1. Intshayelelo emfutshane
Imitha yokuhamba kwetekhnoloji ye-Ultrasonic iqulethwe yikhaltyhuleyitha kunye nenzwa ye-ultrasonic.Izinzwa ezidityanisiweyo ze-ultrasonic ziquka i-non-invasive sensor, inzwa yofakelo kunye nenzwa encanyathiselwe kumbhobho wangaphakathi okanye ezantsi kwetshaneli.
I-Clamp ngexesha lokuhamba i-ultrasonic transducers kufuneka ifakwe eludongeni lwangaphandle lombhobho olinganisiweyo ngeendlela ze-V, indlela ye-Z kunye nendlela ye-W.Imitha yokuqukuqela ye-ultrasonic yetshaneli ezimbini iyafana neyetshaneli enye.Umahluko wokuba imitha yokuqukuqela yetshaneli enye ye-ultrasonic idinga iperi enye yesivamvo ukuyifaka, kodwa imitha yokuqukuqela ye-ultrasonic yetshaneli ephindwe kabini idinga iperi ezimbini zezivamvo ukuyifaka.Abenzi boluvo baxinzelelwe ngaphandle kwaye bafumane ukufundwa kokuhamba ngokuthe ngqo ngodonga lombhobho.Ukuchaneka ngu-0.5% kunye ne-1%.Ixesha lokuhamba uhlobo lwe-ultrasound sensor ilungile ukulinganisa ulwelo olucocekileyo nolumdaka oluncinci.
I-Clamp kwi-doppler ultrasonic transducers kufuneka ifakwe kumbhobho wangaphandle ngokuthe ngqo komnye nomnye kwaye kulungile nje ukulinganisa ulwelo olungcolileyo, kufuneka kubekho amaqhekeza amakhulu ngokwaneleyo ukuba abangele ukubonakaliswa kwexesha elide, amaqhekeza kufuneka abe ubuncinane be-microns eziyi-100 (0.004) in.) ububanzi be-40mm-4000mm, Ukuba ulwelo lucacile kakhulu, olu hlobo lwemitha yokuhamba aluyi kusebenza kakuhle.
Inzwa yesantya sommandla ngokuqhelekileyo idityaniswe eludongeni lombhobho wangaphakathi okanye ifakwe emazantsi etshaneli.Kwi-sensor yesantya sendawo yethu, inqanaba elisezantsi le-liquid liyadingeka ukuba libe phezulu kune-20mm okanye ngaphezulu kwe-sensor ye-sensor, ukuphakama kwenzwa yi-22mm, ukuqinisekisa ukuchaneka okulungileyo, i-min.umgangatho wolwelo kufuneka ube ukusuka kwi-40mm ukuya kwi-50mm.
Ukuqinisekisa ukuchaneka okulungileyo, zombini iintlobo zeemitha zidinga umbhobho owaneleyo othe tye, ngokuqhelekileyo, wabuza i-10D ephezulu kunye ne-5D esezantsi ubuncinane, apho i-D ingumbhobho ububanzi.I-Elbows, i-valve, kunye nezinye izixhobo eziphazamisa ukuhamba kwe-laminar zinokunciphisa kakhulu ukuchaneka.
2. Usebenza njani ixesha lokuhamba imitha ye-ultrasonic flow meter
Ngexesha lokuhamba kombhobho ogcweleyo we-ultrasonic flowmeter, badlulisela imiqondiso omnye komnye, kwaye intshukumo yolwelo kumbhobho ibangela umahluko onokulinganiswa kwixesha lokuhamba kwesandi njengoko ihamba kunye nanxamnye nokuhamba.Ngokuxhomekeke kububanzi bombhobho, umqondiso unokuhamba ngokuthe ngqo phakathi kwee-transducers, okanye unokugxumeka ukusuka eludongeni ukuya eludongeni.Njengetekhnoloji yeDoppler, i-transducer ilinganisa isantya somsinga, esiguqulela ukuhamba.
