Fourteen individual asset design reports exist which cater to different asset design disciplines such as Electrical, Process and Instrumentation. These reports are listings of asset design specific entities such as objects, design parts and their associated information. Setting page breaks as well as customizations on technical data of each report is possible through the availability of report parameters and their mappings.
The general item list is used to list design objects and object-related information. It owns the following content:
| Report Column | Column Referent |
| Object ID | Design object ID |
| Description | Design object description |
| *Purchase Package | The purchase package characteristics on the design object |
| Location | Design object location |
| Remark | Design object remark |
Note: The element with * is a technical attribute whose value depends on the parameter mapping. Page breaks for this report can be defined with LU items of the design object.
The general component list lists design objects and their connected design parts. It owns the following content:
| Report Column | Column Referent |
| Object ID | Design object ID |
| Description | Design object description |
| Design Part ID | Design part ID |
| Description | Design part description |
| Manufacturer | Design part manufacturer name |
| Dimension/Quality | Design part dimension/quality |
| Remark (Above) | Design object remark1 |
| Remark (Below) | Design part remark1 |
Note: Page breaks for this report can be defined with LU items of the design object.
The general design part list is used for listing design parts and owns the following content:
| Report Column | Column Referent |
| Design Part ID | Design part ID |
| Description | Design part description |
| Manufacturer | Design part manufacturer name |
| Supplier | Design part supplier name |
| Type Designation | Design part type designation |
| Dimension/Quality | Design part dimension/quality |
| Remark (Above) | Design part remark1 |
| Remark (Below) | Design part remark2 |
Note: Page breaks for this report can be defined with LU items of the design part.
The cable list is used to list cables, their connected design parts along with some
selected technical data. The data structure is as shown below:
Cable list owns the following content:
| Report Column | Column Referent |
| Cable No | Cable object ID |
| Type | Cable design Part ID |
| *Voltage | Cable object characteristic |
| *Length | Cable object characteristic |
| From Object | From-Object object ID for the cable |
| From Description | From-Object description for the cable |
| To Object | To-Object object ID for the cable |
| To Description | To-Object description for the cable |
| Remark (Above) | Design object remark 1 |
| Remark (Below) | Design Part remark1 |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the cable object.
The instrument requirement list lists closely located instrument components and some selected technical data. The data structure is as shown below:
e.g. A set of Instrument Components (control valve) in a flow line.
Instrument requirement list owns the following content:
| Report Column | Column Referent |
| Component | Instrument component object ID |
| Description | Instrument component description |
| *Fluid | Fluid characteristics (component) |
| *Flow Rate | Flow rate characteristics (component) |
| *Design Temperature | Design temperature characteristics (component) |
| *Design Pressure | Design pressure characteristics (component) |
| Closely Located | Object ID |
| Remark (Above) | Design object remark1 |
| Remark (Below) | Design object remark2 |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the instrument component.
The instrument specification list is used for listing all instrument components, main design part and some selected technical data for the design part. The data structure is as shown below:
Instrument specification list owns the following content:
| Report Column | Column Referent |
| Component | Design object ID |
| Description | Design object description |
| Design Part | Design part ID |
| Description | Design part description |
| Manufacturer | Design part manufacturer name |
| Dimension/Quality | Design part dimension/quality |
| *Instrument characteristics | Instrument characteristics (design part) |
| *Body Material | Body material (design part) |
| *Transmitter | Transmitter (design part) |
| Remark (Above) | Design object remark1 |
| Remark (Below) | Design part remark1 |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the instrument component.
Motor requirement list is used to list motors, driven object and some selected technical data for the motor. The data structure is as shown below:
Motor requirement list contains the following content:
| Report Column | Column Referent |
| Motor | Motor object ID |
| Description | Motor object description |
| Driven Object | Object driven by the motor |
| Description | Description of the driven object |
| *Rated Output Power (kW) | Motor object characteristic |
| *Rated Voltage (V) | Motor object characteristic |
| *Supply Frequency (Hz) | Motor object characteristic |
| *Starting Method | Motor object characteristic |
| Remark (Above) | Design object remark1 |
| Remark (Below) | Design object remark2 |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the motor object.
Motor specification list lists motors and its main design part with some selected technical data for the design part. The data structure is as shown below:
Motor specification list owns the following content:
| Report Column | Column Referent |
| Motor | Motor object ID |
| Description | Motor description |
| Design Part | Design part ID |
| Manufacturer | Design part manufacturer name |
| Dimension/Quality | Design part dimension/quality |
| *Output Power | Design part characteristic |
| *Number of Revolutions | Design part characteristic |
| *Output Current | Design part characteristic |
| *Output Voltage | Design part characteristic |
| Remark (Above) | Design object remark1 |
| Remark (Below) | Design part remark1 |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the motor object.
Pipe line list is a report for listing pipe lines and their characteristics. The data structure is as shown below:
Pipe line list owns the following content:
| Report Column | Column Referent |
| Line Number | Pipe object ID |
| Description | Pipe line object description |
| From Object | From object ID |
| From Description | From object description |
| To Object | To object ID |
| To Description | To object description |
| *Fluid | Fluid characteristic (pipe object) |
| *Flow Rate | Flow rate characteristic (pipe object) |
| *Design Temperature | Design temperature characteristic (pipe object) |
| *Design Pressure (Above) | Design pressure characteristic (pipe object) |
| *Test Pressure (Below) | Test pressure characteristic (pipe object) |
| Remark (Above) | Design object remark1 |
| Remark (Below) | Design object remark2 |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the pipe object.
