What to do if there is a calculation error on Prexiso X2 Analytical Instruments?
If you are getting a calculation error on your Prexiso Analytical Instruments, this is due to a calculation error. Try performing the measurement again.
Why does my Prexiso Analytical Instruments say temperature too high?
If your Prexiso Analytical Instruments device displays a 'Temperature too high' message, it means the device's temperature is too high. To resolve this, allow the device to cool down.
What to do if the laser beam is interrupted on Prexiso X2?
If the laser beam is interrupted on your Prexiso Analytical Instruments, it means that the laser beam was interrupted during measurement. You should repeat the measurement.
Why does my Prexiso X2 say temperature too low?
If your Prexiso Analytical Instruments device displays a 'Temperature too low' message, it means the device's temperature is too low. To resolve this, warm the device up.
What to do if reception signal is too weak on Prexiso X2?
If you're getting a 'Reception signal too weak' message or the measuring time is too long on your Prexiso Analytical Instruments, this is because the reception signal is too weak. Try changing the target surface to something like white paper.
What does 'Measurement outside of the measuring range' mean on Prexiso X2?
If you receive a 'Measurement outside of the measuring range' error on your Prexiso Analytical Instruments, it means that your measurement is outside of the device's capabilities. Mind the range of the device.
General| Brand | Prexiso |
|---|---|
| Model | X2 |
| Category | Analytical Instruments |
| Language | English |
Defines warning signs for property damage, bodily harm, and danger to life.
Explains notes for handling devices and composition of operating instructions/schedules.
Details the function of each key on the PREXISO X2 laser distance meter.
Explains the various indicators and symbols shown on the device's display.
Guides through inserting batteries and when to replace them for reliable use.
Covers factors affecting measurement quality and device power on/off procedures.
Step-by-step guide for taking a single distance measurement accurately.
Using the continuous mode for staking out distances efficiently.
Briefly describes Add/Subtract, Area, Volume, and Pythagoras measurement functions.
Details electromagnetic compatibility (EMC) and FCC compliance for US users.
Explains laser safety classification and precautions for Class 2 lasers.
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