To Next PageTo Next PageWhat does Fault 20 mean on Nordson Medical Equipment and what to do?
Fault 20 indicates that the RF detector has tripped, meaning a high RF field has been detected. This could be due to: * RF Detector is detecting a high level of RF: Make sure the RF screen is not missing, loose, or damaged. * Incorrect RF detector mounting location.
What does Fault 19 mean on Nordson Medical Equipment and what to do?
Fault 19 indicates that the RF detector is missing, meaning the system does not sense the RF detector. This can be caused by: * RF detector is not properly connected: Check the RF detector connections. * RF cable is damaged: Check the continuity of the RF cable. Replace the cable if necessary. * RF detector is damaged: Replace the RF detector.
What does Fault 15 mean on Nordson Medical Equipment and what to do?
Fault 15 indicates that the power control is at its limit, meaning the system controller is unable to regulate output. This can be caused by: * Failed magnetrons: Replace the magnetrons. * Low voltage to magnetrons: Transformer taps set incorrectly. Check transformer in system controller.
Why is my Nordson Medical Equipment system running correctly but the material not curing?
Several factors can cause this issue: * Incorrectly installed reflectors: Ensure they are correctly placed in the brackets and supports. * Dirty or damaged reflectors: Clean or replace the reflectors. * Dirty RF screen: Replace the RF screen. * Lamp not in focus: Focus the lamphead. * Incorrect bulb type: Replace with the correct bulb type. * Low power level setting: Increase the power level on the system controller. * Material issue: Contact the material supplier to verify the UV spectrum/intensity output.
What does Fault 4 mean on Nordson Medical Equipment and what to do?
Fault 4 indicates a magnetron current imbalance, where the current level of magnetron A and B differs by more than 100 mA. This could be due to: * End of magnetron life: Replace the magnetrons. * Improper magnetron wiring: Verify the magnetron wiring connections.
What does Fault 2 mean on Nordson Medical Equipment and what to do?
Fault 2 indicates that the filament fuse is blown, meaning there's an open filament transformer circuit and no filament current. This can be caused by: * Filament transformer fuse F4 on the main control board blown: Excessive power line noise. * Open in filament control circuit to transformer: Verify proper continuity within the system controller and lamphead.
How to fix Fault 0: FAULT NETWORK CONFIGURATION on Nordson Medical Equipment?
Fault 0 indicates that the network is detecting multiple units with the same ID. This is likely due to an incorrect controller ID setting, where two or more controllers have the same ID. To resolve this, reconfigure the ID settings so that each controller has a unique ID number.
What does Fault 12 mean on Nordson Medical Equipment and what to do?
Fault 12 indicates a magnetron voltage error, meaning the magnetron voltage maximum is exceeded or the difference between the magnetrons is too great. This can be caused by: * Arcing or opens in the high voltage circuit: Check the high voltage wiring, from the inside of the controller to the magnetrons. * Failed diode block in system controller: Test diode block. Replace diode block if failed. * Magnetrons have failed: Check the high voltage wiring, from the inside of the controller to the magnetrons. Replace the magnetrons.
What does Fault 17 mean on Nordson Medical Equipment and what to do?
Fault 17 indicates an interlock fault, meaning the MSTOP I/O is open or under voltage. This can be caused by: * Open external interlock: Check all system interlocks and the MSTOP connection. There must be continuity between Pins 15 and 16 on the rear panel Remote I/O connector. * I/O jumpers are set incorrectly (DeviceNet capable system): Verify that the jumper position matches the interlock method. Make sure 24Vdc is available to interlock circuit. * 24Vdc not being supplied to interlock: Check voltage and correct if necessary.
What does Fault 24 mean on Nordson Medical Equipment and what to do?
Fault 24 indicates that the magnetron current cannot be maintained. This may be due to: * Open HV circuit to magnetrons: Check black and white high-voltage cables to magnetrons. * Wiring to magnetrons not connected properly: Verify wiring connections. * HV transformer taps set incorrectly in system controller: Refer to the Transformer Tap Table to verify settings. * Failed diode block in system controller: Test diode block. Replace diode block if failed. * Magnetrons at end of life: Replace magnetrons. * Failed contactor: Replace contactors. * Failed diode block (open diode) in system controller: Test diode block. Replace diode block if failed. * Damaged main control board (defective relay #1): Replace main control board.
General| Brand | Nordson |
|---|---|
| Model | Coolwave 2610 |
| Category | Medical Equipment |
| Language | English |
General safety instructions and importance of documentation.
Qualified personnel, intended use, and compliance regulations.
Information on UV, microwave, and RF radiation, including first aid.
Ozone, temperatures, voltage, mercury, fire safety, and symbols.
Manual scope, UV curing definition, and system operation.
Major components of the CoolWave system described and illustrated.
Explanation of magnetron function and factors affecting its lifespan.
Types and characteristics of focus and flood reflectors.
Description of optional components for enhanced system performance.
Guidelines for mounting and installing the system controller.
Wiring requirements and transformer tap configurations for power supply.
Connecting multiple controllers to form a network and termination.
Configuration of the machine stop interlock for normal or isolated operation.
Specifications and procedures for DeviceNet connectivity.
Guidelines for mounting, shielding, and cooling air for lampheads.
Procedures for connecting and monitoring lamphead air pressure.
Proper connection and engagement of unicable connectors.
Mounting and connection guidelines for the RF detector.
Steps to configure the controller using front panel keys.
Overview of the system controller displays and operational controls.
Advanced operations like temperature display and panel lock.
List of fault messages and their descriptions for troubleshooting.
Sequences for system status changes during operation.
Procedures for starting the system locally or remotely.
Procedures for normal and fault shutdowns, and cool down time importance.
How to identify installed software versions for technical support.
General guidance and chart usage for troubleshooting system issues.
Diagnosing and correcting specific fault messages.
Common issues with UV bulbs and their corrective actions.
Common lamphead problems like pressure and arcing.
Procedures for testing diode blocks in the system controller.
Maintenance schedule and repair procedures for the system controller.
Guidelines for maintaining and repairing lamphead components.
Step-by-step guide for replacing UV bulbs.
Procedures for replacing focus and flood reflectors.
Replacing the blower assembly in internal blower lampheads.
Replacing components like magnetrons and transformers.
Procedure for replacing magnetrons in the lamphead.
Procedure for replacing filament transformers.
Replacing the light detector board.
Replacing the internal temperature sensor.
Procedure for replacing the starter bulb.
Final steps for reassembling the lamphead after repairs.
List of system controllers available for different Hz applications.
Part numbers and descriptions for system controller repair.
Part numbers and descriptions for internal blower lampheads.
Torque values for internal blower lamphead fasteners.
Part numbers and descriptions for external blower lampheads.
List of UV bulb part numbers and descriptions.
Kits for converting lampheads between focus and flood reflectors.
Steps for installing the adjustable lamphead mounting bracket.
Physical and environmental specifications for the system controller.
Power line current draw values for external and internal blowers.
How light output is controlled and examples of master/remote settings.
Technical specifications for the lamphead assembly.
Electrical diagrams for the system's external and internal blowers.
Scope and requirements for the DeviceNet Interface Module.
Configuration and operation details for DeviceNet connectivity.
Overview, configuration, and certification of the DeviceNet interface.
Provides descriptive information about the device.
Object for managing DeviceNet parameters like MAC ID and Baud Rate.
Object for handling input/output assembly instances.
Object defining connection parameters for DeviceNet communication.
Object for device status supervision and commands.
Structure definition for exception detail reporting.
Object for managing lamp states, commands, and power levels.
Details about the product models and description.
