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UVCS V3.0 LED Light-Curing Conveyor User Guide REV 1.0...
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Any warranty applicable to the product, its application, and use is strictly limited to that contained in the Dymax standard Conditions of Sale. Dymax recommends that any intended application be evaluated and tested by the user to ensure that desired performance criteria are satisfied.
Contents Introduction..................4 Where to Get Help ....................4 Safety....................4 Product Overview ................5 Unpacking ..................6 Unpacking and Inspecting Your Shipment ............6 Parts Included ......................6 Conveyor Main Components.................7 System Features & Benefits............9 System Installation ..............10 Assemble the Conveyor and Cabinet Together..........10 Input Power ......................11 Belt Tracking Adjustment..................11 Shading Curtain Height Adjustment ..............12...
Introduction This guide describes how to set up, use, and maintain the UVCS V3.0 LED system safely and efficiently. Before using this product, please be sure to read the instruction manual carefully and ensure it properly. Intended Audience This user guide is meant for experienced process engineers, technicians, and manufacturing personnel.
Product Overview The UVCS V3.0 LED is a modernized conveyor platform designed to operate with Dymax’s latest high-power LED flood emitters. It combines a new industrial design with the latest features in curing system technology, providing ease of use and the highest quality of life for operators.
Upon arrival, inspect all boxes for damage and notify the shipper of box damage immediately. Open each box and check for equipment damage. If parts are damaged, notify the shipper and submit a claim for the damaged parts. Contact Dymax so that new parts can be shipped to you immediately.
Alarm Lamp Exhaust Pipe Front Door Light Shielding Curing Housing Main Power Switch Touch Screen Cable Slots Emergency Stop Foot Support Cabinet Edge-Carry Belt Conveyor Main Components Touch Screen: 8” HMI touch screen Curing Housing: Includes adjustable lamp bracket and thermal exhaust system Front Door: Provides access to emitter cradle.
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Table 1. Labels When the equipment is in operation, do not touch the electrical cabinet to avoid injury from Warning Labels electric shocks. When the equipment is in operation, do not touch the roller, the conveyor belt or the chain to prevent mechanical damage.
System Features & Benefits Multiple Operation Modes High-Contrast Touch Screen HMI 8” touch screen Manual static mode to use conveyor as cure oven Easy-to-use modern UI Manual moving for conveyor Includes storage and programming operations modes PLC mode with multichannel I/O Controls lamps and emitters for remote operation in large processes...
System Installation Assemble the Conveyor and Cabinet Together Raise the foot supports by rotating them and placing the rollers on the ground for easy movement. (Figure 3.) Lift the conveyor onto the cabinet by inserting the 4 rubber bumpers into the holes on the top of cabinet. (Figure 4.) Note: After assembly, complete the ground connection according to Figure 33.
Input Power The input power of the conveyor is shown in the following table. (Table 2) Table 2. Input Power Voltage Range Max Current Input Power Frequency AC 90~125V 50/60HZ AC 196~264V 1.5A 50/60HZ Note: The curing units and the conveyor unit have separate electrical circuits. Before commissioning, make sure that your main connection is designed for the maximum power requirement of the conveyor.
Shading Curtain Height Adjustment The height of the shading curtains can be adjusted by loosening two screws as shown. (Figure 11.) The lowest height of the shading curtain from the belt surface is 11.5 mm and from the edge surface is 18mm. The shading curtains are designed to protect the operators from UV, so it is suggested to not remove the curtain, or raise it too high to block UV light.
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Figure 14. Figure 13. Remove the Grounding Wire inside the Back Panel at Loosen Four Screws Under the Back Panel the Position as Shown Back Panel Figure 16. Figure 15. Open the Upper Cover Remove the Back Panel Upper Figure 17. Figure 18.
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Figure 19. Figure 20. Four Screws on Lamp Holder Place the Emitters on a Cradle Figure 21. Horizontal Configuration PN:80021 Exhaust Fan Side FX-1250 1 x1 FX-1250 1 x 2 FX-1250 1 x 3 Figure 22. Vertical Configuration PN:80022 Exhaust Fan Side FX-1250 2x2 FX-1250 2x1 U S E R G U I D E...
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Figure 23. Figure 24. Loosen the Screws, remove the Wire Pressing Plate Cable Connector goes through the Wire Slot Figure 25. Figure 26. Install Connector on the Emitter Connection Port Install the Wire Pressing Plate, and add the Screws Figure 27. The Connector and the Network Remove the lids of the Cable Slots Install Connector and Network Wire on the...
Figure 28. Open the Front Door of the Cabinet Wiring and Connections 1 The conveyor will be provided with a region-specific 220VAC/110VAC power plug, as shown in Figure 29., Figure 30., Figure 31., Figure 32. Figure 29. Figure 30. Figure 31. Figure 32.
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(Figure 37.), and connect the COM terminal of the PLC interface between the primary and secondary controllers (Figure 37.). And plug the connection cables into the emitters. (Refer to BlueWave® FX-1250 user guide). Note: If your FX-1250 version is lower than V3.23.11, contact Dymax for software upgrades to ensure full functionality is achieved.
Figure 37. Figure 38. Network Cable from the Primary to the Secondary ID for Multidevice Set: (Range: 0 -10) Controller Default. Single device Primary-Conveyor 2-10 Secondary in multidevice net. This part connected Primary to the conveyor Secondary Turn On Turn on the main switch of the equipment to supply power for the conveyor. The following (Figure 39.) shows the main switch of the conveyor.
Emergency Stop In case of an emergency requiring an immediate shutdown, press one of the emergency stop buttons while the conveyor is in operation. This action will halt the motor and the exhaust fan of the conveyor and emitters, while simultaneously activating the alarm.
