Introduction
IDM 3.0.0 XML-Schema
Documentation
release 01/12/2022
Documented XML-scheme:
IDM_3_0_0.xsd
Contact DCC e.V.
Dr.-Ing. Olaf Plümer
E-Mail pluemer@dcc-moebel.org
Telephon 0 52 21/12 65-37
Anika Degenhard
E-Mail degenhard@dcc-moebel.org
Telephon 0 52 21/12 65-38
The main element T_NEW_CATALOG defines that a complete, new catalogue database is supplied.
The IDM scheme is split up into different data areas represented by the following child elements (cf. pict.1) of T_NEW_CATALOG.
Picture 1 - Child elements of T_NEW_CATALOG
The different data areas are linked. Data which are initially created in some of the areas are used in other areas via references.
Description of the data areas.
CATALOG
The data area CATALOG contains all administrative information about the database, e.g. the version number of the file format, release date or the unique identification of the database.
SUPPLIER
The data area SUPPLIER contains all adiministrative information about the supplier, e.g. contact data, EDI-communication parameters or the manufacturer's country of origin.
GLOBAL_DEFINITION
The data area GLOBAL_DEFINITION is a pool of information which is used in other data areas, e.g. the definition of standard handle positions or information about series.
SERIES
The data area SERIES contains information which is used for describing the catalogue items. The items are assigned to different product groups, e.g. base cabinets, shelves etc.
FEATURE_DEFINITION
The data area FEATURE_DEFINITION provides information about the product variations, e.g. data variation families (FEATURE_CLASS),variation types (FEATURE), the corresponding options (OPTION_DEFINITION), or restrictions (RESTRICTION).
PRICE_DEFINITION
The data area PRICE_DEFINITION contains all relevant price information, e.g. data for price features (PRICE_FEATURE_GROUP), VAT (VALUE_ADDED_TAXES), merchandise groups (MERCHANDISE_GROUP) or price types PRICE_TYPE).
BLOCK_VALUE_CALCULATION
The data area BLOCK_VALUE_CALCULATON contains all information about the rules for block- and value clearing, e.g. data for block rules (SET_OF_BLOCK_RULES), block conditions (BLOCK_CONDITIONS) or grading tables (GRADING_TABLE).
Elements of the catalogue structure
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IDM 3.0.0 XML-Schema Documentation
Introduction > Elements of the catalogue structure |
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Definition of series information
Series are defined in the following element:
T_NEW_CATALOG/SERIES/SERIE
For a complete description of a series all child elements are used. Programmes are assigned to series via restrictions (RESTRICTION_REF).
Definition of programme information
In the IDM format programmes are defined as variations. First the properties of a programme are defined as options of a variation, following the options are assigned to the variation type "programme". The definition of programme information is done in the following way:
Example: Definition of programme information
1. Definition of programme properties
The properties of a programme are defined in the following element:
FEATURE_DEFINITION/OPTION_DEFINITION
<OPTION_DEFINITION>
<STYLE STYLE_NO="A1">
<STYLE_NAME>Paris</STYLE_NAME>
</STYLE>
<STYLE STYLE_NO="A2">
<STYLE_NAME>New York</STYLE_NAME>
</STYLE>
</OPTION_DEFINITION>
The properties for the programmes "Paris" and "New York" are defined. For reasons of clarity the different available elements of STYLE are neglected in this context.
2. Definition of programme variations
The programme variations are described in the following element:
FEATURE_DEFINITION/FEATURES/FEATURE
<FEATURE FEATURE_NO="1">
<OPTIONS>
<OPTION OPTION_NO="A1"FEATURE_NO="1">
<STYLE_REF STYLE_NO="A1"/>
</OPTION>
<OPTION OPTION_NO="A2"FEATURE_NO="1">
<STYLE_REF STYLE_NO="A2"/>
</OPTION>
</OPTIONS>
</FEATURE>
The example above contains the variations of the programmes "Paris" and "New York". Programme variations are defined with the feature No. 1 in the feature "programme". Each programme variation is uniquely and unambiguously identified by the combination of FEATURE_NO and OPTION_NO
Definition of item information
Item information is defined in the following element:
T_NEW_CATALOG/SERIES/SERIE/PRODUCT_GROUPS/PRODUCT_GROUP/ITEMS/ITEM
The element ITEM is described by a great number of different elements providing additional item information. The attribute TYPE_NO.
Depending on series the attributes of an item may vary. In this respect an item is identified unambiguously only by its attributes in connection with the series.
Series specific item information
Depending on series the attributes of an item may vary. As the element ITEM is a child element of SERIES, items are assigned to a series automatically.
Deifinition of features
Information about the features is provided in the IDM scheme as follows:
Definition of the options for the feature
Assignment of option and feature
Definition of options
The different options of a feature are defined as a data pool in the element T_NEW_CATALOG/FEATURE_DEFINITION/OPTION_DEFINITION.
Pict. 2 – The element OPTION_DEFINITION
The element OPTION_DEFINITION contains several elements for the definition of the different options:
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STYLE |
This element defines the attributes of a programme. Programmes are defined as a level in the catalogue structure but depicted via the features which are frequently used in the restrictions. |
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HANDLE_ORIENTATION |
This element defines a standard handle orientation. |
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MATERIAL |
This element defines the attributes of materials via colours and textures. These elements are referenced from the finish features (e.g. plinth finish) or colour features (e.g. plinth colour). |
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FORM |
This element defines the different numbers for the form features (FORM_NO).The current version of the IDM-scheme supports only the feature FORM_NOThe options of this element may only be referenced by the features 750-756. |
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OPTION_MEASURE |
This element contains measurement values for options which , require measurement information (e.g. plinth height (feature 402)). |
Example: colour options
<OPTION_DEFINITION>
<COLOR COLOR_NO="1">
<RGB_RED>255</RGB_RED>
<RGB_GREEN>0</RGB_GREEN>
<RGB_BLUE>0</RGB_BLUE>
</COLOR>
<COLOR COLOR_NO="2">
<RGB_RED>133</RGB_RED>
<RGB_GREEN>273</RGB_GREEN>
<RGB_BLUE>0</RGB_BLUE>
</COLOR>
<COLOR COLOR_NO="3">
<RGB_RED>0</RGB_RED>
<RGB_GREEN>89</RGB_GREEN>
<RGB_BLUE>89</RGB_BLUE>
</COLOR>
</OPTION_DEFINITION>
The above mentioned elements define three different colours which are identified by numbers (COLOR_NO) 1-3.
Assignment of option and feature
To use the above mentioned colour examples, an assignment of features to these colours is required.
The assignment of features (FEATURE) and options (OPTION) is done in the element T_NEW_CATALOG/FEATURE_DEFINITION/FEATURES/FEATURE. A feature is defined an identified by the combination of FEATURE and OPTION The following XML elements define 2 colour features for plinths (feature 401).
Example: Definition of a feature via feature No. and option
<FEATURE FEATURE_NO="401">
<OPTIONS>
<OPTION OPTION_NO="1" FEATURE_NO="401">
<OPTION_TEXT_REF TEXT_NO="4"/>
</OPTION>
<OPTION OPTION_NO="3" FEATURE_NO="401">
<OPTION_TEXT_REF TEXT_NO="6"/>
</OPTION>
</OPTIONS>
<FEATURE_TEXT_REF TEXT_NO="12"/>
<CLASSIFICATION>1</CLASSIFICATION>
<HEADER_POS_VARIATION_TYPE>K</HEADER_POS_VARIATION_TYPE>
</FEATURE>
The child elements of FEATURE describe the attributes of the feature No. and the child elements of OPTION describe the attributes of the feature. This principle is essential for all elements in the IDM-scheme,e.g. the element OPTION_TEXT_REF references the text information about the option, the element FEATURE_TEXT_REF references text information concerning the feature.
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To reference a feature the following combination is required: FEATURE_NO and OPTION_NO define the reference key. |
Combination of features
If feature No. 1 (programme) is defined in combination with other features, feature No. 1 is always set in the first place.
Build of Catalogue structure
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IDM 3.0.0 XML-Schema Documentation
Introduction > Build of Catalogue structure |
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Assignment of programmes to series
Programmes are assigned to series in the following element:
SERIES/SERIE/RESTRICTION_REF
The programme is assigned to that series in which a restriction is referenced that defines the programme as a legal combination of features and options.
The element for the description of programme features is:
FEATURE_DEFINITION/OPTION_DEFINITION/STYLE
Assignment of items to series an programmes
Item-series assignment
As the element ITEM is a child element of the element SERIES, all items are automatically assigned to a series:
SERIES/SERIE/PRODUCT_GROUPS/PRODUCT_GROUP/ITEMS/ITEM
Assignment of item to programmes
In general, items depending on programmes are available in all programmes which are assigned to a series. Item specific restrictions are used for excluding the availability of an item in one or more programmes:
SERIES/SERIE/PRODUCT_GROUPS/PRODUCT_GROUP/ITEMS/ITEM/RESTRICTIONS/RESTRICTION_REF
The following example defines a suitable restriction which excludes the availability of an item in a programme:
Example: restriction for the assignment of item and programme
element: FEATURE_DEFINITION/RESTRICTIONS/RESTRICTION
<RESTRICTIONS>
<RESTRICTION RESTRICTION_NO="A1">
<FEATURE_REF FEATURE_NO="1"/>
<OPTION_REF OPTION_NO="A1" FEATURE_NO="1"/>
<TEST_ID>0</TEST_ID>
</RESTRICTION>
</RESTRICTIONS>
The above mentioned restriction defines an illegal combination of feature No. and option No. for the referenced features. The corresponding feature definition is:
The referenced programme feature:
element: FEATURE_DEFINITION/FEATURES/FEATURE
<FEATURE FEATURE_NO="1">
<OPTIONS>
<OPTION OPTION_NO="A1" FEATURE_NO="1">
<STYLE_REF STYLE_NO="A1"/>
</OPTION>
</OPTIONS>
</FEATURE>
Used programme feature:
element: FEATURE_DEFINITION/OPTION_DEFINITION
<OPTION_DEFINITION>
<STYLE STYLE_NO="A1">
<STYLE_NAME>Paris</STYLE_NAME>
</STYLE>
</OPTION_DEFINITION>
Catalogue structure
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IDM 3.0.0 XML-Schema Documentation
Introduction > Catalogue structure |
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Catalogue and element structure
The general catalogue structure of the database is built up as follows:
Pict.1 – Catalogue structure of databases
This catalogue structure is represented by the following element hierarchy in the IDM scheme:
Pict. 1 – Element hierarchy of the IDM scheme
The element SERIE is used for defining the properties of a series. The element RESTRICTION_REF assigns features to a series by means of restrictions. Within one series different produkt groups (PRODUCT_GROUPS) are defined which combine all items with similar features to one group. As items are child elements of the element SERIE they are automatically assigned to this series.
Referencing
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IDM 3.0.0 XML-Schema Documentation
Introduction > Referencing |
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Referencing of elements
The IDM scheme defines references between different elements. Information about these references is stored in a central data area. Multiple use of this information from different data areas is achieved via references. The type of reference which is used in the IDM scheme is described as follows:
Terminology
the following terms for references are used in the IDM scheme:
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Key-Element |
a XML element which is referenced by other elements. |
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Ref-Element |
a XML element which references other elements. |
Reference operation
A key element is identified unambiguously by its attributes. The Ref-element possesses at least the key-attributes of the key-element. A reference between the elements is defined by congruent attributes values of ref- and key-element.
Example: Referencing of a series from an item
The following example shows the way in which way an item (ITEM) references a series (SERIE). Only an abstract of the XML elements is shown here.
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Key-element |
T_NEW_CATALOG/SERIES/SERIE |
<SERIES>
<SERIE SERIE_NO="1"/> … </SERIE>
<SERIE SERIE_NO="2"/> … </SERIE>
<SERIE SERIE_NO="3"/> … </SERIE>
. . .
<SERIE SERIE_NO="99"/> … </SERIE>
</SERIES>
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Ref-element |
T_NEW_CATALOG/SERIES/SERIE/PRODUCT_GROUPS/PRODUCT_GROUP/ITEMS/ITEM |
<ITEMS>
<ITEM SERIE_NO="1" . . . />
. . .
</ITEMS>
Example: Referencing of a feature
In the following example a feature is referenced by a restriction.
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Key-element |
T_NEW_CATALOG/FEATURE_DEFINITION/FEATURES/FEATURE/OPTIONS/OPTION |
<FEATURES>
<FEATURE FEATURE_NO="400"> <!-- Sockelausführung -->
<OPTIONS>
<OPTION OPTION_KEY="1" FEATURE_NO="400"> … </OPTION>
<OPTION OPTION_KEY="2" FEATURE_NO="400"> … </OPTION>
<OPTION OPTION_KEY="3" FEATURE_NO="400"> … </OPTION>
</OPTIONS>
</FEATURE>
<FEATURE FEATURE_NO="401"> <!-- Sockelfarbe -->
<OPTIONS>
<OPTION OPTION_KEY="1" FEATURE_NO="401"> … </OPTION>
<OPTION OPTION_KEY="2" FEATURE_NO="401"> … </OPTION>
<OPTION OPTION_KEY="3" FEATURE_NO="401"> … </OPTION>
</OPTIONS>
</FEATURE>
</FEATURES>
The XML elements define for feature type 400 (FEATURE) three options (OPTION) numbered 1-3 and for the feature type 401 three options with numbers 1-3. A feature is identified by the combination of FEATURE_NO and OPTION_KEY.
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Ref-element |
T_NEW_CATALOG/FEATURE_DEFINITION/RESTRICTIONS/RESTRICTION/OPTION_REF |
<RESTRICTION RESTRICTION_NO="1">
<OPTION_COMBINATION>
<OPTION_REF OPTION_KEY="1" FEATURE_NO="400"/>
<OPTION_REF OPTION_KEY="3" FEATURE_NO="401"/>
<OPTION_REF OPTION_KEY="3" FEATURE_NO="400"/>
<OPTION_REF OPTION_KEY="3" FEATURE_NO="401"/>
</OPTION_COMBINATION>
<TEST_ID>1</TEST_ID>
</RESTRICTION>
The XML elements define a restriction for legal combinations (TEST_ID = 1) for the plinth features ( FEATURE_NO=400 ) and plinth colours (FEATURE_NO=401) The ref-element OPTION_REF with the attributes highlighted in grey, reference the key-element OPTION.
