Field Model Names

In the sample data provided with ArcFM Solution, the Field Model Name Domain has five values: the Electric Field Model Name, Gas Field Model Name, Water Field Model Name, Domain Independent Field Model Name, and Designer Field Model Name. For information about creating domains for a new geodatabase, refer to Create Domain and Add Model Name.

Electric Field Model Names

Model Name

Object

ACTUALDUCTSIZE

ActualDuctSize attribute in DuctDefinition object (optional)

AT_<Field Name>

Any attribute of a source feature class that should be transferred to the abandoned (destination) feature class; must also exist on the corresponding field of the destination feature/object class

CLASS

Assign to attribute that represents class of structure; used for structural analysis

CIRCUITSOURCEGLOBALID

Assign to the GlobalID field in CircuitSourceID tables. This field and field model name enable Extended Feeder Manager to use Global IDs.

CIRCUITSOURCEGUID

Assign to the GUID field added to any table except the CircuitSourceID table. This field and field model name enable Extended Feeder Manager to use GUIIDs.

Do NOT assign this to the CircuitSourceID table.

CIRCUITSOURCEID

Assign to the CircuitSourceID field. This field and field model name are used by Feeder Manager to support multi-tiered networks.

CONDUCTORMATERIAL

Assign to attribute of ConductorInfo or overhead conductor feature class that represents material of conductor; used for structural analysis

CONDUCTORSIZE

Assign to attribute of ConductorInfo or overhead conductor feature class that represents size of conductor; used for structural analysis

DEVICETYPE

Indicates the type of device. Assigned to the DeviceType field on the MMENG_DEVICEWEIGHT field for Structural Analysis (Designer only).

DIAMETER

The attribute on any overhead support structure feature class that represents the diameter of the structure; used for structural analysis

DUCTAVAILABILITY

Available attribute in DuctDefinition object

DUCTBANKCONFIGURATION

DuctBankConfiguration attribute in conduit feature class with ULS model name

DUCTBANKHEIGHT

Height attribute in DuctDefinition object (optional)

DUCTBANKWIDTH

Width attribute in DuctDefinition object (optional)

DUCTID

DuctID attribute in DuctDefinition object (optional)

DUCTMATERIAL

Material attribute in DuctDefinition object

DUCTNAME

Name attribute on the Duct feature class

DUCTOCCUPIED

Occupied field on the Duct feature class

DUCTSIZE

DuctSize attribute in DuctDefinition object

FACILITYDIAGRAM

FacilityDiagram field on the UndergroundStructure feature class

FACILITYID

Assign to FacilityID field of Transformer feature class; used by Secondary Circuit Analysis

FDRMGRGANGOPERATED

Indicates whether a device is gang operated.

FDRMGRNONTRACEABLE

The attribute on any feature class that indicates whether a feature should be traced by Feeder Manager.

For a detailed explanation of FDRMGRNONTRACEABLE, view the appendix help topic: Appendix > Bitgate Fields > Electric Tracing - Edges.

FEEDERID

The FeederID field in any network listed as part of a feeder; also the FeederID field in the CircuitSource object

FEEDERID2

The FeederID2 field in any network listed as part of a feeder

FEEDERINFO

The FeederInfo field in any network feature listed as part of a feeder

FEEDERLEVEL

Assign to the FeederLevel field. This field and field model name are used by Feeder Manager to support multi-tiered networks.

FEEDERNAME

The FeederName in the CircuitSource object.

FEEDERSOURCEINFO

The FeederSourceInfo field in the CircuitSource object

GROUNDREACTANCE

Ground reactance field of Transformer

GR0UNDRESISTANCE

Ground resistance field of Transformer

GUYCOUNT

Assign to attribute on AnchorGuy feature class that represents the number of guys in the system; used for structural analysis

HASSUBDUCTS

HasSubducts field on the Duct feature class

HEIGHT

Assign to attribute on AnchorGuy feature class that represents the height of the structure; used for structural analysis

HIGHSIDECONFIGURATION

Assign to HighSideConfiguration field of Transformer

HIGHSIDEGROUNDREACTANCE

Assign to HighSideGroundReactance field of Transformer

HIGHSIDEGROUNDRESISTANCE

Assign to HighSideGroundResistance field of Transformer

INSULATIONTYPE

Assign to insulation type field

JOINTATTACHMENTOWNER

Assign to the Owner field of the JointUseAttachment table

LASSOTEXT

The LassoText field in the Lasso feature class (ULS/contents relate tool)

