Redfish

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Redfish

UniStream Built-in PLCs support Redfish, a highly scalable RESTful API protocol, as a server.

The Redfish Scalable Platforms Management API, developed by the Distributed Management Task Force (DMTF), is a modern standard for systems management interfaces. It offers a scalable, secure, and open method for managing servers, utilizing RESTful interface semantics to access model-based data for out-of-band management.

Redfish requires a license purchase. For more information, please contact your Unitronics' sales representative.
One-hour Trial Offer: this free, fully functional trial offer enables you to explore UniStream's Redfish for 60 minutes at a time. Click here for Trial activation instructions.

Enabling Redfish

In the Solution Explorer, click PLC Communications>Protocols>Redfish, and click to enable Redfish.

UniLogic automatically creates four structs:
- Redfish General Struct - displays general Redfish server information.
- Redfish Event Service Struct - enables Redfish Event functionality, allowing the PLC to generate, log, and send Redfish-compliant alerts.
- Redfish Update Service Struct - supports firmware and application updates via Redfish actions.
- Redfish Task Service Struct - tracks update tasks and execution status.
Note that these parameters are read-only.

Redfish General Struct

Parameter Name	Type	Purpose
Process Status	UINT8	These indicate the status of the process 0 - Redfish Initialization in Progress 1- Redfish is Running 2 - Certificate Expired 3 - Bad Configuration 4 - Internal Error 5 - Server Restarting after creating new certificate 6 - No SD, Server Down
User Name	String ASCII	Last username accessed
Num of Access to Server	UINT32	Number of times the object or resource has been accessed
Server Event UTC Time	UINT32	Timestamp of the event in Coordinated Universal Time (UTC)
Server Event Type	UINT8	These indicate the event type codes 0 - Invalid User Request 1- User GET Request 2 - User PATCH Request 3 - Unauthorized Access 4 - Internal Error 5 - User POST Request
Number of Events Subscribers	UINT32	Number of subscribers to the Server Events
Last Accessed URI	String ASCII	This shows the last accessed URI

Redfish Event Service Struct

Parameter Name	Type	Purpose
Service Enabled	BIT	Is event service enabled or not
Delivery Retry Attempts	UINT32	Number of retry attempts for event delivery
Delivery Retry Interval (Seconds)	UINT32	Interval between retries in seconds

Redfish Update Service Struct

Parameter Name	Type	Purpose
Service Enabled	BIT	Is update service enabled or not
Trigger Simple Update	String ASCII	Set when client triggers SimpleUpdate action
Trigger Start Update	String ASCII	Set when client triggers StartUpdate/Activation action
ID	String ASCII	Unique UpdateService ID
Image URI	String ASCII	Path to the update file (FTP/SFTP only)
Username	String ASCII	Username for the FTP/SFTP access
Transfer Protocol	String ASCII	Transfer protocol (FTP/SFTP)
Targets	String ASCII	Optional targets for update
Exclude Targets	String ASCII	Optional targets to exclude
Force Update	BIT	Forces immediate update installation
Stage	BIT	Indicates staged update; waits for Activate / StartUpdate
Max Image Size (Bytes)	UINT32	Maximum supported file size
Current Task ID	UINT32	Active task identifier
Last Operation Status	UINT8	Last update operation status
Last Operation Progress	UINT8	Percentage complete of last operation
Total Bytes Download	UINT32	Total bytes downloaded for current update
Last Download Duration (Seconds)	UINT32	Duration of last download
Staged Inventory Count	UINT32	Number of staged update inventories
Active Inventory Count	UINT32	Number of active update inventories

Redfish Task Service Struct

Parameter Name	Type	Purpose
Service Enabled	BIT	Is task service enabled or not
Completed Task Overwrite Policy	UINT8	Policy for completed tasks
Task Auto Delete Timeout (Minutes)	UINT32	Timeout before auto-deleting completed tasks
Life Cycle Event On Task State Change	BIT	Sends lifecycle event on task state change
ID	String ASCII	Task identifier
Date Time	String ASCII	Task creation timestamp
Current Active Tasks	UINT32	Number of active tasks
Current Completed Tasks	UINT32	Number of completed tasks
Max Tasks	UINT32	Maximum allowed tasks

UniLogic automatically opens the Server Configuration settings.

Server Configuration

Settings	The setting shown below are the default settings. You may edit these except for End Point; this is automatically generated by UniLogic. The End Point is the identifier the client will use to identify the server; you can copy and paste the identifier into your client.
Authentication	Click Add New User. Click the fields and enter the User Name and Password
Mutual TLS (mTLS)	To enable mutual TLS authentication: Select Enable mTLS Client CA Certificate File: Import the ca_client.crt file; a public CA certificate used to verify client certificates When Enable mTLS is selected, the Redfish server accepts connections only from clients that present a valid certificate signed by the imported CA.
Certificate	Select the certificate type: Auto Generate (Default): Certificate is auto-generated for users with an SD card and saved in "/ExternalSD/Redfish/RedfishUniStreamCert.crt" Note that a new Certificate is generated whenever an IP address changes, therefore, upon changing the PLC Panel IP, download the Certificate again from the SD card. Note that the RTC in the PLC must be set correctly in order to correctly implement the Certificate Validity. CA Signed: Import certificates signed by a Certificate Authority. Self Signed: Import user-generated self-signed certificates. Note that projects upgraded from previous versions are automatically mapped to CA Signed certificates. If Self Signed certificates are used, events will not be sent until an additional CA bundle is supplied.

Redfish Data Modeling

Responses to Redfish requests consist of JSON packets containing key/value properties defined by the DMTF in a schema file.

The schema defining the root of the Redfish tree is the #ServiceRoot.

Links contained in the Redfish root tree, do not provide direct access to the properties of the server subsystems. Instead, they point to resource collections.

A resource collection is a core concept in Redfish. A resource collection is a group of like resources where the number of instances in the group can shrink or grow depending on the scope of the Redfish service or the configuration of the devices being managed. Every resource collection contains the same set of supported properties, and all contain Collections in the name of their schema. Every resource linked in the Members array within a resource collection will have the same resource type with the same major version, but can vary in minor schema versions.

Below is an example diagram of the resource tree, starting at the Redfish Service Root, containing all resources used to model a rack-based Cooling Distribution Unit (CDU). Other types of cooling systems, such as immersion cooling units, follow the same model.

Creating a Rack-Based CDU (Cooling Distribution Unit)

The Redfish CoolingUnit schema supports different types of gear, such as Cooling Distribution Units (CDUs), connected through Cooling Loops that service the equipment in a single rack. Cooling Loop definitions contain product information and show the connections to and from the loop. This enables software to follow the flow of coolant through its entire cycle in a facility-level cooling system as well as providing basic inventory functions.

The example below shows how UniLogic can both control coolant flow and regulate temperature. To interface with Redfish, a communication bridge or gateway is used to translate industrial protocols into Redfish-compliant RESTful commands.

Redfish Objects - where you configure all resources, for example, all resources used to model a rack-based Cooling Distribution Unit (CDU).

Redfish Space - where you link your resources accordingly.

Redfish Objects

Notes

An ID is a unique identifier throughout the entire project and can be used on only one resource.
Each Redfish Object can have its own set of selected properties using a Properties Configuration template.
After defining Redfish Objects, make sure to link the object within the Redfish Space.

Properties Configuration

Each Redfish Object can have its own set of properties by using a Properties Configuration template.
This enables different objects of the same type to include different fields, and the JSON generated for each object reflects the selected properties.
Note: The supporting struct for each object retains all defined properties, regardless of whether they are selected in the Properties Configuration template.

