How to fix unstable laser on Renishaw XL-80 Measuring Instruments?
If the laser on your Renishaw Measuring Instruments is unstable, start by checking the laser alignment. If the issue continues, try power cycling the device. If the laser remains unstable, further assistance may be necessary.
What to do if Renishaw Measuring Instruments beam break prevents measurements?
If you are experiencing a beam break with your Renishaw Measuring Instruments, preventing measurements, first ensure that the laser beam is present. If there is no laser beam, try power cycling the device. If the issue continues, it may require further assistance.
What to do if Renishaw Measuring Instruments show a solid red LED status?
A solid red LED indicates a beam break, preventing measurements. First, check if the laser beam is present. If not, power cycle the device. If the problem continues, it is advised to contact your local Renishaw office.
Why is my Renishaw XL-80 showing a solid amber LED status?
A solid amber LED indicates a low beam, suggesting a potential beam break. You should check the laser alignment. If measuring a separation greater than 40 m, switch to high gain mode. If the issue persists, contact your local Renishaw office.
Essential safety guidelines for operating the XL laser system, covering general, mechanical, optical, and electrical aspects.
Overview of the XL laser system, its controls, indicators, XC compensator, and various optics.
Description of accessories like mirrors, steerers, adapters, mounting kits, and storage cases.
Technical specifications, dimensions, weights, and troubleshooting information for the XL laser system.
Guidelines for maintaining, handling, and recalibrating the XL laser system for optimal performance.
Guide introduction, aims, and overview of Linear, Angular, and Straightness measurement modes.
Instructions for basic setup, XC compensator connection, and general alignment rules.
Detailed steps for linear measurement, including mounting optics, retroreflector, interferometer, and visual alignment.
Detailed steps for angular (pitch/yaw) measurements, including mounting and visual alignment.
Detailed steps for straightness measurements, including mounting and visual alignment.
Details terms, conditions, warranty, and international guidelines for the XL laser system.
Description of auxiliary functions, DIP switches, connector details, and cable types.
Configuration of DIP switches for quadrature resolution, analogue gain, and measurement ranges.
Explains remote triggering, fast/slow trigger interfaces, and their specifications.
Explains quadrature output, signal format, resolution, accuracy, and alarm conditions.
Details RS422 receiver circuitry, hysteresis, and suggested data extraction methods.
General| Wavelength | 633 nm |
|---|---|
| Linear measurement accuracy | ±0.5 ppm |
| Maximum range | 80 m |
| Linear Resolution | 1 nm |
| Operating temperature range | 0°C to 40°C |
| Laser Class | Class 2 |
| Angular Resolution | 0.01 arc sec |
| Straightness Resolution | 0.01 μm |
| Humidity | 0% to 95% non-condensing |
| Interferometer Type | Michelson interferometer |
| Resolution | 0.001 µm |
| Environmental Compensation | Automatic |
| Air Pressure | 650 mbar - 1150 mbar |
| Measurement Speed | 4 m/s |
| Interface | USB |
| Power Supply | 100-240V AC, 50-60Hz |
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