LASSOTEXTFIELD

Assign to field that is source for a different label than label in the contents list of cross section annotation feature for a conductor or cable feature class contained in a conduit system

LEADLENGTH

Assign to lead length field

LOWSIDECONFIGURATION

Assign to LowSideConfiguration field of Transformer

LOWSIDEGROUNDREACTANCE

Assign to LowSideGroundReactance field of Transformer

LOWSIDEGROUNDRESISTANCE

Assign to LowSideGroundResistance field of Transformer

LOWSIDEVOLTAGE

Assign to LowSideVoltage field of Transformer

MANUFACTURERMODEL

Assign to the Manufacturer Model field in the MMENG_DEVICEWEIGHT table for Structural Analysis. Designer only.

MATERIAL

Assign to attribute on overhead support structure feature class that represents the material; used for structural analysis

MMELECTRICTRACEWEIGHT

Assign to electric trace weight field of features participating in Feeder Manager and electric trace tasks

MMSECCKTAMPACITY

Assign to Ampacity field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTCODE

Assign to Code field of MMENG_TRANSFORMER and MMENG_CONDUCTOR_ELEC tables; used for secondary circuit analysis

MMSECCKTCOST

Assign to Cost field of MMENG_TRANSFORMER and MMENG_CONDUCTOR_ELEC tables; used for secondary circuit analysis

MMSECCKTCUCODE

Assign to CUCode field of MMENG_TRANSFORMER and MMENG_CONDUCTOR_ELEC tables; used for secondary circuit analysis

MMSECCKTDESCRIPTION

Assign to Description field of MMENG_TRANSFORMER and MMENG_CONDUCTOR_ELEC tables; used for secondary circuit analysis

MMSECCKTINSULATION

Assign to Insulation field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTMATERIAL

Assign to Material field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTR_PER1000UNITSLENGTH

Assign to R_Per1000_Units_Length field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTR0_PER1000UNITSLENGTH

Assign to R0_Per1000_Units_Length field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTSIZE

Assign to CondSize field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTTRANSFORMERFULLLOADLOSSMAX

Assign to FULL_LOAD_LOSS_MAX field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERNOLOADLOSSMIN

Assign to FULL_LOAD_LOSS_MIN field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERKVA

Assign to kVA field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERMAXXTOR

Assign to X_TO_R_MAX field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERMAXZ

Assign to Percent_Z_MAX field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERMINXTOR

Assign to X_TO_R_MIN field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERMINZ

Assign to Percent_Z_MIN field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERNOLOADLOSSMAX

Assign to NOLOAD_LOSS_MAX field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERNOLOADLOSSMIN

Assign to NOLOAD_LOSS_MIN field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTTRANSFORMERPHASES

Assign to Phasing field of MMENG_TRANSFORMER table; used for secondary circuit analysis

MMSECCKTUNDERGROUND

Assign to Underground field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTX_PER1000UNITSLENGTH

Assign to X_Per1000_Units_Length field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

MMSECCKTX0_PER1000UNITSLENGTH

Assign to X0_Per1000_Units_Length field of MMENG_CONDUCTOR_ELEC table; used for secondary circuit analysis

NEUTRALMATERIAL

Assign to attribute on overhead support structure feature class that represents the material of neutral cable; used for structural analysis

NEUTRALSIZE

Assign to attribute on overhead support structure feature class that represents the size of the neutral cable; used for structural analysis

NOMINALVOLTAGE

Used by the ArcFM Inherit Nominal Voltage autoupdater. Assign to the Nominal Voltage field on the Primary Conductor and Transformer feature classes.

NORMALPOSITION_A

The attribute on all switchable feature classes (e.g., fuse, switch) that indicates the position (open or closed) of phase A

NORMALPOSITION_B

The attribute on all switchable feature classes (e.g., fuse, switch) that indicates the position (open or closed) of phase B

NORMALPOSITION_C

The attribute on all switchable feature classes (e.g., fuse, switch) that indicates the position (open or closed) of phase C

NUMBERCONDUCTORSPERPHASE

Assign to attribute on ConductorInfo or overhead conductor feature class that represents the number of conductors present for each phase; used for structural analysis

OPERATINGVOLTAGE

The attribute on any conductor feature class or bus bar feature class that indicates the operating voltage of the feature

PARENTCIRCUITSOURCEGUID

Assign to the GUID field added to any table, including any CircuitSourceID table, that had the field model name PARENTCIRCUITSOURCEID assigned to a field. Used by Extended Feeder Manager to support the use of GlobalIDs.

