SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke...

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SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke Kranz

Transcript of SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke...

Page 1: SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke Kranz.

SPX Data Acquisition

SYSTEMS DESIGN REVIEW

John DongDavid HallerAdam JohnsonThomas KlabenLuke Kranz

Page 2: SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke Kranz.

Agenda • Phase Objective Statement (3 min)• Engineering Requirements Mapping (3 min)• Functional Decomposition (4 min)• Systems Architecture (4 min)• Concept Generation (4 min)• Morphological Table (3 min) • Pugh Table (5 min)• System Selection (4 min)• Benchmarking (3 min)• Feasibility (4 min)• Project Plan (3 min)• Risks (3 min)• Questions (15 min)

Page 3: SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke Kranz.

Phase Objective Statement The overall objective of this project is to provide SPX with a telemetry system capable of transmitting strain data from gauges attached to an operating impeller to a user interface of our choice.

◦ All transmission and reception must be wireless◦ Gauges and telemetry systems must have reasonable life cycles

This phase is dedicated to high level concept development and narrowing down of components to only a few candidates.

◦ Research and benchmarking are of crucial importance to this stage◦ Feasibility analysis gives us a sanity check on our system design◦ Morphological Table and Pugh Table allow us to organize and rank our ideas

Page 4: SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke Kranz.

Engineering Requirements Mapping

Page 5: SPX Data Acquisition SYSTEMS DESIGN REVIEW John Dong David Haller Adam Johnson Thomas Klaben Luke Kranz.

Functional Decomposition

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System ArchitecturePower In at

Batteries

To Gauge

To ADC in Transmitter

Transmitter to receiver

Receiver and wall plug into laptop

Information Start at Strain Gauges

Flows to ADC in transmitter sampled at 100Hz and gets time Stamped,

while sent every 100-500ms

Transmitter sends to receiver

Receiver sends to logger in computer

Logger Displays live Data and saves into .CSV File

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Concept Generation

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Morph Table

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System Selection

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Concept A

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Concept B

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Concept C

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Pugh Table

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Benchmarking

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Feasibility Strain Gauge Life

Can commercial gauges survive 2+ months of testing and stay laminated?

Gauge life is difficult to test since our environment is not harsh.

Select gauges with a higher NEMA rating than needed.

Battery Life Can we select a battery that will survive for an entire day of testing?

This can be solved by an analysis of the power required to take the number of samples specified by SPX.

100 Hz sampling rate + 10-20 minute test sessions + 10 sessions a day

1,200,000 samples per day

Using Mantracourt Online Calculator:◦ 2x AA batteries will power the system for 4 days◦ 2x D batteries will power the system for over a month

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Project Plan

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Risks

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Questions