The attached files cover instructions on swapping plates, the soldering process, and the nozzle plate design for the multiwave on MySelective 6747. There is an additional file that can help with the adjustments of the PCB with the nozzle plate, and with setting the wave height of the multiwave.
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