In the Solution Explorer, add a new Redfish Object (for example, Chassis, Sensors, or any other supported object).
In the Add New <Object> section, enter the required ID, Name, and Description.
From the Properties Configuration drop-down list, select an existing configuration template or choose to create a new one.
In the Add New Properties Configuration section:
- Enter a name for the configuration (optional).
- Select the properties to include by checking or unchecking the available property options.
- Create new templates by clicking Add New Properties Configuration.
The object uses the selected Properties Configuration template, and the generated JSON for the object includes only the properties defined in that configuration.

Chassis

Select Chassis on the Solution Explorer and click Add new Chassis.
UniLogic automatically assigns editable ID, Name and Description fields.
Use the check-boxes to include or exclude the required Properties for this specific Chassis object.
Note: Different Chassis objects can have different sets of properties.
UniLogic creates the Chassis along with a supporting Chassis Struct.
Select Redfish Space on the Solution Explorer, click Chassis > Add New Chassis and link your Chassis struct.

Sensors

Select Sensors on the Solution Explorer and click Add new Sensor.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates the Sensor along with a supporting Sensor Struct.
Select Redfish Space on the Solution Explorer, click Sensors > Add New Sensor and link your Sensor struct.

Controls

The Control Object includes the following capabilities:

Sensor Connections, allowable numeric values, associated sensors, and related item capabilities (sensors must be pre-defined in a Chassis).
Start/Stop control functionality via the SetMode Action, enabling you to send Enable/Disable requests.

Notes

Set Mode Action functionality is only available for Pumps and Cooling Units.
To enable this feature, check the "ActionSetMode" field in the Properties window.

Action Set Mode Enabled and Action Set Mode Disabled states are now included as members of the CoolingUnit and Pump structs.

Users are responsible for tracking these enabled/disabled states.
To enable/disable, set the BIT to 0 in the Status State.

The expanded parameter control options through ControlExcerpt members under CoolantConnector:
- DeltaPressureControlkPa - For differential pressure target control (kPa)
- FlowControlLitersPerMinute - For flow target control (LPM)
- DeltaTemperatureControlCelsius - For temperature differential control (°C)
- ReturnTemperatureControlCelsius- For return coolant temperature control (°C)
- SupplyTemperatureControlCelsius- For supply coolant temperature control (°C)

The expanded parameter control options through ControlExcerpt and SensorExcerpt members under Pump:

SpeedControlPercent - For setting the operating speed of the pump as a percentage of maximum capacity (represents 0% to 100% of maximum speed).
InletPressurekPa - For monitoring system pressure conditions at the entry point of the pump (kPa).

Mode selection capabilities.

ControlMode - Implicit in the ability to enable/disable specific control types.

To configure Controls:

Select Controls on the Solution Explorer and click Add new Control.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.

UniLogic Creates the Control along with a supporting Control Struct.
Select Redfish Space on the Solution Explorer, click Control > Add New Control and link your Control struct.

Thermal Equipment - Cooling Units

Select Thermal Equipment on the Solution Explorer > Cooling Units > Add new CDU.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic Creates the Cooling Unit along with a supporting Cooling Unit Struct.
Select Redfish Space on the Solution Explorer, click Cooling Units > Add New Cooling Unit and link your Cooling Unit struct.

Thermal Equipment - Cooling Loops

Select Thermal Equipment on the Solution Explorer > Cooling Loops > Add new Cooling Loop.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates two Cooling Loops with supporting Cooling Loop structs.
Select Redfish Space on the Solution Explorer, click Cooling Loops > Add New Cooling Loops and link your Cooling Loop structs.

Thermal Equipment - Filters

Select Thermal Equipment on the Solution Explorer > Filters > Add new Filter.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates two Filters with supporting Filter structs.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Filters > Add New Filter and link your Filter structs.

Thermal Equipment - Pumps

Select Thermal Equipment on the Solution Explorer > Pumps > Add new Pump.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates the Pump with supporting Pump struct.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Pumps > Add New Pump and link your Pump struct.

Thermal Equipment - Reservoirs

Select Thermal Equipment on the Solution Explorer > Reservoirs > Add new Reservoir.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates the Reservoir with the supporting Reservoir struct.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Reservoirs > Add New Reservoir and link your Reservoir struct.

Thermal Equipment - Environment Metrics

Select Thermal Equipment on the Solution Explorer > Environment Metrics > Add new Environment Metrics.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates the Environment Metrics with the supporting Environment Metrics struct.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Environment Metrics and link your Environment Metrics struct.

Thermal Equipment - Leak Detectors

Select Thermal Equipment on the Solution Explorer > Leak Detectors > Add new Leak Detector.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates the Leak Detector with the supporting Leak Detector struct.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Leak Detection > Leak Detectors > Add New Leak Detector and link your Leak Detector struct.

Thermal Equipment - Leak Detections

Select Thermal Equipment on the Solution Explorer > Leak Detections > Add new Leak Detection.
UniLogic automatically assigns editable ID, Name and Description fields.
Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.
UniLogic creates the Leak Detection with the supporting Leak Detection struct.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Leak Detection and link your Leak Detection struct.

Thermal Equipment - Coolant Connectors

Select Thermal Equipment on the Solution Explorer > Coolant Connectors > Add new Coolant Connector.
UniLogic automatically assigns editable ID, Name and Description fields.

Select to include or exclude the required Properties by checking/unchecking the Properties check-boxes.

Notes

Check to enable the Valve Control Action. This action allows remote valve state management.
UniLogic automatically creates two tags in the Coolant Connector Struct for these parameters, both initialized to 0. When invoked by a Redfish client, the tags update based on supplied parameters.
Users must implement logic to execute the valve action and reset both tags to 0 after completion.
The Coolant Connector enables valve-related connectivity in Redfish Space:
- Valve Position Sensor (%); as a Sensor Object
- Valve Position Control (%); as a Control Object

UniLogic creates two Coolant Connectors with their supporting Coolant Connector structs.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Primary Coolant Connectors > Add New Coolant Connector and link your "Facility" Coolant Connector Struct.
Select Redfish Space on the Solution Explorer > Cooling Units > Cooling Unit > Secondary Coolant Connectors > Add New Coolant Connector and link your "Rack7" Coolant Connector Struct.

Redfish Space

This is where you link complete resource collection structs as well as members array within a resource collection.

Select Redfish Space on the Solution Explorer.
Click on an Object Type to expand the resource tree and link the required resource configured in the Redfish Objects.
Bolded Object Types allow for adding new objects and for linking both resource collections and individual resources.

Licensing: Activating Redfish

Trial Activation

To activate the Redfish Manager Trial license:

Create a UniLogic project.
Enable and configure Redfish as shown above; include Objects, Thermal Equipment, and other items according to your project needs.
Download your Redfish project to a UniStream controller.
At the end of the download, the One-hour Trial will automatically start.
When the trial hour completes, UniStream will display this HMI screen:

You can reactivate the 1-hour Trial by restarting the PLC or HMI, or by selecting the Reset HMI or Reset PLC option in UniApps.

Full Activation

When you purchase a license from your Unitronics sales representative, you receive a license key number.

In UniApps, select Licensing > Activate Redfish Server License > Enter Key and follow the on-screen instructions for Activation.

