In cursim progredientes landscape industriae productio, in planities productum superficies est crucial indicator de uber qualitas. Platness Deprehensio late usus est per varia industries, ut automotive vestibulum, aerospace et electronics. Exempla includit flatness inspectionem gravida vel mobile phone housings in motricium industria, et planities inspectionem LCD tabulata in semiconductor industria.
Traditum autem modis Deprehensio modi pati exitibus ut humilis efficientiam et pauperem accurate. In Contra, LVDT (linearibus variabilis differentiale transformer) sensoriis, cum commoda altus praecisione, princeps reliability, et frictionless mensurae (exempli gratia: LVDTs ut ad consequi frictionless et excitimus mensurae), nunc late in moderni obiecti plane deprehendatur.
Operating principle:
Frictionless measurement:Est Northmanni non physica contactus inter mobile core et coil structuram, id est LVDT est frictionless machination.This permittit usum in discrimine mensura non potest tolerare friction mollis tristique sem.
Infinitus mechanica vitae: Quia non est Northmanni nihil contactus inter LVD scriptor core et coil structuram, nec partes potest fricare simul et gerunt de, dare LVDTs per se infinita mechanica vitae.
Resolutio: LVdts potest metimatimally parva mutationes in Core loco quia agunt in electro iugo principiis in friction-liberum structure.The solum limitationem in resolutio est structure in signum Conditioner et resolutio est in signum.
Nullum punctum repeatability:Locus est LVD scriptor intrinsec nulla punctum maxime firmum et repetibile, etiam super eius ipso wide operating temperatus range.This facit LVDTs praestare etiam ut nulla situ sensoriis in clausis-loop potestate systems.
Crucem-Axis rejectionis:LVDTS sunt sensitivo ad axe motum core et relative insensitiva ad radiale motu.This concedit LVDts ut solebat metimur canibus, quae non moventur in precise recta.
Fast dynamic responsio:De absentia frictionis durante Ordinarius operatio permittit ad LVDT ad respondendum ipsum ieiunium mutationes in Core Position.The Dynamic responsio LVD Sensorem se est limitatur solum per inertia effectus ex levi missa.
Absoluta output;Et LVDT output est Analog signum protinus ad locum. Si potentia outage occurs, mensurae potest resumi sine recalibrationis (potestas necessitates ad conversus retrorsum ad obtinendum current displacement valorem post potentia outage).
- Workpiece Superficies Platness Deprehensio: Per contingentes super superficiem workpiece cum LVDT specillum, altitudo varietates super superficiem potest metiri, ita perpendendos suos in planities.
- Sheet metallum planctum deprehendatur: Per sheet metallum productio, an ordinata LVDT layout, combined cum an automated scanning mechanism, potest consequi plenus-superficies planities mapping of magna-amplitudo laminas.
- Wafer Flatness Deprehensio:In semiconductor industria, in planculas de wafers habet significant impulsum in chip perficientur. LVDts potest ad pressius metimur planities of laganum superficiebus. (Nota: in laganum plana deprehensio et LVDT necessitates ad instructum in Lightweight Rimes et humilis contactus vi consilio, faciens idoneam ad missionibus ubi damnum ad superficiem non licet.)
- Micrometer-gradu repeatability
- Multiple Ranges Available ex 5-20mm
- Comprehensive output options, inter digital signum, Analog et CDLXXXV.
- Maximum quod 3N sensu capite pressura, capax non-abrasive deprehensio in utroque metallum speculum superficiebus.
- Dives exteriores dimensiones in occursum variis applicationem spatia.
- Lectio dux
| Genus | Nomen | Exemplar | Sonor | Lineamentum | Repeatability | Output | Protection Grade |
| Combinedprobe type | Amplifier | Lva-Esjbi4d1m | / | / | / | 4-20MA Current, Tres Vias Digital output | IP40 |
| SENTENTIA | LVR, VM15R01 | 0-15mm | ± 0.2% fs (XXV ℃) | 8μm (XXV ℃) | / | Ip65 | |
| LVR-vm10R01 | 0-10mm | ||||||
| LVR-vm5r01 | 0-5mm | ||||||
| Integrated Type | Integrated Sensu PRBE | LVR-vm20r01 | 0-20mm | ± 0.25% fs (XXV ℃) | 8μm (XXV ℃) | Rs485 | |
| LVR, VM15R01 | 0-15mm | ||||||
| LVR-vm10R01 | 0-10mm | ||||||
| LVR-vm5r01 | 0-5mm | ||||||
| LVR-Svm10DR01 | 0-10mm |
Post tempus: Feb-11-2025