I-GDUD-PTM Ultrasonic Flaw Detector Yombhoshongo Wamandla Kagesi
●TFT isikrini sombala weqiniso.
●Kusetshenziswa ubuchwepheshe besistimu yedijithali eshumekiwe ehamba phambili, izinkomba zokusebenza kukagesi zamathuluzi ziklanywa futhi zenziwa ngokuya nge-EN 12668.1 - 2000 ejwayelekile.
●Ibhethri ye-lithium polymer ethuthukisiwe nephephile kanye nobuchwepheshe bokuphatha amandla, i-alamu ezenzakalelayo nokuvikelwa.Isilondolozi sesikrini esizenzakalelayo esibekwe eceleni singasethwa ukuze senze okokusebenza konge amandla kakhudlwana futhi kuhlale isikhathi eside, kanye nokuqinisekisa ukutholwa kwamaphutha okuqhubekayo nangempumelelo.
●Isofthiwe yohlelo lokusebenza ehlanganisa imisebenzi yokucubungula ehlakaniphile nenamandla, ukufundwa komsebenzisi okuqondile nemodi yokusebenza, noma imodi yokusebenza yenkinobho eyodwa ye-digital.
●Amapharamitha okuthola umthamo omkhulu wesiteshi esisethiwe, esilungele abasebenzisi ukuthi basebenze ezintweni ezitholwayo ezihlukene.Ukugcinwa kwedatha okunamandla namandla okuhlaziya okumile, okuhambisana nedethi yokutholwa kwamaphutha ngesikhathi sangempela kanye nokulandelela iwashi lokuvumelanisa isikhathi nokurekhoda, kwenza ukutholwa kube lula.
●Ngobubanzi obuguquguqukayo be-square wave pulse generator, kanye nesidlulisi se-voltage esiguquguqukayo ukuze uthole amandla okudlulisa aguquguqukayo.Izilungiselelo zokumanzisa kwezigaba eziningi zivumela i-probe ukuthi ifaniswe kahle nethuluzi.
●Izici ezinhle ze-amplifier nezici zebhendi yefrikhwensi.I-amplifier inokunemba okungu-0.1dB, ngamamodi okusebenza ebhendi ebanzi nencane, futhi imvamisa ye-probe ingalinganiswa ngesikhathi sangempela, esihlinzeka ngemiphumela engcono yokuthola uma umsebenzisi ethola izinto ezihlukile.
●Ngebanga elibanzi lokutholwa (kufika kumamitha ayi-6) nokulungiswa kwesiginali enamandla, imiz.0.1mm ububanzi obushintshwayo obuqhubekayo.Khetha ububanzi obufanele kanye ne-probe ehambisanayo ukuze uthole ukulungiswa okuhle okuseduze kwenkundla.
●Izingxenyekazi zekhompuyutha ezihamba phambili ezihamba phambili zejubane eliphezulu zicutshungulwa ngesikhathi sangempela kanye nedizayini ethuthukisiwe yomsebenzi wokulawula ukuphindaphinda kwe-pulse ukuze kuhlangatshezwane nomphumela ongcono kakhulu wezinhlamvu zekristalu ezihlukene nebanga lokutholwa.Isibonisi se-echo sinomphumela oguqukayo futhi akukho hysteresis.
●Ukulinganisa okuzenzakalelayo kwe-probe kanye nendawo yokugoba, okuthuthukisa ukuhlangana phakathi kwe-probe nento yokuhlola futhi iqinisekise ukunemba.
●Ngomsebenzi wejika le-distance-amplitude (DAC), umsindo olawulwa wuhlelo nokulawula i-alamu ekhanyayo.
●Ngesixhumi esibonakalayo se-USB enesivinini esikhulu, xhumana kalula nekhompyutha, sekela imisebenzi yokucubungula ukuphathwa kwekhompyutha kanye nezinhlelo ze-inthanethi.
●I-aluminium ekhanyayo ye-alloy ebanjwe yindlu, enomsebenzi omuhle kakhulu wokulwa nokuphazamiseka.Ihlangabezana nekilasi lokuvikela le-IP65.