PARENTCIRCUITSOURCEID

Assign to the ParentCircuitSourceID field. This field and field model name are used by Feeder Manager to support multi-tiered networks.

PHASEDESIGNATION

The attribute on any Conduit System member that indicates the phase of the feature (to support Conduit System Management); the attribute on any transformer feature class or load point feature class (e.g., PrimaryMeter) that indicates the phase of the feature (to support Feeder Manager); the attribute on any conductor that indicates the phase of the conductor (to support the Auto Phase Assign autoupdater)

RATEDKVA

The RatedKVA field in the DistributionTransformer feature class and the TransformerUnit object

RATING

Assign to the Rating field in the MMENG_DEVICEWEIGHT table for Structural Analysis. Designer only.

RELATEDFEATURECLASSNAME

Assign to the RelatedFeatureClassName field. This field and field model name are used by Feeder Manager to support multi-tiered networks.

RELATEDOBJECTID

Assign to the RelatedObjectID field. This field and field model name are used by Feeder Manager to support multi-tiered networks.

SERIALNUMBER

Assign to the Serial Number field in the MMENG_DEVICEWEIGHT table for Structural Analysis. Designer only.

SERVICECURRENTRATING

Assign to service current rating field; used by secondary circuit analysis

SUBSOURCE

Assign to the SubSource field. This field and field model name are used by Feeder Manager to support multi-tiered networks.

SUBSTATIONID

The SubstationID field in the CircuitSource object

SUBTYPECD

The field on the Duct Definition object class that indicates the subtypes defined

ULSTEXTFIELD

In a ULSMember, designates field used for display in Cross Section contents list (optional)

USAGETYPE

The attribute on any overhead support structure feature class that represents the type of use of the structure; used for structural analysis

WIRESIZE

Assign to attribute on AnchorGuy that represents the guy wire size; used for structural analysis

WIRESTRENGTH

Assign to attribute on AnchorGuy that represents the guy wire strength classification; used for structural analysis

Gas Field Model Names

Model Name	Object
AT_<Field Name>	Any attribute on a feature class that should be transferred from the abandoned feature class (source) when a feature is abandoned; must also exist on the appropriate field of destination feature/object class.
BONDEDINDICATOR	The attribute that indicates whether a feature is bonded; if it is bonded, it will not be a barrier to a cathodic protection trace; if it is not, it will be a barrier. Used by gas tracing.
CPSYSTEMSTATUS	The attribute that indicates whether or not a feature is a barrier to a cathodic protection trace; used by gas trace solvers.
EMERISOLATIONSYSSTATUS	The attribute on a feature that indicates whether or not it is a boundary on the emergency isolation system; used by gas trace solvers. This model name is not currently in use, but will be used in future releases.
GASPRESSURESYSTEMSTATUS	The attribute on a feature that indicates whether or not it is a boundary on the gas pressure system; used by gas trace solvers.
GASSYSTEMSTATUS	The attribute on a feature that indicates whether or not it is a boundary on the gas system; used by gas trace solvers.
GASTRACEWEIGHT	The attribute on all feature classes that represents the trace weight in the geometric network; used by gas trace solvers.
INSULATEDINDICATOR	Assign to insulated indicator field (Controllable Fitting and Non-Controllable Fitting) for gas tracing.
MATERIAL	The attribute on a feature that indicates the material of a feature to determine whether it will be a barrier to a cathodic protection trace; used by gas trace solvers.
NORMALPOSITION	The attribute on a controllable device (e.g., Valve or Controllable Fitting) that indicates whether the device is open or closed; used by gas trace solvers.
OPERATINGCLASSIFICATION	The attribute on a Valve that indicates whether the valve is critical (see the Operating Classification domain for possible values); used by gas trace solvers.
OPERATINGPRESSURE	The attribute on the DistributionMain feature class that indicates the operating pressure of the pipe.
PIPEDIAMETER	The attribute on a gas pipe that indicates its diameter.
PIPESTATUSINDICATOR	The attribute on a gas pipe that indicates whether the pipe is pinched or damaged in some way, such that gas will not flow through it; used by gas trace solvers.
PIPETYPE	The attribute on a gas pipe that indicates whether the pipe is a pinchable type (see the Pipe Type domain for possible values); used by gas trace solvers.
SOPIN	Attribute on RegulatorStation that indicates standard or system operating pressure entering station; used by gas trace solvers.
SOPOUT	Attribute on RegulatorStation that indicates standard or system operating pressure leaving station; used by gas trace solvers.
STATUS	Assign to the Status field on Regular and Town Border Station features; used by gas trac e solvers.

