Lesson 1Technical data fields to register: criticality, CE/food-safety tags, safety classificationRecord asset criticality, CE or food-safety tags, and safety classifications for Line P3 equipment, to enable risk-based maintenance, compliance checks, and prioritising inspections and upgrades.
Defining criticality criteria for P3 assetsAssigning criticality levels in Coswin 8iRecording CE and food-safety markingsSafety category and guarding informationUsing risk data in maintenance planningLesson 2Technical data fields to register: maintenance attributes (MTBR target, lubrication type)Set up and fill maintenance attributes like MTBR targets and lubrication types for Line P3 assets, to support preventive plans, reliability checks, and standard maintenance schedules.
Selecting key maintenance attributesDefining MTBR and reliability targetsRecording lubrication type and intervalsUsing attributes to drive PM templatesReviewing and updating targets over timeLesson 3Technical data fields to register: technical specifications (power, capacity, RPM)Capture key technical specs like power, capacity, and RPM for Line P3 assets, to support engineering analysis, right spare selection, and checking design limits in maintenance planning.
Standard units and value ranges in Coswin 8iEntering power and electrical ratingsDocumenting mechanical capacity and throughputCapturing RPM and speed-related dataLinking specs to maintenance decisionsLesson 4Additional asset examples: PLC, motor, gearbox, roller, chiller (supporting P3)Model extra supporting assets like PLCs, motors, gearboxes, rollers, and chillers for Line P3, making sure they are properly linked and easy to find for troubleshooting and maintenance planning.
Identifying PLCs and control hardwareRegistering motors and gearboxesDocumenting rollers and mechanical supportsModeling chillers and utility equipmentLinking shared assets to multiple linesLesson 5Line-level asset: P3 main line record and attributes to captureCreate the main Line P3 asset record with all needed attributes, linking it to locations, sub-equipment, and documents so it serves as the central point for performance and maintenance tracking.
Defining the P3 line header equipmentKey attributes for the line-level recordLinking locations and child equipmentAssociating KPIs and production dataValidating the complete P3 asset modelLesson 6Tagging and hierarchies in Coswin 8i: parent-child links and functional locationsSet up Coswin 8i tagging and parent-child hierarchies so Line P3 equipment, sub-equipment, and functional locations are correctly linked, supporting impact checks, work planning, and cost summaries.
Differences between tags and locationsCreating parent–child equipment linksModeling functional locations for Line P3Handling shared or common equipmentImpact of hierarchy on costs and KPIsLesson 7Site and plant location nodes: Site, Building, Production Area, Packaging DepartmentBuild the Coswin 8i location tree for Line P3, from site to packaging department, so every asset is tied to a clear, logical spot that aids navigation, reporting, and assigning responsibilities.
Designing the site and plant level structureModeling buildings and production areasCreating packaging department location nodesRules for assigning equipment to locationsLocation naming and coding standardsLesson 8Technical data fields to register: location, functional location, purchase order and warrantyStandardise core location and purchasing fields for Line P3 assets, ensuring each record shows clear physical position, functional role, purchase tracking, and warranty details for lifecycle and cost analysis.
Physical location versus functional location usageCoding rules for functional location structuresCapturing purchase order and supplier referencesRecording warranty start, end, and conditionsUsing dates to track warranty and liabilityLesson 9Sub-equipment records: conveyor, sealer, labeler, sensors, compressor, control panelCreate detailed records for sub-equipment like conveyors, sealers, labelers, sensors, compressors, and control panels on Line P3, ensuring each part is trackable, maintainable, and linked to its main asset.
Identifying sub-equipment on P3 layoutCreating conveyor and sealer recordsModeling labelers, sensors, and actuatorsRegistering compressors and control panelsRules for parent assignment and namingLesson 10Key identification fields: equipment code conventions and numbering schemesSet clear equipment code rules and numbering for Line P3 so every asset ID is unique, meaningful, and easy to search, supporting consistent data entry and reporting.
Design principles for equipment codesBuilding structured numbering patternsAvoiding duplicates and code conflictsUsing prefixes for line and areaDocumenting and training coding rulesLesson 11Linking documentation: manuals, wiring diagrams, SOPs, inspection checklistsLink manuals, wiring diagrams, SOPs, and inspection checklists to Line P3 assets in Coswin 8i, so technicians can quickly access correct documents during troubleshooting and maintenance.
Document types and file formats supportedAttaching manuals to equipment recordsLinking wiring and pneumatic diagramsAssociating SOPs and work instructionsManaging revisions and document accessLesson 12Technical data fields to register: manufacturer, model, serial number, installation dateRegister manufacturer, model, serial number, and installation date for all Line P3 assets so traceability, warranty checks, and spare parts matching are reliable and easy to audit in Coswin 8i.
Capturing manufacturer and brand detailsStandardizing model and variant entriesRecording serial numbers without errorsTracking installation and commissioning datesUsing identity data for recalls and claims