Ukudlulisa/Ukwamukela
| I-voltage yokudlulisa | 600V |
| Imvamisa yesampula | 100MHz(Ubukhulu) |
| Imvamisa yokuphindaphinda kwe-Pulse | 60Hz |
| Ukulinganisa kwe-impedance | 50Ω/500Ω |
| Imodi yokusebenza | Ukuzithumela kanye nokwamukela/ Ukudlulisa okukodwa kanye nokwamukela okukodwa/ Ukungena |
| Isixazululo | ≥36dB(5N14） |
| Isilinganiso somsindo kagesi | ≤ |
Khulisa/bona
| Imajini yokuzwela | ≥60dB(200mm ukushona, Φ2Flat imbobo engezansi) |
| Inzuzo | 0～110dB, isinyathelo 0dB/0.1dB/1dB/2dB/6dB ukuze ukhethe |
| Ukunemba kwesikhulisi | ±1dB |
| Iphutha lomugqa oqondile | ≤3% |
| Ukuzuza okuzenzakalelayo | 10%-90% |
| I-Dynamic Range | ≥35dB |
Isisekelo sesikhathi
| Ibanga lokutholwa | 10-6000mm, 0.1,1 kanye no-10mm isinyathelo esizenzakalelayo sokusetha |
| Iphutha lomugqa ovundlile | ≤0.1％ |
| Isivinini somsindo | 1000-16000m/s, isinyathelo singu-1m/s |
| I-Zero offset (ukubambezeleka kophenyo) | 0-500.0us |
| Bonisa i-pan | 0-1000.0mm;0.1, 1mm isinyathelo esizenzakalelayo sokusetha |
Ijika
| Ijika le-DAC | Ijika le-Distance-amplitude(DAC), 2～10pcs reference point |
| 4 amajika e-dB alungisekayo engeziwe |
Ukucutshungulwa Kwesiginali
| Ukucindezelwa kwesignali | 0-90%, umugqa |
| Isango lokutholwa (Isiqephu esingu-1) | Iphoyinti lokuqala / ububanzi / ubude obuguquguqukayo ngokuqhubekayo |
| I-alamu enhle/embi esangweni | |
| Ukulawula okukhiphayo (umsindo ne-alamu yokukhanya). | |
| Ukukhethwa kwephoyinti lokulinganisa kwesignali esangweni | |
| Imodi yokulinganisa | Indlela yomsindo/ibanga elivundlile/ukujula kwesibonisi sesikhathi sangempela sokubala |
| I-TOF (isikhathi sendiza) isilinganiso sesikhathi sangempela sokubala isibonisi | |
| Ukuboniswa okunamandla kokuhlehlisa indlela yomsindo | |
| Ukubalwa kwesilinganiso sokufunda okuqinile | |
| Ukulinganisa kwereferensi ongakukhetha kanye nokuma |
Umsebenzi wokuthola amaphutha
| Isiteshi | 20amaqembu |
| Isitoreji | 500 amasignali echo |
| Bonisa | Ukufriza okugcwele/okuyisithenjwa |
| Ijika lemvilophu | Isibonisi serekhodi lemvilophu ephezulu |
| Iwashi lesikhathi sangempela | Ukulandelela idethi/isikhathi, isikhathi sewashi esijwayelekile |
| Isixhumi esibonakalayo | Imbobo ye-USB, esekela ukuxhumana nokuphathwa kwekhompyutha |
Bonisa
| Bonisa | Ukukhanya okuphezulu, isibonisi se-TFT sombala weqiniso, amayintshi angu-5.7 |
| Imvamisa | I-NTSC(60Hz) |
Isakhiwo nokusetshenziswa kwendawo
| Ibhethri | Ibhethri ye-lithium polymer, isikhathi sokusebenza ≥ amahora ayi-10 |
| Ubukhulu nesisindo | 210mmx165mmx50mm, 1.8kg(ngebhethri) |
| Izinga lokushisa kwemvelo | -5℃--60℃ |
| Umswakama ohlobene | 20-90%RH |
| Iyunithi Eyinhloko | 1 isiqephu |
| I-adaptha yamandla | 1 isiqephu |
| Ikhebula le-HF anti-EMI probe | 2 izingcezu |
| Ikhebula le-USB | 1 isiqephu |
| Phenya | 2 ama-pcs |
| Imojuli | 1 isiqephu |
| CD | 1 isiqephu |
| Umhlahlandlela Womsebenzisi | 1 ikhophi |
| Umbiko Wokuhlolwa Kwemboni | 1 ikhophi |
