I-XGNB-N-AC yoMbhobho woKuqhunyiswa koMshini wokuVavanya

Imveliso ihlangabezana nemigangatho ye-ISO 1167, GB6111, GB/T15560, ASTM D1598, ISO9080, GB 18252, CJ/T108-1999, YD T841 kunye ne-ASTM F1335 kwiindlela zokuvavanya uxinzelelo lwexesha elide kunye neendlela zokuvavanya ukuqhuma kweplastiki kwangoko. imibhobho edibeneyo, kwaye iyasebenza Isetyenziselwa uvavanyo loxinzelelo lwangaphakathi lwe-static lwe-PVC, i-PE, i-PPR, i-ABS, njl. kunye nemibhobho edibeneyo.

① Uqwalaselo Imiyalelo

1.1 Umamkeli: (6 amajelo)
1. Iyunithi yokulawula uxinzelelo 6 iziqwenga kwitshaneli nganye
2. Ivalve ye-Solenoid (eNetherlands) Iziqwenga ezimbini kwisekethe nganye, iziqwenga ezili-12
3. Ii-Sensors (Switzerland) iiyunithi ezi-6 ngetshaneli nganye
4. Ivalve ye-booster ye-Shunt 6 iipcs kwitshaneli nganye
5. Ivalve yokukhulula iShunt, itshaneli enye, 6
6. Ivalve yokuvala, enye kwindlela nganye, 6
7. Shunt ivalve enye 6 iivalve kwisekethe nganye
8. Ivalve elawula ukuhamba okuphambili, enye ngetshaneli nganye, 6
9. I-valve yokunciphisa uxinzelelo oluphambili, enye ngetshaneli nganye, i-6
10. 7 izixhobo zokugcina amandla
11. Isethi yezikhululo zoxinzelelo zokuvelisa amanzi e-United States
12. Iseti yesoftware echasene noxinzelelo kunye ne-interface (Chengde Precision)
13. Iseti yeekhompyuter ze-DELL kunye neprinta ze-inkjet zombala we-HP

② Intshayelelo yokusebenza
1. Umamkeli (kubandakanywa)
A. Enye "iyunithi yokulawula i-microcomputer yoxinzelelo oluchanekileyo" kumjelo ngamnye (ulawulo lwesebe lokwenyani-ukuthintela inkqubo ekulawuleni iziteshi ezininzi kunye nokuchaphazela zonke iziteshi xa inkqubo ineengxaki-ezinye iimveliso ezikhoyo zisebenzisa inkqubo enye yokulawula iziteshi ezininzi) Ulawulo lweMicrocomputer, unokumisela nokulawula uxinzelelo, ukuchaneka, ixesha kunye nezinye iiparameters zendlela ngokuzimeleyo xa ikhompyutha yenkqubo ephezulu ingavulwa; uxinzelelo, ixesha, isimo (ezisibhozo) ziboniswa ngexesha langempela kwaye idatha yeparameter nganye igcinwe. (Ukuthintela ukulahleka kwedatha xa inkqubo yekhompyutheni ingaxhunyiwe kwi-intanethi, inokugcina ukuya kwiiyure ze-8760 zedatha yoxinzelelo-xa ezinye iimveliso zingaxhunyiwe kwi-intanethi, akukho datha ilingana neli xesha lexesha. Uvavanyo alunamsebenzi); kwangaxeshanye, inokwahlula ukonyuswa, imbuyekezo yoxinzelelo, ukukhululeka koxinzelelo, kunye noxinzelelo olugqithisileyo. , Ukubaleka, ukuphela, ukuvuza, kunye nokugqabhuka iintlobo ezisibhozo zovavanyo; ukuchongwa ngokuzenzekelayo "ixesha lokuvavanya elisebenzayo" (ixesha apho uxinzelelo lungaphakathi kwendawo yokunyamezela uxinzelelo olumiselweyo), "ixesha elingasebenziyo", "ixesha eliseleyo" kunye nezinye iiparitha zexesha. Kwangaxeshanye, ubudlelwane phakathi "kwexesha elimisiweyo" kunye "nexesha elisebenzayo" lihlengahlengiswa ngokuzenzekelayo ukuze uvavanyo luyeke ngokuzenzekelayo xa "ixesha elisebenzayo" lifikelela "kwixesha elimisiweyo" (ukuthintela "ixesha lokungaphumeleli" kunye "nokungasebenzi". ixesha” ngexesha lasebusuku, ngeeholide, njl.njl. Xa inkqubo iyema xa ixesha lingekapheli)
B. Ivalve yolawulo ye-piezoelectric engeniswe eNetherlands, ezimbini ngesekethe nganye. Ngenxa yokwamkelwa kweendlela zokulawula uxinzelelo oluphezulu oludityaniswe neDenmark, iivalve ezimbini zombane zinokusebenza ngokwahlukileyo ngokweenkqubo kunye neemeko zovavanyo ukufezekisa uluhlu olubanzi lwezicelo (Ø20—Ø800PE ityhubhu) kunye nokuchaneka kokulawula uxinzelelo oluphezulu (ngcono kune ± 1% ukuya kuthi ga ±0.01MPa) ) Iimfuno.
C. Iseti yezikhululo zoxinzelelo lwamanzi ezisuka eUnited States, ezinomsebenzi ongcono kuneempompo zovavanyo loxinzelelo lwamanzi asekhaya kunye neempompo zamanzi eziqhutywa ngegesi ezinemveliso ethile (amanzi aqhutywa ngegesi), ubomi obude, ingxolo ephantsi kwaye akukho mpompo yomoya. (umthombo).
D. Omnye we-Swiss high-precision sensor kwitshaneli nganye, ukuqinisekisa ukuba isisombululo yi-0.01MPa kunye nokuchaneka kokulawula uxinzelelo oluphezulu kufikelela kwixabiso elimiselweyo le-± 0.01MPa.
E. Kukho iivalvu ezininzi zokujonga umbhobho kwitshaneli nganye.
F. DELL brand computer kunye iseti HP umbala inkjet umshicileli

