifies the material (as planned) in customer's database. Must be unique for each Material Demand in the customer-supplier relationship.	MNR-7307-AU340474.002
materialNumberSupplier	Material identifier as assigned by supplier. This material number identifies the material (as planned) in supplier's database.	MNR-8101-ID146955.001
materialDescriptionCustomer	Description of the material.	Spark Plug
changedAt	Point in time when the content (any property according to the data model) of the material demand was changed, at the customer, either by a human user or an automated process.	2023-11-05T08:15:30.123-05:00
materialGlobalAssetId	Identifier used uniquely to identify part type twin.	urn:uuid:48878d48-6f1d-47f5-8ded-a441d0d879df
unitOfMeasureIsOmitted	Explicit indicator of whether the unit of measure is left out of the payload intentionally. If "true" it means the sending application sends demand values without unit of measure intentionally and the unit of measure MUST NOT be contained in the payload. If "false" a unit of measure MUST be supplied.	false
materialDemandIsInactive	Indicates that this material demand is currently not in use/maintained by the supplier.	true
customerLocation	The Business Partner Number Site (BPNS) of the site at which the customer needs the specified material for this demand series.	BPNS8888888888XX
expectedSupplierLocation	The Business Partner Number Site (BPNS) of the site from where the customer expects the supplier to fulfill the demands of the demand series. The value is used for informational purposes only and is therefore not binding for the supplier.	BPNS8888888888XX
demandCategoryCode	The code identifying a demand category.	0001
demandCategoryName	The name describing a demand category.	Default
demand	Quantity of materials required in the specified point in time according specified demand rate. This demand should be as close as possible to demand that is derived from the actual production program.	1000
pointInTime	Defines the start of the demand rate as a point in time. The point in time must be interpreted according to the demand rate.	2023-10-09