Iisensa ze-photoelectric ezibonisa ukukhanya kwakhona zeLANBAO zixatyiswa kakhulu ngenxa yeemodeli zazo ezahlukeneyo kunye noluhlu olubanzi lwezicelo. Uluhlu lwethu lwemveliso luquka iisensa ze-polarized filter, iisensa zokufumanisa izinto ezicacileyo, iisensa zokunciphisa ukukhanya kwangaphambili, kunye neesensa zokufumanisa indawo. Xa kuthelekiswa neesensa zokubonakalisa ukukhanya ezisasazekileyo, iisensa zokubonakalisa ukukhanya kwakhona zibonelela ngoluhlu olukhulu lokufumanisa kunye nokufumanisa xa into iphazamisa ukukhanya phakathi kwesensa kunye ne-reflector.
Kule ngxaki, siza kuphendula imibuzo yakho eqhelekileyo malunga nee-retroreflective photoelectric sensors kunye nee-reflectors. Ngokuqonda imigaqo yokusebenza kunye neemeko zokusetyenziswa kwezi sensors, sinokukunceda ukhethe imveliso efanelekileyo kwisicelo sakho esithile.
I-retroreflective photoelectric sensor isebenza ngokukhupha ukukhanya okubuyiselwa kwi-sensor yi-reflector. Nantoni na ethintela le ndlela yokukhanya ibangela utshintsho kubunzulu bokukhanya obufunyenweyo, nto leyo ebangela ukuphuma kwe-sensor.
Iisensa ze-photoelectric ezibonisa ukukhanya kwakhona zihlala zinengxaki yokubona izinto ezibonisa ukukhanya kakhulu. Ukuze soyise lo mceli mngeni, sicebisa ukusebenzisa iisensa ezinezihluzo ze-polarization kunye nee-corner cube reflectors. Ngokwahlula phakathi kwe-polarization yokukhanya okubonakalayo kwi-reflector kunye ne-target, ukufunyanwa okuthembekileyo kwemiphezulu ebonakalisa ukukhanya kakhulu kunokufezekiswa.
Iisensa ze-photoelectric ezibonisa ukukhanya kwakhona zinokubona utshintsho oluncinci kubunzulu bokukhanya, nto leyo ezenza zibe zilungele ukubona izinto ezibonakalayo ezifana neebhotile zeglasi. Njengoko into ebonakalayo idlula kumqadi wesensa, isensa ibona utshintsho ekukhanyeni kwaye iqalise isignali yokuphuma. Iisensa ezininzi zivumela ukulungiswa kwepesenti yotshintsho lokukhanya, nto leyo ezenza zifaneleke kwizinto ezinemibala okanye ezingabonakaliyo kancinci. ILambo ichaza iisensa ze-photoelectric ezibonisa ukukhanya kwakhona ezenzelwe ukufunyanwa kwezinto ezibonakalayo ngoonobumba "G," njengoUthotho lwe-PSE-G, Uthotho lwePSS-GkunyeUthotho lwePSM-G.
Ngokufaka umngxuma obonakalayo phambi kwe-emitter kunye ne-receiver, ucinezelo lwangaphambili luthintela uluhlu olusebenzayo lwe-sensor lokufumanisa. Oku kuqinisekisa ukuba kukukhanya okubonakalayo ngqo kubuyela kwi-receiver kuphela okufunyenweyo, okudala indawo yokufumanisa echaziweyo kwaye kuthintele iithagethi ezikhanyayo okanye ezikhazimlayo ukuba zingatolikwa gwenxa njenge-reflector. Olu phawu luluncedo ngakumbi xa kufunyanwa izinto ezineefilimu zokupakisha, njengoko luthintela ukupakisha ukuba kungabangela uqhushululu olungelulo.
Ukukhethwa kwesibonisi senzwa esibuyisa umva kuxhomekeke kwimodeli ethile yesibonisi.
Ii-retroreflectors zekona ezineeplastiki zilungele zonke iintlobo zeenzwa, kuquka nezo zinezihluzi ze-polarisation.
Ukuze ufumane izinto ezibonisa ukukhanya okuphezulu, kuyacetyiswa ukuba usebenzise i-retroreflective sensor ene-polarization filter edibene ne-corner cube retroreflector. Xa usebenzisa i-sensor enomthombo wokukhanya we-laser kunye nomgama omfutshane wokuva, kuyacetyiswa i-micro-structured corner cube retroreflector ngenxa yobukhulu bayo obuncinci.
Iphepha ledatha ngalinye lesenzi esibuyisa umva lichaza isibonisi sesalathiso. Zonke iiparameter zobugcisa, kuquka noluhlu oluphezulu lokusebenza, zisekelwe kwesi sibonisi. Ukusebenzisa isibonisi esincinci kuya kunciphisa uluhlu lokusebenza lwesenzi.
Ixesha leposi: Jan-14-2025