How to fix unstable laser on Renishaw 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 XL 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.
General| Laser Wavelength | 633 nm |
|---|---|
| Type | Laser interferometer |
| Measurement Range | Up to 80 meters |
| Accuracy | ±0.5 ppm |
| Environmental Compensation | Automatic |
| Laser Source | HeNe laser |
| Interface | USB |
| Power Supply | External power supply unit |
Covers safety labelling, mechanical, laser optical, and electrical precautions.
Identification and function of front and top panel controls and LEDs.
Explanation of the XC-80's role in environmental compensation.
Technical details including laser source, power, wavelength, and operating conditions.
Covers Linear, Angular, Straightness, Squareness, and Flatness specifications.
Interpreting LED status for beam strength and signal quality.
Interpreting the laser status LED for errors and stability.
Common reasons for laser instability and potential solutions.
Guidance on why and how to recalibrate the XL laser system.
Information on calibration reminders and service facilities.
Configuration of system functions using DIP switches.
Detailed pin connections for the auxiliary I/O connector.
Details on quadrature signal format, resolution, and pitch.
Accuracy considerations and conditions that trigger alarms.
To Next Page