③, iseti e-1 yetanki yamanzi yobushushu obungaguqukiyo
Itanki yamanzi yobushushu obuthe tyaba obungama-450: (ubuninzi bemibhobho engama-450)
Imilinganiselo yangaphakathi (ubude, ububanzi kunye nokuphakama): 1800*640*900mm,
Imilinganiselo yangaphandle (ubude, ububanzi nobude): 2500*1010*1055mm
Inkqubo yokulawula ubushushu: iseti ye-15-95℃
Iqulethe: ibhokisi yokulawula ubushushu
Ifriji yobushushu obuphantsi 1
Ezona parameters zobugcisa:
Olu ngcelele lwamatanki aphakathi kobushushu (iitanki zamanzi) ziyimfuneko exhasa izixhobo zovavanyo lwexesha elide lwe-hydrostatic, ukumelana noxinzelelo lombhobho, kunye novavanyo lokuqhushumba kwangoko kwemibhobho eyahlukeneyo yeplastiki efana nePVC, PE, PP-R, ABS, njl. zisetyenziselwa amaziko ophando lwenzululwazi kunye namasebe okuhlola umgangatho. Kwaye izixhobo zokuvavanya eziyimfuneko kumashishini okuvelisa umbhobho.
Ukuthobela GB/T 6111-2003, GB/T 15560-95, GB/T 18997.1-2003, GB/T 18997.2-2003, ISO 1167-2006, ASTM D1598-2004, ASTM D1599 nezinye standards.
Iimbonakalo
Ukwakhiwa kwebhokisi Ulwakhiwo lunengqiqo kuyilo, kwaye iisampulu ezininzi zinokuvavanywa ngaxeshanye, kunye nemisebenzi ehambelanayo ezimeleyo inokwenziwa ngaphandle kokuchaphazela omnye nomnye. Ukulawula ukushisa okuzinzileyo kunye nokuchaneka okuphezulu. Zonke izixhobo zokudibanisa amanzi zenziwe ngensimbi engenasici (imibhobho, izifakelo zombhobho, izifudumezi, iivalve, njl.); i-bottom yebhokisi yakhiwe, enokuthi ithwale ubunzima be-medium kunye neesampuli zepayipi ebhokisini; ingaphakathi lebhokisi lixhotyiswe ngeesampulu zokuxhoma iintonga, Kukulungele ukubeka isampuli.
Inkqubo yokulawula ubushushu ilawulwa yi-interface ehlakaniphile, kunye nokunyamezela kokushisa kunye nokulawula (imida ephezulu kunye nezantsi) inokumiselwa ngokungenamthetho ukulungiswa kwe-PID. Ngexesha elifanayo, unomsebenzi wokurekhoda onokurekhoda idatha yokushisa yetanki yamanzi ngamakhulu eeyure, kwaye inokudluliselwa kwi-port ye-serial okanye i-USB port. Bonisa ijika kwikhompyuter.
Inkqubo yokujikeleza ithatha impompo yokujikeleza ephuma kumazwe angaphandle, enomthamo owomeleleyo wokujikeleza kunye nokulingana okuhle kobushushu.
Umzimba webhokisi u-anti-corrosion. I-tank yangaphakathi yenziwe ngetsimbi ephezulu, engayi kugqwala emva kokusetyenziswa kwexesha elide; umphandle utshizwe nge-anti-rust steel plate, entle kwaye inesisa.
Ukusebenza okugqwesileyo kokugquma Ukusebenzisa izixhobo zokugquma ezikumgangatho ophezulu (ubukhulu bomaleko wokugquma yi-80mm-100mm), iileya zangaphakathi nangaphandle zebhokisi zibekwe zodwa ngokupheleleyo ukuthintela ngokufanelekileyo ukuhanjiswa kobushushu, kwaye kukho imilinganiselo yokunciphisa iibhulorho ezishushu (okufutshane- isekethe), kunye nokugcinwa kobushushu kunye nokonga amandla.
Umlinganiselo womgangatho wamanzi / ukuzaliswa kwamanzi okukrelekrele: Inokuba nenkqubo yokulinganisa inqanaba lamanzi kunye nenkqubo ehlakaniphile yokuzaliswa kwamanzi, akukho mfuneko yokongeza amanzi ngesandla, ukugcina ixesha kunye nomgudu. Inkqubo yokuzaliswa kwamanzi ilawulwa ngumqondiso weqondo lokushisa xa inkqubo yokulinganisa inqanaba lamanzi inquma ukuba kuyimfuneko ukuzalisa amanzi. Ukuzaliswa kwamanzi kwenziwa kuphela phantsi kwemeko yokushisa rhoqo, kwaye ukuhamba kwamanzi okuzaliswa kwamanzi kulungelelaniswa ukuze kuqinisekiswe ngokufanelekileyo ukuba inkqubo yokuzaliswa kwamanzi ayichaphazeli ukuzinza kweqondo lokushisa kwitanki yamanzi.
Ukuvulwa ngokuzenzekelayo: Isivalo setanki enkulu yamanzi sivulwa nge-pneumatically, kwaye i-angle inokulawulwa kuyo nayiphi na i-angle, ekhuselekileyo kwaye ikulungele ukuyisebenzisa, kwaye igcina ixesha kunye nomzamo.
Ukusebenza okuhambelanayo: Ayinakusetyenziswa kuphela ngeenginginya zovavanyo lwe-XGNB yeenkcazo ezahlukeneyo, kodwa inokudityaniswa ngokusebenzayo nababuki zindwendwe bovavanyo oluqhelekileyo lwamazwe ngamazwe.
ipharamitha yobugcisa
1. Uluhlu lolawulo lobushushu: 15℃～95℃
2. Ukuchaneka komboniso wobushushu: 0.01℃
3. Ukuchaneka kokulawula ubushushu: ± 0.5℃
4. Ubushushu obufanayo: ±0.5℃
5. Imodi yokulawula: ulawulo lwesixhobo esikrelekrele, esinokurekhoda idatha yobushushu ngamakhulu eeyure
6. Imowudi yokubonisa: Umboniso weLCD ngesiTshayina (IsiNgesi)
7. Indlela yokuvula: ukuvulwa kwe-pneumatic
8. I-interface yedatha: Umgca wonxibelelwano ungasetyenziselwa ukudibanisa kwikhompyutheni, kwaye i-PC inokubeka iliso kwaye irekhode idatha yeqondo lokushisa kunye neenguqu ze-curve ngexesha langempela.
9. Eminye imisebenzi: Inokuba nesixhobo sokuzalisa amanzi ngokuzenzekelayo, kwaye inkqubo yokuzaliswa kwamanzi ihlakaniphile, engayi kuchaphazela inkqubo yovavanyo oluqhubekayo kunye neziphumo.
10. Izinto zetanki yangaphakathi: Itanki yangaphakathi yetanki yamanzi, imibhobho, izifakelo zemibhobho kunye nezinye iindawo ezidibana namanzi zenziwe ngetsimbi ekumgangatho ophezulu.