Indawo yesantya sohlobo lokuhamba imitha, Isantya saManzi kwindawo ekufutshane ne-DOF6000 Transducer ilinganiswa nge-acoustically ngokurekhoda i-Doppler shift ukusuka kumasuntswana kunye namaqamza omoya amancinci athwelwe emanzini.Ubunzulu baManzi ngaphezu kwe-DOF6000 Transducer ilinganiswa ngoxinzelelo lweTransducer erekhoda uxinzelelo lwe-hydrostatic lwamanzi ngaphezu kwesixhobo.Ubushushu bulinganiswa ukucokisa ushicilelo lwe-acoustic.Ezi zihambelana nesantya sesandi emanzini, esichatshazelwa kakhulu bubushushu.Umyinge wokuqukuqela kunye nexabiso lokuqukuqela lilonke libalwa ngekhaltyhuleyitha yokuhamba ukusuka kulwazi oluchaziweyo lobungakanani betshaneli.
3. Iindidi ze-ultrasonic flow meter
Iteknoloji yexesha lokuhamba : Udonga lwe-TF1100-EC lufakwe okanye lufakwe ngokusisigxina, uhlobo lokufakwa kwe-TF1100-EI, uhlobo oluphathwayo lwe-TF1100-CH kunye ne-TF1100-EP uhlobo oluphathwayo;
SC7/ WM9100/Ultrawater inline type ultrasonic water flow meter kuquka uqhagamshelo lwentambo kunye noqhagamshelo lweflange.
I-TF1100-DC i-clamp efakwe eludongeni kwi-channel ultrasonic flowmeter, i-TF1100-DI uhlobo lokufakwa kweendlela ezimbini zemitha ye-ultrasonic flow meter kunye ne-TF1100-DP ibhetri yohlobo oluphathwayo olusebenzisa iziteshi ezimbini ze-ultrasonic flow meter.
Itekhnoloji yexesha le-Doppler: Udonga lwe-DF6100-EC lufakwe okanye lufakwe ngokusisigxina, uhlobo lokufakwa kwe-DF6100-EI kunye ne-DF6100-EP uhlobo oluphathwayo.
Indlela yesantya sommandla: DOF6000-W uhlobo olusisigxina okanye olumileyo kunye nohlobo oluphathwayo lwe-DOF6000-P;
4. Iimpawu eziqhelekileyo
1. Iteknoloji ye-ultrasonic
2. Ngokuqhelekileyo, i-transit time ultrasonic flow meter ichaneke ngakumbi kune-doppler type flow meter.
3. Awunakumeta ngaphezu kwe-200℃ engamanzi.
5. Izithintelo eziqhelekileyo
1. Ngexesha lokuhamba kunye ne-doppler epheleleyo yombhobho we-ultrasonic flow meter, umbhobho kufuneka uzaliswe lulwelo ungenamaqamza omoya.
2. Kwi-clamp kwi-ultrasonic flow meters, imibhobho kufuneka ibe yi-homogenous materials ekwaziyo ukuhambisa isandi.Izinto ezifana nekhonkrithi, i-FRP, umbhobho wentsimbi owenziwe ngeplastiki, kunye nezinye izinto ezidityanisiweyo ziphazamisana nokusasazwa kwamaza omsindo.
3. Kwimitha yokuhamba kwe-ultrasonic engaqhagamshelani nayo, umbhobho ngokuqhelekileyo akufanele ube neediphozithi zangaphakathi kwaye umphezulu wangaphandle kufuneka ucoceke apho i-transducer ikhwela khona.Ukuhanjiswa kwesandi kunokuncediswa ngokubeka igrisi okanye izinto ezifanayo kwi-interface enodonga lombhobho.
4. Kwimitha yokuqukuqela ye-ultrasonic engeyiyo invasive, kungcono ukukhwelisa ii-transducer emacaleni ombhobho ngo-3:00 no-9:00 kwiindawo, endaweni ephezulu nasezantsi.Oku kuthintela nayiphi na intlenga kumbhobho ongezantsi.
Ixesha lokuposa: Dec-19-2022