Highlights of PackML V3 Updates

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Highlights of PackML V3 Updates
Mike Lamping Procter Gamble
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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

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Why OEMs 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

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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

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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

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PackML V2.0 Auto State Model
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PackML V3.0 General State Model
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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.

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Comparison of PackML V3 Tags

• PackML V2 22 predefined tags
• PackML V3 gt 100 predefined tags
• PackML V3 tags are extensible.
• Multi-mode capability
• Use of structured arrays
• PackML V3 tags are categorized
• Control, Status, Administration

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Definition of Mode

• Unit Control Mode
• Functional Mode
• Unit Procedural Mode
• Executional Mode
• S-88 / M2P compliant

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Mult-Mode Definition
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PackML V3 Draft Documents
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Questions ?

• OMAC - Open, Modular Architecture Control (OMAC)
  technologies
• OPW OMAC Packaging Workgroup
• PackML Packaging Machine Language