Restrictions
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IDM 3.0.0 XML-Schema Documentation
Introduction > Restrictions |
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Definition and assignment of restrictions
The validity of restrictions may be series specific or comprehensive, programme specific or item specific. The priority of a restriction corresponds with the hierarchy level series -> programme -> item on which the restriction is defined. A restriction defined on item level overrides a restriction which is defined on programme level. Overriding restrictions may only define additional restrictions but not reverse previous restrictions. Example: the availability of an item in a programme is excluded by a restriction defined on item level. A restriction defined on item level may not reverse this exclusion.
First, the restrictions are defined and in a second step they are assigned to series, programmes and items. Definition
Definition of restrictions
Restrictions are defined in the following element:
FEATURE_DEFINITION/RESTRICTIONS/RESTRICTION
The element RESTRICTION references the feature combinations for which the restrictions have been defined. The element OPTION_REF references the feature combinations which are subject to control procedures. The element TEST_ID defines a feature combination as legal or illegal combination.
Example: definition of restrictions
<RESTRICTIONS>
<RESTRICTION RESTRICTION_NO="523" FEATURE_1_NO="100" FEATURE2_NO="101">
<OPTION_COMBINATION>
<OPTION_REF OPTION_NO="LA" FEATURE_NO="100"/> #lacquered
<OPTION_REF OPTION_NO="RO" FEATURE_NO="101"/> # red
</OPTION_COMBINATION>
<OPTION_COMBINATION>
<OPTION_REF OPTION_NO="LA" FEATURE_NO="100"/> # lacquered
<OPTION_REF OPTION_NO="GR" FEATURE_NO="101"/> # green
</OPTION_COMBINATION>
<OPTION_COMBINATION>
<OPTION_REF OPTION_NO="FU" FEATURE_NO="100"/> # veneered
<OPTION_REF OPTION_NO="BU" FEATURE_NO="101"/> # beech
</OPTION_COMBINATION>
<TEST_ID>1</TEST_ID>
</RESTRICTION>
</RESTRICTIONS>
The above mentioned example shows a restriction which defines a legal feature combination of „front finish" (No. 100) and "front colour" (No. 101). According to the above mentioned restriction the combinations lacquer-red, lacquer-green and beech veneer are permitted (TEST_ID = 1). The listing of permitted combinations (OPTION_REF) has to be in accordance with the sequence defined by the attributes in the element RESTRICTION (FEATURE_1_NO, FEATURE_2_NO)
For the purpose of unique and unambiguous identification of a restrictrion a RESTRICTION_NO) is assigned.
Assignment of restrictions
Series independent restriction
Series independent restrictions are assigned by the following elements:
SERIES/RESTRICTIONS/RESTRICTION_REF
As the element RESTRICTION_REF is a child element of SERIES/RESTRICTIONS, all restrictions referenced in the element RESTRICTION_REF are assigned to all series which are defined in SERIES/SERIE.
Example: Series independent assignment of restrictions
<SERIES>
<RESTRICTIONS>
<RESTRICTION_REF SEQUENCE="1" RESTRICTION_NO="523"/>
<RESTRICTION_REF SEQUENCE="2" RESTRICTION_NO="678"/>
</RESTRICTIONS>
</SERIES>
In the above mentioned example the restrictions 523 and 678 are referenced and assigned to all series.
Series specific assignment
The rules for a series specific assignment of restrictions correspond to that of series independent assignment. the following element is used for the series-specific assignment:
SERIES/SERIE/RESTRICTIONS/RESTRICTION_REF
The restrictions referenced in the element RESTRICTION_REF are assigned to that series in which the reference was made.
Restrictions which are assigned to programmes are one-level restrictions, containing only the feature No. 1( programme). These restrictions are mandatory if series > 0 and feature No. 1 is defined in the database.
Example: Series-specific assignment of restrictions
<SERIES>
<SERIE SERIE_NO="2">
<RESTRICTIONS>
<RESTRICTION_REF SEQUENCE="1" RESTRICTION_NO="45"/>
<RESTRICTION_REF SEQUENCE="2" RESTRICTION_NO="67"/>
</RESTRICTIONS>
</SERIE>
<SERIE SERIE_NO="7">
<RESTRICTIONS>
<RESTRICTION_REF SEQUENCE="1" RESTRICTION_NO="45"/>
<RESTRICTION_REF SEQUENCE="2" RESTRICTION_NO="123"/>
</RESTRICTIONS>
</SERIE>
</SERIES>
In the above mentioned example restrictions 45 and 67 are assigned to series "2" and restrictions 45 and 123 are assigned to series "7".
Item specific assignment
A programme specific assignment of restrictions is defined in the following element:
SERIES/SERIE/PRODUCT_GROUPS/PRODUCT_GROUP/ITEMS/ITEM/RESTRICTIONS/RESTRICTION_REF
For item specific assignment the sames rules as for series or programme specific assignment apply.
If no restrictions are assigned to an item, this item is available without any restriction regarding series or programme.
Product group specific assignment
The product group specific assignment of restrictions is defined in the following element:
SERIES/SERIE/PRODUCT_GROUPS/PRODUCT_GROUP/RESTRICTIONS/RESTRICTION_REF
The rules for a product group specific assignment of restrictions correspond with the rules for series and programme specific assignment.
Data types
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IDM 3.0.0 XML-Schema Documentation
Introduction > Datatypes |
Data types and value ranges
The IDM schema used the data types defined in the standard XML schema 1.0 second edition (28 October 2004).
The following data types are used:
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boolean |
This data type maps the logical values "true" or "false". In accordance with the W3C recommendation for XML schemas, the values that can be used in the IDM are true/false or 1/0. |
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date |
In the IDM, the data type date is used in conformity with the XML schemas as follows:
YYYY-MM-DD YYYY = year, MM = month, DD = day |
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dateTime |
In the IDM, the data type dateTime is used in conformity with the XML schemas as follows:
YYYY-MM-DDThh:mm:ssZ YYYY = year, MM = month, DD = day T = Start of time information hh = hour, mm = minute, ss = second Z = UTC time |
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gYear |
In the IDM, the data type dateTime is used in conformity with the XML schemas as follows:
YYYY |
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integer |
Numbers can be positive and negative integers. |
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nonNegativeInteger |
Value is a positive integer, including 0 |
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positiveInteger |
Value is a positive integer, excluding 0 |
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decimal |
The data type is used in the IDM for floating-point values. Floating-point values for this data type are, as recommended by the W3C, stored as 126.56 or 45.98000 or +27.0. |
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string |
A limited number of alphanumeric characters and special characters. |
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anyURI |
The data type is used in the IDM for mapping URLs.anyURI represents a Uniform Resource Identifier (URI). The lexical part of anyURI is an indefinite sequence of characters that correspond to a legal URI. An anyURI value can be absolute or relative and may contain fragment codes (e.g. an URI reference). |
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language |
The data type is used for the specification of valid language codes in the IDM.language represents codes for natural languages Tags for the Identification of Languagesas defined in the Thevaluerangeof language is the quantum of all character sequences that represent a valid code of a natural language. For ISO languages, the format consists of a sequence of 2-3 lower case letters optionally followed by a hyphen and a country code consisting of 2 upper case letters, e.g. en-US. |
The value ranges of the above data types are usually restricted for the elements in the IDM. The "restrictions" in the data type definition contains restrictions for minimum and maximum values, permitted characters and value lists.
In the XML documentation of the IDM, the value ranges are specified by the information coming after M and P.
In addition to XML data types mentioned here, separate data types are defined for the texts.
They are explained at the end of the documentation.
See also
languagetexte Complex Type
languagetexte30 Complex Type
languagetexte40 Complex Type
languagetexte60 Complex Type
languagetexte60999 Complex Type
Explanations for the documentation
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IDM 3.0.0 XML-Schema Documentation
Introduction > Explanations for the documentation |
Explanations for the IDM documentation
This paragraph contains explanations for the documentation of the IDM scheme.
Meaning of element properties
Each element is documented with a description and its properties. The following example shows an element description:
EXCHANGE_ID_NO Attribute Collapse All
Description
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This attribute identifies an exchange-ID. |
D nonNegativeInteger |
The properties of the element are listed on the right side. The following abbreviations are used:
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D |
Documentation of the data type for the element. If no value is set here, the element does not contain user data but further child elements. |
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P |
The values P and M are used to define the range of values. The regular term in P defines the number of legal values. |
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M |
M defines the minium and maximum value in the range of legal values. In a string data type P defines the legal values and M defines the minimum and maximum length of the string.
For numerical data types M defines the minimum and maximum value. |
Variation types
IDM 3.0.0 XML-Schema Documentation
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Introduction > Variation types |
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Variation type |
Variation text |
Option type |
Remark |
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1 |
programm/ style |
A |
programm asvariation type |
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2 |
serial number |
A |
assignment of a five-digit serial number |
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100 |
Front finish |
A |
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101 |
Front colour 1 |
F |
Front filling smooth = complete surface |
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102 |
Front colour 2 |
F |
Frame |
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103 |
Front colour 3 |
F |
Pilaster strips |
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104 |
Edge colour front |
F |
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105 |
Front combination |
K |
If only one key is given for several front information. If variant type 105 is filled, it overrides variant types 100-104 to the extent that they are only for internal use by the software companies (e.g. internal colour control). These are then set as invisible header variants ("U") in the element HEADER_POS_VARIATION_TYPE. For external use as a selection for the user (e.g. query as header and order information), only the elements under EDI_INFO are used. |
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106 |
Front group |
A |
Overrides the FRONT_GROUP_NO in element FEATURE_DEFINITION/OPTION_DEFINITION/STYLE |
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110 |
Front finish contrast colour 1 |
A |
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111 |
Front colour 1 contrast colour 1 |
F |
Front filling smooth = complete surface |
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112 |
Front colour 2 contrast colour 1 |
F |
Frame |
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113 |
Front colour 3 contrast colour 1 |
F |
Pilaster strips |
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114 |
Edge colour front, contrast colour 1 |
F |
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115 |
Front combination, contrast colour 1 |
K |
The variations 111 - 114 are permitted. |
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120 |
Front finish contrast colour 2 |
A |
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121 |
Front colour 1 contrast colour 2 |
F |
Front filling smooth = complete surface |
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122 |
Front colour 2 contrast colour 2 |
F |
Frame |
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123 |
Front colour 3 contrast colour 2 |
F |
Pilaster strips |
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124 |
Edge colour front, contrast colour 2 |
F |
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125 |
Front combination, contrast colour 2 |
K |
The variations 121 - 124 are permitted. |
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150 |
Glass finish |
A |
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151 |
Glass colour |
F |
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152 |
Mullion type |
A |
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153 |
Mullion colour |
F |
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154 |
Type glass door frame |
A |
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155 |
Colour glass door frame |
F |
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160 |
Type roller shutter |
A |
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161 |
Colour roller shutter |
F |
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170 |
Type container |
A |
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171 |
Colour container |
F |
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200 |
Type carcase |
A |
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201 |
Carcase combination |
K |
If there is only one key for several carcase colours - inside/outside. If variant type 201 is filled, it overrides variant types 200, 202-205 to the extent that they are only for internal use by the software companies (e.g. internal colour control). These are then set as invisible header variants ("U") in the element HEADER_POS_VARIATION_TYPE. For external use as a selection for the user (e.g. query as header and order information), only the elements under EDI_INFO are used. |
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202 |
Exterior carcase colour |
F |
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203 |
Interior carcase colour |
F |
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204 |
Edge carcase |
A |
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205 |
Edge colour carcase |
F |
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206 |
Type visible side |
A |
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207 |
Colour visible side |
F |
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208 |
Interior carcase colour for glass door cabinets |