Redfish Chassis Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Chassis Type	UINT8	The type of physical form factor of the chassis
		0= Blade	An enclosed or semi-enclosed, typically vertically-oriented, system chassis that must be plugged into a multi-system chassis to function normally
		1= Card	A loose device or circuit board intended to be installed in a system or other enclosure
		2= Cartridge	A small self-contained system intended to be plugged into a multi-system chassis
		3= Component	A small chassis, card, or device that contains devices for a particular subsystem or function
		4= Drawer	An enclosed or semi-enclosed, typically horizontally-oriented, system chassis that can be slid into a multisystem chassis
		5= Enclosure	A generic term for a chassis that does not fit any other description
		6= Expansion	A chassis that expands the capabilities or capacity of another chassis
		7= HeatExchanger	A heat exchanger (v1.23+)
		8= ImmersionTank	An immersion cooling tank (v1.23+)
		9= IPBasedDrive	A chassis in a drive form factor with IP-based network connections (v1.3+)
		10= Module	A small, typically removable, chassis or card that contains devices for a particular subsystem or function
		11= Other	A chassis that does not fit any of these definitions
		12= Pod	A collection of equipment racks in a large, likely transportable, container
		13= PowerStrip	A power strip, typically placed in the zero-U space of a rack (v1.25+)
		14= Rack	An equipment rack, typically a 19-inch wide freestanding unit
		15= RackGroup	A group of racks that form a single entity or share infrastructure (v1.4+)
		16= RackMount	A single-system chassis designed specifically for mounting in an equipment rack
		17= Row	A collection of equipment racks
		18= Shelf	An enclosed or semi-enclosed, typically horizontally-oriented, system chassis that must be plugged into a multi-system chassis to function normally
		19= Sidecar	A chassis that mates mechanically with another chassis to expand its capabilities or capacity
		20= Sled	An enclosed or semi-enclosed, system chassis that must be plugged into a multi-system chassis to function normally similar to a blade type chassis
		21= StandAlone	A single, free-standing system, commonly called a tower or desktop chassis
		22= StorageEnclosure	A chassis that encloses storage (v1.6+)
		23= Zone	A logical division or portion of a physical chassis that contains multiple devices or systems that cannot be physically separated
Manufacturer	STRING-ASCII	The manufacturer of this chassis
Location Ordinal Value	UINT32	The number that represents the location of the part
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	The ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		0= Bottom	The part is in the bottom of the unit
		1= Front	The part is in the front of the unit
		2= Left	The part is on the left side of the unit
		3= Middle	The part is in the middle of the unit
		4= Rear	The part is in the rear of the unit
		5= Right	The part is on the right side of the unit
		6= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location
Rack Offset Units	UINT8	The type of rack units in use
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Model	STRING-ASCII	Provides the model name or number for a product or component
Serial Number	STRING-ASCII	Used to uniquely identify the serial number
Part Number	STRING-ASCII	Provides a unique identifier for a specific part or component
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention

Redfish Sensors Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Enabled	BIT	Indicates whether the sensor is enabled and provides a reading
Reading	REAL	The sensor value
Reading Units	STRING-ASCII	The units of the reading, thresholds, and other reading-related properties in UCUM c/s format
Reading Type	UINT8	The type of the sensor
		0= AbsoluteHumidity	Indicates the absolute (volumetric) humidity, measured in grams per cubic meter (g/m³)(v1.5+)
		1= AirFlow	Indicates the gas volume per unit of time flowing through a junction, measured in cubic feet per minute (ft³/min)(deprecated v1.7)
		2= AirFlowCMM	Indicates the gas volume per unit of time flowing through a junction, measured in cubic meters per minute (m³/min)(v1.7+)
		3= Altitude	Indicates the elevation above sea level, measured in meters (m)
		4= Barometric	Indicates barometric pressure, measured in millimeters of mercury (mmHg)
		5= ChargeAh	Indicates the total electric charge (integral of current over time), measured in ampere-hours (A·h). Reflects consumption since the last sensor reset (v1.4+)
		6= Current	Indicates RMS current measured over complete line cycles, expressed in amperes (A)
		7= EnergyJoules	Indicates energy (integral of real power over time), measured in joules (J). Used for device-level energy consumption; for large-scale measurements, use EnergykWh (v1.23+)
		8= EnergykWh	ndicates energy (integral of real power over time), measured in kilowatt-hours (kW·h). Used for large-scale energy consumption; for device-level measurements, use EnergyJoules or EnergyWh
		9= EnergyWh	Indicates energy (integral of real power over time), measured in watt-hours (W·h). Used for device-level energy consumption; for large-scale measurements, use EnergykWh (v1.4+)
		10= Frequency	Indicates frequency, measured in hertz (Hz)
		11= Heat	Indicates heat measurement, expressed in kilowatts (kW) (v1.7+)
		12= Humidity	Indicates relative humidity, expressed as a percentage (%)
		13= LiquidFlow	Indicates liquid flow rate, measured in liters per second (L/s) (deprecated v1.7)
		14= LiquidFlowLPM	Indicates liquid flow rate, measured in liters per minute (L/min) (v1.7+)
		15= LiquidLevel	Indicates fluid height, measured in centimeters (cm) relative to a reference datum
		16= Percent	Indicates a percentage value (%). The reading typically ranges from 0–100 but may exceed 100 for rate-of-change or similar values (v1.1+)
		17= Power	Indicates average power (product of instantaneous voltage and current), measured in watts (W)
		18= Pressure	Indicates applied force per unit area, measured in pascals (Pa) (deprecated v1.7)
		19= PressurekPa	Indicates pressure relative to atmospheric pressure, measured in kilopascals (kPa) (v1.5+)
		20= PressurePa	Indicates pressure relative to atmospheric pressure, measured in pascals (Pa) (v1.7+)
		21= Rotational	Indicates rotational speed, measured in revolutions per minute ({rev}/min). RPM is a deprecated unit format
		22= Temperature	Indicates temperature, measured in degrees Celsius (°C)
		23= Voltage	Indicates RMS voltage measured over complete line cycles, expressed in volts (V)
Reading Time	STRING-ASCII	This property shall contain the date and time that the reading data was acquired from the sensor
Reading Range Min	INT32	The minimum possible value for this sensor
Reading Range Max	INT32	The maximum possible value for this sensor
Accuracy	REAL	The estimated percent error of measured versus actual values. Deprecated in v1.8 and later.
Precision	REAL	The number of significant digits in the reading
Sensor Reset Time	STRING-ASCII	The date and time when the time-based properties were last reset
Reading: Upper Critical Limit	REAL	A user-defined value at which the reading is considered above normal range but not yet fatal
Activation: Upper Critical Limit	UINT8	The value at which the reading is above normal range but not yet fatal
		0= Activation	The direction of crossing that activates this threshold
		1= DwellTime	The duration the sensor value must violate the threshold before the threshold is activated
		2= HysteresisDuration	The duration the sensor value must not violate the threshold before the threshold is deactivated
		3= HysteresisReading	The reading offset from the threshold value required to clear the threshold
		4= Reading	The threshold value
Reading: Lower Caution Limit	REAL	A user-defined value at which the reading is considered below normal range
Activation: Lower Caution Limit	UINT8	The value at which the reading is below normal range
		0= Activation	The direction of crossing that activates this threshold
		1= DwellTime	The duration the sensor value must violate the threshold before the threshold is activated
		2= HysteresisDuration	The duration the sensor value must not violate the threshold before the threshold is deactivated
		3= HysteresisReading	The reading offset from the threshold value required to clear the threshold
		4= Reading	The threshold value
Reading: Lower Critical Limit	REAL	A user-defined value at which the reading is considered below normal range but not yet fatal
Activation: Lower Critical Limit	UINT8	The value at which the reading is below normal range but not yet fatal
		0= Activation	The direction of crossing that activates this threshold
		1= DwellTime	The duration the sensor value must violate the threshold before the threshold is activated
		2= HysteresisDuration	The duration the sensor value must not violate the threshold before the threshold is deactivated
		3= HysteresisReading	The reading offset from the threshold value required to clear the threshold
		4= Reading	The threshold value
Reading: Lower Fatal Limit	REAL	A user-defined value at which the reading is below normal range and fatal
Activation: Lower Fatal Limit	UINT8	The value at which the reading is below normal range and fatal
		0= Activation	The direction of crossing that activates this threshold
		1= DwellTime	The duration the sensor value must violate the threshold before the threshold is activated
		2= HysteresisDuration	The duration the sensor value must not violate the threshold before the threshold is deactivated
		3= HysteresisReading	The reading offset from the threshold value required to clear the threshold
		4= Reading	The threshold value
Reading: Upper Caution Limit	REAL	A user-defined value at which the reading is considered above normal range
Activation: Upper Caution Limit	UINT8	The value at which the reading is above normal range
		0= Activation	The direction of crossing that activates this threshold
		1= DwellTime	The duration the sensor value must violate the threshold before the threshold is activated
		2= HysteresisDuration	The duration the sensor value must not violate the threshold before the threshold is deactivated
		3= HysteresisReading	The reading offset from the threshold value required to clear the threshold
		4= Reading	The threshold value
Reading: Upper Fatal Limit	REAL	A user-defined value at which the reading is above normal range and fatal
Activation: Upper Fatal Limit	UINT8	The value at which the reading is above normal range and fatal
		0= Activation	The direction of crossing that activates this threshold
		1= DwellTime	The duration the sensor value must violate the threshold before the threshold is activated
		2= HysteresisDuration	The duration the sensor value must not violate the threshold before the threshold is deactivated
		3= HysteresisReading	The reading offset from the threshold value required to clear the threshold
		4= Reading	The threshold value
Adjusted Max Allowable Operating Value	REAL	The adjusted maximum allowable operating value for this equipment based on the environmental conditions
Adjusted Min Allowable Operating Value	REAL	The adjusted minimum allowable operating value for this equipment based on the environmental conditions
Apparent VA	REAL	The product of voltage and current for an AC circuit, in volt-ampere units
Apparent kVAh	REAL	This property shall contain the apparent energy, in kilovolt-amperehour units, for an electrical energy measurement
Average Reading	REAL	The average sensor value
Averaging Interval	STRING-ASCII	The interval over which the average sensor value is calculated
Averaging Interval Achieved	BIT	Indicates that enough readings were collected to calculate the average sensor reading over the averaging interval time
Calibration	REAL	This property shall contain the offset applied to the raw sensor value to provide a calibrated value for the sensor as returned by the Reading property. The value of this property shall follow the units of the Reading property for this sensor instance. Updating the value of this property shall not affect the value of the CalibrationTime property
Calibration Time	STRING-ASCII	The date and time that the sensor was last calibrated
Electrical Context	UINT8	The combination of current-carrying conductors
		0= Line1	The circuits that share the L1 current-carrying conductor
		1= Line1ToLine2	The circuit formed by L1 and L2 current-carrying conductors
		2= Line1ToNeutral	The circuit formed by L1 and neutral current-carrying conductors
		3= Line1ToNeutralAndL1L2	The circuit formed by L1, L2, and neutral current-carrying conductors
		4= Line2	The circuits that share the L2 current-carrying conductor
		5= Line2ToLine3	The circuit formed by L2 and L3 current-carrying conductors
		6= Line2ToNeutral	The circuit formed by L2 and neutral current-carrying conductors
		7= Line2ToNeutralAndL1L2	The circuit formed by L1, L2, and Neutral current-carrying conductors
		8= Line2ToNeutralAndL2L3	The circuits formed by L2, L3, and neutral current-carrying conductors
		9= Line1ToNeutralAndL1L2	The circuit formed by L1, L2, and neutral current-carrying conductors
		10= Line3	The circuits that share the L3 current-carrying conductor
		11= Line3ToLine1	The circuit formed by L3 and L1 current-carrying conductors
		12= Line3ToNeutral	The circuit formed by L3 and neutral current-carrying conductors
		13=Line3ToNeutralAndL3L1	The circuit formed by L3, L1, and neutral current-carrying conductors
		14=LineToLine	The circuit formed by two current-carrying conductors
		15=LineToNeutral	The circuit formed by a line and neutral current-carrying conductor
		16=Neutral	The grounded current-carrying return circuit of current-carrying conductors
		17=Total	The circuit formed by all current-carrying conductors
Implementation	UINT8	The implementation of the sensor
		0= PhysicalSensor	The reading is acquired from a physical sensor
		1= Reported	The reading is obtained from software or a device
		2= Synthesized	The reading is obtained by applying a calculation on one or more properties or multiple sensors. The calculation is not provided
Lowest Reading	REAL	The lowest sensor value
Lowest Reading Time	STRING-ASCII	The time when the lowest sensor value occurred
Lifetime Reading	REAL	The total accumulation value for this sensor
Manufacturer	STRING-ASCII	The manufacturer of this sensor
Min Allowable Operating Value	REAL	The minimum allowable operating value for this equipment
Max Allowable Operating Value	REAL	The maximum allowable operating value for this equipment
Model	STRING-ASCII	The model number of the sensor
Part Number	STRING-ASCII	The part number of the sensor
Peak Reading	REAL	The peak sensor value
Peak Reading Time	STRING-ASCII	The time when the peak sensor value occurred
Physical Context	UINT8	The area or device to which this sensor measurement applies
		0= Accelerator	An accelerator
		1= ACInput	An AC input
		2= ACMaintenanceBypassInput	An AC maintenance bypass input
		3= ACOutput	An AC output
		4= ACStaticBypassInput	An AC static bypass input
		5= ACUtilityInput	An AC utility input
		6= ASIC	An ASIC device, such as a networking chip or chipset component
		7= Back	The back of the chassis
		8= Backplane	A backplane within the chassis
		9= Battery	A battery
		10= Board	A circuit board
		11= Chassis	The entire chassis
		12= ComputeBay	Within a compute bay
		13= CoolingSubsystem	The entire cooling, or air and liquid, subsystem
		14= CPU	A processor (CPU)
		15= CPUSubsystem	The entire processor (CPU) subsystem
		16= DCBus	A DC bus
		17= Exhaust	The air exhaust point or points or region of the chassis
		18= ExpansionBay	An expansion bay
		19= ExpansionSubsystem	A group of expansion bays
		20= Fan	A fan
		21= Filter	A filter
		22= FPGA	An FPGA
		23= Front	The front of the chassis
		24= GPU	A graphics processor (GPU)
		25= GPUSubsystem	The entire graphics processor (GPU) subsystem
		26= Intake	The air intake point or points or region of the chassis
		27= LiquidInlet	The liquid inlet point of the chassis
		28= LiquidOutlet	The liquid outlet point of the chassis
		29= Lower	The lower portion of the chassis
		30= Manager	A management controller, such as a BMC (baseboard management controller).
		31= Memory	A memory device
		32= MemorySubsystem	The entire memory subsystem
		33= Motor	A motor
		34= NetworkBay	Within a networking bay
		35= NetworkingDevice	A networking device
		36= PowerOutlet	An electrical outlet
		37= PowerSubsystem	The entire power subsystem
		38= PowerSupply	A power supply
		39= PowerSupplyBay	A power supply bay
		40= Pump	A pump
		41= Rectifier	A rectifier device
		42= Reservoir	A reservoir
		43= Room	The room
		44= StorageBay	Within a storage bay
		45= StorageDevice	A storage device
		46=StorageSubsystem	A storage subsystem
		47=Switch	A switch device
		48= SystemBoard	The system board (PCB)
		49= Transceiver	A transceiver
		50= Transformer	A transformer
		51= TrustedModule	A trusted module
		52= Upper	The upper portion of the chassis
		53= VoltageRegulator	A voltage regulator device
Physical Sub Context	UINT8	The usage or location within a device to which this sensor measurement applies
		0= Input	The input
		1= Output	The output
Power Factor	REAL	The power factor for this sensor
Reactive VAR	REAL	This property shall contain the arithmetic mean of product terms of instantaneous voltage and quadrature current measurements calculated over an integer number of line cycles for a circuit
Reactive kVARh	REAL	This property shall contain the reactive energy, in kilovolt-amperehours (reactive) units, for an electrical energy measurement
Reading Accuracy	REAL	This property shall contain the accuracy of the value of the Reading property for this sensor
Reading Basis	UINT8	The basis for the reading of this sensor
		0= Delta	A reading that reports the difference between two measurements
		1= Headroom	A reading that decreases as it approaches a defined reference point
		2= Zero	A zero-based reading
Sensing Interval	STRING-ASCII	The time interval between readings of the sensor
Serial Number	STRING-ASCII	The serial number of the sensor
Spare Part Number	STRING-ASCII	The spare part number of the sensor
Speed RPM	REAL	This property shall contain a reading of the rotational speed of the device in revolutions per minute (RPM) units
THD Percent	REAL	This property shall contain the total harmonic distortion of the Reading property in percent units, typically 0 to 100
Location Ordinal Value	UINT32	The number that represents the location of the sensor
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	The ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		0= Bottom	The part is in the bottom of the unit
		1= Front	The part is in the front of the unit
		2= Left	The part is on the left side of the unit
		3= Middle	The part is in the middle of the unit
		4= Rear	The part is in the rear of the unit
		5= Right	The part is on the right side of the unit
		6= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location
Rack Offset Units	UINT8	The type of rack units in use
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Voltage Type	UINT8	The type of input voltage the sensor monitors
		0= AC	Alternating current
		1= DC	Direct current