Water Field Model Names

Model Name	Object
BONDEDINDICATOR	The attribute that indicates whether a feature is bonded; if it is bonded, it will not be a barrier to a cathodic protection trace; if it is not, it will be a barrier. Used by water trace solvers.
CPSYSTEMSTATUS	The attribute that indicates whether or not a feature is a barrier to a cathodic protection trace; used by water trace solvers.
EMERISOLATIONSYSSTATUS	The attribute on a feature that indicates whether or not it is a boundary on the emergency isolation system; used by water trace solvers.
ISOLATIONLEVEL	Reserved for future use.
MATERIAL	The attribute on a feature that indicates the material of a feature to determine whether it will be a barrier to a cathodic protection trace; used by water trace solvers. Values: plastic, non-plastic.
NORMALPOSITION	The attribute on a controllable device (e.g., Valve or Controllable Fitting) that indicates whether the device is open or closed; used by water trace solvers. Values: open, closed.
OPERATINGCLASSIFICATION	The attribute on a Valve that indicates whether the valve is critical; used by water trace solvers.
OPERATINGPRESSURE	The attribute on the DistributionMain feature class that indicates the operating pressure of the pipe.
PIPEDIAMETER	The attribute on a water pipe that indicates its diameter.
PIPETYPE	The attribute on a water pipe that indicates whether the pipe is a pinchable type; used by water trace solvers. Values: pinchable, non-pinchable.
PIPESTATUSINDICATOR	The attribute on a water pipe that indicates whether the pipe is pinched or damaged in some way, such that water will not flow through it; used by water trace solvers. Values: open, closed.
SOPIN	Attribute on RegulatorStation that indicates standard or system operating pressure entering station; used by water trace solvers.
SOPOUT	Attribute on RegulatorStation that indicates standard or system operating pressure leaving station; used by water trace solvers.
STATUS	Assign to the Status field on Distribution Main, Valve, Service, and Network Source features; used by water trace solvers.
VALVEUSE	Reserved for future use.
WATERPRESSURESYSTEMSTATUS	The attribute on a feature that indicates whether or not it is a boundary on the water pressure system; used by water trace solvers.
WATERSYSTEMSTATUS	The attribute on a feature that indicates whether or not it is a boundary on the water system; used by water trace solvers.
WATERTRACEWEIGHT	The attribute on all feature classes that represents the trace weight in the geometric network; used by water trace solvers.

Domain Independent Field Model Names

Model Name	Object
AMPS	Assign to any field that represents the amperage of a rectifier feature class that participates in the cathodic protection system of a gas or water network.
DESCRIPTION	Assign to any field that is the description of a feature. Be sure to assign this model name to rectifier, anode, and test point feature classes that participate in the cathodic protection systems of gas and water networks.
INSERVICEDATE	Assign to any field that represents the Inservice date of a rectifier, anode, and test point feature class that participates in the cathodic protection system of a gas or water network.
INSETFRAMETITLE	Assign to any field that is the title of inset frame windows.
INSETFRAMESCALE	Inset frames are scaled by the value in the field to which this field model name is applied.
INSETFRAMESORTINDEX	Inset frames are sorted by the field to which this field model name is applied.
LABELTEXT	The attribute on the conductor feature class that stores information about related ConductorInfo objects. Used by the ArcFM Update Primary Conductor Text special AU and the ArcFM Update Conductor Text relationship AU.
LOCATABLEFIELD	Assign the LOCATABLEFIELD field model name to enable fields for the Object Query Locator tool. The feature or object class must have the model name LocatableObject assigned.
MAPGRIDNAME	The attribute on the ArcFM Map Grid feature class that stores the name of the grid; used for Map Grid Generator tool.
MAPSHEETANGLE	The attribute on the ArcFM Map Grid feature class that stores the angle of the map sheet; used for Map Grid Generator tool.
MAPSHEETNAME	The attribute on the ArcFM Map Grid feature class that stores the name of the map sheet; used for Map Grid Generator tool.
MEASUREDLENGTH	Assign to measured length field
MMABANDONINDICATOR	The attribute on any feature class that indicates whether or not a feature has been abandoned.
MMCONDUITINDICATOR	The attribute on any feature class that indicates whether or not the feature has been converted to conduit.
PATH	Assign to file path field of map inset tool.
QAEXPORT	Assign to any field that should be exported to a file or report using the QA/QC tool.
SERVEROID	The attribute that is used to store the ObjectID of the feature class.
SYMBOLROTATION	This model name is assigned to a field on point feature classes that indicates the angle by which the feature is rotated when it is placed on the map.
VOLTS	Assign to any field that represents the voltage of a rectifier feature class that participates in the cathodic protection system of a gas or water network.

