Machine Data Collection

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  • : Function ereg() is deprecated in /services16/webpages/util/j/a/jamessmith.site.aplus.net/public/includes/file.inc on line 646.
  • : Function ereg() is deprecated in /services16/webpages/util/j/a/jamessmith.site.aplus.net/public/includes/file.inc on line 646.
  • : Function ereg() is deprecated in /services16/webpages/util/j/a/jamessmith.site.aplus.net/public/includes/file.inc on line 646.
  • : Function ereg() is deprecated in /services16/webpages/util/j/a/jamessmith.site.aplus.net/public/includes/file.inc on line 646.
  • : Function ereg() is deprecated in /services16/webpages/util/j/a/jamessmith.site.aplus.net/public/includes/file.inc on line 646.
  • : Function ereg() is deprecated in /services16/webpages/util/j/a/jamessmith.site.aplus.net/public/includes/file.inc on line 646.
  • : Function ereg() is deprecated in /services16/webpages/util/j/a/jamessmith.site.aplus.net/public/includes/file.inc on line 646.

 

DPRNT Statements - Capture the Benefits

  • Paperless Inspection Reports
  • Automated File Naming
  • Capture Values as they are Probed
  • Append Date and Time Stamps
  • Use Machine Specific Folders
  • Print Options for any Network Printer
  • Fast-Track Q.A. Approval
  • Eliminate Ink and Printer Maintenance Issues  

 

Focal*Point Data Collection module

Focal*Point Data Collection Module

 

The Data Collection module for Focal*Point provides a method to quickly and accurately gather inspection probe data from machine controls and store the information for later quality review and permanent archiving. 

The Data Collection module should not be confused with the more robust implementation of Machine Event Monitoring (MEM) as described elsewhere on this site. Where MEM provides an opportunity to gather, record and report almost any machine event for gauging overall machine efficiency, the Data Collection module takes a simpler approach by capturing DPRNT statements during or after machine operations.

In general, most users are perfectly happy to output probe inspection results to data files rather than the more archaic method of printing to an attached printer and then storing the accumulated reams of paper in a usually bloated file cabinet. Although this is the most common practice for data collection, it is certainly not the only reason for capturing DPRNT statements.

Focal*Point’s standard collection method captures either a continuous or a segmented stream of data and stores the information to disk files as specified by user setup options. What is not immediately evident is that by strategically adding macro calls within your program code, it is also possible to record inspection data relative to part drawings and tolerance values. For instance, consider the following example using the segmented capture option with DPRNT statements.

 

The initial report header contains the part number, the operation and a serial number that is incremented using a macro variable.

  • O9xxxx
  • POPEN
  • DPRNT[FILENAME SL999_123_105.TXT]
  • DPRNT[--------------------------------------]
  • DPRNT[PART NUMBER      SL999-123-105]
  • DPRNT[OPERATION NUMBER           020]
  • DPRNT[SERIAL NUMBER    SL207-#xxxx[40]]
  • DPRNT[MACHINE          M24]
  • PCLOS
  • M99

 

After subsequent probe operations additional macros are called that output the value and drawing information

  • O9xxxx
  • POPEN
  • DPRNT[--------------------------------------]
  • DPRNT[1. SHEET 1 SEC F-F]
  • DPRNT[DIAMETER OF BORE 7.203-7.205 TYP]
  • DPRNT[MEASURED AS - #xxxx[40]]
  • PCLOS
  • M99

As you can see, well-placed macro calls allow you to customize inspection reports and record the results in name specific, text files. In the example above a file is created in the K:\transfer folder using the name SL999_123_-105 <date and stamp>.txt, which contains all of the above part and serial number information, plus drawing references, tolerances, and the measured value . This report is then available to inspection personnel who quickly and easily compare the measured values with tolerance values specified in the blue print drawing.

Taken a step further, for controls capable of outputting a variable containing the current time stamp, the DPRNT statement can be used at specific machine events such as Cycle Start, Spindle ON and OFF and Tool Changes etc..

For a more versatile approach users also have the option of working with CNC Innovations to create a custom link to external database tables. By doing so, the Data Collection module can time stamp machine events and recorded probe values providing a wide range of reporting options from historic trending to overall machine efficiency.

For a free trial of the Data Collection feature simply activate the 10-Day option that is accessed within Focal*Point’s Help menu under the section labeled Manage My License.