Redfish Control Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Location Ordinal Value	UINT32	The number that represents the location of the control
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	The ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		0= Bottom	The part is in the bottom of the unit
		1= Front	The part is in the front of the unit
		2= Left	The part is on the left side of the unit
		3= Middle	The part is in the middle of the unit
		4= Rear	The part is in the rear of the unit
		5= Right	The part is on the right side of the unit
		6= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location
Rack Offset Units	UINT8	The type of rack units in use
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Allowable Max	REAL	The maximum possible setting for this control. This property shall indicate the maximum possible value of the SetPoint or SettingMax properties for this control. Services shall not accept values for SetPoint or SettingMax above this value.
Allowable Min	REAL	The minimum possible setting for this control. This property shall indicate the minimum possible value of the SetPoint or SettingMin properties for this control. Services shall not accept values for SetPoint or SettingMin below this value.
Control Delay Seconds	REAL	The time delay in seconds before the control will activate once the value has deviated from the set point. This property shall contain the time in seconds that will elapse after the control value deviates above or below the value of SetPoint before the control will activate.
Coefficient Update Time	STRING-ASCII	The date and time that the control loop coefficients were changed. This property shall contain the date and time that any of the coefficients for the control loop were last changed.
Differential	REAL	The differential coefficient. This property shall contain the coefficient for the differential factor in a control loop.
Integral	REAL	The integral coefficient. This property shall contain the coefficient for the integral factor in a control loop.
Proportional	REAL	The proportional coefficient. This property shall contain the coefficient for the proportional factor in a control loop.
Control Mode	UINT8	The current operating mode of the control.
		0=Automatic	Automatically adjust control to meet the set point.
		1=Disabled	The control has been disabled.
		2=Manual	No automatic adjustments are made to the control.
		3=Override	User override of the automatic set point value.
Control Type	UINT8	The type of control
		0=DutyCycle (v1.5+)	Duty cycle (%) control. This value shall indicate a control used to adjust the duty cycle, such as a PWM-based control, in percent units. The SetPointUnits property shall contain % .
		1=Frequency	Frequency (Hz) control. This value shall indicate a control used to limit the operating frequency, in hertz units, of a device, either to a single set point or within a range. The SetPointUnits property shall contain Hz.
		2=FrequencyMHz (v1.1+)	Frequency (MHz) control. This value shall indicate a control used to limit the operating frequency, in megahertz units, of a device, either to a single set point or within a range. The SetPointUnits property shall contain MHz .
		3=LiquidFlowLPM (v1.6+)	Liquid flow (L/min) control. This value shall indicate a control used to adjust the volume of liquid per unit of time, in liters per minute units, that flows through a particular junction. The SetPointUnits property shall contain L/ min .
		4=Percent (v1.5+)	Percent-based control. This value shall indicate a percent-based control, in percent units. The SetPointUnits property shall contain % .
		5=Power	Power (W) control or power limit. This value shall indicate a control used to regulate or limit maximum power consumption, in watt units, either to a single set point or within a range. The SetPointUnits property shall contain W .
		6=PressurekPa (v1.3+)	Pressure (kPa) control. This value shall indicate a control used to adjust pressure in a system, in kilopascal units. The SetPointUnits property shall contain kPa .
		7=Temperature	Temperature (C) control or thermostat. This value shall indicate a control used to regulate temperature, in degree Celsius units, either to a single set point or within a range. The SetPointUnits property shall contain Cel .
		8=Valve (v1.3+)	Valve (% open) control. This value shall indicate a control used to adjust a valve in a system, in percent units. The SetPointUnits property shall contain % . A value of 100 shall indicate the valve is completely open, and a value of 0 shall indicate the valve is completely closed.
Dead Band	REAL	The maximum deviation from the set point allowed before the control will activate.
Default Set Point	REAL	The default set point of the control.
Implementation	UINT8	The The implementation of the control.
		0=Direct	The set point directly affects the control value.
		1=Monitored	A physical control that cannot be adjusted through this interface.
		2=Programmable	The set point can be adjusted through this interface.
Increment	REAL	The smallest increment supported for the set point.
Physical Context	UINT8	The area or device to which this control applies
		0= Accelerator	An accelerator
		1= ACInput	An AC input
		2= ACMaintenanceBypassInput	An AC maintenance bypass input
		3= ACOutput	An AC output
		4= ACStaticBypassInput	An AC static bypass input
		5= ACUtilityInput	An AC utility input
		6= ASIC	An ASIC device, such as a networking chip or chipset component
		7= Back	The back of the chassis
		8= Backplane	A backplane within the chassis
		9= Battery	A battery
		10= Board	A circuit board
		11= Chassis	The entire chassis
		12= ComputeBay	Within a compute bay
		13= CoolingSubsystem	The entire cooling, or air and liquid, subsystem
		14= CPU	A processor (CPU)
		15= CPUSubsystem	The entire processor (CPU) subsystem
		16= DCBus	A DC bus
		17= Exhaust	The air exhaust point or points or region of the chassis
		18= ExpansionBay	Within an expansion bay
		19= Fan	A fan
		20= FPGA	An FPGA
		21= Front	The front of the chassis
		22= GPU	A graphics processor (GPU)
		23= GPUSubsystem	The entire graphics processor (GPU) subsystem
		24= Intake	The air intake point or points or region of the chassis
		25= LiquidInlet	The liquid inlet point of the chassis
		26= LiquidOutlet	The liquid outlet point of the chassis
		27= Lower	The lower portion of the chassis
		28= Memory	A memory device
		29= MemorySubsystem	The entire memory subsystem
		30= Motor	A motor
		31= NetworkBay	Within a networking bay
		32= NetworkingDevice	A networking device
		33= PowerSubsystem	The entire power subsystem
		34= PowerSupply	A power supply
		35= PowerSupplyBay	Within a power supply bay
		36= Pump	A pump
		37= Rectifier	A rectifier device
		38= Room	The room
		39= StorageBay	Within a storage bay
		40= StorageDevice	A storage device
		41=StorageSubsystem	A storage subsystem
		42=Switch	A switch device
		43= SystemBoard	The system board (PCB)
		44= Transceiver	A transceiver
		45= Transformer	A transformer
		46= TrustedModule	A trusted module
		47= Upper	The upper portion of the chassis
		48= VoltageRegulator	A voltage regulator device
Physical Sub Context	UINT8	The usage or location within a device to which this control applies.
		0=Input	The input.
		1=Output	The output.
Set Point	REAL	The desired set point of the control.
Set Point Accuracy	REAL	Accuracy (+/-) of the set point. This property shall contain the accuracy of the value of the SetPoint for this control. The value shall be the absolute value of the maximum deviation of the SetPoint from its actual value. The value shall be in units that follow the SetPointUnits for this control.
Set Point Type	UINT8	The set point type used to operate the control.
		0=Range	Control uses a range of values. This value shall indicate the control utilizes a set point range for its operation. The SettingMin and SettingMax properties shall be present for this control type. The SetPoint property shall not be present for this control type
		1=Single	Control uses a single set point. This value shall indicate the control utilizes a single set point for its operation. The SetPoint property shall be present for this control type. The SettingMin and SettingMax properties shall not be present for this control type.
Set Point Units	STRING-ASCII	The units of the set point and related properties in UCUM c/s format.
Set Point Update Time	STRING-ASCII	The date and time that the set point was changed.
Setting Max	REAL	The maximum set point in the allowed range.
Setting Min	REAL	The minimum set point in the allowed range.