F |
Glass door cabinets and open cabinets, which are not a shelf . |
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209 |
Interior carcase for glass door cabinets |
A |
Glass door cabinets and open cabinets, which are not a shelf . |
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300 |
Type handle |
A |
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301 |
Handle colour 1 |
F |
Colour handle, knob or main colour |
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302 |
Handle colour 2 |
F |
Colour bow, railing, or knob handles |
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303 |
Combination of handles |
K |
If only one key is given for several handle conditions. If variant type 303 is filled, it overrides variant types 300-302 to the extent that they are only for internal use by the software companies (e.g. internal colour control). These are then set as invisible header variants ("U") in the element HEADER_POS_VARIATION_TYPE. For external use as a selection for the user (e.g. query as header and order information), only the elements under EDI_INFO are used. |
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304 |
Handle positions |
NULL |
cf. handle positions p. 5-23 |
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400 |
Type plinth |
A |
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401 |
Plinth colour |
F |
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402 |
Plinth height |
A |
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410 |
Type plinth bottom |
A |
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411 |
Colour plinth bottom |
F |
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500 |
Type shelves |
A |
|
|
501 |
Colour shelves |
F |
|
|
502 |
Type cornice |
A |
Includes shape and material |
|
503 |
Colour cornice |
F |
|
|
504 |
Type light pelment |
A |
Includes shape and material |
|
505 |
Colour light pelmet |
F |
|
|
506 |
Type ceiling filler |
A |
|
|
507 |
Colour ceiling filler |
F |
|
|
508 |
Type filler |
A |
Bottom ledge |
|
509 |
Colour bottopm ledge |
F |
Bottom ledge |
|
510 |
Type gallery shelf |
A |
|
|
511 |
Colour gallery shelf |
F |
|
|
512 |
Type gallery shelf edge |
A |
|
|
513 |
Colour gallery shelf edge |
F |
|
|
514 |
Type board |
A |
|
|
515 |
Colour board |
F |
|
|
516 |
Type board edge |
A |
|
|
517 |
Colour board edge |
F |
|
|
520 |
Type side panels/ bars |
A |
|
|
521 |
Colour side panels/ bars |
F |
|
|
522 |
Type bar panel edge |
A |
|
|
523 |
Colour bar panel edge |
F |
|
|
524 |
Type bottom shelf |
A |
|
|
525 |
Colour bottom shelf |
F |
|
|
526 |
Type bottom shelf edge |
A |
|
|
527 |
Colour bottom shelf edge |
F |
|
|
550 |
Type recess |
A |
|
|
551 |
Colour recess |
F |
|
|
560 |
Type recess accessories |
A |
|
|
561 |
Colour recess accessories |
F |
|
|
562 |
Type pilaster |
A |
|
|
563 |
Colour pilaster |
F |
|
|
564 |
Type pilaster edge |
A |
|
|
565 |
Colour pilaster edge |
F |
|
|
600 |
Type worktop |
A |
|
|
601 |
Colour worktop |
F |
|
|
602 |
Type worktop edge |
A |
|
|
603 |
Colour worktop edge |
F |
|
|
604 |
Type countertop |
A |
|
|
605 |
Colour countertop |
F |
|
|
606 |
Type countertop edge |
A |
|
|
607 |
Colour countertop edge |
F |
|
|
620 |
Type cover shelf |
A |
|
|
621 |
Colour cover shelf |
F |
|
|
622 |
Type cover shelf edge |
A |
|
|
623 |
Colour cover shelf |
F |
|
|
624 |
Type attachment table |
A |
|
|
625 |
Colour attachment table |
F |
|
|
626 |
Type attachment table edge |
A |
|
|
627 |
Colour attachment table edge |
F |
|
|
650 |
Type worktop upstand |
A |
Worktop upstand profile |
|
651 |
Colour worktop upstand |
F |
Worktop upstand profile |
|
700 |
Type drawer |
A |
Interior equipment |
|
701 |
Colour drawer |
F |
Interior equipment |
|
702 |
Type pull-out |
A |
Interior equipment |
|
703 |
Colour pull-out |
F |
Interior equipment |
|
750 |
Shape worktop |
S |
|
|
751 |
Shape cornice |
S |
|
|
752 |
Shape light pelmet |
S |
|
|
753 |
Shape plinth |
S |
|
|
754 |
Shape worktop upstand |
S |
|
|
755 |
Shape cover shelf |
S |
|
|
756 |
Shape countertop |
S |
|
|
800 |
Type electrical appliance |
A |
|
|
801 |
Colour electrical appliance |
F |
|
|
802 |
Colour electr. appliances accessories |
F |
|
|
850 |
Type sink |
A |
|
|
851 |
Colour sink |
F |
|
|
852 |
Colour sink accessories |
F |
|
|
853 |
Colour mixer taps |
F |
|
|
854 |
Type mixer taps |
A |
|
|
900 |
Type general accessories |
A |
|
|
901 |
Colour general accessories |
F |
|
|
930 |
additional, graphical relevant information about type 1. |
A |
The software suppliers have to be informed separately about the meaning. |
|
931 |
additional, graphical relevant information about colour 1. |
F |
The software suppliers have to be informed separately about the meaning. |
|
932 |
additional, graphical relevant information about type 2. |
A |
The software suppliers have to be informed separately about the meaning. |
|
933 |
additional, graphical relevant information about colour 2. |
F |
The software suppliers have to be informed separately about the meaning. |
|
934 |
additional, graphical relevant information about type 3. |
A |
The software suppliers have to be informed separately about the meaning. |
|
935 |
additional, graphical relevant information about colour 3. |
F |
The software suppliers have to be informed separately about the meaning. |
|
936 |
additional, graphical relevant information about type 4. |
A |
The software suppliers have to be informed separately about the meaning. |
|
937 |
additional, graphical relevant information about colour 4. |
F |
The software suppliers have to be informed separately about the meaning. |
|
938 |
additional, graphical relevant information about type 5. |
A |
The software suppliers have to be informed separately about the meaning. |
|
939 |
additional, graphical relevant information about colour 5. |
F |
The software suppliers have to be informed separately about the meaning. |
|
950 |
Type miscellaneous 1 |
A |
|
|
951 |
Colour miscellaneous 1 |
F |
|
|
952 |
Type miscellaneous 2 |
A |
|
|
953 |
Colour miscellaneous 2 |
F |
|
|
954 |
Type miscellaneous 3 |
A |
|
|
955 |
Colour miscellaneous 3 |
F |
|
|
956 |
Type miscellaneous 4 |
A |
|
|
957 |
Colour miscellaneous 4 |
F |
|
|
958 |
Type miscellaneous 5 |
A |
|
|
959 |
Colour miscellaneous 5 |
F |
|
|
960 |
Type miscellaneous 6 |
A |
|
|
961 |
Colour miscellaneous 6 |
F |
|
|
962 |
Type miscellaneous 7 |
A |
|
|
963 |
Colour miscellaneous 7 |
F |
|
|
964 |
Type miscellaneous 8 |
A |
|
|
965 |
Colour miscellaneous 8 |
F |
|
|
966 |
Type miscellaneous 9 |
A |
|
|
967 |
Colour miscellaneous 9 |
F |
|
|
968 |
Type miscellaneous 10 |
A |
|
|
969 |
Colour miscellaneous 10 |
F |
|
|
970 |
Type miscellaneous 11 |
A |
|
|
971 |
Colour miscellaneous 11 |
F |
|
|
972 |
Type miscellaneous 12 |
A |
|
|
973 |
Colour miscellaneous 12 |
F |
|
|
974 |
Type miscellaneous 13 |
A |
|
|
975 |
Colour miscellaneous 13 |
F |
|
|
976 |
Type miscellaneous 14 |
A |
|
|
977 |
Colour miscellaneous 14 |
F |
|
|
978 |
Type miscellaneous 15 |
A |
|
|
979 |
Colour miscellaneous 15 |
F |
|
|
980 |
Type miscellaneous 16 |
A |
|
|
981 |
Colour miscellaneous 16 |
F |
|
|
982 |
Type miscellaneous 17 |
A |
|
|
983 |
Colour miscellaneous 17 |
F |
|
|
984 |
Type miscellaneous 18 |
A |
|
|
985 |
Colour miscellaneous 18 |
F |
|
|
986 |
Type miscellaneous 19 |
A |
|
|
987 |
Colour miscellaneous 19 |
F |
|
|
988 |
Type miscellaneous 20 |
A |
|
|
989 |
Colour miscellaneous 20 |
F |
|
|
998 |
customer-specific motifs |
F |
|
|
999 |
Fixed material assignment |
F |
This variant type is defined globally, but may only be used in the material properties. |
Type: A = type
F = colour
K = combination
S = shape
Required version types
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Required version types |
To assure that all necessary versions are available in the planning process, mandatory version types are defined and must be delivered in accordance with the model code of an item.
|
Model codes |
required version types |
|
Model code type 8 or 27 |
520,521 |
|
Model code type 26 |
562,563 |
|
Model code type 2 |
500,501 |
|
Model code type 29 |
514,515 |
|
Model code 5 |
550,551 |
|
Model code 20 or 21 |
510511 |
|
Model code 12 |
504,505 |
|
Model code 11 |
502,503 |
|
Model code 14 or 15 |
400,401,402 |
|
Model code 18 |
650,651 |
|
Model code 17 |
600,601 |
|
151, 154, 208 |
|
|
101,202,203,205 |
All model codes can be found in the model code table.
The model code type can be found in the model code types table.
Type key
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Type key |
|
|
Type-No. |
Denotation |
|
1 |
Base cabinet |
|
2 |
Tall cabinet |
|
3 |
Wall cabinet |
|
4 |
Worktop top cabinet |
|
5 |
Recess elements |
|
6 |
Highboard |
|
7 |
Recess cabinet |
|
8 |
Solitaire furniture |
|
9 |
Front element |
|
10 |
Module element |
|
11 |
Cornice profile |
|
12 |
Light pelmet |
|
13 |
Ceiling filler |
|
14 |
Plinth blind |
|
15 |
Plinth board |
|
17 |
Worktop |
|
18 |
Worktop upstand profile |
|
19 |
Cover shelf |
|
20 |
Gallery shelf |
|
21 |
Gallery shelf |
|
22 |
Construction shelf |
|
24 |
Chimney |
|
26 |
Electrical appliance |
|
27 |
Gas appliance |
|
28 |
Small appliance |
|
29 |
Sink |
|
30 |
Fitting |
|
35 |
Lighting |
|
37 |
General Accesories |
|
38 |
Miscellaneous |
|
41 |
Block |
|
42 |
Additional equipment |
|
43 |
Value clearing |
|
95 |
Recycling fees. |
|
98 |
Information as subtext |
|
99 |
General text information/ order |
EquipmentID
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Equipment key
|
|
|
EquipmentID |
Bezeichnung (englisch) |
|
1 |
Universal cutter |
|
2 |
Bread |
|
3 |
Rotating shelf |
|
4 |
Bottles |
|
5 |
Glass |
|
6 |
Towel |
|
7 |
Interior drawer/ pull-out |
|
8 |
Detergents/broom |
|
9 |
Waste sorter system |
|
10 |
Swivel mechanism |
|
11 |
Extractable table |
|
12 |
Larder |
|
13 |
Linen |
|
14 |
Spice |
|
16 |
Dryer |
|
17 |
Cooker |
|
18 |
Oven |
|
19 |
Hob |
|
20 |
Ceramic hob |
|
21 |
Extractor hood |
|
22 |
Extractor |
|
23 |
Extractor Element |
|
24 |
Microwave |
|
25 |
Dishwasher |
|
26 |
Freezer |
|
27 |
Fridge |
|
28 |
Washing machine |
|
29 |
Control Panel |
|
30 |
Double oven |
|
31 |
Sink |
|
32 |
Steam cooker |
|
33 |
Warming zone |
|
34 |
Grill |
|
35 |
Fryer Fryer |
|
36 |
Chopping board |
|
37 |
Coffee maschine |
|
41 |
Fridge/ freezer combination |
|
42 |
Oven-Microwave combination |
|
43 |
Oven/ Warming |
|
46 |
Low pressure |
|
47 |
High pressure |
|
48 |
TV |
|
49 |
Water dispenser |
|
50 |
Dish warmer |
|
51 |
Downdraft cooktop extractor fan |
|
52 |
Ice cube cutter |
|
53 |
Beer cooler |
|
54 |
Drawer |
Installation information key
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Installation information key
|
|
|
Installation information no. |
Designation |
|
1 |
For integrated fitting |
|
2 |
Installation |
|
3 |
Support base |
|
4 |
Stand-alone appliance |
|
5 |
Fully integrated |
|
7 |
Integrated niche |
|
8 |
Open niche |
|
11 |
Flush with front |
|
12 |
Flush with element |
|
13 |
Flush with the surface |
|
14 |
Surface-mounted |
|
15 |
Modules |
|
17 |
Stand alone |
|
18 |
Free-hanging |
|
19 |
Wall-mounted |
|
21 |
Visible side |
|
22 |
Side plinth |
|
23 |
Moulding |
|
24 |
Return |
|
25 |
Transition |
|
26 |
Mitre profiling surcharge |
|
28 |
Width reduction |
|
29 |
Depth reduction |
|
30 |
Height reduction |
|
32 |
Cutout |
|
33 |
Angled cut |
|
34 |
Rounding |
|
35 |
Connection |
|
36 |
Cutout |
|
37 |
Processing |
|
46 |
Row 60 cm |
|
47 |
Corner |
|
48 |
Row 60 cm + corner |
|
49 |
Special cabinet |
Material key
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Material key
|
|
|
Material no. |
Designation |
|
1 |
Plastic |
|
2 |
Corean |
|
3 |
Wood |
|
4 |
Natural stone |
|
5 |
Metal |
|
6 |
Tiles |
|
7 |
Glass |
|
8 |
Composite material |
|
9 |
Stainless Steel |
|
10 |
Aluminium |
|
11 |
Enameled steel |
|
12 |
Ceramic |
Shape key
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Shape key
|
|
|
Shape no. |
Designation |
|
1 |
Square |
|
2 |
Diagonal |
|
3 |
Insidecurve |
|
4 |
Round |
|
5 |
Half-round/rounding |
|
6 |
Angled |
|
7 |
Z-Form / 3-D |
|
8 |
Wavy |
|
9 |
45-degree |
|
10 |
90-degree |
|
11 |
135-degree |
|
12 |
N-degree |
Front appearance ID
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Front appearance ID
|
||
|
Frontausprägung-Nr. |
Bezeichnung (deutsch) |
|
|
1 |
Door |
|
|
2 |
Drawer |
|
|
3 |
Pull-out |
|
|
4 |
Glass door |
|
|
5 |
Lid/flap |
|
|
6 |
Switch cabinet bezel |
|
|
7 |
Blind |
|
|
8 |
Sliding door |
|
|
9 |
Folding door |
|
|
10 |
Rollershutter front |
|
|
11 |
Door/drawer |
|
|
12 |
Pull-out/drawer |
|
|
13 |
Drawer/blind |
|
|
14 |
Pull-out/door |
|
|
15 |
Pull-out/drawer/door |
|
|
16 |
Door/flap |
|
|
17 |
Pull-out/drawer/flap |
|
|
18 |
Drawer/rollershutter front |
|
|
20 |
without front |
|
|
21 |
1 bowl without strainer bowl |
|
|
22 |
1,5 bowls without strainer bowl |
|
|
23 |
2 bowls without strainer bowl |
|
|
24 |
1 bowl with strainer bowl |
|
|
25 |
1,5 bowls with strainer bowl |
|
|
26 |
2 bowls with strainer bowl |
|
|
27 |
Strainer bowl |
|
|
28 |
1 bowl with rubbish container |
|
|
29 |
1,5 bowls with rubbish container |
|
|
30 |
2 bowls with rubbish container |
|
|
31 |
1 bowl with strainer bowl and rubbish |
|
|
32 |
1,5 bowls with strainer bowl and rubbish |
|
|
33 |
Rubbish |
|
|
36 |
With spout |
|
|
37 |
With spout repositioned/uninstalled |
|
|
38 |
Withe hose spray head |
|
|
39 |
Withe hose spray head repositioned/uninstalled |
|
|
41 |
1 ring |
|
|
42 |
2 rings |
|
|
43 |
3 rings |
|
|
44 |
4 rings |
|
|
45 |
5 rings |
|
|
46 |
6 rings |
|
|
47 |
7 rings |
|
|
48 |
8 rings |
|
|
49 |
9 rings |
|
Type key arts
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Type key arts
|
|||
|
Item number |
Bezeichnung (deutsch) |
Designation (englisch) |
|
|
1 |
Normal |
Normal |
|
|
2 |
Regal |
Shelf |
|
|
3 |
Rahmen |
Frame |
|
|
4 |
Seitenverkleidung |
Side cladding |
|
|
5 |
Rückwandverkleidung |
Rear cladding |
|
|
6 |
Frontblende |
Front facing |
|
|
7 |
Dekorblende |
Decorative facing |
|
|
8 |
Formwange |
Shaped cheek |
|
|
9 |
Raumteiler |
Room divider |
|
|
10 |
Unterbau |
substructure |
|
|
11 |
Aufsatz |
Cap |
|
|
14 |
Paßstück |
Filler |
|
|
15 |
Blende |
Baffle |
|
|
16 |
Umbau |
||
|
17 |
Modul-Umbauschrank |
Module housing |
|
|
19 |
Einlegeboden |
Shelf |
|
|
21 |
Barplatte |
Bar top |
|
|
22 |
Ansetztisch |
Fixed table |
|
|
26 |
Pilaster |
Pilaster |
|
|
27 |
Stollen |
||
|
28 |
Paneel |
Panel |
|
|
29 |
Bord/Konsole |
Board/table |
|
|
30 |
Reling |
Rail |
|
|
32 |
Einhebelmischer |
||
|
33 |
Zweigriffarmatur |
||
|
34 |
Sonstige Armaturen |
||
|
36 |
Umluft |
||
|
37 |
Abluft |
||
|
40 |
Zubehör |
Accessory |
|
Information key
|
IDM 3.0.0 XML-Schema Documentation
Introduction >Information key |
|
||||
|
|
|
||||
|
Property no. |
Designation |
Description |
Unit of measure Value |
||
|
Information for washing machines |
|||||
|
100 |
RATED_CAPACITY |
Nominal capacity in kg cotton for the standard program "Cotton 60°C" or the standard program.
