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Operating Manual
BlueCure FL
Please read this user manual carefully before initial operation.
IMPORTANT!
Save this Sheet.
Forward to
Maintenance or
Tool Crib Supervisors
Electronic pdf files of
EFD manuals are also available
at www.nordsonefd.com

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Summary of Contents for Nordson EFD BlueCure FL

  • Page 1 Operating Manual BlueCure FL Please read this user manual carefully before initial operation. IMPORTANT! Save this Sheet. Forward to Maintenance or Tool Crib Supervisors Electronic pdf files of EFD manuals are also available at www.nordsonefd.com...
  • Page 3: Table Of Contents

    Contents 1. Safety Instructions ....................4-7 2. General Information ..................8-9 2.1 Pollution Limitations (RoHS) ................8 2.2 Chemicals Directive (REACH) ................8 2.3 Product Recycling (WEEE)................8 2.4 Standards and Regulations ................8 2.5 Unpacking and Inspection................9 3. Functionality......................9 4. Technical Specifications ..................10 5. Installation ....................11-16 5.1 SPS Connection ..................12-13 5.2 Power Supply Connection ................14 5.3 Possible Connection Scenarios ..............15-16...
  • Page 4: Safety Instructions

    1. Safety Instructions Prior to initial operation of the device, it is necessary to follow the operating and safety instructions. Identical to the standard ANSI Z535.4, the symbols used below are defined in the standard ISO 3864-2 and represent various warning levels. Safety symbols –...
  • Page 5 Symbol Safety Instructions CAUTION - Read the precautions in the instructions UV-LIGHT - Read the precautions in the instructions CAUTION - Hazardous UV LED rays - Use only with shield - Protect your eyes and skin from the UV rays Safety instructions labeling on the BlueCure lamps The BlueCure lamps are high-intensity UV LED emitting devices for industrial...
  • Page 6 Classification of hazards: The classification describes the potential risks that could occur depending on the purpose of the application and the length of irradiation. The risks must be assessed and classified depending on the use of the UV LED light source. The measurement distance for the classification of hazards is set at 200 mm according to IEC 62471.
  • Page 7 BlueCure lamps are classified as a risk group 3 in accordance with IEC 62471 when in the vicinity and when looking directly at the source of the radiation. When integrating the source of radiation into a production system, the risk must generally be ranked as low to medium if the appropriate distances from the user are ensured or risk-free in the case of appropriately specified integration schemes.
  • Page 8: General Information

    Furthermore, with regard to the planned candidate list of substances of very high concern (SVHC) – issued on October 10, 2008 – Nordson EFD declares that, to the best of our knowledge, the BlueCure products do not contain SVHC of more than 0.1% of the weight of the device.
  • Page 9: Unpacking And Inspection

    After removal from the packaging, please inspect the delivery for completeness and to ensure that its operating conditions are consistent with the information on the rating plate. The warranty for the products from Nordson EFD is based solely on the general terms and conditions in their current version. 3 Functionality...
  • Page 10: Technical Specifications

    4 Technical Specifications BLUE CURE FL-8.0W-125X20-WC- Outer dimensions L x W x H (including the tube for the cooling connection) 135 x 49 x 76 mm Dimensions of the light-emitting window 125 mm x 20 mm Maximum intensity of radiation 8.0 W/cm Fastening thread - broad sides 2x M3 x 0.5 each;...
  • Page 11: Installation

    5 Installation The lamps are provided with threaded inserts on the bottom for the purpose of mounting (see drawings in the appendix). Damage to the source of radiation may occur if the permissible maximum values for mounting the lamps are exceeded. Please note that the light source must be grounded if it is mounted or integrated in a system using the fastening threads.
  • Page 12: Sps Connection

    5.1 SPS Connection Pin Function Signal Level Remark 1 --- Do not connect 2 Input 0 to +5 V DC The desired lamp output is achieved depending on the input voltage (+5 V Lamp output = 100 %, +1 V = 20 %). The smallest input voltage for the proper function of the lamp is +1 V.
  • Page 13 CAUTION! Note: All input and output signals of the lamp must have the same ground as the +48 V DC power supply. Temperature fault and SLM error diagram ‘Open commutator TTL output’ If desired, pins 5 and 11 can be joined together for a single error as an output signal. CAUTION! Attention: Both outputs ‘Pin 5 and 11’...
  • Page 14: Power Supply Connection

    5.2 Power Supply Connection The BlueCure lamp is connected with the power supply via a respective cable. A 5-pin plug from Phoenix Contact is used for the connection (Type: PC5/5-STF1-7,62). Connect the power supply cable of the lamp to the power supply according to the instructions provided by the manufacturer of the power supply.
  • Page 15: Possible Connection Scenarios

    5.3 Possible Connection Scenarios Scenario 1: - Simple on/off (no SPS) - 100% intensity (not adjustable) - No monitoring of errors and temperature - No emergency shut-off functionality S1 = On / off lamp T1 = Power supply Power supply DB15 Interface Phoenix Contact 5-pin LAMP...
  • Page 16: On/Off Control

    Scenario 3: - SPS-controlled - Adjustment of the intensity from 20 to 100% via SPS - Monitoring of errors via SPS - Temperature monitoring via SPS - Emergency shut-off functionality S3 = Emergency shut-off switch T2 = DC regulator DB15 Interface LAMP 6 On/Off Control The BlueCure lamps can be turned on or off in less than 50 ms via a control...
  • Page 17: Intensity Of The Radiation

    7 Intensity of the Radiation BlueCure lamps are flood lamps. Therefore, the highest intensity is achieved a close as possible to the radiation window of the lamp. A typical distance between the light source and the substrate to be exposed is approx. 5 mm. Lamps with a wavelength-peak of 395 nm emit light within the wavelength range of 380 to 420 nm.
  • Page 18: Maintenance

    8 Maintenance The glass surface where the light is emitted should be occasionally inspected for potential contaminants and, if necessary, cleaned. Use a soft cloth soaked in alcohol for this. Do not flood the lamp with cleaning liquid in the process. The maintenance of the cooling system is primarily geared toward the used refrigeration unit.
  • Page 19: Troubleshooting

    Connection’ for this. - If the outlet pin 11 from the DB15 is applied to the ground (0 to +0.4 V DC), then it is possible that an internal fuse was set off. For further information, contact Nordson EFD. Temperature Water-cooling...
  • Page 20: Appendix

    A. Appendix A.1 Drawing of the BLUE CURE FL-8.0W-125X20-WC-395...
  • Page 22: Warranty

    NORDSON EFD ONE YEAR LIMITED WARRANTY Nordson EFD products are warranted for one year from date of purchase to be free from defects in material and workmanship (but not against damage caused by misuse, abrasion, corrosion, negligence, accident, faulty installation or by dispensing material incompatible with equipment) when the equipment is installed and operated in accordance with factory recommendations and instructions.

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