Designer Field Model Names

Model Name	Attribute
DESIGNID	DesignID attribute in all Feature Classes
WORKFLOWSTATUS	WorkFlowStatus attribute in all Feature Classes
WORKFUNCTION	WorkFunction attribute in all Feature Classes
WORKLOCATIONID	WorkLocationID attribute in all Feature Classes
WORKREQUESTID	WorkRequestID attribute in all Feature Classes

Designer Non-Creatable Features
Model Name	Object
DESIGN	The Design Feature class in the Designer Dataset; prevents this feature class from displaying in the CU tab.
WORKLOCATION	The WorkLocation Feature class in the Designer Dataset; prevents this feature class from displaying in the CU tab.
WORKREQUEST	The WorkRequest Feature class in the Designer Dataset; prevents this feature class from displaying in the CU tab.

Network Adapter Field Model Names

Model Name	Object
CYMDISTEXPORT	Any attribute on a feature class that should be exported for use with the Electric Analysis engine provided by Cyme
MSPKVARA	KVAR on phase A
MSPKVARB	KVAR on phase B
MSPKVARC	KVAR on phase C
MSPKWA	Kilowatts on phase A
MSPKWB	Kilowatts on phase B
MSPKWC	Kilowatts on phase C
MSPLOADCASE	Denotes the name of the load case. This field is used to distinguish between multiple load values relating to the same feature. For example, you may store both winter peak and summer peak load values in the LoadCase table. You can do this by assigning a different load name to each record. "Winter Peak", and "Summer Peak", for example.
MSPLOADFOREIGNKEY	A unique ID for network features that have related load data. This field is used as a key between the LoadCase table and the network feature class that it is related to (typically TransformerBank or ServiceLocation), and it should be assigned to the key field in both the LoadCase table and the feature class.
SYNERGEE_CONFIGURATION1	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_CONFIGURATION2	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_EQUIP1	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_EQUIP2	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_MANUFACTURER1	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_MANUFACTURER2	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_MECHANICALRESPONSE1	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_MECHANICALRESPONSE2	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_MODEL1	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_MODEL2	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_NEUTRALCONDUCTOR1	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_NEUTRALCONDUCTOR2	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_PHASECONDUCTOR1	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.
SYNERGEE_PHASECONDUCTOR2	Used to identify attributes that make up the Equipment ID. This is discussed in depth in the Network Adapter Implementation Guide, Electric Solver Equipment IDs.

Responder Field Model Names

Model Name	Object
RXDEVICEID	This optional model name is assigned to the RxDeviceID field on the RxLineDisplay feature class. This field holds the ID of the outage device that is causing the de-energized or abnormally energized feeder. This is used by the display de-energized feeders functionality.
RXFEEDERID	This optional model name is assigned to the RxFeederID field on the RxLineDisplay feature class. This field holds the ID of the feeder that is de-energized. This is used by the display de-energized feeders functionality.
RXINCIDENTID	This optional model name is assigned to the RxIncidentID field on the RxLineDisplay feature class. This field holds the ID of the incident assigned to the outage. This is used by the display de-energized feeders functionality.
RXPHASE	This optional model name is assigned to the RxPhase field on the RxLineDisplay feature class. This field holds the Phase value of the feature in the outage. This is used by the display de-energized feeders functionality.
RXREGIONNAME	This optional field model name is assigned to the Name field on the polygon feature class that represents regions in the geodatabase. Use this field model name only if you wish to configure the Regions functionality.