"Cotton 40°C", respectively with full load, with the lower of the two values being authoritative. |
kg numerical |
||
|
101 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class as per table 1 |
A … G |
||
|
102 |
WEIGHTED_ANNUAL_ENERGY_CONSUMPTION |
weighted annual energy consumption (AE C) in KWh/a, rounded to the next integer. This value must be specified as: Energy consumption of "X" kWh/a on the basis of 220 standard washing cycles at 60°C and 40°C cotton programs with full load and partial load, as well as consumption of operating modes with low power consumption. The actual energy consumption depends on the actual use of the appliance. |
kWh per year numerical |
||
|
103 |
ENERGY_CONSUMPTION |
Energy consumption (E t,60 , E t,60½ , E t,40½ ) of the standard program "Cotton 60°C" with full load and partial load, as well as the "Cotton 40°C" program with partial load. |
kWh numerical |
||
|
104 |
WEIGHTED_POWER_CONSUMPTION_OFF |
weighted power consumption when switched off |
W Numerical |
||
|
105 |
WEIGHTED_POWER_CONSUMPTION_ON |
weighted power consumption when switched on |
W Numerical |
||
|
106 |
WEIGHTED_ANNUAL_WATER_CONSUMPTION |
weighted annual water consumption (AW C) in liters/a, rounded to the next integer. This value must be specified as: Water consumption of "X" litres/a on the basis of 220 standard washing cycles at 60°C and 40°C cotton programs with full load and partial load. The actual water consumption depends on the actual use of the appliance. |
litres per year numerical |
||
|
107 |
SPIN_DRYING_EFFICIENCY_CLASS |
Spinning efficiency class, determined using table 2 and expressed as spinning efficiency class "X" on a scale from G (lowest efficiency) to A (highest efficiency). A different design can be used as long as it is made clear that the scale ranges from G (lowest efficiency) to A (highest efficiency). |
A … G |
||
|
108 |
MAX_SPIN_SPEED |
maximum spinning speed for standard program "Cotton 60°C" with full load or for standard program "Cotton 40°C" with partial load, with the lower value being authoritative, as well as residual humidity for standard program "Cotton 60°C" with full load or for standard program "Cotton 40°C" with partial load, with the higher value being authoritative,. |
revolutions per minute numerical |
||
|
109 |
INDICATION_STANDARD |
Information about the fact that the standard programs "Cotton 60°C" and "Cotton 40°C" are the standard washing programs to which the information on the label and data sheet refer, that these programs are suitable for washing averagely dirty cotton fabrics and the most efficient ones with respect to the combined energy and water consumption. |
Zeichenfolge ST oder leer |
||
|
110 |
PROGRAMME_TIME |
Program duration of the standard program "Cotton 60°C" with full load and partial load, as well as the "Cotton 40°C" program with partial load in minutes, rounded to the next minute. |
min numerical |
||
|
111 |
DURATION_LEFT_ON_MODE |
Time appliance is in switched on mode (T I ) if the household washing machine is equipped with power control. |
min numerical |
||
|
112 |
AIRBORNE_ACOUSTICAL_NOISE_EMISSION |
Airborne acoustical emissions in db(A) re 1 pW, rounded to the next integer, during washing and spinning in the standard program "Cotton 60°C" with full load. |
dB numerical |
||
|
Information for dishwashers |
|||||
|
120 |
RATED_CAPACITY |
Nominal capacity in standard place settings for the standard cleaning mode |
Quantity numerical |
||
|
121 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class as per table 3 |
A … G |
||
|
122 |
ANNUAL_ENERGY_CONSUMPTION |
annual energy consumption (AE C ) in KWh/a, rounded to the next integer. This value must be stated as energy consumption "X" kWh/a on the basis of 280 standard cleaning cycles with cold water and the consumption incurred in the operating modes with the lowest power consumption. The actual energy consumption depends on the actual use of the appliance. |
kWh per year numerical |
||
|
123 |
ENERGY_CONSUMPTION |
Energy consumption (E t ) of the standard cleaning cycle |
kWh numerical |
||
|
124 |
POWER_CONSUMPTION_OFF |
weighted power consumption when switched off |
W numerical |
||
|
125 |
POWER_CONSUMPTION_ON |
weighted power consumption when switched on |
W Numerical |
||
|
126 |
WEIGHTED_ANNUAL_WATER_CONSUMPTION |
weighted annual water consumption (AW C ) in liters/a, rounded to the next integer. This must be stated as: water consumption "X" litres/a based on 280 standard dishwashing cycles. The actual water consumption depends on the actual use of the appliance. |
litres per year numerical |
||
|
127 |
DRYING_EFFICIENCY_CLASS |
Drying efficiency class, determined in accordance with table 4 and expressed as the drying efficiency class "X" on a scale from G (lowest efficiency) to A (highest efficiency). A different design may be used if data is displayed in a table, provided it is made clear that the scale ranges from G (lowest efficiency) to A (highest efficiency). |
A … G |
||
|
128 |
INDICATION_STANDARD |
Information about the fact that the "standard program" is the cleaning cycle to which the information on the label and data sheet refer, that this program is suitable for washing averagely dirty dishes and the most efficient one with respect to the combined energy and water consumption. |
Character sequence ST or blank |
||
|
129 |
PROGRAMME_TIME |
Program duration of the standard cleaning cycle in minutes, rounded to the next integer. |
min numerical |
||
|
130 |
DURATION_LEFT_ON_MODE |
Time appliance is in switched on mode (T I ) if the household dishwasher is equipped with power control |
min numerical |
||
|
131 |
AIRBORNE_ACOUSTICAL_NOISE_EMISSION |
Airborne acoustical emissions in db(A) re 1 pW, rounded to the next integer. |
dB numerical |
||
|
Information for tumble dryers |
|||||
|
140 |
RATED_CAPACITY |
Nominal capacity in kg cotton clothing for the standard cotton program with full load |
kg numerical |
||
|
141 |
TUMBLE_KIND |
whether the household tumble dryer is an exhaust air, condensation or gas-heated household tumble dryer |
Code A, C or G |
||
|
142 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class as per table 5 |
A … G |
||
|
143 |
WEIGHTED_ANNUAL_ENERGY_CONSUMPTION |
for electrically heated household tumble dryers:
weighted annual energy consumption (AE c ) in KWh/a, rounded to one decimal space. This value must be specified as: Energy consumption of "X" kWh/a on the basis of 160 drying cycles for the standard cotton program with full load and partial load, as well as consumption of operating modes with low power consumption. The actual energy consumption per cycle depends on the actual use of the appliance.
for gas-heated household tumble dryers:
weighted annual energy consumption (AE c (gas) ) in KWh/a, rounded to one decimal space. This value must be specified as: Energy consumption of "X" gas kWh/a on the basis of 160 drying cycles for the standard cotton program with full load and partial load, as well as consumption of operating modes with low power consumption. The actual energy consumption per cycle depends on the actual use of the appliance.
and
weighted annual energy consumption (AE C (gas)el ), rounded to one decimal space. This value must be specified as: Energy consumption of "X" kWh/a on the basis of 160 drying cycles for the standard cotton program with full load and partial load, as well as consumption of operating modes with low power consumption. The actual energy consumption per cycle depends on the actual use of the appliance. |
kWh per year numerical |
||
|
144 |
AUTOMATIC |
whether the household tumble dryer is a tumble dryer with automatic controls or a tumble dryer without automatic controls |
1=true |
||
|
145 |
ENERGY_CONSUMPTION |
Energy consumption (E dry , E dry½ , Eg dry , Eg dry½ , Eg dry,a , Eg dry½,a ) of the standard cotton program with full load and partial load. |
kWh numerical |
||
|
146 |
POWER_CONSUMPTION_OFF |
Power consumption when switched off (P o ) for the standard cotton program with full load |
W numerical |
||
|
147 |
POWER_CONSUMPTION_ON |
Power consumption when switched on (P I ) for the standard cotton program with full load |
W numerical |
||
|
148 |
DURATION_LEFT_ON_MODE |
Time appliance is in switched on mode if the household tumble dryer is equipped with power control. |
min Numerical |
||
|
149 |
INDICATION_STANDARD |
Information about the fact that the "standard cotton program" with full and partial load is the standard drying program to which the information on the label and data sheet refers, that this program is suitable for drying normally wet cotton clothes and the most efficient one for cotton with respect to the energy consumption |
Character sequence ST or blank |
||
|
150 |
WEIGHTED_PROGRAMME_TIME |
weighted program duration (T t ) of the "standard cotton program with full and partial load" in minutes, rounded to the next full minute. |
min numerical |
||
|
151 |
WEIGHTED_PROGRAMME_TIME |
Program duration of the "standard cotton program" with full load (T dry ) in minutes, rounded to the next full minute. |
min numerical |
||
|
152 |
WEIGHTED_PROGRAMME_TIME |
Program duration of the "standard cotton program" with partial load (T dry½ ) in minutes, rounded to the next full minute. |
min numerical |
||
|
153 |
CONDENSATION_EFFICIENCY |
if the household tumble dryer is a condensation dryer, the condensation efficiency class as stated in table 6 expressed as "condensation efficiency class 'X' on a scale from G (lowest efficiency) to A (highest efficiency); a different design can be used provided it is made clear that the scale ranges from G (lowest efficiency) to A (highest efficiency) |
A … G |
||
|
154 |
AVERAGE_CONDENSATION_EFFICIENCY |
if the household tumble dryer is a condensation dryer, the average condensation efficiency C dry and C dry½ of the standard cotton program with full load and partial load and the weighted condensation efficiency (C t ) for the standard cotton program with full and partial load expressed as a percentage number rounded to the next full percent |
% Numerical |
||
|
155 |
SOUND_POWER_LEVEL |
Sound power level (weighted average value - L WA ) in db, rounded to the next integer, for the standard cotton program with full load |
dB numerical |
||
|
|
|
|
|
||
|
Information for combo washer dryers |
|||||
|
160 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class of the model as per table 7, expressed as "energy efficiency class". . on a scale from A (low energy consumption) to G (high energy consumption)". A different design may be used if data is displayed in a table, provided it is made clear that the scale ranges from G (lowest efficiency) to A (highest efficiency). |
A … G |
||
|
161 |
ENERGY_CONSUMPTION |
Energy consumption in kWh per completed operating cycle (washing, spinning, drying) |
kWh numerical |
||
|
162 |
ENERGY_CONSUMPTION_W_D_ONLY |
Energy consumption in kWh for the washing and spinning program only |
kWh numerical |
||
|
163 |
WASHING_PERFORMANCE |
Washing performance class as per table 8, expressed as "washing performance class . on a scale from A (better) to G (poor)". A different design can be used as long as it is made clear that the scale ranges from A (better) to G (poor). |
A … G |
||
|
164 |
WATER_EXTRACTION_EFFICIENCY |
Spinning performance for the standard program "Cotton 60°C", expressed as "residual humidity after spinning ...% (percentage of the dry weight of the load)" |
% numerical |
||
|
165 |
MAX_SPIN_SPEED |
maximum spinning speed for the standard program "Cotton 60°C" |
revolutions per minute numerical |
||
|
166 |
WASH_CAPACITY |
Load capacity (washing) of the appliance for the standard program "Cotton 60°C" |
kg numerical |
||
|
167 |
DRY_CAPACITY |
Load capacity (drying) of the appliance for the standard program "Cotton shelf-dry" |
kg numerical |
||
|
168 |
WATER_CONSUMPTION |
Water consumption in l per completed operating cycle (washing, spinning and drying) |
litres numerical |
||
|
169 |
WATER_CONSUMPTION_W_D_ONLY |
Water consumption in 1 for washing and spinning only for the standard program "Cotton 60°C" |
litres numerical |
||
|
170 |
WASHING_DRYING_TIME |
Washing and drying time: duration until operating cycle (washing, spinning and drying) is completed in the standard program "Cotton 60°C" and the drying program "Cotton shelf-dry" with nominal capacity load |
min numerical |
||
|
171 |
ENERGY_WATER_CONSUMPTION |
Energy and water consumption based on 200 standard cycles, expressed as the estimated annual consumption of a 4-person household that always uses the combo washer dryer for drying (200 programs) |
kWh numerical |
||
|
172 |
NOISE_EMISSION |
Noise emissions during washing, spinning and drying in the standard program "Cotton 60°C" and "Cotton, shelf-dry", |
dB numerical |
||
|
Information for refrigerators |
|||||
|
180 |
CATEGORY |
Household refrigerator category as per tables 9 and 10 |
