Development Cycle
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Transcript of Development Cycle
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SensorData Technologies
American Auger Presentation
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SensorData Product Line
Standard
(catalogue)
Special
Simple Adaptation Unique Complete Development
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Development of a Unique Transducer
Givens
State of the Art
Challenges
Solutions
EnginerringPrototyping
SolutionsEng. Proto.
Givens State of the Art Challenges
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Case Study – Conveyor Link
Givens: Inexplicable failure of conveyor Harsh industrial environment
State of the Art: Tasek
- One component- Not Real-time
Challenges: Multi-component Environment (grease, chemicals, etc.) Real-time Power On the spot decision making Distance of transmission Deploy in less than 15 minutes
Solutions: Measure all components Calculate combined stresses 40 hour battery pack
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Proposed Sensor
Questions:
Frequency of readings Frequency of the measured phenomenon Jarring: tension/compression only??? Is non-linearity/hysteresis important? Will you
interpolate between data? Or only repeatability is important?
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Proposed Sensor
Challenges:
Influence of jarring on on-board electronics. Special temperature compensation. Minimize time to reach steady state temperature. Redundancy schemes. Diagnostics software. Battery life. Device Temperature Range (ITEM 9.1)
-65°F to 275°F (=51°C to 135°C) -55°C to 125°C is Mil Temp Range for sensor electronics (incl. radio)
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Open Discussion