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General| Cooling Method | Water-cooled |
|---|---|
| Electrical Efficiency | >30% |
| Operating Mode | CW |
| Beam Quality | M² < 1.1 |
| Polarization | Linear |
| Modulation Frequency | Up to 50 kHz |
Patent rights, preface, and US export control compliance details.
Description of IPG Photonics and its worldwide locations.
Details on optical, electrical, environmental specs, and layout.
Step-by-step guide for unpacking from cardboard and wooden crates.
Power connection, interlocks, interfaces, and general precautions.
Common error messages and their resolutions.
Replacing fuses, filters, and fiber connector care.
Details on coverage, exclusions, and liabilities.
Process for returning products to US and Germany.
Guide symbols and their meanings.
Essential safety practices for operation and maintenance.
EMC, electrical, and laser safety compliance details.
Keyswitch operation and safety label placement.
Indicator function and warning about specular reflections.
Equipment, solvents, optical, and general safety practices.
Grounding, voltage, and fuse precautions.
Humidity, temperature, and ventilation requirements.
References to relevant laser safety standards and organizations.
Overview of YLR-Series capabilities and model naming conventions.
Statement on product testing and inspection prior to shipping.
Keyswitch, indicators, and touchscreen operation.
Laser output, interfaces, Ethernet, and power input.
Details on fiber connector and collimator types.
Safety interlock circuit functionality.
Interface connectors and wiring details.
Step-by-step guide for initial power on.
Steps to power on the device in Local and Remote modes.
Comparison of Local and Remote control modes.
Continuous Wave and Quasi-Continuous Wave modes.
Standalone, Modulation, Gate, and External control modes.
Overview of touchscreen main menu items.
Explanations of various submenu screens.
Configuring PC for communication with the laser.
Adjusting pulse parameters via software.
Step-by-step guide for connecting the PC to the laser.
Basic steps for first use and pulse generation.
Explanation of the pulse editor's layout and components.
Tools for modifying pulse characteristics.
Adjusting emission and time scales for pulses.
Comparing and viewing pulse data using panels.
Building and editing pulse sequences.
Using the interface for remote control operations.
Creating and adjusting pulse shapes.
Methods for comparing pulse edits.
Saving, loading, and deleting pulses.
Steps to apply a stored pulse.
Creating and altering pulse sequences.
Saving and loading sequences.
Steps to apply a stored sequence.
Controlling pulse shaping remotely via the interface.
Diagnosing and resolving errors based on messages and bits.
Replacing fuses, filters, and fiber connectors.
Detailed steps for fiber connector inspection and cleaning.
Details on coverage, exclusions, and liabilities.
Legal terms for using the LaserNet™ software.
Legal terms for embedded Microsoft software.
Process for returning products and shipping guidelines.
Definitions of key terms used in the manual.
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