numerical 1 … 10 |
||
|
181 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class of the model as per table 11 |
A … G |
||
|
182 |
ANNUAL_ENERGY_CONSUMPTION |
annual energy consumption (AE C ) in KWh/a in accordance with no. 3 (2) of Annex VIII, rounded to the next integer. To be stated as: Energy consumption 'XYZ' kWh/a based on results of standard testing over 24 hours. The actual consumption depends on the use and location of the appliance. |
kWh per year numerical |
||
|
183 |
STORAGE_VOLUMNE |
Capacity of each compartment and, if applicable, star rating in accordance with the total capacity of all freezer compartments that have a star rating (i.e. with an operating temperature ≤ – 6 °C), rounded to the next integer, and star rating of the compartment with the highest share in the total; if the household refrigerator does not have freezer compartments, the supplier will specify "- L" instead of a value and leave the position for the star ranking blank |
litres numerical |
||
|
184 |
DESIGN_TEMPERATURE |
Design temperature "other compartments" in the meaning of Annex I letter n. For wine chilling compartments, the lowest chilling temperature that is preset for the compartment, or that can be set by the consumer in accordance with the manufacturer's instructions, and that can be maintained permanently |
°C numerical |
||
|
185 |
FROST_FREE |
Information "Frost-fee" for the relevant compartment(s) other than wine chilling compartments and intended for storage of certain foods with a temperature higher than + 14 °C |
Compartment, counted from the bottom up numerical |
||
|
186 |
TEMPERATURE_RISE_TIME |
"Storage time during malfunction 'X' h" defines the "temperature rise time" |
h numerical |
||
|
187 |
FREEZING_CAPACITY |
"Freezing capacity" in kg/24h |
kg/24 h numerical |
||
|
188 |
CLIMATE_CLASS |
"Climate class" as per table 12, expressed as: climate class: W [climate class]. This appliance is designed for operation in ambient temperatures between 'X' [lowest temperature] °C and 'X' [highest temperature] °C. |
SN, N, ST or T |
||
|
189 |
AIRBORNE_ACOUSTICAL_NOISE_EMISSION |
Airborne acoustical emissions in db(A) re 1 pW, rounded to the next integer. |
dB numerical |
||
|
190 |
WINE_ONLY |
The following must be stated for wine chillers: "This appliance is intended for the storage of wine only." This does not apply to household refrigerators that are not specifically designed for wine chilling but can be used for this purpose and not to household refrigerators that have a wine chilling compartment that is combined with another type of compartment. |
1=true 0=false |
||
|
Information for ovens |
|||||
|
200 |
NUMBER_CAVITY |
number of cooking chambers |
Quantity numerical |
||
|
201 |
ENERGY_EFFICIENCY_INDEX |
the energy efficiency index (EEIcavity) for the first cooking chamber of the model, rounded to one decimal space |
numerical |
||
|
202 |
ENERGY_EFFICIENCY_CLASS |
the energy efficiency class of the model for the first cooking chamber as per table 13 |
A+++ … D |
||
|
203 |
ENERGY_CONSUMPTION |
The energy consumption per cycle for the first cooking chamber in conventional cooking mode, if available (the measured energy consumption is expressed in kWh (electrical and gas ovens) and in MJ (gas ovens), rounded to two decimal spaces |
kWh numerical |
||
|
204 |
ENERGY_CONSUMPTION |
The energy consumption per cycle for the first cooking chamber in fan-forced mode, if available (the measured energy consumption is expressed in kWh (electrical and gas ovens) and in MJ (gas ovens), rounded to two decimal spaces |
kWh numerical |
||
|
205 |
HEAT_SOURCE_CAVITY |
the heat source for the first cooking chamber |
E or G |
||
|
206 |
VOLUMNE_ CAVITY |
the volume of the first cooking chamber |
litres numerical |
||
|
207 |
ENERGY_EFFICIENCY_INDEX |
the energy efficiency index (EEIcavity) for the second cooking chamber of the model, rounded to one decimal space |
|||
|
208 |
ENERGY_EFFICIENCY_CLASS |
the energy efficiency class of the model for the second cooking chamber as per table 13 |
A+++ … D |
||
|
209 |
ENERGY_CONSUMPTION |
The energy consumption per cycle for the second cooking chamber in conventional cooking mode, if available (the measured energy consumption is expressed in kWh (electrical and gas ovens) and in MJ (gas ovens), rounded to two decimal spaces |
kWh numerical |
||
|
210 |
ENERGY_CONSUMPTION |
The energy consumption per cycle for the second cooking chamber in fan-forced mode, if available (the measured energy consumption is expressed in kWh (electrical and gas ovens) and in MJ (gas ovens), rounded to two decimal spaces |
kWh numerical |
||
|
211 |
HEAT_SOURCE_CAVITY |
the heat source for the second cooking chamber |
E or G |
||
|
212 |
VOLUMNE_ CAVITY |
the volume of the second cooking chamber |
Litres Numerical |
||
|
213 |
ENERGY_EFFICIENCY_INDEX |
the energy efficiency index (EEIcavity) for the third cooking chamber of the model, rounded to one decimal space |
Numerical |
||
|
214 |
ENERGY_EFFICIENCY_CLASS |
the energy efficiency class of the model for the third cooking chamber as per table 13 |
A+++ … D |
||
|
215 |
ENERGY_CONSUMPTION |
The energy consumption per cycle for the third cooking chamber in conventional cooking mode, if available (the measured energy consumption is expressed in kWh (electrical and gas ovens) and in MJ (gas ovens), rounded to two decimal spaces |
kWh numerical |
||
|
216 |
ENERGY_CONSUMPTION |
The energy consumption per cycle for the third cooking chamber in fan-forced mode, if available (the measured energy consumption is expressed in kWh (electrical and gas ovens) and in MJ (gas ovens), rounded to two decimal spaces |
kWh numerical |
||
|
217 |
HEAT_SOURCE_CAVITY |
the heat source for the third cooking chamber |
E or G |
||
|
218 |
VOLUMNE_ CAVITY |
the volume of the third cooking chamber |
Litres numerical |
||
|
Information for cooker hoods |
|||||
|
220 |
ANNUAL_ENERGY_CONSUMPTION |
the annual energy consumption (AEC hood) in kWh/a, rounded to one decimal space |
kWh per year numerical |
||
|
221 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class as per table 14 |
A+++ … G |
||
|
222 |
FLUID_DYNAMIC_EFFICIENCY |
The calculated fluid-dynamic efficiency (FDE hood), rounded to one decimal space |
numerical |
||
|
223 |
FLUID_DYNAMIC_EFFICIENCY_CLASS |
The fluid-dynamic efficiency clause as per table 15 |
A … G |
||
|
224 |
LIGHTING_EFFICIENCY |
the calculated lighting efficiency (LE hood) in lx/W, rounded to one decimal space |
numerical |
||
|
225 |
LIGHTING _EFFICIENCY_CLASS |
The lighting efficiency class as per table 16, the specified class must not be higher than the class stated in the technical documentation |
A … G |
||
|
226 |
GREASE_FILTERING_EFFICIENCY |
the calculated grease filtering degree in percent, rounded to one decimal space. The stated value must not be higher than the value stated in the technical documentation. |
% numerical |
||
|
227 |
GREASE_FILTERING _EFFICIENCY_CLASS |
the class for level of grease separation as per table 17 |
A … G |
||
|
228 |
AIR_FLOW |
the air flow (in m 3 /h, rounded to the next integer) at maximum and minimum speed in normal mode, intensive mode and fast mode are excluded |
m³/h numerical |
||
|
229 |
AIR_FLOW_INTENSIVE |
if applicable, the air flow (in m 3 /h, rounded to the next integer) in intensive mode and fast mode |
m³/h numerical |
||
|
230 |
AIRBORNE_ACOUSTICAL_NOISE_EMISSION |
the A-rated airborne critical noise emissions (in dB, rounded to the next integer) at minimum and maximum available speed in normal mode |
dB numerical |
||
|
231 |
AIRBORNE_ACOUSTICAL_NOISE_EMISSION_INT |
if applicable, the A-rated airborne acoustical noise emissions (in dB, rounded to the next integer) in intensive mode and fast mode |
dB numerical |
||
|
232 |
POWER_CONSUMPTION_OFF |
if applicable, the power consumption while switched off (P o ) in Watt, rounded to two decimal spaces |
W numerical |
||
|
231 |
POWER_CONSUMPTION_ON |
if applicable, the power consumption in standby mode (P o ) in Watt, rounded to two decimal spaces |
W numerical |
||
|
Information for electrical lamps and lights |
|||||
|
240 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class as per table 18 |
A … G |
||
|
241 |
WEIGHTED_ENERGY_CONSUMPTION |
weighted annual energy consumption (EC) in KWh/1000h, rounded to the next integer. |
kWh per 1000 hours numerical |
||
|
242 |
ENERGY_EFFICIENCY_CLASS_COMPATIBILITY |
The energy efficiency classes of lights that can be exchanged by the user and with which the light is compatible in accordance with state-of-the-art compatibility requirements |
A … G |
||
|
243 |
ENERGY_EFFICIENCY_CLASS_N_COMPATIBILITY |
The energy efficiency classes of lights with which the lamp is incompatible in accordance with state-of-the-art compatibility requirements |
A … G |
||
|
244 |
ENERGY_EFFICIENCY_CLASS_LED |
The energy efficiency classes for LED modules not intended for removal by the consumer |
A … G |
||
|
245 |
ENERGY_EFFICIENCY_CLASS_INCLUDED |
The energy efficiency classes for lamps operated with the lights that can be exchanged by the consumer and that are included in the lamp's packaging |
A … G |
||
|
Information for TVs |
|||||
|
260 |
ENERGY_EFFICIENCY_CLASS |
Energy efficiency class of the model as per table 19 |
A … G |
||
|
261 |
SCREEN_DIAGONAL_CM |
visible screen size in centimetres |
cm numerical |
||
|
262 |
SCREEN_DIAGONAL_INCH |
visible screen size in inches |
inch numerical |
||
|
263 |
POWER_CONSUMPTION_ON |
Power consumption while switched on |
W numerical |
||
|
264 |
ANNUAL_ENERGY_CONSUMPTION |
The calculated annual energy consumption in kWh/a, rounded to the next integer. This value is to be stated as: energy consumption XYZ kWh/a based on four hours of daily operation of the TV on 365 days. The actual energy consumption depends on the actual use of the TV. |
kWh per year numerical |
||
|
265 |
POWER_CONSUMPTION_OFF |
Power consumption while switched off |
W numerical |
||
|
266 |
POWER_CONSUMPTION_STANDBY |
Power consumption in standby mode |
W numerical |
||
|
267 |
SCREEN_RESOLUTION_HORIZONTAL |
Screen resolution, measured in the physical horizontal number of pixels. |
pt numerical |
||
|
268 |
SCREEN_RESOLUTION_VERTICAL |
Screen resolution, measured in the physical vertical number of pixels. |
pt numerical |
||
|
Information for heating appliances: 280-300 |
|||||
|
Information for air-conditioners: 300-320 |
|||||
|
Information for single room heating appliances: 320-340 |
|||||
|
Information for vacuum cleaners: 340-360 |
|||||
|
Information for commercial refrigeration cabinets: 360-380 |
|||||
|
Information for residential ventilation appliances: 380-400 |
|||||
|
Information for solid fuel boilers and composite systems including solar installations: 400-420 |
|||||
The required numerical data must not be negative numbers. No decimal comma is used for numbers in the thousand range. Decimal spaces are preceded by a dot.
Properties can be freely assigned to the values 800-999.
1. ENERGY EFFICIENCY CLASSES for washing machines
The energy efficiency class of a household washing machine is determined on the basis of its energy efficiency index (EEI) as per table 1.
The energy efficiency index (EEI) of a household washing machine is determined as per table 1.
Table 1
2. SPINNING EFFICIENCY CLASSES for washing machines
The spinning efficiency class of a household washing machine is determined on the basis of the residual humidity (D) as per table 2.
Table 2
3. ENERGY EFFICIENCY CLASSES for dishwashers
The energy efficiency class of a household dishwasher is determined on the basis of its energy efficiency index (EEI)
Table 3
4. DRYING EFFICIENCY CLASSES for dishwasher
Table 4
5. ENERGY EFFICIENCY CLASSES for tumble dryers
The energy efficiency class of a household tumble dryer is determined on the basis of its energy efficiency index (EEI) as per table 5.
Table 5
6. CONDENSATION EFFICIENCY CLASSES
The condensation efficiency class of a household condensation tumble dryer is determined on the basis of the weighted condensation efficiency (C t ) as per table 6.
Table 6
7. EFFICIENCY CLASSES for combo washer dryers
Table 7: efficiency classes
Table 8: washing performance classes
8. CLASSIFICATION OF HOUSEHOLD REFRIGERATORS
The household refrigerators are classified in categories in accordance with table 9.
Each category is determined by a certain composition of compartments in accordance with table 10 and independent from the number of doors and/or drawers.
Table 9
Household refrigerators that cannot be assigned to category 1 to 9 due to their compartment temperatures must be assigned to category 10.
Table 10
Household refrigerator classification and compartment composition 
9. EFFICIENCY CLASSES for refrigeration appliances
The energy efficiency class of a household tumble dryer is determined on the basis of its energy efficiency index (EEI) as per table 5.
