How to troubleshoot a dymax BlueWave® AX-550 Controller that does not power up?
If the dymax BlueWave® AX-550 Controller doesn't power up, first check the power cord connection at both the power source and the AC Inlet of the unit, ensuring it is securely plugged in and not damaged. Also, test the receptacle to ensure it has electrical power.
Why is the LED emitter providing only low-intensity light on my dymax Controller?
If the LED emitter of your dymax Controller provides only low-intensity light, try increasing the LED intensity setting on Admin Settings or I/O input for PLC Mode. Also, clean the surface of the lens, as contaminated or dirty lens optics can reduce light intensity.
What to do if the dymax BlueWave® AX-550 Controller powers up, but the emitter doesn't emit light?
If the dymax BlueWave® AX-550 Controller powers up but the emitter does not emit light, verify that both MASTER INTERLOCK and LED INHIBIT are connected to common directly or through the safety sensor. If using PLC mode, verify the PLC command structure. Also, check that the emitter is properly connected to the Controller.
Why does the emitter suddenly stop emitting light on my dymax BlueWave® AX-550 Controller?
If the emitter of your dymax BlueWave® AX-550 Controller suddenly stops emitting light during normal operation, verify the error information to see if an over-temperature shutdown was triggered. Also, check that the interlock jumpers are in place and, if using PLC mode, verify the PLC command structure, as an open MASTER INTERLOCK or LED INHIBIT can cause this issue.
What to do if the footswitch does not function correctly on my dymax Controller?
If the footswitch on your dymax Controller isn't functioning correctly, first verify the connections to Pins 13 & 14 of the I/O connector. If the connections are correct, activate the unit using the front panel rotary pushbutton. If the unit operates correctly from the rotary pushbutton, the footswitch may be defective and should be replaced.
What to do if my dymax Industrial Equipment BlueWave AX-550 system does not power up?
First, check the power cord connection and condition at both the power source and the AC Inlet fuse of the unit. Also, test the receptacle to ensure it is providing electrical power.
What to do if the dymax Industrial Equipment BlueWave AX-550 system is operating normally and the emitter suddenly stops emitting light?
The light may have stopped emitting because an over-temperature shutdown was triggered, so verify the error information. Another potential cause is that the MASTER INTERLOCK or LED INHIBIT is open. In this case, verify that the interlock jumpers are in place and check the PLC command structure for PLC mode.
What to do if the dymax Industrial Equipment BlueWave AX-550 system powers up but the emitter does not emit light?
First, check that both the MASTER INTERLOCK and LED INHIBIT are connected to common directly or through the safety sensor. Verify the PLC command structure for PLC mode. Also, make sure the emitter is properly connected to the controller.
Why does the LED emitter on my dymax BlueWave AX-550 Industrial Equipment provide only low-intensity light?
The LED intensity setting may be too low. Increase the LED intensity setting on Admin Settings or I/O input for PLC Mode. Another possibility is that the lens optics are contaminated or dirty; clean the surface of the lens.
How to fix a footswitch that does not function correctly on dymax BlueWave AX-550?
Verify the connections to Pins 6 & COM of the I/O connector. If the connections are correct, activate the unit using the front panel rotary pushbutton. If it operates correctly from the pushbutton, the footswitch is likely defective and should be replaced.
Guide to assembling the system and understanding cooling requirements.
Instructions for power connection and I/O interface overview.
Connecting power cord and PLC inhibit/interlock controls.
Wiring instructions and schematic for connecting the footswitch.
How to control UV on/off and intensity using PLC signals.
Setting curing time and power levels for irradiation.
Timer and power settings for running irradiation cycles.
PLC control of UV output and status monitoring.
Common problems, causes, corrective actions, and error screen interpretation.
Methods for validating curing and controlling/monitoring light intensity.
General| Light Source Type | LED |
|---|---|
| Input Voltage | 100-240 VAC, 50/60 Hz |
| Type | Curing System |
| Wavelength | 405 nm |
| Peak Intensity Wavelength | 405 nm |
| Irradiance | Up to 20 W/cm² |
| Light Guide | Liquid or fiber light guide compatible |
| Cooling System | Air-cooled |
| Control Interface | Digital timer, footswitch |
| Applications | Adhesive curing, coating curing |
| Intensity | Adjustable in 1% increments |
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