Condition monitoring of robotically driven vehicles
Monitor NVH Int robot system controller outputs
Monitor noise/vibration
Monitor on-board diagnostics (OBD)
Signal adverse trend warnings/alarms to base-station
S1B – DURAMON
Condition Monitoring of Fixed Assets
Condition monitoring of test machines and/or products on durability test
Early warning system for asset health degradation
Popular add-on for automated test machines
Signal adverse trend warnings/alarms to test machine controller
S2 – DYBAL
Static/Dynamic Imbalance Measurement
1-plane (static) and 2-plane (dynamic) imbalance measurement
Stand-alone or combine with NVH test cycle
Tooling measurement and compensation routines
Calculation of optimum 'fixes'
S3 – FOCUS
Fault Analysis & Root-Cause Classification
Fault analysis and classification based on 3D spectral mapping
Automatic fault-library building
Pareto view of faults detected allows resources to be focussed on real issues
No downtime if root cause information is not immediately available
S4 – METKIT
Transmission Error & Dynamic Backlash
Transmission error, dynamic backlash and pitch-line runout measurement and analysis
2-axis and 3-axis TE
Dynamic backlash from reverse rotations or torque flips
PLRO and torsional analyses from low pulse-rate encoders
S5 – NUREN
Engine Manufacturing Fault Detection
Engine work-cycle mapping for detection of manufacturing faults
'Super-impulse' 1/3 octave frequency analysis locked to engine rotation on 'cold' test
Work-cycle averaging to enhance defect signatures
Automatic acceptance level learning
S6 – PASSBY
Passby Noise Measurement & Analysis
Exterior noise measurement and analysis with precision order tracking for source ID
Supplied with 'tacho' telemetry system
Doppler-corrected analysis
Can be used with accelerator robot (AR1) for highly repeatable test control
S7 – REVKIT
Gear Face Damage & Bearing Defect Detection
Bearing defect and gear face damage ('nick/knock') detection
Revolution 'envelope' and revolution averaging based processes
Processed in parallel with core PLATO order analysis
Auto-definition of rolling element defect orders
S8 – STATS
Result trending & Statistical Analysis
Summary result trending/statistical analysis/'BOB' and 'WOW' ID at the test station
Automatic update at the end of each test cycle
Applicable to expected order and expected event (RevKit) results
Trends, classical SPC and outlier (best-of-the-best and worst-of-the-worst)
S9 – TIMKIT
Time History Logging & Analysis
Time-history logging, zoning and analysis
Sampled channel vs. time or sampled channel vs. sampled channel
Range checking
S20
Analysis Licences
Run PLATO (and add-ons) on your desktop/laptop
Full functionality (minus ability to capture data)
Retrieve, review, analyse and report results
Free of charge when supporting a data-capture enabled system
S30
PLATO Server & Analysis Clients
Common storage of results from multiple PLATO-based test stations
Automatic result marshalling and transfer from unlimited number of test stations
SQL-database for summary results
Compressed data 'hive' for raw and processed data
Unlimited number of Analysis Clients for result retrieval, analysis, display and reporting
Software free of charge (networking and server hardware by customer)
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