Redfish Cooling Unit Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference
Description	STRING-ASCII	A brief textual explanation of the object or resource
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Cooling Capacity Watts	UINT32	Specifies the maximum cooling capacity of a system or component
Equipment Type	UINT8	Equipment Type Options
		0= CDU	A coolant distribution unit (CDU)
		1= HeatExchanger	A heat exchanger
		2= ImmersionUnit	An immersion cooling unit
Firmware Version	STRING-ASCII	The firmware version of this equipment
Location Ordinal Value	UINT32	The number that represents the location of the part
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	The ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		1= Bottom	The part is in the bottom of the unit
		2= Front	The part is in the front of the unit
		3= Left	The part is on the left side of the unit
		4= Middle	The part is in the middle of the unit
		5= Rear	The part is in the rear of the unit
		6= Right	The part is on the right side of the unit
		7= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location.
Rack Offset Units	UINT8	The type of rack units in use
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Manufacturer	STRING-ASCII	The manufacturer of this equipment
Model	STRING-ASCII	Provides the model name or number for a product or component
Part Number	STRING-ASCII	Provides a unique identifier for a specific part or component
Serial Number	STRING-ASCII	Used to uniquely identify the serial number
Action Set Mode Enabled	BIT	An indicator allowing an operator to physically locate this resource
Action Set Mode Disabled	BIT	An indicator allowing an operator to physically locate this resource
Rated Thermal Loss to Air (Watts)	INT32	The rated maximum amount of heat, in watt units, lost to the surrounding environment during normal operation
User Label	STRING-ASCII	A user-assigned label
Version	STRING-ASCII	The hardware version of this equipment
Production Date	STRING-ASCII	The production or manufacturing date of this equipment

Redfish Cooling Loops Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Additive Name	STRING-ASCII	Provides the name of an additive
Additive Percent	REAL	Indicates the proportion of an additive relative to the total mixture
Coolant Type	UINT8	Specifies the type of coolant
		0= Dielectric	Dielectric fluid
		1= Fluorocarbon	Fluorocarbon-based
		2= Hydrcarbon	Hydrocarbon-based
		3= Water	Water or glycol mixture, including additives
Density Kg Per Cubic Meter	REAL	Specifies the density of a substance
Rated Service Hours	REAL	Indicates the expected or recommended number of operational hours before maintenance or replacement is needed
Service Date	STRING-ASCII	Provides the date when service or maintenance was performed
Service Hours	REAL	Indicates the total time dedicated to service or maintenance tasks
Specific Heat kJoules Per KgK	REAL	Represents the specific heat capacity of a substance, measured in kilojoules per kilogram-kelvin (kJ/kg·K)
Coolant Level Status	UINT8	Indicates the current status or level of coolant
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Coolant Quality	UINT8	Indicates the quality or condition of the coolant
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Location Indicator Active	BIT	Used to represent a simple binary state or condition related to location
Rated Flow	REAL	Specifies the designed or nominal flow rate that the system or component is rated to handle
Rated Pressure kPa	Real	Specifies the maximum or nominal pressure that a system or component is rated to handle
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Cooling Loop Type	UINT8	Represents the type of cooling loop
		0= FWS	Facility Water System (FWS)
		1= Row TCS	A loop connecting to one or more racks or similar scope. May connect to multiple TCS loops
		2= TCS	Technology Cooling System (TCS)

Redfish Filter Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Hot Pluggable	BIT	Indicates whether a component or device can be inserted or removed while the system is operating without needing to power down
Location Ordinal Value	UINT32	The number that represents the location of the part
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	The ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		0= Bottom	The part is in the bottom of the unit
		1= Front	The part is in the front of the unit
		2= Left	The part is on the left side of the unit
		3= Middle	The part is in the middle of the unit
		4= Rear	The part is in the rear of the unit
		5= Right	The part is on the right side of the unit
		6= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location.
Rack Offset Units	UINT8	Represents the units used for the rack offset
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Location Indicator	BIT	Used to represent a simple binary state or condition related to location
Manufacturer	STRING-ASCII	The name of the manufacturer
Model	STRING-ASCII	Provides the model name or number for a product or component
Part Number	STRING-ASCII	Provides a unique identifier for a specific part or component
Physical Context	UINT8	The area or device to which this leak filter applies
		0= Accelerator	An accelerator
		1= ACInput	An AC input
		2= ACMaintenanceBypassInput	An AC maintenance bypass input
		3= ACOutput	An AC output
		4= ACStaticBypassInput	An AC static bypass input
		5= ACUtilityInput	An AC utility input
		6= ASIC	An ASIC device, such as a networking chip or chipset component
		7= Back	The back of the chassis
		8= Backplane	A backplane within the chassis
		9= Battery	A battery
		10= Board	A circuit board
		11= Chassis	The entire chassis
		12= ComputeBay	Within a compute bay
		13= CoolingSubsystem	The entire cooling, or air and liquid, subsystem
		14= CPU	A processor (CPU)
		15= CPUSubsystem	The entire processor (CPU) subsystem
		16= DCBus	A DC bus
		17= Exhaust	The air exhaust point or points or region of the chassis
		18= ExpansionBay	Within an expansion bay
		19= Fan	A fan
		20= FPGA	An FPGA
		21= Front	The front of the chassis
		22= GPU	A graphics processor (GPU)
		23= GPUSubsystem	The entire graphics processor (GPU) subsystem
		24= Intake	The air intake point or points or region of the chassis
		25= LiquidInlet	The liquid inlet point of the chassis
		26= LiquidOutlet	The liquid outlet point of the chassis
		27= Lower	The lower portion of the chassis
		28= Memory	A memory device
		29= MemorySubsystem	The entire memory subsystem
		30= Motor	A motor
		31= NetworkBay	Within a networking bay
		32= NetworkingDevice	A networking device
		33= PowerSubsystem	The entire power subsystem
		34= PowerSupply	A power supply
		35= PowerSupplyBay	Within a power supply bay
		36= Pump	A pump
		37= Rectifier	A rectifier device
		38= Room	The room
		39= StorageBay	Within a storage bay
		40= StorageDevice	A storage device
		41= SystemBoard	The system board (PCB)
		42= Transceiver	A transceiver
		43= Transformer	A transformer
		44= TrustedModule	A trusted module
		45= Upper	The upper portion of the chassis
		46= VoltageRegulator	A voltage regulator device
Rated Service Hours	REAL	The number of hours a device or component is rated to operate under normal conditions
Replaceable	BIT	Indicates whether a component or part can be replaced
Service Date	STRING-ASCII	Represents the date on which the service was performed.
Service Hours	REAL	Represents the total number of hours spent on service or maintenance.