Table 11
Table 12
10. ENERGY EFFICIENCY CLASSES for ovens
The energy efficiency classes for household ovens are determined for each cooking chamber in accordance with the values in table 13.
Table 13
11. EFFICIENCY CLASSES for a cooker hoods
The energy efficiency classes ofcooker hoodsare determined in accordance with the values in table 14.
Table 14
The classes for the fluid-dynamic efficiency of a household cooker hood are determined on the basis of their fluid-dynamic efficiency (FDE hood) in accordance with the following table 15.
Table 15
The classes for the illumination efficiency of a household cooker hood are determined on the basis of their illumination efficiency (LE hood) in accordance with the following table 16.
Table 16
The classes for the level of grease separation of a household cooker hood are determined on the basis of their grease separation level (GFE hood) in accordance with the following table 17.
Table 17
12. ENERGY EFFICIENCY CLASSES for lamps
Table 18
13. ENERGY EFFICIENCY CLASSES for TVs
Table 19
The official EU journals pertaining to the relevant directives and regulations can be found at the following links:
Links to the individual product groups are available in multiple languages.
Standard handle orientations
|
IDM 3.0.0 XML-Schema Documentation
Introduction > Standard handle orientations |
|
Standard handle orientation |
Denotation |
Picture |
Description |
|
0 |
Without drilling, with handle |
valid for all types of front |
|
|
1 |
horizontally centred - vertical at outer edge |
|
horizontally centred orientation for: Drawers; pull-outs; flap doors; shutters (horizontal) vertical orientation at outer edge for: doors; glass doors; roller shutters (vertical) |
|
2 |
horizontally centred - horizontal at outer edge |
|
horizontally centred orientation for: Drawers; pull-outs; flap doors; shutters (horizontal) horizontal orientation at outer edge for: doors; glass doors; roller shutters (vertical) |
|
3 |
vertically centred - vertical at outer edge |
|
vertically centred orientation for: Drawers; pull-outs; flap doors; shutters (horizontal) vertical orientation at outer edge for: doors; glass doors; roller shutters (vertical) |
|
4 |
vertically centred - horizontal at outer edge |
|
vertically centred orientation for: Drawers; pull-outs; flap doors; shutters (horizontal) horizontal orientation at outer edge for: doors; glass doors; roller shutters (vertical) |
|
5 |
horizontally centred - vertically centred |
|
horizontally centred orientation for: drawers; pull-outs; flap doors; shutters (horizontal) vertical centred orientation for: doors; glass doors; roller shutters (vertical) |
|
6 |
Waagerecht mittig - Waagerecht mittig |
|
horizontally centred orientation for: drawers; pull-outs; flap doors; shutters (horizontal) horizontally centred orientation for: doors; glass doors; roller shutters (vertical) |
|
7 |
Senkrecht mittig - Senkrecht mittig |
|
vertically centred orientation for: drawers; pull-outs; flap doors; shutters (horizontal) vertical centred orientation for: doors; glass doors; roller shutters (vertical) |
|
8 |
Senkrecht mittig - Waagerecht mittig |
|
vertically centred orientation for: drawers; pull-outs; flap doors; shutters (horizontal) vertical centred orientation for: doors; glass doors; roller shutters (vertical) |
|
9 |
Horizontal at the top, full width - horizontal at the top, full width |
|
orientation horizontal, full width, for: drawers; pull-outs; flap doors; shutters (horizontal) horizontal orientation full width for: doors; glass doors; flap doors; roller shutters (vertical) |
|
10 |
horizontal at the bottom of the element, full width - horizontal at the top of the element, full width |
|
orientation at the bottom, full width, for: drawers; pull-outs; flap doors; shutters (horizontal) horizontal orientation full width for: doors; glass doors; roller shutters (vertical) |
|
11 |
horizontal at the top, full width - vertical at outer edge, full height |
|
orientation horizontal, full width, for: Drawers; pull-outs; flap doors; shutters (horizontal). orientation at the outer edge, full height, for: doors; glass doors; roller shutters (vertical). |
|
12 |
horizontal at the bottom, full width - vertical at outer edge, full height |
|
orientation at the bottom, full width, for: Drawers; pull-outs; flap doors; shutters (horizontal). orientation at the outer edge, full height, for: doors; glass doors; roller shutters (vertical) |
|
90 |
No standard handle orientation applicable. |
||
|
91 |
No standard handle orientation applicable. |
||
|
92 |
No standard handle orientation applicable. |
||
|
93 |
No standard handle orientation applicable. |
||
|
94 |
No standard handle orientation applicable. |
||
|
95 |
No standard handle orientation applicable. |
||
|
96 |
No standard handle orientation applicable. |
||
|
97 |
No standard handle orientation applicable. |
||
|
98 |
No standard handle orientation applicable. |
||
|
99 |
Without drilling, without handle |
Basic shapes
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IDM 3.0.0 XML-Schema Documentation
Introduction > Basic shapes |
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Introduction
This part of the IDM documentation describes the necessary basic forms for the data exchange.
The basic shapes are parametrized graphic illustrations. When data is exchanged, the parameters with the individual values are transmitted rather than the illustrations. A 3-D illustration is created in the processing systems on the basis of numbers unequivocally assigned to a basic shape and the parameter values. The IDM contains basic shapes for carcases, panels and tables, fronts, handles as well as for cornices and light pelmets.
General information on basic shapes
The basic shape is specified in the CARCASE_BASIC_SHAPE element. The basic shapes for carcases and table attachments are typified on the basis of top views on the relevant object. The illustrations of the objects are created by assigning values to the individual parameters. The measurements are assigned on the basis of milimeter data. For visualization purposes, almost all basic shapes have a perspective example and an example for the assignment of values to the parameters.
The represented basic shapes are only valid for cabinets/wooden parts and worktops, light pelmets, cornices etc., but not for accessories and electrical appliances. The basic shape no. 0 and no. 997 to no. 999 are used for accessories and electrical appliances. The basic shape no. 0 is available for items that are irrelevant for the illustration. Basic shape no. 997 is used for items for which neither a basic shape nor a real image or bitmap are available. It must be assured that the fields SUBCONTRACTOR_ID and SUBCONTRACTOR_ITEM_NO in ITEM are filled and illustration information from the manufacturer are available. Basic shape no. 998 is used for items that are represented using a bitmap only. It must be assured that the fields FILE_NAME_TEXTURE_1/2 in ITEM are filled. Basic shape no. 999 is used if a real image is delivered rather than a basic shape. The values w, h and d must be specified in the BASIC_SHAPE_PARAMETERS for all basic shape numbers (0 and 997 - 999). The only exemptions are items without dimensions, e.g. width adjustments.
Basic shape no. 996 was introduced for filling levels below filling level 3. Basic shape no. 996 represents a visually relevant item for which further details analogous to basic shapes 997-999 are currently unavailable.
Values for width, height, depth and diameter without indices can be used as dimensions (boundingbox). For differentiation purposes, the "diameter" parameter is used for roundings that are relevant for the dimensions.
Because the "α" character cannot be used as a parameter, an "a" is used to specify the angle parameter.
Variable dimensions can be specified by values within the permitted range („from“(BASIC_SHAPE_FROM) „to“(BASIC_SHAPE_TO)) within the BASIC_SHAPE_PARAMETER in addition to the nominal dimensions (BASIC_SHAPE_NOMINAL_VALUE ). To allow for symmetric length adjustments, an object is overdetermined by the dimensions. The following definitions apply:
Rule 1:The overall dimension without index must correspond to the total of all component dimensions.
Rule 2:If a dimension variability is only specified for the overall dimension, all component dimensions are adjusted symmetrically.
Rule 3:The dimensions are fixed if there are no "from " and "to" values specified for the overall dimension (without indices). If values are specified for "from" and "to", the dimensions are flexible within this range.
Rule 4:If the option of dimension variability is only entered for component dimensions, the object will not be modified symmetrically, but the total of the component dimensions must result in the overall dimension.
Rule 5:By specifying equal values in the "from" and "to "fields, individual component dimensions (not w, h, d) can be exempt from the symmetric adjustment (see example).
Rule 6:The dimensions are adjusted (symmetrical distribution, addition to the overall dimension) for dimensions with indices (component dimensions) that have no "from" and "to" values specified. If values are specified for "from" and "to", the dimensions are flexible within this range.
The required dimensions relate to the carcase dimensions and not to front thickness. Guidance is provided by a double line on the sides and front surface of the carcases. This line represents both front panels as well as shelf openings.
For each basic shape, the alignment is defined by illustrating the wall. This is also the reason for the differentiator for basic shapes no. 5 and 8, which are primarily intended as elements for stand-alone and island solutions. This results from the only side available for planning facing the wall.
Special geometries cannot be mapped using the basic shapes. This is why basic shape numbers 997-999 are available for items that cannot be visualized using the available basic shapes. Basic shape no. 0 is used for items that are irrelevant for visualization purposes.
In this example, the carcase with a width of 700 mm for width 1 and width 3 is in each case shortened by 50 mm from the nominal dimensions.
The specified CONSTRUCTION_ID relates to the displayed illustrations. If CONSTRUCTION_ID = N, it is essential for the item to be symmetric. An item on the display may become asymmetric if the parameters are varied. The result is that CONSTRUCTION_ID = N must not be used for this item. It is now possible to create a separate item for each construction type ("L" or "R"), or an item with CONSTRUCTION_ID = J. If CONSTRUCTION_ID = J is used, the parameters for the left (CONSTRUCTION_ID "L") must be specified.
Changing the parameters must not result in changes to certain limiting conditions with regard to the parallelism of edges to other edges. If this case is theoretically possible, the corresponding basic shapes will contain an explicit notice.
Assigning a "leading" parameter aims at assuring a uniform cross-manufacturer allocation to a left or right CONSTRUCTION_ID. The leading parameter is specified for the relevant basic shape. For the left CONSTRUCTION_ID, the values of these parameters must be smaller on the left side of the illustration than the corresponding parameter on the right side. Also see the example below.
Example for an asymmetric item illustration for basic shape no. 4:
symmetric item asymmetric item asymmetric item
with CONSTRUCTION_ID=N with CONSTRUCTION_ID=R with CONSTRUCTION_ID=L
Parameters:
b1=b3 and t1=t2 b1<>b3 and t1<>t2 b1<>b3 and t1<>t2
In the case of asymmetric items with CONSTRUCTION_ID=J, a construction type right or left is created depending on the options in the dealer software system.
By setting the relevant parameters to equal values, basic shapes that are illustrated as construction type L and construction type R can be made symmetric. As an example, basic shape 19 can be specified with CONSTRUCTION_ID = N by setting identical values in parameters d = w and we= de.
Basic shapes that are only specified as CONSTRUCTION_ID = L and CONSTRUCTION_ID = R but that can also be specified as CONSTRUCTION_ID = N by setting identical values in certain parameters have a reference points that is identical to CONSTRUCTION_ID = L. A small circle highlights the reference point in the illustrations.
Basic carcase forms
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IDM 3.0.0 XML-Schema Documentation
Introduction > Basic Shapes > Basic carcase forms |
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Basic shape 1
Parameters: b = width h = height t = depth value range for CONSTUCTION_ID: N L R
Example:
b=600mm, h=720mm,
t=560mm, CONSTRUCTION_ID=N
Basic shape 2
Parameters: b=width h=height t=depth(carcase) t1=depth1 value range for CONSTRUCTION_ID: J,L,R
Example:
b=365mm, h=720mm, t=575mm, t1=401mm, CONSTRUCTION_ID=R
Basic shape 3
Parameters: b=width h=height t=depth(carcase) b1=width1 t1=depth1 value range for CONSTRUCTION_ID: N
Example 1:
b=365mm, h=590mm, t=560mm, t1=460mm, b1=365mm, CONSTRUCTION_ID=R
Example 2:
b=900mm, h=720mm, t=600mm, t1=560mm, b1=900mm, CONSTRUCTION_ID=R
Basic shape 4
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 t1=depth1 t2=depth2 value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=600mm, h=720mm, t=365mm b1=120mm, b2=360mm, b3=120mm, t1=120mm, t2=120mm, CONSTRUCTION_ID=N
Comments:
Widths 1-3 can be variably defined in the "from" and "to" fields. If a symmetric variability is to be specified, a value for the "from" and "to" fields must be specified for width w.
CONSTRUCTION_ID = N only if
b1 = b3, t1 = t2
b2 is always parallel to b and observe
b = b1 + b2+ b3
The leading parameters are b1 and b3.
Basic shape 5
Parameters: b=width(carcase) h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 t1=depth1 t2=depth2 value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=600mm, h=720mm, t=365mm b1=120mm, b2=360mm, b3=120mm, t1=120mm, t3=120mm, CONSTRUCTION_ID=N
Comments:
Primary use as a stand-alone element.
Widths 1-3 can be variably defined in the "from" and "to" fields. If a symmetric variability is to be specified, a value for the "from" and "to" fields must be specified for width w.
CONSTRUCTION_ID = N only if b1 = b3, t1 = t3
b2 is always parallel to b and observe
b = b1 + b2+ b3
The leading parameters are b1 and b3.
Basic shape 6
Parameters: b=width(carcase) h=height t=depth(carcase) b1=width1 b3=width3 t1=depth1 t2=depth2 t3=depth3 value range for CONSTRUCTION_ID: L,R,J
Example:
b=365mm, h=724mm, t=585mm b1=120mm, b3=120mm, t1=120mm, t2=360mm, t3=120mm, CONSTRUCTION_ID= R
Comments:
Depths 1-3 can be variably defined in the "from" and "to" fields. If a
symmetric variability is to be specified, a value for the "from" and "to" fields for depth d
must be specified.
t = t1 + t2+ t3 applies.
Basic shape 7
Parameters: b=width(carcase) h=height t=depth(carcase) r1=radius1 r2=radius2 b1=width1 t1=depth1 t2=depth2 value range for CONSTUCTION_ID:N,L,R,J
Example:
b=500mm, h=720mm, t=300mm, b1=350mm, t1=225mm, t2=225mm, r1=75mm, r2=75mm, CONSTRUCTION_ID=N
Comments:
CONSTRUCTION_ID = N only if
t1 = t2, r1 = r2
b1 is always parallel to bàt1+r1 = t2+r2 and
b = r1 + b1+ r2, t = t1 + r1 and t = t2 + r2 applies.
