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Interfleet Technology - Rail Control Systems

Interfleet Technology - Rail Control Systems

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  • 1. Rail Control Systems Interfleet is leader provider of consultancy services to clients who are seeking to improve the efficiency, capacity, safety and value-for-money of their railway assets. We achieve this through both the optimisation of existing systems and the introduction of modern rail control systems to enable extensive automation, including fully unmanned solutions. Our capabilities and expertise covers the full spectrum of rail control systems including in-cab, conventional and legacy signalling, automated train control on metro and mainline infrastructure, centralised traffic control centres, and communications and information systems. We also cover a wide range of related systems such as platform edge obstacle detection and protection, intelligent remote monitoring and automatic fare collection; which are increasingly being integrated with core control systems to enhance levels of automation. Building upon the extensive experience within our other product directorates, we are able to offer a full range of services to our clients that are seeking to develop and deliver integrated rail control solutions within a wider, whole-rail-system context. Examples include the integration of control systems with both rail vehicles and fixed infrastructure, and managing change across the business, operations, and maintenance systems from which whole rail systems are comprised. Our Rail Control Systems team comprises many industry leading experts, encompassing experience across an unparalleled range of products, technologies, systems and solutions being used throughout all rail transport modes around the world. Signalling and Train Control Systems Management and Control Centre Systems Communications and Information Systems In Cab Signalling and Train Control Conventional Signalling Legacy Signalling Signalling Control Centres Operations Control Centres Network Traffic Management Systems Telecommunications Systems Information Systems Specialist Automated Systems Control Systems Engineering and Integration System Engineering System Integrity System Assurance System Delivery Control System Integration System Integration Level 1 Level 2 Level 3 Cross-Product “Whole-Rail- System” Integration RCS Global Product – Structure
  • 2. RCS Global Product – Signalling and Train Control Systems Level 1 (Product) Level 2 (Sub-Product) Level 3 (Technology/ Skill Cluster) Level 4 (includes but not limited or constrained to) RCS Signalling and Train Control Systems In Cab Signalling and Train Control • European Train Control Systems (ETCS), • Communications Based Train Control (CBTC), • Positive Train Control (PTC), • Transmission Voie-Machine 430 (TVM430), • Contrôle de Vitesse par Balises (KVB) Conventional Signalling • Signalling principles, • Electronic and computer based Interlockings, • Free wired route setting, • Geographic route setting, • Train detection (e.g. axle counters, track circuits), • Train protection (e.g. Train Protection Warning System (TPWS), Automatic Train Protection (ATP) etc.) • Automatic Warning System (AWS), • Tilt Activated Speed Supervision (TASS) • Signals, signage and indications (e.g. mechanical, electro-mechanical, filament, LED , fibre optic) • Level crossings (e.g. controller modules, obstacle detection) • Switches and points (e.g. hand worked, pneumatic, electric, High Performance Switch Actuated (HPSA), “in-bearer“, etc) Legacy Signalling • Route Relay Interlockings(RRI), • Mechanical, • Electro-mechanical, • Electro-pneumatic, • all electric non -route setting, • Radio Electronic Token Block (RETB)
  • 3. RCS Global Product – Management and Control Centres Level 1 (Product) Level 2 (Sub-Product) Level 3 (Technology/ Skill Cluster) Level 4 (includes but not limited or constrained to) RCS Management and Control Centres Signalling Control Centres • Automatic route setting, • Signaller display systems (e.g. Visual Display Unit (VDU), • Entry-Exit (NX)Panel) Operations Control Centres • Operational control, • Maintenance and fault control systems, • Engineering works planning systems, • Incident management, • Perturbation management Network Traffic Management Systems • Service planning systems, • Network optimisation systems, • Strategic network operations systems
  • 4. RCS Global Product – Communications and Information Systems Level 1 (Product) Level 2 (Sub-Product) Level 3 (Technology/ Skill Cluster) Level 4 (includes but not limited or constrained to) RCS Communications and Information Systems Telecommunications Systems • Bearer systems (e.g. IP/PDH Backbone), • Operational telecommunications (e.g. GSM-R), • Station telecommunications (e.g. PA/CCTV) Information Systems • Station and customer information systems • Management and staff information systems (e.g. Driver Advisory Systems (DAS), Timetable Advisory Systems (TAS)) • Internet-facing systems and open data communication solutions Specialist Automated Systems • Platform edge obstacle detection/protection, • Remote condition monitoring/smart infrastructure, • Automatic fare collection
  • 5. RCS Global Product – Control Systems Engineering and Integration Level 1 (Product) Level 2 (Sub-Product) Level 3 (Technology/ Skill Cluster) Level 4 (includes but not limited or constrained to) RCS Control Systems Engineering and Integration System Engineering • Requirements Management • Validation and Verification • Simulation and Modelling • Configuration Management • Human Factors • Asset Lifecycle Management System Integrity • Cybersecurity • Electro Magnetic Compatibility (EMC) and Electrical Systems Compatibility (ESC) • Reliability Availability and Maintainability (RAM) engineering System Assurance • Safety Engineering (e.g. Safety Case/Safety Justifications) • Technical and Systems Assurance • Product Approval • System Certification • Technical Advisory, Audit and Investigation (e.g. Accident/incident investigation, expert witness, etc) System Delivery • Research and Development • Viability, Feasibility and Economic Investment Planning • Concept Solutions and System Design • Software and Data Management • Installation, Construction and Testing and Commissioning Management • Project, Commercial and Engineering Management • Operations, asset management and maintenance System Integration • Integrated Planning • Technical and Design Integration • Interface Management • Organisational Change and Operational Preparedness (e.g. Training and Competence, Entry Into Service, Delivery Certainty Assessments, and Risk Analysis) • System Migration • Programme Coordination and Management • Stakeholder Management