Redfish Pump Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Firmware Version	STRING-ASCII	Represents the version of the firmware
Location Ordinal Value	UINT32	The number that represents the location of the part
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	The ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		0= Bottom	The part is in the bottom of the unit
		1= Front	The part is in the front of the unit
		2= Left	The part is on the left side of the unit
		3= Middle	The part is in the middle of the unit
		4= Rear	The part is in the rear of the unit
		5= Right	The part is on the right side of the unit
		6= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location.
Rack Offset Units	UINT8	Represents the units used for the rack offset
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Location Indicator	BIT	Used to represent a simple binary state or condition related to location
Manufacturer	STRING-ASCII	The name of the manufacturer
Model	STRING-ASCII	Provides the model name or number for a product or component
Part Number	STRING-ASCII	Provides a unique identifier for a specific part or component
Physical Context	UINT8	The area or device to which this pump applies
		0= Accelerator	An accelerator
		1= ACInput	An AC input
		2= ACMaintenanceBypassInput	An AC maintenance bypass input
		3= ACOutput	An AC output
		4= ACStaticBypassInput	An AC static bypass input
		5= ACUtilityInput	An AC utility input
		6= ASIC	An ASIC device, such as a networking chip or chipset component
		7= Back	The back of the chassis
		8= Backplane	A backplane within the chassis
		9= Battery	A battery
		10= Board	A circuit board
		11= Chassis	The entire chassis
		12= ComputeBay	Within a compute bay
		13= CoolingSubsystem	The entire cooling, or air and liquid, subsystem
		14= CPU	A processor (CPU)
		15= CPUSubsystem	The entire processor (CPU) subsystem
		16= DCBus	A DC bus
		17= Exhaust	The air exhaust point or points or region of the chassis
		18= ExpansionBay	Within an expansion bay
		19= Fan	A fan
		20= FPGA	An FPGA
		21= Front	The front of the chassis
		22= GPU	A graphics processor (GPU)
		23= GPUSubsystem	The entire graphics processor (GPU) subsystem
		24= Intake	The air intake point or points or region of the chassis
		25= LiquidInlet	The liquid inlet point of the chassis
		26= LiquidOutlet	The liquid outlet point of the chassis
		27= Lower	The lower portion of the chassis
		28= Memory	A memory device
		29= MemorySubsystem	The entire memory subsystem
		30= Motor	A motor
		31= NetworkBay	Within a networking bay
		32= NetworkingDevice	A networking device
		33= PowerSubsystem	The entire power subsystem
		34= PowerSupply	A power supply
		35= PowerSupplyBay	Within a power supply bay
		36= Pump	A pump
		37= Rectifier	A rectifier device
		38= Room	The room
		39= StorageBay	Within a storage bay
		40= StorageDevice	A storage device
		41= SystemBoard	The system board (PCB)
		42= Transceiver	A transceiver
		43= Transformer	A transformer
		44= TrustedModule	A trusted module
		45= Upper	The upper portion of the chassis
		46= VoltageRegulator	A voltage regulator device
Production Date	STRING-ASCII	Represents the date when a product was manufactured
Pump Type	UINT8	Specifies the type or model of a pump
		0= Compressor	A compressor
		1= Liquid	A water or liquid pump
Service Number	STRING-ASCII	Represents a unique identifier for a service event or record
Service Hours	REAL	Represents the total number of hours dedicated to service or maintenance
Version	STRING-ASCII	Provides the version number or identifier for software

Redfish Reservoir Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Capacity Liters	REAL	Specifies the total volume or capacity of a container
Fluid Level Status	UINT8	Indicates the current status or level of fluid within a container or system
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Location Ordinal Value	UINT32	The number that represents the location of the part
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	he ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		0= Bottom	The part is in the bottom of the unit
		1= Front	The part is in the front of the unit
		2= Left	The part is on the left side of the unit
		3= Middle	The part is in the middle of the unit
		4= Rear	The part is in the rear of the unit
		5= Right	The part is on the right side of the unit
		6= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location.
Rack Offset Units	UINT8	Represents the units used for the rack offset
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Location Indicator	BIT	Used to represent a simple binary state or condition related to location
Manufacturer	STRING-ASCII	The name of the manufacturer
Model	STRING-ASCII	Provides the model name or number for a product or component
Part Number	STRING-ASCII	Provides a unique identifier for a specific part or component
Physical Context	UINT8	The area or device to which this leak detector applies
		0= Accelerator	An accelerator
		1= ACInput	An AC input
		2= ACMaintenanceBypassInput	An AC maintenance bypass input
		3= ACOutput	An AC output
		4= ACStaticBypassInput	An AC static bypass input
		5= ACUtilityInput	An AC utility input
		6= ASIC	An ASIC device, such as a networking chip or chipset component
		7= Back	The back of the chassis
		8= Backplane	A backplane within the chassis
		9= Battery	A battery
		10= Board	A circuit board
		11= Chassis	The entire chassis
		12= ComputeBay	Within a compute bay
		13= CoolingSubsystem	The entire cooling, or air and liquid, subsystem
		14= CPU	A processor (CPU)
		15= CPUSubsystem	The entire processor (CPU) subsystem
		16= DCBus	A DC bus
		17= Exhaust	The air exhaust point or points or region of the chassis
		18= ExpansionBay	Within an expansion bay
		19= Fan	A fan
		20= FPGA	An FPGA
		21= Front	The front of the chassis
		22= GPU	A graphics processor (GPU)
		23= GPUSubsystem	The entire graphics processor (GPU) subsystem
		24= Intake	The air intake point or points or region of the chassis
		25= LiquidInlet	The liquid inlet point of the chassis
		26= LiquidOutlet	The liquid outlet point of the chassis
		27= Lower	The lower portion of the chassis
		28= Memory	A memory device
		29= MemorySubsystem	The entire memory subsystem
		30= Motor	A motor
		31= NetworkBay	Within a networking bay
		32= NetworkingDevice	A networking device
		33= PowerSubsystem	The entire power subsystem
		34= PowerSupply	A power supply
		35= PowerSupplyBay	Within a power supply bay
		36= Pump	A pump
		37= Rectifier	A rectifier device
		38= Room	The room
		39= StorageBay	Within a storage bay
		40= StorageDevice	A storage device
		41= SystemBoard	The system board (PCB)
		42= Transceiver	A transceiver
		43= Transformer	A transformer
		44= TrustedModule	A trusted module
		45= Upper	The upper portion of the chassis
		46= VoltageRegulator	A voltage regulator device
Reservoir Type	UINT8	Identifies the type or classification of a reservoir
		0= Immersion	An immersion cooling tank
		1= Inline	An inline or integrated reservoir
		2= Overflow	An overflow reservoir for excess fluid
		3= Reserve	A reservoir providing reserve fluid capacity
Serial Number	STRING-ASCII	Used to uniquely identify the serial number

Redfish Environment Metrics Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.