Commissioning status report lists all objects that are connected to a specified Commissioning Package and its MC Package with some desired characteristics for a specified selection. The data structure is as shown below:
Commissioning status report owns the following content:
| Report Column | Column Referent |
| Object ID | Main object ID |
| Commissioning Package No | Commissioning package object ID |
| MC Package No. | MC package object ID |
| *Check Record 1 | Main object characteristic check record 1. |
| *Supplier: Executor |
Main object characteristic, CR1 verified by supplier, executor |
| *Supplier: Company |
Main object characteristic, CR1 verified by supplier, company |
| *Fabrication: Executor |
Main object characteristic, CR1 verified by fabrication, executor |
| *Fabrication: Company |
Main object characteristic, CR1 verified by fabrication, company |
| *Hookup: Executor |
Main object characteristic, CR1 verified by hook-up, executor |
| *Hookup: Company |
Main object characteristic, CR1 verified by hook-up, company |
| *Check Record 2 | Main object characteristic check record 2. |
| *Supplier: Executor |
Main object characteristic, CR2 verified by supplier, executor |
| Supplier: Company |
Main object characteristic, CR2 verified by supplier, company |
| *Fabrication: Executor |
Main object characteristic, CR2 verified by fabrication, executor |
| *Fabrication: Company |
Main object characteristic, CR2 verified by fabrication, company |
| *Hookup: Executor |
Main object characteristic, CR2 verified by hookup, executor |
| *Hookup: Company |
Main object characteristic, CR2 verified by hookup, company |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the main object.
Terminal disposition list lists all terminals belonging to and beneath a particular terminal level and some of the desired characteristics for a specified selection. The data structure is as shown below:
Terminal disposition list owns the following content:
| Report Column | Column Referent |
| Terminal Group | The object ID of the connection point object |
| Terminal | The terminal value from the terminal on the connection point object |
| Signal Object | The signal object connected to the connection point terminal |
| Connection Level | The connection level from the cable part |
| Potential | The potential value from the cable part |
| Wire | The wire value from the cable part |
| Cable | The object ID on the cable object |
| To Connection Point | The object ID of the object that is connected on the other side of the cable part(not the connection point). |
| Terminal | The terminal value of the terminal connected to the other side of the cable part(not the connection point). |
Note: Page breaks for this report can be defined with LU items of the terminal object.
Switchgear requirement list lists the belonging consumers and some of the desired characteristics for a specified selection. The data structure is as shown below:
Switchgear requirement list owns the following content:
| Report Column | Column Referent |
| Object ID | The consumer object ID. |
| Description | The description of the consumer object. |
| *Voltage | The switchboard characteristics. |
| *Duty Type | The consumer object characteristics. |
| *Duty Factor | The consumer object characteristics. |
| *Rated Shaft Power (kW) | Design part characteristics on the consumer object. |
| *Efficiency at 1/1 Load | Design part characteristics on the consumer object. |
| *Efficiency at ¾ Load | Design part characteristics on the consumer object. |
| *Power Factor at 1/1 Load | Design part characteristics on the consumer object. |
| *Power Factor at ¾ Load | Design part characteristics on the consumer object. |
| Resulting Active Power | The sum of (Rated Shaft Power * Duty Factor) / (Efficiency at 1/1 Load) |
| Operating Load (kVA) | The sum of ( Resulting Active Power ) / ( Power Factor at 1/1 Load ) |
| Remark | Remark1 value from the consumer object. |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the switchboard object.
Switchgear specification list lists the
belonging to and lower levels of switchgears and some of the desired
characteristics for a specified selection. The data structure is as shown below:
Switchgear specification list owns the following content:
| Report Column | Column Referent |
| Object ID | The Switchboard compartment object ID. |
| Circuit No. | Object ID of the consumer object which is supplied from the switchboard compartment. |
| *Circuit No.: Motor Rated Power |
Design part characteristics of the consumer object. |
| *Circuit No.: Motor Rated Current |
Design part characteristics of the consumer object. |
| *Switchboard Comp: Type |
Design part characteristics from the switchboard compartment. |
| *Switchboard Comp: Rated Output Power |
Design part characteristics from the switchboard compartment. |
| *Current Transformer: Type |
Design part characteristics from the switchboard compartment. |
| *Current Transformer: Rpm |
Design part characteristics from the switchboard compartment. |
| *Current Transformer: Measure |
Design part characteristics from the switchboard compartment. |
| *Main Fuse: Type |
Design part characteristics from the switchboard compartment. |
| *Main Fuse: Fuse (A) |
Design part characteristics from the switchboard compartment. |
| Remark | Remark1 value from the switchboard compartment |
Note: The elements with * are technical attributes whose values depend on the parameter mappings. Page breaks for this report can be defined with LU items of the switchboard compartment object.
Purchase allocation report lists all the objects that are preliminary assigned to an Object Circuit with a matching Purchase Package and their characteristics. The data structure is as shown below:
Purchase allocation report owns the following content:
| Report Column | Column Referent |
| Purchase Package | The purchase package characteristics on the main object |
| Object ID | The object ID of the main object |
| Description | The description field value from the main object |
| *Type | The type characteristics on the main object |
| Remark | The remark1 field value from the main object. |
Note: The element with * is a technical attribute whose value depends on the parameter mapping. Page breaks for this report can be defined with LU items of the main object.