The leading parameters are r1 and r2.
Basic shape 8
Parameters: b=width(carcase) h=height t=depth(carcase) r1=radius1 r2=radius2 b1=width1 t1=depth1 t2=depth2 value range for CONSTUCTION_ID:N,L,R,J
Example:
b=500mm, h=720mm, t=300mm b1=350mm, t1=225mm, t2=225mm, r1=75mm, r2=75mm, CONSTRUCTION_ID=N
Comments:
Primary use as a stand-alone element.
The perspective examples are identical for basic carcase forms 8 and 9. The basic carcase forms only differ in their alignment to the wall. CONSTRUCTION_ID = N only if d1 = d2, r1 = r2
b1 is always parallel to bàt1+r1 = t2+r2 and
b = r1 + b1+ r2, t = t1 + r1 and t = t2 + r2 applies.
The leading parameters are r1 and r2.
Basic shape 9
Parameters: b=width(carcase) h=height t=depth(carcase) r1=radius1 r2=radius2 b1=width1 b2=width2 t1=depth1 value range for CONSTUCTION_ID:L,R,J
Example:
b=300mm, h=720mm, t=500mm b1=225mm, b2=225mm, t1=350mm, r1=75mm, r2=75mm, CONSTRUCTION_ID=J
Comments:
The perspective examples are identical for basic carcase forms 8 and 9. The basic carcase forms
only differ in their alignment to the wall.
The formula
b= r1 + b1, b = b2 + r2 and t = t2 + r1 + r2 applies.
Basic shape 10
Parameters: b=width(carcase) h=height t=depth(carcase) b1=width1 t1=depth1 value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=600mm, h=1900mm, t=560mm b1=300mm, t1=460mm, CONSTRUCTION_ID= N
Comments:
CONSTRUCTION_ID = N only if
b1 = b2
The leading parameter is b1.
Basic shape 11
Parameters: b=width h=height t=depth(carcase) t1=depth1 value range for CONSTRUCTION_ID: L,R,J
b=365mm, h=590mm, t=560mm, t1=460mm, CONSTRUCTION_ID= R
Basic shape 12
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 t1=depth1 value range for CONSTRUCTION_ID: L,R,J
Example:
b=600mm, h=720mm, t=575mm, b1=150mm, b2=300mm, b3=150mm, t1=460mm, CONSTRUCTION_ID=R
Comments:
Widths 1-3 can be variably defined in the "from" and "to" fields. If a
symmetric variability is to be specified, a value for the "from" and "to" fields for width w.
must be specified.
The formula b = b1 + b2 + b3 applies.
Basic shape 13
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 t1=depth1 value range for CONSTRUCTION_ID: L,R,J
Example:
b=900mm, h=720mm, t=575mm, b1=175mm, b2=550mm, b3=175mm, t1=175mm, CONSTRUCTION_ID=L
Comments:
Widths 1-3 can be variably defined in the "from" and "to" fields. If a
symmetric variability is to be specified, a value for the "from" and "to" fields for width w.
must be specified.
The available options are CONSTRUCTION_ID = L, R, J
The formula b = b1 + b2 + b3 applies.
Basic shape 14
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 b4=width4 b5=width5 t1=depth1 t2=depth2 t3=depth3 value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=900mm, h=720mm, t=575mm, b1=175mm, b2=175mm, b3=200mm,b4=175mm, b5=175mm, t1=175mm, t2=400mm, t3=400mm, CONSTRUCTION_ID=N
Comments:
Widths 1-5 can be variably defined in the "from" and "to" fields. If a
symmetric variability is to be specified, a value for the "from" and "to" fields for width w.
must be specified.
CONSTRUCTION_ID = N only if
b1 = b5, b2 = b4, t2 = t3
b1, b3 and b5 are always parallel to bàb1+b2 = b4 and b = b1 + b2 + b3 + b4 + b5 applies
The leading parameters are b1+b2 and b4+b5.
Basic shape 15
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 t1=depth1 t2=depth2 t3=depth3 value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=600mm, h=590mm, t=465mm, b1=150mm, b2=300mm, b3=150mm, t1=50mm, t2=50mm, t3=365mm, CONSTRUCTION_ID=N
Comments:
Widths 1-3 can be variably defined in the "from" and "to" fields. If a
symmetric variability is to be specified, a value for the "from" and "to" fields for width b.
must be specified.
CONSTRUCTION_ID = N only if
b1 = b3
b1 and b3 are always parallel to w
The leading parameters are b1 and b3 and b = b1 + b2 + b3; t = t1 + t2 + t3 applies .
Basic shape 16
Parameters: b=width(carcase) h=height t=depth(carcase) be=corner width b1=width1 te=corner depth value range for CONSTRUCTION_ID: L,R,J
Example:
b=365mm, h=720mm, t=575mm, te=0mm, be=0mm, t1=195mm, b1=195mm, CONSTRUCTION_ID=R
Comments:
CONSTRUCTION_ID = N also if
b = t, b1 = t1, te = be
Basic shape 17
Parameters: b=width(carcase) h=height t=depth(carcase) be=corner width te=corner depth r=radius value range for CONSTRUCTION_ID: L,R,J
Example:
b=365mm, h=720mm, t=575mm, te=0mm, be=0mm, r=200mm, CONSTRUCTION_ID=R
Comments:
CONSTRUCTION_ID = N also if
b = t, be = te
Basic shape 18
Parameters: b=width(carcase) h=height t=depth(carcase) be=corner width b1=width1 te=corner depth t1=depth1 value range for CONSTRUCTION_ID: L,R,J
Example:
b=900mm, h=720mm, t=900mm, te=0mm, be=0mm, b1=300mm, t1=300mm, CONSTRUCTION_ID=N
Comments:
This basic shape is primarily intended for corner cabinets.
CONSTRUCTION_ID = N also if
b = t, be = te, b1 = t1
Basic shape 19
Parameters: b=width(carcase) h=height t=depth(carcase) be=corner width te=corner depth r=radius value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=900mm, h=720mm, t=900mm, te=70mm, be=70mm, r=300mm, CONSTRUCTION_ID=N
Comments:
This basic shape is primarily intended for corner cabinets.
CONSTRUCTION_ID = N also if
b = t, be = te
Basic shape 20
Parameters: b=width(carcase) h=height t=depth(carcase) be=corner width te=corner depth b1=width1 t1=depth1 value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=900mm, h=720mm, t=900mm, te=0mm, be=0mm, b1=600mm, t1=600mm,CONSTRUCTION_ID=N
Comments:
This basic shape is primarily intended for corner cabinets.
CONSTRUCTION_ID = N also if
b = t, be = te, b1 = t1
Basic shape 21
Parameters: b=width(carcase) h=height t=depth(carcase) be=corner width te=corner depth b1=width1 b2=width2 b3=width3 t1=depth1 t2=depth2 t3=depth3 value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=900mm, h=720mm, t=900mm, te=0mm, be=0mm, b1=600mm, b2=150mm, b3=150mm t1=150mm, t2=150mm, t3=600mm, CONSTRUCTION_ID=N
Comments:
This basic shape is primarily intended for corner cabinets.
CONSTRUCTION_ID = N also if
b = t, be = te, b1 = t3; b3 = t1, b2 = t2
b must equal b1+b2+b3 and t=t1+t2+t3
Basic shape 22
Parameters: b=width h=height t=depth be=corner width te=corner depth b1=width1 b2=width2 r=radius value range for CONSTRUCTION_ID: N,L,R,J
Example:
b=900mm, h=720mm, t=900mm, te=0mm, be=0mm, b1=600mm, b2=250mm, t1=250mm, t2=600mm, r=50mm, CONSTRUCTION_ID=N
Comments:
This basic shape is primarily intended for corner cabinets.
CONSTRUCTION_ID = N also if
b = t, be = te, b1 = t2, b2 = t1
b must equal b1+r+b2 and t=t1+t2+r
Basic shape 23
Parameters: b=width h=height d=depth wc=corner width dc=corner depth w1=width1 w2=width2 r=radius value range for CONSTRUCTION_ID: N,L,R,J
b=900mm, h=720mm, t=900mm, te=0mm, be=0mm, b1=600mm, b2=100mm, t1=100mm, t3=600mm, r=200mm, CONSTRUCTION_ID=N
Comments:
This basic shape is primarily intended for corner cabinets.
CONSTRUCTION_ID = N also if
b = t, be = te, b1= t2, b2 = t1
b must equal wb+r+b2 and t=t1+t2+r
Basic shape 24
Parameters:
b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3
b4=width4 t1=depth1 t2=depth2 a=angleα value
range for CONSTRUCTION_ID: N,L,R,J
Filler
Filler
profile
b=90mm, h=720mm, t=67mm, b1=14mm, b2=14mm, b3=57mm, b4=57mm, t1=380mm, t2=380mm, a=135°, CONSTRUCTION_ID=N
b=900mm, h=720mm, t=670mm, b1=140mm, b2=140mm, b3=570mm, b4=570mm, t1=380mm, t2=380mm, a=135mm, CONSTRUCTION_ID=N
Comments:
CONSTRUCTION_ID = N also if
b = t, t1 = t2, b1 = b2, b3 = b4 and a = 135°
Basic shape 25
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 a=angleα value range for CONSTRUCTION_ID: N,L,R,J
b=900mm, h=720mm, t=670mm, te=0mm, b1=140mm, b2=140mm, b3=570mm, b4=570mm, t1=380mm, t2=380mm, a=135mm, CONSTRUCTION_ID=N
Comments:
CONSTRUCTION_ID = N also if
b = t, t1 = t2, b1 = b2, b3 = b4 and a = 135°
Basic shape 26
Parameters: b=width h=height(total) t=depth b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 h1=cabinets height value range for CONSTRUCTION_ID: N
w=1100mm, h=560mm, d=1100mm, w1=1555mm, w2=400mm, w3=600mm, w4=400mm, d1=300mm, d2=400mm, h1=590mm, CONSTRUCTION_ID=N
Comments:
b must be equal to t.
Basic shape 27
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 t1=depth1 value range for CONSTRUCTION_ID: L,R,J
b=1300mm, h=720mm, t=700mm, b1=600mm, b2=600mm, b3=750mm, t1=600mm CONSTRUCTION_ID=R
Comments:
A front partition refers to the surface characterized by the parameter b2.
Basic shape 28
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 h1=height1 h2=height2 value range for CONSTRUCTION_ID: L,R,J
b=1100mm, h=720mm, t=700mm, b1=500mm, b2=600mm, h1=500mm, h2=220mm CONSTRUCTION_ID=L
Basic shape 29
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 h1=height1 h2=height2 value range for CONSTRUCTION_ID: N
b=900mm, h=715mm, t=450mm, b1=0mm, b2=450mm, h1=615mm, h2=100mm CONSTRUCTION_ID=N
b=900mm, h=715mm, t=450mm, b1=400mm, b2=250mm, h1=615mm, h2=100mm CONSTRUCTION_ID=N
Comments:
w2 must equal (w-w1)/2.
Basic shape 30
Parameters: b=width h=height t=depth(carcase) h1=height1 h2=height2 h3=height3 t1=depth1 t3=depth3 value range for CONSTRUCTION_ID: N
b=600mm, h=715mm, t=365mm, h1=0mm, h2=515mm, h3=200mm, t1=365mm , t3=150mm CONSTRUCTION_ID=N
Comments:
h must equal h1+h2+h3.
Basic shape 51
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 value range for CONSTRUCTION_ID: L,R
Example:
b=600mm, h=50mm, t=1200mm, b1=200mm, b2=400mm, b3=500mm CONSTRUCTION_ID=N
Comments:
is used if a filler is installed to close the gap to the wall.
A door (parameter 1) to the wall can be used instead of a filler.
Basic shape 52
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 value range for CONSTRUCTION_ID: L,R
Comments:
is used if a filler is not installed to close the gap to the wall.
Carcase material or, if suitable, a visible side (parameter 1) to the wall can be used instead of a filler.
Basic shapes for worktops and tables
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IDM 2.8.1 XML-Schema Documentation
Introduction >Basic Shapes > Basic shapes for worktops and tables |
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Basic shape 31
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 t3=depth3 t4=depth4 value range for CONSTRUCTION_ID: N,L,R,J
b=1200mm, h=40mm, t=1200mm, b1=250mm, b2=250mm, b3=250mm, b4=250mm, t1=250mm, t2=250mm, t3=250mm, t4=250mm, CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
CONSTRUCTION_ID = N only if
b1 = b2, b3 = b4, t1 = t2, t3 = t4
Basic shape 32
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 t3=depth3 t4=depth4 value range for CONSTRUCTION_ID: N,L,R,J
b=1200mm, h=40mm, t=1200mm, b1=250mm, b2=250mm, b3=250mm, b4=250mm, t1=250mm, t2=250mm, t3=250mm, t4=250mm, CONSTRUCTION_ID=R
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 33
Parameters: b=width h=height t=depth(carcase) b1=width1 b2=width2 b3=width3 b4=width4 b5=width 5 t1=depth1 t2=depth2 t3=depth3 t4=depth4 t5=depth5 value range for CONSTRUCTION_ID: N,L,R,J
b=900mm, h=40mm, t=1500mm, b1=100mm, b2=100mm, b3=100mm, b4=100mm, b5=400mm, t1=100mm, t2=100mm, t3=100mm, t4=100mm, t5=500mm CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
CONSTRUCTION_ID = N only if
b1 = b2, b3 = b4, t1 = t2, t3 = t4
Basic shape 34
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 t3=depth3 t4=depth4 a=angleα value range for CONSTRUCTION_ID: L,R,J
b=900mm, h=50mm, t=1500mm, b1=600mm, b2=100mm, b3=100mm, b4=600mm, t1=700mm, t2=100mm, t3=100mm, t4=400mm, a=135° CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 35
Parameters: b=width h=height t=depth a=angleα value range for CONSTRUCTION_ID: N
b=1200mm, h=40mm, t=600mm, a=90° CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 36
Parameters: b=width h=height t=depth value range for CONSTRUCTION_ID: N
b=800mm, h=40mm, t=800mm, CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 37
Parameters: b=width h=height b1=width1 t1=depth1 d=diameter value range for CONSTRUCTION_ID: L,R,J
b=800mm, h=40mm, t=800mm, b1=550mm, t1=190mm, CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 38
Parameters: b=width h=height t=depth b1=width1 value range for CONSTRUCTION_ID: L,R,J
b=600mm, h=40mm, t=1200mm, b1=400mm, CONSTRUCTION_ID=R
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 39
Parameters: b=width h=height t=depth b1=width1 t1=depth1 t2=depth2 r=radius a=angleα value range for CONSTUCTION_ID:L,R,J
b=900mm, h=50mm, t=1500mm, b1=700mm, t1=400mm, t2=600mm, r=1500mm, a=135°, CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 40
Parameters: b=width h=height t=depth b1=width1 t1=depth1 r=radius value range for CONSTUCTION_ID:N,L,R,J
b=600mm, h=50mm, t=1200mm, b1=200mm, t1=30mm, r=200mm CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
CONSTRUCTION_ID = N also if
b1 = 0, t1 = 0, r=b/2
Basic shape 41
same as basic shape 31, but parameters w and d are reversed.
