SenseLink QM

SenseLink QM

SenseLink QM

Product catalog summary
Overview
The SenseLink™ QM is a real-time multivariate fault detection system designed for process monitoring, fault detection, and part quality prediction in injection molding and other plastics manufacturing processes. It utilizes multivariate analysis (MVA) technology to provide comprehensive process monitoring and fault detection.

Key Features & Benefits
  • In-process part quality identification without the need for mold cavity sensors.
  • Compact and easy to integrate with existing systems.
  • Web browser-based configuration and data analysis, eliminating the need for additional software.
  • Automatic part containment and production reporting.
  • Real-time process control with VP switchover capabilities.
  • Data acquisition up to 100 Hz, with future capability of 1000 Hz.

Fault Detection Capabilities
The system detects various part quality defects such as flash, short shots, sink marks, voids, burning, contamination, bubbles, and surface appearance defects. It uses a multivariate model to predict part acceptability based on key process data.

Multivariate Approach
The SenseLink QM performs real-time multivariate analysis on all molding variables for each cycle. It identifies changes in correlation structures between variables, offering significant improvements over traditional univariate SPC methods.

Applications
  • Injection Molding
  • Blow Molding
  • Insert Molding
  • Compounding
  • Welding
  • Thermoset Molding
  • Multi-shot Molding
  • Gas Assist Injection Molding
  • Painting Operations
  • Form, Fill, and Seal Operations
  • Metal Injection Molding

Specifications
  • Connectivity to any data source with expandable features.
  • Base unit dimensions: 4” x 4” x 2.5”.
  • Operating temperature: 0°C to 40°C.
  • Storage temperature: -40°C to 85°C.
  • Humidity: 5-95% (non-condensing).
  • CE compliance.

Ordering Information
The base unit includes a remote monitoring unit, display, 1G compact flash, 1 digital board, 1 analog board, and MVA software. Additional options include extra analog boards, larger compact flash, and additional serial ports.
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Catalog excerpts

SenseLink QM-1

Control Systems REAL-TIME MULTIVARIATE FAULT DETECTION SenseLink™ QM data monitoring system provides an entire solution for process monitoring, fault detection, and part quality prediction utilizing multivariate analysis (MVA) technology. Adding MVA to your process will provide the highest level of process monitoring and fault detection attainable. All necessary data acquisition, multivariate processing, electrical and control functions come from a self contained, compact unit. The multivariate libraries and automated modeling functions were developed by Umetrics, the market leader for MVA software. Adding SenseLink QM to your injection molding processes will provide in-process fault detection along with contribution details which provide an understanding of your process not attainable from traditional SCADA and SPC approaches. Only SenseLink QM integrates the entire multivariate process, from collection to modeling to run-time control, into a single, compact package. The SenseLink QM hardware is designed as a highly integrated industrial computing platform, which can be mounted near almost any process. Process data can be acquired from analog, digital, serial, and/or networked sources, and can be downloaded in chart, text, or CSV formats. All configuration and model creation are accomplished via a web browser user interface, requiring no software installation. Out-ofspec parts are diverted automatically, based upon alarm thresholds setup with the MVA results, eliminating the downstream costs associated with the acceptance of poor quality molded parts. Features & Benefits • • • • • Identify the quality of parts in-process Excellent multivariate prediction capabilities with existing machine sensors; does not require mold cavity sensors Compact; easy to mount and integrate Easy web browser configuration and data analysis; no additional software required Automatic part containment • Production reporting • More efficient preventative maintenance scheduling • Real-time process control with VP switchover capabilities • Setup using automated modeling process, does not require MVA training • Data acquisition up to 100 Hz (Future 1000 Hz)

 Open the catalog to page 1
SenseLink QM-2

The SenseLink QM is a data acquisition system with a multivariate data analysis engine that was developed for injection molding. The system can, however, be used with other plastics manufacturing processes or secondary operations to provide significant ROI benefits through improved process understanding, shortened process debug times, reduced scrap, and improved quality control. Applications • Injection Molding • Blow Molding – Extrusion and Injection • Insert Molding • Compounding • Welding • Thermoset Molding • Multi-shot Molding • Gas Assist Injection Molding • Painting Operations • Form,...

 Open the catalog to page 2
SenseLink QM-3

• Summarizes multiple signals into easily understand- able plots • Models can adapt to acceptable process changes resulting from material viscosity, environment, time, etc. • Ability to analyze multiple variables simultaneously • Correlation structure between all process variables is determined • Filters out process noise • Reduced false alarms over typical univariate methods • Process variables contributing to poor quality are easily identified Correlation Structure Example – MVA charts can detect changes in the relationships between variables System Components Each SenseLink QM system is contained...

 Open the catalog to page 3
SenseLink QM-4

Specifications and Ordering Inf ormation Specifications Communications Ethernet Port Serial Port USB ports, 100 BaseT, RJ45 connector with EMI filter, LED indicators ports standard, RS232 (TXD, RXD), DB9 connector ports optional, RS232/485, DB9 connector Port USB V1.1 Compliant Power Supply Power Consumption Digital Inputs/Outputs Number I/O Voltage Range Input Current Output Current Max 24 per board, each point in/out Active high or active low, user selectable 0.5 to 10 mA 200 mA Analog Inputs Number of Analog Inputs 16 Single-Ended or 8 Differential per board Resolution 14 bit Input Voltage...

 Open the catalog to page 4

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