Redfish Leak Detector Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Detector State	UINT8	Indicates the operational state or status of a detector
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Leak Detector Type	UINT8	Specifies the type or model of a leak detector
		0= FloatSwitch	A float switch
		1= Moisture	A moisture sensor
Location Ordinal Value	UINT32	The number that represents the location of the part
Location Type	UINT8	The type of location of the part
		0= Backplane	A backplane (v1.12+)
		1= Bay	A bay
		2= Connector	A connector or port
		3= Embedded	Embedded within a part (v1.13+)
		4= Slot	A slot
		5= Socket	A socket
Orientation	UINT8	The orientation for the ordering of the slot enumeration
		0= BackToFront	he ordering for the LocationOrdinalValue is back to front
		1= BottomToTop	The ordering for LocationOrdinalValue is bottom to top
		2= FrontToBack	The ordering for LocationOrdinalValue is front to back
		3= LeftToRight	The ordering for the LocationOrdinalValue is left to right
		4= RightToLeft	The ordering for the LocationOrdinalValue is right to left
Reference	UINT8	The reference point for the part location. Provides guidance about the general location of the part
		0= Bottom	The part is in the bottom of the unit
		1= Front	The part is in the front of the unit
		2= Left	The part is on the left side of the unit
		3= Middle	The part is in the middle of the unit
		4= Rear	The part is in the rear of the unit
		5= Right	The part is on the right side of the unit
		6= Top	The part is in the top of the unit
Service Label	STRING-ASCII	Used to identify or describe a service
Location Info	STRING-ASCII	Used to provide information about a location
Location Rack	STRING-ASCII	Identifies the specific rack or slot location within a system or physical environment
Location Row	STRING-ASCII	Indicates the row within a physical structure
Location Offset	INT32	Represents an offset or positional adjustment within a location.
Rack Offset Units	UINT8	Represents the units used for the rack offset
		0= EIA_310	A rack unit that is equal to 1.75 in (44.45 mm)
		1= OpenU	A rack unit that is equal to 48 mm (1.89 in)
Room	STRING-ASCII	Provides the name or identifier of a room
Floor	STRING-ASCII	Specifies the floor or level where a location or item is situated
Manufacturer	STRING-ASCII	The name of the manufacturer
Model	STRING-ASCII	Provides the model name or number for a product or component
Part Number	STRING-ASCII	Provides a unique identifier for a specific part or component
Physical Context	UINT8	The area or device to which this leak detector applies
		0= Accelerator	An accelerator
		1= ACInput	An AC input
		2= ACMaintenanceBypassInput	An AC maintenance bypass input
		3= ACOutput	An AC output
		4= ACStaticBypassInput	An AC static bypass input
		5= ACUtilityInput	An AC utility input
		6= ASIC	An ASIC device, such as a networking chip or chipset component
		7= Back	The back of the chassis
		8= Backplane	A backplane within the chassis
		9= Battery	A battery
		10= Board	A circuit board
		11= Chassis	The entire chassis
		12= ComputeBay	Within a compute bay
		13= CoolingSubsystem	The entire cooling, or air and liquid, subsystem
		14= CPU	A processor (CPU)
		15= CPUSubsystem	The entire processor (CPU) subsystem
		16= DCBus	A DC bus
		17= Exhaust	The air exhaust point or points or region of the chassis
		18= ExpansionBay	Within an expansion bay
		19= Fan	A fan
		20= FPGA	An FPGA
		21= Front	The front of the chassis
		22= GPU	A graphics processor (GPU)
		23= GPUSubsystem	The entire graphics processor (GPU) subsystem
		24= Intake	The air intake point or points or region of the chassis
		25= LiquidInlet	The liquid inlet point of the chassis
		26= LiquidOutlet	The liquid outlet point of the chassis
		27= Lower	The lower portion of the chassis
		28= Memory	A memory device
		29= MemorySubsystem	The entire memory subsystem
		30= Motor	A motor
		31= NetworkBay	Within a networking bay
		32= NetworkingDevice	A networking device
		33= PowerSubsystem	The entire power subsystem
		34= PowerSupply	A power supply
		35= PowerSupplyBay	Within a power supply bay
		36= Pump	A pump
		37= Rectifier	A rectifier device
		38= Room	The room
		39= StorageBay	Within a storage bay
		40= StorageDevice	A storage device
		41= SystemBoard	The system board (PCB)
		42= Transceiver	A transceiver
		43= Transformer	A transformer
		44= TrustedModule	A trusted module
		45= Upper	The upper portion of the chassis
		46= VoltageRegulator	A voltage regulator device
Sensing Frequency	REAL	Defines the rate or frequency at which a sensing operation or measurement is performed.
Serial Number	STRING-ASCII	Used to uniquely identify the serial number

Redfish Leak Detection Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention

Redfish Coolant Connector Struct values

Name	Data Type	Definition
ID	STRING-ASCII	This is a unique ID name
Name	STRING-ASCII	This is a name that you assign for your own reference.
Description	STRING-ASCII	A brief textual explanation of the object or resource.
Status State	BIT	Indicates the current status or state of the object
Status Health	UINT8	Represents the health status of the object or resource
		0= Critical	A critical condition requires immediate attention
		1= OK	Normal
		2= Warning	A condition requires attention
Coolant Connector Type	UINT8	Specifies the type of coolant connector used in the system
		0= Closed	A closed or self-contained loop
		1= Inline	An inline connection or measurement point
		2= Pair	A connection pair
		3= Return	A return or outflow connection
		4= Supply	A supply or intake connection
Cooling Loop Name	STRING-ASCII	The name assigned to the cooling loop in the system
Location indicator Active	BIT	Indicates the state of the indicator used to physically identify or locate this resource
Rated Flow	REAL	The specified or maximum flow rate for a fluid or gas in the system
Rated Flow Pressure kpa	REAL	The pressure corresponding to the rated flow, measured in kilopascals (kPa)
Rated Pressure kpa	REAL	The maximum allowable pressure for the system, measured in kilopascals (kPa)
Manufacturer	STRING-ASCII	The name of the manufacturer
Model	STRING-ASCII	Provides the model name or number for a product or component
Part Number	STRING-ASCII	Provides a unique identifier for a specific part or component
Serial Number	STRING-ASCII	The serial number of the component
SKU	STRING-ASCII	The The SKU of the component
Spare Part Number	STRING-ASCII	The The spare part number of the component
Valve Control Action	INT32	This action shall set the operating state of the coolant connector represented by the resource
		Valve State	Defines the state of the connector 0= No Action 1= Closed 2= Open
		Valve State Reason	Defines the reason for the state of the connector 0= No Action 1= Leak Detected 2= Normal 3= Not In Use