Is there a difference in how to capture the values of PGL in normal / high speed mode?
I think there is sampling of PGL-050W3 / 180W3, normal / high speed mode.
Is there any difference in how to capture values between normal and high speed? Is it just a difference in time?
There seemed to be a difference other than time. Please tell me. It is used to detect the end face of a steel rod,
It seems that he wants to refer to it in the averaging process when there are fluctuations due to heat and variations due to temperature.
Speed and Accuracy are changed
Normal: 20Hz, Accuracy ± 3mm,
High speed: 100Hz, Accuracy ± 4.5mm
In addition, the speed may be faster or slower depending on the material of the object.
If the speed is fixed, the accuracy will vary. Please evaluate by testing in the usage circumstances.
Relation
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Is PGL affected by magnetic fields?
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Is it possible to use the reflective sheet of PDL-120P with PGL-180W3?
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PGL is connected to PLC.
I wrote a command for measuring data, but I could get the data only once.
How can I get the data continuously? -
Are there any countermeasures in case of interference between PGL and BWF-2C?
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What kind of command is it for PGL setting and reading?
- Scanning Range Finder (Data Output Type)
- Scanning Range Finder (Area Configuration Type)
- Photoelectric Switch
- 3D LiDAR
- Area Configuration Type
- Optical Data Transmission Device
- Sensor for Iron and Steel Industry
- Area Configulation Type
- Optical Remote Control Device
- Auto Counter
- Sensor for Textile Industry
- Application
- Laser Range Finder
- PEY
- PA-S
- PL1
- LAD
- LX1
- DMH
- PNX
- PDL
- DM
- post_tag-195
- BRS
- PK7
- EP1
- PA
- AC
- PD
- PR
- LX2
- LAV
- post_tag-163
- CWF
- RS controller
- S-20
- PH-DX
- MC-A201
- PCF
- BNC
- DMC
- PA-SC2
- DWF
- PB9
- PD5
- ISL
- DME
- PG
- PFX
- KRG
- ISP
- DMF
- DMG
- EWF
- DMS
- FHM
- LA
- HMPD
- FBX
- UXM
- PBS
- KAD
- BWF
- DMJ
- PHF
- PHE
- PX1
- UAM
- URM
- UST
- YVT
- PGL
- LEX
- MFG
- MBX
- VMH
- FG
- PLX
- FC
- DC
- BRC
- PEX
- UTM
- PH
- HSA
- EH8
- MBF
- URG
- UBG
- UGM
- DMM