iPiezoelectric Quartz Dynamic Weighing Sensor CET8312

Piezoelectric Quartz Dynamic Weighing Sensor CET8312

Inkcazelo emfutshane:

I-CET8312 yePiezoelectric Quartz Dynamic Weighing Sensor ineempawu zoluhlu lokulinganisa olubanzi, uzinzo oluhle lwexesha elide, ukuphinda-phinda okulungileyo, ukuchaneka komlinganiselo ophezulu kunye nobuninzi bokuphendula okuphakamileyo, ngoko ifaneleke ngokukodwa ukufunyaniswa kobunzima obuguquguqukayo.Yinto eqinileyo, eshukumayo yesivayiva esisekwe kumgaqo wepiezoelectric kunye nesakhiwo esinelungelo elilodwa lomenzi wechiza.Iqulunqwe nge-piezoelectric quartz crystal sheet, ipleyiti ye-electrode kunye nesixhobo esikhethekileyo sokuthwala i-beam.Ukwahlula kwiimitha ezi-1, i-1.5-meter, i-1.75-meter, i-2-meter size specs, inokudibaniswa kwiindidi ezahlukeneyo ze-sensors zendlela yendlela, inokulungelelanisa iimfuno eziguquguqukayo zokulinganisa kwendlela.


Iinkcukacha zeMveliso

Iithegi zeMveliso

IiParameters zobuGcisa

Imilinganiselo yecandelo lomnqamlezo (48mm+58mm)*58mm
Ubude

1m, 1.5m, 1.75m, 2m

Uluhlu lobunzima bevili 0.05T~35T
Umthamo wokulayisha ngaphezulu 150%FS
Uvakalelo lomthwalo 2±5%pC/N
Uluhlu lwesantya

(0.5-100)km/h

Ibakala lokhuseleko

IP68

Ukuphazamiseka kwemveliso

>1010Ω
Ubushushu bokusebenza.

-45℃80℃

Isiphumo sobushushu besiphumo

<0.04%FS/ ℃

Uqhagamshelo lombane Intambo ye-coaxial yengxolo ephezulu rhoqo
Ukuthwala umphezulu Umphezulu wokuthwala unokugudiswa
Ayinamda ≤± 2% FS (ukuchaneka kokulinganisa okumileyo kweenzwa kwindawo nganye)
Ukungqinelana ≤± 4% FS (ukuchaneka kwe-static calibration yamanqaku eendawo ezahlukeneyo zenzwa)
Ukuphindaphinda ≤± 2% FS (ukuchaneka kwe-static calibration yeenzwa kwindawo enye)
Impazamo echanekileyo edityanisiweyo

≤±5%

Indlela yokuFakela

image4.jpeg

Ulwakhiwo lulonke

Ukuze kuqinisekiswe umphumo wokuvavanya ukufakwa okupheleleyo kwenzwa, ukhetho lwesayithi kufuneka lube lukhuni.Kucetyiswa ukuba umgaqo wesamente oqinileyo kufuneka ukhethwe njengesiseko sofakelo lwenzwa, kwaye i-flexible pavement efana ne-asphalt kufuneka iguqulwe.Ngaphandle koko, ukuchaneka komlinganiselo okanye ubomi benkonzo yenzwa bunokuchaphazeleka.

image5.png
image6.jpeg

Isibiyeli sokuNyuka

Emva kokuba indawo imisiwe, isibiyeli esixhomayo esinemingxuma enikwe abenzi boluvo kufuneka simiselwe kwi-sensor ngetape yocingo olude, emva koko unxantathu omncinci womthi usetyenziselwa ukuplaga kwisithuba phakathi kwebhanti yokubopha. kunye nesibiyeli sokuxhoma, ukuze ibe nokuqiniswa.Ukuba abasebenzi banele, inyathelo (2) kunye (3) linokwenziwa ngaxeshanye.Njengoko kubonisiwe ngasentla.

image7.png

I-Pavement Grooving

Sebenzisa irula okanye esinye isixhobo ukumisela indawo yokunyuka yesixhobo soluvo esiguqukayo.Umatshini wokusika usetyenziselwa ukuvula iigrooves ezixande endleleni.
Ukuba i-grooves ayilingani kwaye inamaqhuqhuva amancinci emacaleni e-grooves, ububanzi be-grooves bu-20 mm ngaphezu kwe-sensor, ubunzulu be-grooves bu-20 mm ngaphezu kwe-sensor, kunye ne-50 mm ubude. kunelo loluvo.I-Cable groove yi-10 mm ububanzi, i-50 mm ubunzulu;
Ukuba i-grooves yenziwe ngokucokisekileyo kwaye imida ye-grooves igudileyo, ububanzi be-grooves bu-5-10mm ngaphezu kwe-sensors, ubunzulu be-grooves bu-5-10mm ngaphezu kwe-sensors, kunye nobude. ye grooves yi 20-50mm ngaphezu abenzi boluvo.Ingca yekhebula yi-10 mm ububanzi, i-50 mm ubunzulu.
Umphantsi uya kunqunyulwa, i-silt kunye namanzi kwi-grooves iya kuphephethwa icocekile ngepompo yomoya (ukuba yomiswe ngokucokisekileyo ukuze igcwalise i-grout), kunye nomgangatho ophezulu wamacala omabini e-grooves uya kuqhotyoshelwe kwi-tape.

