Class CIM_PowerConnectionPoint
extends CIM_LogicalDevice

This class is a representation of logical properties of a generic power connector. This connector connects power source and a sink.

Table of Contents
Hierarchy
Direct Known Subclasses
Class Qualifiers
Class Properties
Class Methods


Class Hierarchy

CIM_ManagedElement
   |
   +--CIM_ManagedSystemElement
   |
   +--CIM_LogicalElement
   |
   +--CIM_EnabledLogicalElement
   |
   +--CIM_AllocatedLogicalElement
   |
   +--CIM_LogicalDevice
   |
   +--CIM_PowerConnectionPoint

Direct Known Subclasses

Class Qualifiers

NameData TypeValue
DescriptionstringThis class is a representation of logical properties of a generic power connector. This connector connects power source and a sink.
Experimentalbooleantrue
UMLPackagePathstringCIM::Device::CoolingAndPower
Versionstring2.22.0

Class Properties

Local Class Properties

NameData TypeDefault ValueQualifiers
NameData TypeValue
BusIDstringTGG:Bus ID not defined
DescriptionstringThe name of the bus to which this connector is connected. Electrical equipment is not directly connected together in the same manner that networking equipment is connected, for example. Specifically, components have no knowledge of what they are connected to. This design does not make use of any means, protocol or otherwise, for the connected equipment to be able to convey the nature of what they are connected to. The equipment is connected to a bus. Several pieces of equipment may also be connected to the same bus. The bus is given a name prior to the installation of equipment. The bus ID is given to the connector by someone who has the wiring plans. A connection graph can be created using the knowledge of what power connection points are connected to the buses present in the wiring plan. The graph can be then used to recreate the wiring plan at some resolution. The resolution of the wiring plan that can be created depends on the specifitivity of the bus IDs. When the ConnectionType is "Internal" (5), then BusID is "TGG:Internal".
ModelCorrespondencestringCIM_PowerConnectionPoint.ConnectionType
Requiredbooleantrue
CircuitTypeuint8
DescriptionstringCircuitType indicates the type of circuit the power connection point is connected to. This value is NOT settable and it reflects the inherent power structure of the host power equipment.
ModelCorrespondencestringCIM_PowerConnectionPoint.ReportedPhase
Requiredbooleantrue
ValueMapstring.., 2, 3, 4, 5
ValuesstringDMTF Reserved, 3PhaseAC, DC, 2PhaseAC, 1PhaseAC
ConnectionTypeuint8
DescriptionstringIndicates the expected flow of electricity. Power is likely to flow in the direction indicated, but it may flow in the other direction under exceptional circumstances. Power flows into the device or from the device to which this connector is connected. Use "In" (2) when the element is an Ingress power connection to the Power Equipment from an external power bus. Use "Out" (3) when the element is an Egress power connection from the Power Equipment to an external power bus. Use "Both" (4) when the connection to an external power bus that may be either an Ingress or Egress point (e.g., battery or generator). Use Internal (5) when the element is used only for collecting measurements. When Internal is used the BusID must be "TGG:Internal"
ModelCorrespondencestringCIM_PowerConnectionPoint.BusID, CIM_PowerConnectionPoint.LoadType
Requiredbooleantrue
ValueMapstring0, .., 2, 3, 4, 5
ValuesstringUnknown, DMTF Reserved, In, Out, Both, Internal
DCIEDenominatorFactorsint80
DescriptionstringThe percentage of the power measurement from this point that should be added into the denominator of a facility DCiE calculation. A negative value means that the percentage of the power measurement will be subtracted from the denominator. The value of this property will be determined and assigned by a person or system that has knowledge of the overall power system topology. Use the default (0) when this element should not be used for the DCiE calculation.
MaxValuesint64100
MinValuesint64-100
PUnitstringPercent
DCIENumeratorFactorsint80
DescriptionstringThe percentage of the power measurement from this point that should be added into the numerator of a facility DCiE calculation. A negative value means that the percentage of the power measurement will be subtracted from the numerator. The value of this property will be determined and assigned by a person or system that has knowledge of the overall power system topology. Use the default (0) when this element should not be used for the DCiE calculation.
MaxValuesint64100
MinValuesint64-100
ModelCorrespondencestringCIM_PowerConnectionPoint.LoadType
PUnitstringPercent
LoadTypeuint16
DescriptionstringThe type of load that is serviced by this power connection point. This property shall only be used when the ConnectionType is Out (3) or Both (4). If this connection is not a load point, then the value should be NULL. The descriptions for each CPU test type are below: * "Other" (1) is used when the other enumerated types cannot be used.* "IT:General" (value=2) indicates that power is used for non-specific IT power equipment.* "IT:Storage" (value=3) indicates that power is used for IT storage equipment.* "IT:Server" (value=4) indicates that the power is used for IT server equipment.* "IT:Network" (value=5) indicates that the power is used for IT network equipment.* "Non-IT:General" (value=6) indicates that the power is for Non-IT power equipment.* "Non-IT:Facilities" (value=7) indicates that the power is used for Non-IT facilities equipment.* "Non-IT:Facilities:Lighting" (value=8) indicates that the power is used for Non-IT facilities lighting equipment.* "Non-IT:Facilities:Security" (value=9) indicates that the power is used for Non-IT facilities security equipment.* "Non-IT:Facilities:HVAC" (value=10) indicates that the power is used for Non-IT facilities HVAC equipment.* "Non-IT:Facilities:HVAC:AC" (value=11) indicates that the power is used for Non-IT facilities HVAC AC equipment.* "Non-IT:Facilities:HVAC:Pumps" (value=12) indicates that the power is used for Non-IT facilities HVAC pumps equipment.* "Non-IT:Facilities:HVAC:Chillers" (value=13) indicates that the power is for Non-IT facilities HVAC chillers equipment.* "Non-IT:Facilities:HVAC:Air Movement" (value=14) indicates that the power is for Non-IT facilities HVAC air movement equipment.* "Mixed" (value=15) indicates that the power is for both IT and Non-IT equipment.
ModelCorrespondencestringCIM_PowerConnectionPoint.OtherLoadType, CIM_PowerConnectionPoint.ConnectionType, CIM_PowerConnectionPoint.DCIENumeratorFactor
Requiredbooleantrue
ValueMapstring0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, .., 0x8000..
ValuesstringUnknown, Other, IT:General, IT:Storage, IT:Server, IT:Network, Non-IT:General, Non-IT:Facilities, Non-IT:Facilities:Lighting, Non-IT:Facilities:Security, Non-IT:HVAC, Non-IT:HVAC:AC, Non-IT:HVAC:Pumps, Non-IT:HVAC:Chillers, Non-IT:HVAC:Air Movement, Mixed, DMTF Reserved, Vendor Reserved
OtherLoadTypestring
DescriptionstringA free-form string describing the load type when LoadType is set to "Other" (1)
ModelCorrespondencestringCIM_PowerConnectionPoint.LoadType
ReportedPhaseuint8
DescriptionstringReportedPhase indicates the specific phase(s) that are present for a power connection point with a circuit type of 1PhaseAC or 2PhaseAC. If a device inherently knows the phase assignments, it can load them. If a device does NOT inherently know them, it should initialize to a value of "Unknown" (0), and allow a person with inherent knowledge of the power topology in the system to assign the appropriate value. For a CircuitType of 1PhaseAC, the allowable values are Unknown, PhaseA, PhaseB, and PhaseC. For a CircuitType of 2PhaseAC the allowable values are Unknown, PhaseAandB, PhaseBandC, PhaseAandC
ModelCorrespondencestringCIM_PowerConnectionPoint.CircuitType
ValueMapstring0, .., 2, 3, 4, 5, 6, 7
ValuesstringUnknown, DMTF Reserved, PhaseA, PhaseB, PhaseC, PhaseAandB, PhaseBandC, PhaseAandC

