OES’s Exceed QPM brings a level of automation, efficiency, and assurance of quality to the plant floor that is unsurpassed in the industry.and quality assessment of impact damaged non-crimp fabric composites. The CPM5000 can operate as a standalone system or optionally connected to an existing client network allowing for remote monitoring and management of an unlimited number of CPM5000 crimp process monitors Process monitoring and sensing is widely used across many industries for quality.Effective and practical software tools such as CPK, headroom, and I/O status are included to assist with performance analysis, capability studies, troubleshooting, and root cause analysis Crimp Quality Monitoring (CQM II) Versatility, Precision and Convenience Crimp height is the best non-destructive way to meet the stringent mechanical and electrical properties of a crimp and is one of five different process analysis methods featured in the CQM II.Supports multiple users each with a unique password and access permissions.Data export – date/time stamped data entries can be exported to standard spreadsheet program. ![]() Replay feature – file selection and replay of data including comments.Data logging – Internal storage capacity for at least 3 months of data Material sheath 316 stainless steel probe with crimp end seal and fitted with PVC heat shrink for sealing and strain relief. ![]() Every crimp signature is captured into the Crimp Data Management System.All relevant information is graphically displayed with a simple touch access to process trends, performance metrics, scrap rate, and production counts.Color graphic touch screen interface brings a new level of user friendliness and simplicity to the plant floor In addition to force and height, crimp force monitor testing is used to identify problems such as: Incorrect strip lenghts Missing strands Inconsistent terminal materials Insulation in the wire crimp Wrong wire cross-sections and insertion depths If problems are detected, operators can take corrective actions.An optional bar code scanner provides further error proofing and automation of the changeover process Universal configuration parameters provide high performance for standard terminal wire combinations while minimizing operator interventionĪn unlimited number of parameters for critical terminal wire combinations can be optionally stored by part number and are easily recalled through the touch screen interface. Integrated automatic target recalculation (ATR) tracks the process trend and further optimizes the CPM5000 for optimal performance and defect detection while minimizing unnecessary scrap OES’s proven and patented CDA algorithms are applied to the force signature of every wire crimp produced for effective discrimination of crimp defects ![]()
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