fire fighting tank sensor presentation donald cheung
TRANSCRIPT
Fire Fighting TankFire Fighting TankSensor Presentation
Donald Cheung
Sensors to be usedSensors to be used
• IR IR for collision avoidance.
• UV Tron UV of flame.
• MPX5100 Pressure/bump sensor
UV TronUV Tron
• Detects UV in the 185 - 260 nm Detects UV in the 185 - 260 nm region.region.
• Wide detection range, 120Wide detection range, 12000..
• Simple interface.Simple interface.
Simulated Fire Simulated Fire ExperimentsExperiments
• Slit Experiment:Slit Experiment:– 202000 of movement before loss of flame signal of movement before loss of flame signal
• Tube Experiment:Tube Experiment:– 161600 of movement before loss of flame signal of movement before loss of flame signal
Pressure SensorPressure Sensor
• MAX5100DPMAX5100DP
• Detects a differential pressure.Detects a differential pressure.
• Temperature Temperature Compensated/Calibrated/Integrated.Compensated/Calibrated/Integrated.
• 14.5psi is maximum differential 14.5psi is maximum differential pressure.pressure.
Simulated Pressure Simulated Pressure ExperimentsExperiments
• No bump Experiment:No bump Experiment:– 0.03psi seen at ouput due to noise.0.03psi seen at ouput due to noise.
• Tube squeeze experiment:Tube squeeze experiment:– 1-2psi seen at output.1-2psi seen at output.
• Jolt ExperimentJolt Experiment– >8lbs seen at output.>8lbs seen at output.
ConclusionConclusion
• UV Tron:UV Tron:– suitable for long range flame detection.suitable for long range flame detection.
• MAX5100:MAX5100:
– suitable for bump applications if suitable for bump applications if mmp p can keep up.can keep up.
– need damping materials need damping materials