OCS Automated Tools

OCS Systems

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OCS Automated Tools by Mind Map: OCS Automated Tools

1. Layout Plan Design

1.1. Inputs

1.1.1. Basic design

1.1.1.1. Conductor geometry requirements

1.1.1.2. Max permissible structure size

1.1.2. Isolation diagram

1.1.2.1. Location of insulation points

1.1.2.2. location of switches (access)

1.1.3. Interfacing disciplines

1.1.4. Topographical survey

1.1.5. Construction strategy

1.2. Outputs

1.2.1. 3D model

1.2.1.1. Staging Schematics

1.2.1.2. Layout design

1.2.1.2.1. 2D Final Schematic

1.2.2. Foundation schedule

1.2.2.1. DRA

1.2.2.2. Materials

1.2.2.3. Design data

1.2.3. Wiring diagrams

1.2.4. Automated assurance certificate

1.2.5. DRA

1.3. Design Functions

1.3.1. Span & versine validation

1.3.2. Blow Off validation

1.3.3. Lateral loading calculator

1.3.4. Vertical loading calculator

1.3.5. Dropper calculation

1.3.6. Along track movement modelling

1.3.7. Stagger change modelling

1.3.8. Conductor grading assessment

1.3.9. Aux Conductor routing assessment

2. Cross Section Design

2.1. Inputs

2.1.1. Basic design

2.1.1.1. S&R

2.1.1.2. Steelwork

2.1.2. Construction considerations

2.1.3. Interfacing disciplines

2.2. Outputs

2.2.1. 3D model

2.2.1.1. 2D cross section

2.2.1.2. Allocation

2.2.2. Bill of materials

2.2.2.1. Format for contactor procurement system

2.2.2.2. Change control

2.2.3. Live & dead load Calculation

2.2.4. DRA

2.3. Functions

2.3.1. Parametric steelwork tool

2.3.2. Parametric support and registration

2.3.3. Pantograph analysis

2.3.4. Electrical clearance assessment

2.3.5. Minimum stagger assessment

2.3.6. SPS clash detection

3. Switching Design

3.1. Inputs

3.1.1. Basic design

3.1.2. Isolation diagram

3.1.3. Topographical survey

3.2. Outputs

3.2.1. Construction drawings

3.2.2. Bill of materials

3.2.3. Construction animation

3.2.4. Inspection and test plan

3.2.5. Safe access plan

3.2.6. DRA

3.3. Functions

3.3.1. Electrical clearance assessment

3.3.2. SPS clash detection

3.3.3. Cable/conductor routing

4. Bonding Design

4.1. Inputs

4.1.1. Signalling design

4.1.2. OCS design

4.1.3. Basic design

4.1.3.1. Final bonding plan

4.2. Outputs

4.2.1. Staged bonding plans

4.2.2. Bill of materials

4.2.3. DRA

4.3. Functions

4.3.1. Automated bonding plan creation

4.3.2. Traction return rail validation

4.3.3. Track to Track bonding distance check

4.3.4. bonding schedule generator

4.3.5. Web based asset correlation