Fiber Manager Field Model Names

Model Name	Object
ACLASSMODELNAME	Assign this model name to the field on the FiberConnectionObject class that Fiber Manager uses to identify the type of class being connected to the 'A side' of a connection.
ACONNECTIONOBJECTGLOBALID	Assign this model name to the field on the FiberConnectionObject class that Fiber Manager uses to specify the object (fiber or port) on one side of a connection.
ATTENUATIONAFREQ	Assign this model name to the field that contains the attenuation A frequency value. Additional Information for Flexible Data Models: Fields of linear features that indicate 1310 loss per map unit, and F_FiberConnectionObjectAttenuation1310.
ATTENUATIONBFREQ	Assign this model name to the field that contains the attenuation B frequency value. Additional Information for Flexible Data Models: Fields of linear features that indicate 1550 loss per map unit, and F_FiberConnectionObjectAttenuation1550.
AVAILABLE	Assign this model name to the field that indicates whether the feature or object is available. Additional Information for Flexible Data Models: The ArcFM Fiber Availability field autoupdater must be assigned to this field.
BCLASSMODELNAME	Assign this model name to the field on the FiberConnectionObject class that Fiber Manager uses to identify the type of class being connected to the 'B side' of a connection.
BCONNECTIONOBJECTGLOBALID	Assign this model name to the field on the FiberConnectionObject class that Fiber Manager uses to specify the object (fiber or port) on one side of a connection.
BUFFERTUBECOLOR	Assign this model name to the field that contains the color of the buffer tube.
BUFFERTUBECOLORNAME	Assign this model name to the field that contains the name of the buffer tube’s color.
BUFFERTUBENAME	Assign this model name to the field that contains the name of the buffer tube.
BUFFERTUBENUMBER	Assign this model name to the field that contains the number of the buffer tube.
BUFFERTUBEPOSITION	Assign this model name to the field that contains the position of the buffer tube.
CALCULATEDFIBERCIRCUITLENGTH	Assign this model name to the CircuitLength field on the F_Circuit table. The ArcFM Fiber Calculated Circuit Length autoupdater uses this model name to identify this length field.
CIRCUITCHANNEL	Assign this model name to the field that stores an attribute that is used to group sets of Circuits together. This field resides in the Circuit table.
CONTAINERCLASSMODELNAME	Assign this model name to the field that contains the model name of the parent feature where connections are made (e.g., SplicePoint, PatchLocation, Splitter, DeviceLocation). Fiber Manager uses this information to identify connections (using a model name) at a specific feature.
CONTAINERGLOBALID	Assign this model name to the field that contains the GlobalID of the parent feature in the F_FiberConnectionObject table. This field is used by the Connection Manager, tracing, Circuit Manager and reports to correctly navigate the Fiber Manager connectivity model.
ENDFOOTSTAMP	Assign this model name to the field that contains the complementary length value to the StartFootstamp. In the sample data, this field (EndCableIncrementMarking) resides on the FiberOpticCable feature class. This model name also works in conjunction with MARKINGUNITSOFMEASURE. Additional Information for Flexible Data Models: The field of a linear feature indicating the end marking of a foot stamp.
FIBERCHILDCLASSMODELNAME	Assign this model name to a field that indicates the model name of a child object. For example, this field on the FiberOpticCable feature class may have a value of BUFFERTUBE. This indicates that a BufferTube is a child of a FiberOpticCable. Additional Information for Flexible Data Models: The field of all fiber objects in the hierarchy that holds the ModelName of its child.
FIBERCIRCUITNAME	Assign this model name to the field that contains the name of the fiber circuit.
FIBERCOLOREDFIELD	Assign this model name to the field that uses color codes (e.g., BL, OR, etc.). Fiber tools use this field to draw colors. Additional Information for Flexible Data Models: Assign this to any field which uses the "Fiber Colors" domain.
FIBERCOLORNAMEFIELD	This is the English (or equivalent language) representation of a color (e.g., Blue, Orange, etc.). Additional Information for Flexible Data Models: Assign this to any field which uses the "Fiber Colors Names" domain.
FIBERCONNECTIONDISPLAYFIELD	Any field with this model name assigned will appear as a column in the Connection Manager. Do not assign FIBERCONNECTIONDISPLAYFIELD and FIBERCONNECTIONDISPLAYSORTFIELD to the same field. Additional Information for Flexible Data Models: Any field on a fiber object that you want to show up in Connection Manager.
FIBERCONNECTIONDISPLAYSORTFIELD	Any field with this model name assigned will appear as a column in the Connection Manager and will be used to sort the data. Do not assign FIBERCONNECTIONDISPLAYFIELD and FIBERCONNECTIONDISPLAYSORTFIELD to the same field. Additional Information for Flexible Data Models: The field on a fiber object that you want to use to sort the rows in Connection Manager. Limited to one field per object.
FIBERFACETSCONTAINED	The field of any object in the hierarchy that has more than one side when shown in the Patch Panel report. For example, rack sides. Must be a text field, with each character representing a side(ie, FB for front and back).