Operation System Flow Chart Start Up Verify all connectors are firmly plugged into the rear panel of the controller and emitter. On the rear panel of the controller, move the power switch to the ON position (up direction). Figure 41. The start-up window (Figure 41.) will appear for several Start-Up Window seconds as the system initializes.
System Settings Press the system setting button on the Main Window. A password input window (Figure 42.) will appear. The password must be entered to enter the System Settings window. Press the bar beside the lock on the password input window to activate the keyboard. (Figure 43) The default password is set to “1234”.
T2 alarm maximum Set the value for the maximum temperature of T2 temperature Setting (100 – 150 °C) System reset Button Reset the important data in the system Change password Button Reset the password of the system System log Look up the alarm log Add the distance from the LED array center in Emitter location conveyor direction...
Clock and Calendar Settings Figure 46. 1) On the System Settings window, press the Time button. Clock and Time Input Pad (Figure 44., #1) 2) There are 5 values in the Time window Y: Year M: Month D: Day H: Hour M: Minute 1) Press the upper blue line of the middle-row number to increase the value by 1 unit.
Main Window Settings In the main window, the operator can: Select the conveyor mode. Set all emitters’ power and cure time. Start or stop the conveyor. Figure 48. Main Window U S E R G U I D E U V C S V 3 . 0 L E D...
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(clock, calendar, System Setting password, brightness, emitter type, emitter location, etc) Dymax Logo In moving mode, this window can be used to set speed, intensity, cure time, delay time In static mode, intensity, and cure time Parameter Setting can be set.
Select Conveyor Mode Figure 49. Mode Selection List Press the Mode button on the main window (Figure 48., #13) to enter the mode selection list. Enter the admin password to verify. Select a mode on the list to activate that mode (Figure 49.).
Note: In static mode, the next item may be loaded to the belt after the DYMAX LOGO turns on. Note: High ambient temperatures can affect the operation of the FX emitters when operating at high intensities. To avoid...
Speed of Static Mode The speed is programed for accurate positioning. It is fixed and cannot be changed by the user. Program Settings To save the set values in the main window, enter program mode by pressing the Mode Selection list on the main window, then select the Program.
Figure 56. System Log Alarm Log Window Checking the Alarm History Log To check the alarm history log, press the Alarm Log window. The error window will appear. (Figure 56.) Note: The alarm records are only updated. They can’t be deleted.
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Table 5. Alarm Codes and Description Alarm ALARM message Cause Code 0x0001 EMERGENCY STOP! The emergency button is pushed in. 0x0002 CHAM TEMP HIGH! T1 or T2 is over the maximum temperature. 0x0003 DOOR OPEN! The conveyor door is open. 0x0004 MOTOR ERROR! Motor is reporting an error.
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Troubleshooting Table 6. Alarm Code ALARM message Suggestion 0x0001 EMERGENCY STOP! Check the emergency button. Check fan status. Check sensor connection. 0x0002 CHAM TEMP HIGH! Check the fan of LED emitter. Check the environment temperature. 0x0003 DOOR OPEN! Check the cover of the conveyor. The motor is experiencing an internal error.
PLC Mode There are 2 working modes: Default: This is the default mode and is operable by the touch screen. Parameters can be stored in the program slots and called for operation. PLC: The system can be controlled by PLC. This mode is triggered by selecting the “PLC” mode in the mode list (see Select Conveyor Mode).
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PLC Output and Input The green interface terminal is the input and output ports of internal and external signals. Figure 61. PLC Connector There are two status outputs. They are driven by an optical coupler. These outputs work in any mode and can be used as status inputs for PLC or any status display/monitor purpose.
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Figure 63. Examples of Customer Configurations for Monitoring Outputs PLC input connection shows the conveyor start in the following figure. Figure 64. PLC Input Connection Table 7. The green terminal interface shown in Figure 62. is defined as follows: Signal Name Pin # Description INPUTS...
Maintenance Routine Maintenance Module Item Requirement Example Cycle Check for wear; replace belt if worn Belt Weekly Check for wear; replace rollers if Roller Monthly worn out Driving Section Edge Add lubricant Monthly Sprocket Add lubricant Monthly wheel Exhaust fan Dust off Monthly Exhaust fan...
Spare Parts & Accessories Accessories Item Part Number CRADLE HORIZONTAL CONFIGURATION FOR 1x1 1x2 1x3 80021 CRADLE VERTICAL CONFIGURATION FOR 1x2 2x2 80022 CABINET, CONVEYOR SYSTEM 80020 PROTETCTIVE GOGGLES-GRAY (STANDARD MODEL INCLUDED WITH UNIT) 84126 INTERCONNECT CABLE, 2M TYPE L & L 84025 INTERCONNECT CABLE, 2M TYPE I &...
Product Specifications Table 8. Product Specifications and Electrical Requirements Specification Property Model UVCS V3.0 Size Conveyor: 1420 x 715 x 826 mm Cabinet: 640 x 512 x 820 mm Weight Conveyor: 90 kg Cabinet: 40 kg 152 mm Maximum Parts Height Belt/Edge Speed 0.4 ~ 7.8 m/min Belt Width...
As with any manufacturing process, it is advisable to incorporate a safety factor. NOTE: Dymax recommends low intensities at first to preserve LED life. Contact the Dymax Application Engineering Team for additional process support.
Warranty From date of purchase, Dymax Corporation offers a one-year warranty against defects in material and workmanship on all system components with proof of purchase and purchase date. Unauthorized repair, modification, or improper use of equipment may void your warranty benefits. The use of aftermarket replacement parts not supplied or approved by Dymax Corporation, will void any effective warranties and may result in damage to the equipment.
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U S E R G U I D E U V C S V 3 . 0 L E D...
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