image8.png

Ixesha lokuqala Grouting

Vula i-grout yofakelo, ngokomlinganiselo omiselweyo ukulungiselela i-grout edibeneyo, ngokukhawuleza udibanise i-grout kunye nezixhobo, kwaye ngokulinganayo ugalele ecaleni kwendlela yobude be-groove, ukuzaliswa kokuqala kwi-groove kufuneka kube ngaphantsi kwe-1/3 yobunzulu be-groove. umqolomba.

image9.png

Ukubekwa koluvo

Beka ngobunono inzwa kunye nesibiyeli sokunyuka kwi-slot egcwele i-grout, lungisa i-bracket yokukhwela kwaye wenze i-fulcrum nganye ithinte indawo ephezulu ye-slot, kwaye uqinisekise ukuba i-sensor isembindini we-slot.Xa izinzwa ezimbini okanye ngaphezulu zifakwe kwi-slot efanayo, ingqalelo ekhethekileyo kufuneka ihlawulwe kwindawo yokudibanisa.
Umphezulu ophezulu wee-sensor ezimbini kufuneka ube kumgangatho ofanayo othe tye, kwaye ukudibanisa kuya kuba yinto encinci kunokwenzeka, ngaphandle koko impazamo yokulinganisa iya kubangelwa.Gcina ixesha elininzi ngangokunokwenzeka kwisinyathelo (4) kunye (5), okanye i-grout iya kunyanga (i-1-2 iiyure zexesha eliqhelekileyo lokunyanga iglue yethu).

image10.png

Ukususwa kwe-Bracket yokuFaka kunye ne-Second Grouting

Emva kokuba i-grout iphiliswe ngokusisiseko, jonga umphumo wokuqala wokufakelwa kwenzwa, kwaye uyilungise ngexesha elifanelekileyo ukuba kuyimfuneko.Yonke into ilungile ngokusisiseko, emva koko susa isibiyeli, qhubeleka ne-grouting yesibini.Eli naliti lilinganiselwe kumphakamo womphezulu wenzwa.

image11.png(1)

Ixesha Lesithathu Grouting

Ngethuba lokunyanga, qaphela ukwandisa inani le-grout nangaliphi na ixesha, ukwenzela ukuba inqanaba elipheleleyo le-grout emva kokuzaliswa liphezulu kancinci kunomgangatho wendlela.

image11.png

Ukugaya umphezulu

Emva kokuba yonke i-grout yokufakela ifikelele kumandla okuphilisa, ikrazule i-tape, kwaye ugaye i-groove surface kunye nomgangatho wendlela, ukuqhuba uvavanyo lokulayishwa kwangaphambili kunye nesithuthi esiqhelekileyo okanye ezinye izithuthi ukujonga ukuba ukufakwa kwenzwa kulungile.
Ukuba uvavanyo lokulayishwa kwangaphambili luqhelekileyo, ukufakela
igqityiwe.

Izaziso zoFakelo

5.1Kuthintelwe ngokungqongqo ukusebenzisa inzwa ngaphaya koluhlu kunye nobushushu bokusebenza ixesha elide.
I-5.2Kunqatshelwe ngokungqongqo ukulinganisa ukunyanzeliswa kwe-insulation ye-sensor kunye nemitha ephezulu yokumelana ne-1000V.
5.3 Abasebenzi abangezongcali bathintelwe ngokungqongqo ukuba bayingqinisise.
5.4Isixhobo sokulinganisa kufuneka sihambelane nezinto ze-aluminium, kungenjalo imiyalelo ekhethekileyo iyafuneka xa ku-odolwa.
I-5.5 Ukuphela kwemveliso ye-sensor L5 / Q9 kufuneka igcinwe yomile kwaye icocekile ngexesha lokulinganisa, ngaphandle koko ukukhutshwa kwesignali akuzinzile.
I-5.6 I-pressure surface ye-sensor ayiyi kubethwa ngesixhobo esinqabileyo okanye amandla anzima.
5.7 I-bandwidth ye-amplifier yentlawulo iya kuba phezulu kunelo yenzwa, ngaphandle kokuba akukho mfuneko ikhethekileyo yokuphendula rhoqo.
5.8 Ufakelo lwezinzwa kufuneka luqhutywe ngokuhambelana ngqongqo kunye neemfuno ezifanelekileyo zemiyalelo ukuze kuphunyezwe umlinganiselo ochanekileyo.
5.9 Ukuba kukho uphazamiseko oluluqilima lwe-electromagnetic kufutshane nomlinganiselo, amanyathelo athile okukhusela kufuneka athathwe.
5.10Intambo yesivamvisisi kunye nesandisi-mali sokutshaja kufuneka sisebenzise intambo ye-coaxial enengxolo ephezulu ye-static.

Iziqhoboshelo

Incwadi ye-1 PCS
Ukufaneleka kokuqinisekiswa 1 PCS Certificate 1 PCS
IHangtag 1 PCS
Intambo yemveliso ye-Q9 1 PCS


  • Ngaphambili:
  • Okulandelayo:

  • Iimveliso ezinxulumeneyo