The attached file covers information on a method that is being used to perform a Nozzle Plate Recognition for MySelective 6748. This option is developed to detect correct placement of MultiWave plates in the machine.
ITW EAE Support Center
Related Articles
- Pre-Installation Instructions - VS Reflow Equipment
- Pre-Installation Instructions - VS Wave Equipment
- Repairing Database issues on the Delta Series machines
- Configuring the Machine Type on the XPM1 and XPM2
- How to Install and Wire the new style B80 sensor on the Delta Series machines
- How to enable the Onboard Profiler feature on the XPM3
- Using OpenApps for Centurion Reflow Ovens
- Understanding the Idle Mode Option on Centurions
- How to use the Autoset Option on the XPM3
- Centurion Series CAD Drawings
- XPM3i & XPM3m Series CAD Drawings
- Delta 5 & Delta X CAD Drawing
- Zeva Series CAD drawings
- Type K Thermocouple Degree C & F Millivolt Charts
- XPM2 Cell Spacing
- XPM2+ and XPM3 Cell Spacing
- Centurion Cell Spacing
- XPM3i and XPM3m Cell Spacing
- How to Program the U30 Fluxer Control Board
- Barcode Specification and Setup on XPM3
- Replacing the Smartwave Graphite Bushing
- Centurion Barcode Software Integration
- Selective Frequency Inverter Parameters
- Reflow Ovens Frequency Inverter Parameters
- Replacement 6748 Yaskawa Servo Sigma2
- XPM Polar Cool Turbine Pump Seal Replacement
- How to Check Oven Rail Parallel
- How to Check the XPM XPM2 Smema PLC Interface Operation
- Delta Wave Battery Replacement
- Type J Thermocouple Millivolt reading for Fahrenheit and Celsius