FIBERFACETSCONTAINEDBY	The field of any object in the hierarchy that is a sub-object (ie, a child of grandchild) of an object with a side when shown in the Patch Panel report. For example, rack sides. Must be a text field, with each character representing a side(ie, FB for front and back).
FIBERGRIDDEFAULTHEIGHT	Object must have "FiberGridableContainer." Goes on an integer field which indicates the number of rows of space characters to fill in empty spaces in the grid.
FIBERGRIDEDEFAULTWIDTH	Object must have "FiberGridableContainer." Goes on an integer field which indicates the number of columns of space characters to fill in empty spaces in the grid.
FIBERGRIDPOSITION	Object must have "FiberGridableObject" and some ancestor must have "FiberGridableContainer." This goes in an integer field that indicates which position in the ancestor object it resides in (ordered from left to right, top to bottom).
FIBERIMPLIEDALIGNMENT	The ArcFM Update Fiber Parent relationship autoupdater uses this model name to match ports with implied connections. For example, a SplitterInputPort has a value of 1 in this field (with the model name assigned). I till look for the SplitterOutputPort with the same value in the same field in order to identify a match and an implied connection.
FIBERIMPLIEDCONNECTIONSOURCEGUID	Assign this model name to the field that contains the GlobalID of the source object to which the destination object has an implied connection. An implied connection is when two objects are joined by a piece of equipment, but are modeled as separate object classes in the geodatabase (e.g., front and back ports on a card).
FIBERNUMBERGRIDCOLUMNS	Object must have "FiberGridableContainer." It goes in an integer field which indicates how many columns of objects it can obtain.
FIBERNUMBERGRIDROWS	Object must have "FiberGridableContainer." It goes in an integer field which indicates how many rows of objects it can obtain.
FIBERPARENT	Assign this model name to the field that contains the GlobalID of the parent object to the current object.
FIBERPARENTCLASSMODELNAME	This model name is used to identify the field that contains the model name of the parent object class to the current object. In the case of the standard data model, the BufferTube object class would store the value "Sheath", since this is the model name used by its parent object, fiber optic cable.
FIBERSTRANDCOLOR	Assign this model name to the field that contains the color of the fiber strand on the Fiber feature class.
FIBERSTRANDCOLORNAME	Assign this model name to the field that contains the name of the color of the fiber strand on the Fiber feature class.
FIBERSTRANDNAME	Assign this model name to the field that contains the name of the fiber strand.
FIBERSTRANDNUMBER	Assign this model name to the field that contains the number of strands on the Fiber feature.
FIBERTWOPOINTTRACEFIELD	Assign this model name to include the field on the Trace Parameter form. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. This goes on any field you want to use in the two point trace parameters. However, it cannot be used with date fields.
FIELDNOTESLENGTH	Assign this model name to the field on the FiberOpticCable that stores any other length value from external documents or sources (e.g., CAD drawings or OTDR shots). The value in the field that has this model name assigned is used to calculate the fiber optic cable length. The calculation that takes place depends on what you have selected as the source of the cable length (the field to which the SHEATHLENGTHSOURCE field model name is assigned): If the length source is set to "Documents/Field Notes," then the field notes value is multiplied by the twist factor to populate the cable length field. If the length source is set to "OTDR Length," then the field notes value is not multiplied by the twist factor to populate the cable length field. For this option to operate properly, you must add "OTDR Length" as both the code and description in the coded values table belonging to the domain that represents the fiber optic cable length source. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. This goes on the field which has the length value taken from field measurements.
GLASSLENGTH	Assign this model name to the field that contains the length of glass in the fiber optic cable. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. This goes on the field which shows the glass length (autocalculated).
GLOBALID	Assign this model name to the field that contains a unique number (GUID) that is generated and maintained by ArcGIS. This value is used for all relationships in the ArcFM data model and is required for Fiber Manager to function properly.
MARKINGUNITSOFMEASURE	Assign this model name to the field that holds the length measurement value. If you have cable markings that are in different units than the map units, this model name should be assigned in order to use a different unit of measure. This model name is used in conjunction with STARTFOOTSTAMP and ENDFOOTSTAMP.
MODETYPE	Assign this model name to the field that designates whether the particular object or feature, such as a fiber strand, is a singlemode or multimode strand. Additional Information for Flexible Data Models: Required for objects or features using the ArcFM Fiber Availability autoupdater.
