TransO₂
Technology
Module 04CONCEPT / SAFETY ENGINEERING

SAFE-C™

Safety, Fire Protection & Emergency Resource Management

SAFE-C is one of the most safety-critical elements of the architecture. It follows a deterministic sequence — Detect → Verify → Isolate → Suppress/Control → Alarm → Record → Post-event monitoring. AI does not replace safety logic: AI/analytics operate strictly as an advisory and optimisation layer, while deterministic safety logic remains the actual safety barrier.

SAFE-C™

Functions

  • Smoke detection
  • Thermal detection
  • Fire detection
  • Equipment-zone monitoring
  • Emergency-event monitoring
  • Fire-zone isolation
  • Suppression-system interface
  • Alarm integration
  • Event recording
  • Post-event monitoring
  • Safety PLC / deterministic logic

Sensors & Interfaces

  • Smoke detectors
  • Thermal / heat detectors
  • Equipment-zone temperature
  • Suppression-system status
  • Alarm-panel interface
Inputs
  • Zone sensor telemetry
  • Manual alarm triggers
Outputs
  • Isolation commands (deterministic PLC)
  • Alarm & annunciation
  • Event log for post-event review
Indicative dimensions

~1000 × 800 × 600 mm — subject to detailed coach survey, structural, thermal, aerodynamic and manufacturing engineering.

How it works

DETECT
VERIFY
ISOLATE
SUPPRESS / CONTROL
ALARM
RECORD
POST-EVENT MONITORING

Engineering Clarification

SAFE-C does not discharge CO₂ into passenger compartments. Suppression/control is executed strictly according to an approved, certified configuration.

TransO2 system configurations, performance characteristics and component arrangements shown on this website represent engineering concepts, development targets or illustrative architectures unless expressly identified as validated or measured. Final system configuration is subject to detailed engineering, rolling-stock survey, testing, safety assessment, certification and operator/OEM requirements.
Next module

AQUA-R™