Inherited Properties

NameData Type
AllocationStatestring
Availabilityuint16
Captionstring
CommunicationStatusuint16
CreationClassNamestring
Descriptionstring
DetailedStatusuint16
DeviceIDstring
ElementNamestring
EnabledDefaultuint16
EnabledStateuint16
ErrorClearedboolean
ErrorDescriptionstring
Generationuint64
HealthStateuint16
InstallDatedatetime
InstanceIDstring
LastErrorCodeuint32
LocationIndicatoruint16
MaxQuiesceTimeuint64
Namestring
OperatingStatusuint16
OtherEnabledStatestring
PowerManagementSupportedboolean
PowerOnHoursuint64
PrimaryStatusuint16
RequestedStateuint16
Statusstring
StatusInfouint16
SystemCreationClassNamestring
SystemNamestring
TimeOfLastStateChangedatetime
TotalPowerOnHoursuint64
TransitioningToStateuint16
AdditionalAvailabilityuint16[]
AvailableRequestedStatesuint16[]
IdentifyingDescriptionsstring[]
OperationalStatusuint16[]
OtherIdentifyingInfostring[]
PowerManagementCapabilitiesuint16[]
StatusDescriptionsstring[]

Class Methods

Inherited Class Methods

NameReturn Type
EnableDeviceuint32
OnlineDeviceuint32
QuiesceDeviceuint32
RequestStateChangeuint32
Resetuint32
RestorePropertiesuint32
SavePropertiesuint32
SetPowerStateuint32