MULTIMODEAVAILABILITYINDICATOR	Assign this model name to the field that is used to sum the number of available multimode strands (or other type of objects) with a feature, such as a fiber optic cable.
NUMBEROFCOLUMNS	Assign this model name to the field that contains the number of columns in the patch panel.
NUMBEROFPORTCOLUMNS	Assign this model name to the field that contains the number of columns on the patch panel card.
NUMBEROFPORTROWS	Assign this model name to the field that contains the number of rows on the patch panel card.
NUMBEROFSTRANDS	Assign this model name to the field that contains the number of strands in the fiber optic cable. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. This goes in an integer field indicating the total number strands (for glass report).
OVERHEADUNDERGROUND	Assign this model name to the field that indicates whether the fiber optic cable has been installed in an overhead or underground environment. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. It is assigned to a field with the fiber domain for "Overhead Underground."
POINTLENGTH	Assign this model name to the field that stores the length of the cable that travels vertically along the pole as it changes from an overhead cable to an underground cable. In the sample data, this field appears on the TransitionPoint feature class. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. It is assigned to an integer field which indicates the length taken up in this point (risers, slackloops, etc.
PORTNUMBER	Assign this model name to the field that contains the number of a port (e.g., DevicePort, FrontsidePort, SplitterInputPort).
PORTPOSITIONONCARD	Assign this model name to the field that is used to hydrate ports in the proper position on a patch panel card in Fiber Manager and on reports.
PORTTYPE	Assign this model name to the field that contains the type of port (e.g., DevicePort, SplitterInputPort).
SCHEMATICEXPORTATTRIBUTE	This is an optional model name used to configure Fiber Manager data to use schematics. Additional Information for Flexible Data Models: Assigned to any field on a fiber object which should be exported into the schematics report.
SEGMENTGLASSLENGTH	Assign this model name to the field that contains the segment length of a piece of glass within the fiber optic cable. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network assigned to the field which shows the segment glass length. Segments correspond to the linear features. Total length ignores features with the model name TransitionPoint.
SEGMENTLENGTH	Assign this model name to the field that contains the segment length of the fiber optic cable. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network assigned to the field which shows the segment length. Segments correspond to the linear features. Total length ignores features with the model name TransitionPoint.
SHEATHID	Assign this model name to the field used as a unique identifier for the sheath. In the sample data this model name is assigned to the CableName field on the FiberOpticCable layer. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network assigned to the name field.
SHEATHLENGTH	Assign this model name to the field that contains the length of the fiber optic cable. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. Assign this to the length field.
SHEATHLENGTHSOURCE	Assign this model name to the field on the FiberOpticCable that denotes the method for determining how the length was collected. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. Assign this to the length source field with the Fiber Optic Cable Length Source domain.
SHEATHTYPE	Assign this model name to the field that contains the type of fiber optic cable. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. Assign this to the type field.
SINGLEMODEAVAILABILITYINDICATOR	Assign this model name to the field on the feature that is used to sum the number of available singlemode strands (or other objects) within the feature.
SLOTPOSITION	Assign this model name to the field that designates the slot position on the patch panel card.
SPLICETYPE	Assign this model name to the field that contains the splice type on the Fiber Connection Object.
STARTFOOTSTAMP	Assign this model name to the field that holds the length measurement value that is stamped on one end of a fiber optic cable. The absolute value between the value in this field and the value on the ENDFOOTSTAMP field equals the actual length of the fiber optic cable. This model name also works in conjunction with MARKINGUNITSOFMEASURE.
THISFIBERCLASSMODELNAME	This model name identifies the field that stores the model name of the current object. This is essential to the flexible data model and allows Fiber Manager to traverse an unknown object hierarchy. This field will also need to have an Esri Default value set for this field. For instance, the BufferTube object class will have a value of "BUFFERTUBE" set to this field.
TRAYNUMBER	Assign this model name to the field that stores the value for the tray in which a particular splice occurs. In the sample data this field is found on the FiberConnectionObject.
TWISTFACTOR	Assign this model name to the field that contains the manufacturer’s published twist factor for the glass strands within a fiber optic cable. Additional Information for Flexible Data Models: Object must be a linear feature in the fiber network. Assign this to the field which holds the twist factor.