P11251: Side Entry Agitator Test Stand. https://edge.rit.edu/content/P11251/public/Home. MSD I: System Level Design Review. Friday, January 14, 2011 @ 12:30-2pm RIT KGCOE: 09-44250. Project Team/Attendees. Project Sponsor : Richard O. Kehn - "ROK" Senior Technologist - Mixing
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MSD I: System Level Design Review
Friday, January 14, 2011 @ 12:30-2pm
RIT KGCOE: 09-44250
Project Sponsor : Richard O. Kehn - "ROK"
Senior Technologist - Mixing
SPX Flow Technology
MSD I, Team Guide: William J. Nowak Principal Engineer,
BGO/XIG/XRCW/OSL/Media & Mechatronic Systems Xerox Corporation
Team P11251: Kurt Lutz: P.M./(Measurement System w/ Integration)
Dennis Beatty: (Fluid-Tight Sealing Structure)
Joseph Bunjevac: (Physical Structure w/ Adjustability) Daniel Geiyer: (Measurement System w/ Integration)
Gregory McCarthy: Scribe/(Motor/Shaft/Coupling Integration)
12:35 - 12:40
12:40 - 12:45
Mission Statement: To create a side entry agitator test stand that allows the user to measure and calculate axial and tangential components of fluid forces, torque, and impeller speed on the motor, impeller, and shaft, incorporating a wide range of adjustable parameters.
Four Most Important Customer Needs:
GraphicalRepresentation of Pairwise Comparison
Power Law Distribution
By designing for only 40% of the Engineering Metrics,
We’ll gain 65% of the advantages of designing
for all the Engineering Metrics
Top (5) Most Important Engineering Metrics
Explanation of this sub-system & components:
Shaft: Transmits torque & angular velocity via the motor & impeller
Coupler: Transmits power between the motor output shaft & shaft
Motor: Provides Mechanical Energy to the system
Impeller: “Work” horse of the system: agitates the fluid to be mixed
Shaft Length = APROX. 2.25 – 5”
Set Screw Shaft Coupling
2) Motor Speed/HP Req.
3) Shaft/Motor Shaft Dia.
Based on given ID of provided impellers, two conditions could exist:
- need for a spacing collar
- need for a reducer
Side Loading Location
Concept 8 Concept 9
Load Cell Types:
Donut, Pancake, Canister, or Column
Pre-Loaded or Rigid
Supporting Pins or Load Transfer Arms
Pictures from www.lcmsystems.com.
Pins resist shear effects.
Three Most Critical Criteria:
Pancake Tension & Compression Load Cell (PTC) Fixed To Test Stand and Motor Bracket
Picture From www.lcmsystems.com
Torque from Motor Constants:
Key Risk Items