How to fix Conductance Error in Leister NOVOLAS Basic AT Welding System?
For some laser modules, the conductance must be closely controlled. Leave the cooler running for a few minutes and monitor the conductance value. Click the Roll Info button until the conductance value appears in “µS“. If it decreases, wait for the error to disappear, then power down and up the system. If the failure persists, replace the DI cartridge.
Describes the NOVOLAS Basic AT laser system and its contents.
Defines the target audience and required qualifications for using the manual.
Specifies correct applications and conditions for the NOVOLAS Basic AT system.
Details careful handling requirements and warranty void conditions for system components.
Outlines essential procedures and responsibilities for safe system operation and maintenance.
Discusses system classification and potential reporting obligations for Class 4 laser operation.
States the system is an OEM product for integration and outlines compliance requirements.
Explains the system is Laser Class 4 and requires integration to Class 2M standards.
Details essential safety device functionality and operational prerequisites for system safety.
Warns about intense laser radiation, potential skin/eye damage, and required protective measures.
Highlights dangers from live parts, permanent mains connection, and electrical work procedures.
Addresses potential toxic or irritating emissions during material processing and required extraction/filtration.
Lists and describes integrated safety features like interlocks and emergency stops.
Provides a general overview of the NOVOLAS Basic AT platform and its modular structure.
Details the various operational states of the main system and individual laser units.
Lists the electrical interfaces provided by the NOVOLAS Basic AT for system control and monitoring.
Describes terminal blocks for system control, emergency stop, and laser enable functions.
Details interface connections for controlling individual laser modules, including interlocks.
Lists and describes DC-isolated digital inputs for system control and status monitoring.
Lists and describes DC-isolated digital outputs for system status, errors, and ready signals.
Details specific pin assignments for good/bad evaluation signals from digital output X15.
Specifies voltage range, impedance, and signals for analogue inputs.
Specifies voltage range, impedance, and signals for analogue outputs.
Describes the RS232 interface for communication and data exchange.
Details the RS422 interface for communication and data exchange.
Describes interfaces for external laser diodes, including high current and coolant connections.
Details the connector for the external laser module's interlock circuit.
Specifies connections for the cooling circuit of external laser modules.
Provides critical safety and handling instructions before and during system installation.
Guides on safe internal movement of the system within a building.
Details procedures for safe transportation of the system over longer distances.
Instructs on checking for and reporting any damage incurred during transportation.
Advises on retaining original packaging for future use.
Specifies environmental and physical requirements for the installation site.
Lists necessary information and considerations for setting up and connecting the system.
Provides guidance on the installation and wiring procedures for the system.
Illustrates a signal timing diagram for typical system integration.
Shows a wiring diagram for integrating an external Linebeam laser unit.
Details the step-by-step procedure for powering on and initializing the system.
Explains how to configure the system using the RS232 interface and ASCII protocol.
Discusses different operation modes affecting system behavior and current settings.
Explains how the laser current is set via analogue or digital inputs.
Details the conditions and register settings required for laser activation.
Explains the temperature regulation function using pyrometer feedback.
Provides the procedure for safely shutting down the system.
Describes system monitoring functions for temperature and interlocks during operation.
Explains the meaning and states of the diagnostic lamps (L1 and L2) for system status.
Outlines who is authorized to perform repairs and where to find maintenance interval information.
Provides guidance for diagnosing and resolving system issues, including log file submission.
Lists common errors related to laser modules and their possible causes and fixes.
Describes issues related to optics and fiber connections, with troubleshooting measures.
Details the scheduled maintenance tasks and their recommended intervals.
Lists available spare parts and ordering information from Leister.
Provides guidelines for the proper disposal of used replacement parts.
Explains the meaning of various warning symbols used throughout the manual.
Defines common abbreviations and technical terms used in the documentation.
Identifies warning labels, their meanings, and locations on the system.
Specifies electrical requirements, voltage, frequency, and fuse protection.
Provides physical specifications including dimensions, height options, and weight.
Outlines the required ambient temperature, humidity, and operating environment.
Details laser safety classes, wavelengths, power ratings, and operating types.
Describes the cooling medium, capacity, and filter specifications.
Lists recommended conductor sizes for various electrical connections.
General| Voltage | 230 V |
|---|---|
| Frequency | 50/60 Hz |
| Laser Type | Diode laser |
| Operating Temperature | 0 - 40 °C |
| Storage Temperature | -20 - 60 °C |
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