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 t3=depth3 t4=depth4 value range for CONSTRUCTION_ID: N,L,R,J
b=1200mm, h=40mm, t=1200mm, b1=250mm, b2=250mm, b3=250mm, b4=250mm, t1=250mm, t2=250mm, t3=250mm, t4=250mm, CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
CONSTRUCTION_ID = N only if
b1 = b2, b3 = b4, t1 = t2, t3 = t4
Basic shape 42
same as basic shape 32, but parameters w and d are reversed.
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 t3=depth3 t4=depth4 value range for CONSTRUCTION_ID: L,R,J
b=1500mm, h=40mm, t=900mm, b1=100mm, b2=100mm, b3=100mm, b4=500mm, t1=100mm, t2=100mm, t3=100mm, t4=600mm, CONSTRUCTION_ID=R
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 43
same as basic shape 33, but parameters w and d are reversed.
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 b4=width4 b5=width 5 t1=depth1 t2=depth2 t3=depth3 t4=depth4 t5=depth5 value range for CONSTRUCTION_ID: N,L,R,J
b=1500mm, h=40mm, t=900mm, b1=100mm, b2=100mm, b3=100mm, b4=100mm, b5=400mm, t1=100mm, t2=100mm, t3=100mm, t4=100mm, t5=500mm CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
CONSTRUCTION_ID = N only if
b1 = b2, b3 = b4, t1 = t2, t3 = t4
Basic shape 44
same as basic shape 34, but parameters w and d are reversed.
Parameters: b=width h=height t=depth b1=width1 b2=width2 b3=width3 b4=width4 t1=depth1 t2=depth2 t3=depth3 t4=depth4 a=angleα value range for CONSTRUCTION_ID: L,R,J
b=1500mm, h=50mm, t=900mm, b1=700mm, b2=100mm, b3=100mm, b4=400mm, t1=600mm, t2=100mm, t3=100mm, t4=600mm, a=135°, CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 45
same as basic shape 35, but parameters w and d are reversed.
Parameters: b=width h=height t=depth a=angleα value range for CONSTRUCTION_ID: N
b=600mm, h=40mm, t=1200mm, a=90° CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 46
same as basic shape 36, but parameters w and d are reversed.
Parameters: b=width h=height t=depth value range for CONSTRUCTION_ID: N
b=800mm, h=40mm, t=800mm, CONSTRUCTION_ID=N
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 47
same as basic shape 37, but parameters w and d are reversed.
Parameters: b=width h=height d=diameter b1=width1 t1=depth1 value range for CONSTRUCTION_ID: L,R,J
b=800mm, h=40mm, t=800mm, b1=190mm, t1=550mm, CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 48
same as basic shape 38, but parameters w and d are reversed.
Parameters: b=width h=height t=depth t1=depth1 value range for CONSTRUCTION_ID: L,R,J
b=1200mm, h=40mm, t=600mm, t1=400mm, CONSTRUCTION_ID=R
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 49
same as basic shape 39, but parameters w and d are reversed.
Parameters: b=width h=height t=depth b1=width1 b2=width2 t1=depth1 r=radius a=angleα value range for CONSTUCTION_ID:L,R,J
b=1500mm, h=50mm, t=900mm, b1=400mm, b2=600mm, t1=700mm, r=1500mm, a=135°, CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
Basic shape 50
same as basic shape 40, but parameters w and d are reversed.
Parameters: b=width h=height t=depth b1=width1 t1=depth1 r=radius value range for CONSTUCTION_ID:N,L,R,J
b=1200mm, h=50mm, t=600mm, b1=30mm, t1=200mm, r=200mm CONSTRUCTION_ID=L
Comments:
Is predominantly used for worktops and table attachments.
CONSTRUCTION_ID = N also if
b1 = 0, t1 = 0, r=t/2
Basic front shapes
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IDM 3.0.0 XML- Schema Documentation
Intoduction >Basic shapes > Basic front shapes |
Given the wide range of front variations for kitchen fronts, a concept has been developed to assign company-specific front designs to generalized basic front shapes. The introduction of basic types reduces the company-specific front designs to the essential characteristics of the various types of kitchen fronts. The front types differ considerably, mainly with regard to the complexity of construction. In general, it is possible to represent the wide range of front variations with the restricted number of basic shapes introduced in this data concept. Special fronts that do not fit in with this concept are considered as special types. On the basis of this concept, ordering and grouping of front shapes is made much easier for the single user.
The typification is made on the basis of simplified representations of front contours. For further explanation, each front shape is identified by a keyword, characterizing the front shape. For practical use, additional explanations on every front are given.
Special parameters are used to register the front details which are specific to the individual manufacturers. The details of each front can be described precisely by assigning values to the different parameters. Dimensions are attributed on the basis of data in millimetres. As a rule, the dimensioning is related to the surface and edges of the type. Information on distances between structural elements is always given as the shortest distance between the corresponding elements (note that some details may not comply with this rule). If circular structures are used, the centre is the reference point. Exceptions to this rule are given in the explanations for the different front types.
With regard to the use of parameters, the basic shapes can be simplified. Sometimes complex representations may contain structural elements that are not significant for the grouping. Therefore, these elements are optional. Certain details can be hidden by assigning the value zero to the corresponding parameter. As an example, radii that meet along a straight line, can be linearized by assigning the value zero, i.e. the radius is transformed into a straight line. All of the parameters have to be filled in. Exceptions to this rule are explained in the Field conditions. Further details are given in the variable declaration. As the reduction of complex shapes to simplified types occurs frequently, these types are represented by independent basic shapes.
A description of all parameters used in the explanation of the basic shapes is listed below. Parameters that require values are marked with W (value parameter). Qualitative parameters are marked with D (decor parameter). Following general descriptions of basic shapes and possible decor parameters, contour lines and mouldings are given.
Other features
Dividing parameters:
The dividing parameters Nh and Nv indicate the number of lattice bars displayed. The width of the single lattice bars or the space between the lattice bars is determined by dividing the front width by the number of lattice bars.
The dividing parameters a1_1 and a2_1 indicate the width of the lattice bars or the distance between the bars. This is useful when the number of lattices or gaps is dependent on the width of the front and the width of the lattices or gaps is constant. The exact width is calculated from the width of the front minus any existing frames etc., divided by the values of the dividing parameters a1_1 und a2_1. This value is rounded up to an integer value. The result gives the number of lattices or gaps. The value which is calculated for the area with lattices (front minus frames, etc.) is divided by the rounded number of lattices. The result gives the number of lattices/ gaps.
The space between the lattices or decoration elements is always measured from centre to centre point. Exceptions to this rule are parameters W1 or H1 which are measured from the exterior edge of the front up to the start of the first decor element.
The parameters a1 and a2 usually indicate the distance to the first decor element (lattice, arch etc.). This parameter is used as a start value, which may differ from the lattice spacing. If this value is reset to –1, it differs from the general definition. In this case the value will be reset to the distance between two decor elements.
|
Parameter |
Description |
|
|
ai, ai_j |
Distance between elements in i=1 horizontal / i=2 vertical direction; valid for all corresponding elements; observe symmetry |
W |
|
aKEi |
Profile type of the accentuated edges at the corner of the front, i=1 horizontal / i=2 vertical / i=3 diagonal; valid for all corners of the element |
D |
|
aKi |
Profile type of the accentuated i=1 horizontal / i=2 vertical edge; valid for the corresponding edges of the element |
D |
|
B |
Inner surface distance, measured at the exterior edge of the front |
W |
|
Bk |
Contour width, special shape |
W |
|
Ed |
Corner moulding of the inner decor , e.g. chamfer “2 x 45°, radius “R5”; valid for all corners of the element |
W |
|
Hd |
decor height |
W |
|
Hi |
Inner surface distance, measured at the exterior edge of the front |
W |
|
Hsi |
Edge moulding, Hs=0: straight, Hs0: curve |
W |
|
K |
Circular decor , parameter values: "0" = does not exist, "1" = exists |
W |
|
Li |
Length parameter of a contour |
W |
|
Nh |
Number of horizontal repeats of a style element |
W |
|
Ni |
Number of repeats of a “diagonal” style element |
W |
|
Nv |
Number of vertical repeats of a style element |
W |
|
P, Pai, Pbi, … |
Profile type of a surrounding edge; small letters are used to differentiate various profile types. Sometimes combinations with index numbers are used |
D |
|
Pi, Pia, Pib, … |
Profile type of the i=1 horizontal / i=2 vertical edge; small letters are used to differentiate various profile types |
D |
|
Pspi |
Profile type of the i=1 horizontal / i=2 vertical / i=3 diagonal bars |
D |
|
RE |
Corner moulding of the decor , e.g. chamfer “2 x 45°, radius “R5”; note: usually rounded |
W |
|
Rki |
Profile type of the i=1 horizontal / i=2 vertical edge; e.g. chamfer “2 x 45°, radius “R5”; note: usually rounded; parameter applies only to the exterior edge of the front for the corresponding orientation of the edge. |
W |
|
Rsi |
Edge moulding, Rs=0: straight, Rs=R5: curve with radius 5 |
W |
|
Si |
Width of the i=1 horizontal / i=2 vertical / i=3 diagonal bars |
W |
|
ti |
Depth parameters: positive sign = lowered, negative sign = embossed. These parameters relate to the front surface. The numbering relates to the recessed surfaces. The different surfaces are counted starting from the outside inwards. In the examples of basic front types, different depth directions are used. Although they represent the most frequent directions, they are not meant as fixed rules. |
W |
Legend: W (Wert) = value parameter, D = decor parameter
Colour parameters
Detailed parameters for the description of front colours are listed in the following table. Individual colour representations, specific for one manufacturer, are also possible. Different colour parameters are used to assign colours to the different front areas. A variation type is assigned to a certain front area. This front area is represented by a colour parameter.
In colour parameters are assigned to the corresponding variation types. The colour parameter is defined in the field parameter. Settings for the variation type are made in the field value. Entire setting of all colour parameters is required.
Example: In basic front shape D9 the variation_type for front colour 2 (102) is assigned to front area FF1.
Only colour variations (identification = F , cf. table standard variation types) are permitted as colour parameters for the variation types. Several colour parameters of the same variation type can be assigned to a basic front shape.
Front areas without a clear colour definition may result from the setting of several décor parameters (e. g. basic front shape A4, decor parameters aKE1 and aKE3 are set unequal 0). In these cases, the colour parameter with the lowest index from the list of available logical colour parameters is used.
In the given examples colour parameter FF2 has been chosen, since only colour parameters FF2 and FF3 are available.
Colour parameters (summary of available colour parameters)
|
Parameter |
Description |
|
FF1, FF2, … |
Assignment of colours to front surfaces |
|
KF1, KF2, … |
Assignment of colours to front edges |
|
PF1, PF2, … |
Assignment of colours to front areas, which are described by the decor parameters. |
|
AF |
Assignment of colours for separated front areas with special front details (e.g. display of wooden nails, see basic front shape D9) |
|
SF, SF1, … |
Assignment of colours to lattices |
|
RF |
Assignment of colours to frames |
Decor Parameter and contour shape
Decor parameters are used to describe the accents and profiles of a kitchen front. The value settings for the decor parameters decide whether the contour gradient of a front is depicted or not.
Examples: aKE3 = 1PR2/7/5: the contour gradient is marked with aKE3 and exists, the profile is PR2. The width of PR2 is 7 mm, the depth is 5 mm.
aKE3 = 0: contour gradient, is marked with aKE3 and does not exist.
If settings for width or/ and depth are not available, the default value of 10/7 is applied. Therefore the value field in RT570 is expanded to 12 digits.
|
Symbol |
Description |
Value |
Symbol |
Description |
Value |
|
|
Not existent |
0 |
|
Groove |
Pr12 |
|
|
U-Groove |
Pr1 |
|
Scarf - Groove |
Pr13 |
|
|
V-Groove |
Pr2 |
|
Scarf - Apex -Groove |
Pr14 |
|
|
W-Groove |
Pr3 |
|
Scarf - Scarf |
Pr15 |
|
|
Semicircular Groove |
Pr4 |
|
Extended V-Groove |
Pr16 |
|
|
Radius |
Pr5 |
|
Complex I Groove |
Pr17 |
|
|
Scarf |
Pr6 |
|
Complex II Groove |
Pr18 |
|
|
1 Step |
Pr7 |
|
Pyramid Groove |
Pr19 |
|
|
2 Steps |
Pr8 |
|
Y-Groove |
Pr20 |
|
|
Slim line |
Pr9 |
|
Slim U |
Pr21 |
|
|
Scarf - Step |
Pr10 |
|
Angle |
Pr22 |
|
|
Step - Scarf |
Pr11 |
|
Double-bow - Scarf |
Pr23 |
Overview of basic front shapes
Basic front shapes
Type A1 Basic front
