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Highlights of PackML V3 Updates

Highlights of PackML V3 Updates. Mike Lamping Procter & Gamble. Why Users want PackML ?. Consistent operational states and modes Enable root cause analysis Uniform machine control, look and feel. Tags that provide flexible machine measurements (OEE)

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Highlights of PackML V3 Updates

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  1. Highlights of PackML V3 Updates Mike Lamping Procter & Gamble

  2. Why Users want PackML ? • Consistent operational states and modes • Enable root cause analysis • Uniform machine control, look and feel. • Tags that provide flexible machine measurements (OEE) • Provides for quicker machine integration • Less downtime • Reduces cost of ownership • Reduces need for supervisory systems • Allows machines to be redeployed • Easier validation

  3. Why OEM’s want PackML • Faster development time • Greater reuse of programming • Shorter debug time • Robust programming • Greater flexibility • Less training • Easier sales support • Consistent end user specs • IP differentiation • Allow greater focus on Innovation

  4. Why Control Vendors want PackML • Less training • Uniform libraries • Easier acceptance • Faster proliferation • More opportunity / less dependence on User standards • Performance & capability based decision making • Feature differentiation

  5. Summary of Updates • Machine state names and definitions • Tag names and definitions/data sets. • Allow for higher level information and control systems • Add Multi-Mode capability • Machine Mode names and definitions

  6. PackML V2.0 Auto State Model

  7. PackML V3.0 General State Model

  8. Characteristics of PackML V3 State Model • State Model is flexible and “collapsible” for compliance to PackML V2. • Compliant to S-88 (links process to packing) • State model is uni-directional and simplified.

  9. Comparison of PackML V3 Tags • PackML V2 ~ 22 predefined tags • PackML V3 > 100 predefined tags • PackML V3 tags are extensible. • Multi-mode capability • Use of structured arrays • PackML V3 tags are categorized • Control, Status, & Administration

  10. Definition of Mode • Unit Control Mode • Functional Mode • Unit Procedural Mode • Executional Mode • S-88 / M2P compliant

  11. Mult-Mode Definition

  12. PackML V3 Draft Documents

  13. Questions ? • OMAC - Open, Modular Architecture Control (OMAC) technologies • OPW – OMAC Packaging Workgroup • PackML – Packaging Machine Language

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