④. Iimpawu zeMveliso
1. Ulawulo olusasazwayo: oko kukuthi, "iyunithi yokulawula uxinzelelo lwe-microcomputer echanekileyo" kwi-host host kunye nekhompyutheni yomninimzi inokulawulwa kwaye iqhube ngokuzimeleyo, kwaye ingaba kwi-intanethi kwaye ivalwe nanini na.
2. Ukususela kuxinzelelo lwenkqubo ephambili ukuya kuxinzelelo lwesebe ngalinye, kwaye emva koko ukuya kwii-ports ezahlukeneyo zemveliso yesebe ngalinye, i-loop yokulawula ezimeleyo yenziwa, eyodwa kwaye isetyenziswe ngokwahlukileyo.
3. Isebe ngalinye lixhotyiswe "iyunithi yokulawula uxinzelelo lwe-microcomputer echanekileyo" eyenzelwe ngokusekelwe kwingcamango yekhompyutheni ye-industrial, engenakusebenza kuphela ixesha elide ngaphandle kokungaphumeleli, kodwa iphinde ithintele amanye amajelo ukuba angabikho ngenxa yokungaphumeleli kwesinye. itshaneli (ezinye iimveliso kwimarike zisebenzisa iseti yeenkqubo zolawulo ukulawula iSebe ngalinye).
4. Into ephambili yokulawula uxinzelelo yi-valve ye-solenoid ephuma eJamani, enokuqinisekisa ukusebenza okukhuselekileyo kwizigidi zamaxesha.
5. Kukho ii-valve ze-solenoid ezininzi kwisiphaluka ngasinye, ezilawulwa ziiprogram zesoftware ngokuhambelana noxinzelelo lwangempela lokuqinisekisa ukuba uxinzelelo lugqithisekile kwaye uxinzelelo lugcinwa kwixabiso eliphezulu ngaphezu kwe-± 1%.
6. Isebe ngalinye linokucwangciswa kunye ne-1-3 izibuko zemveliso, kwaye ezi zibuko zintathu zemveliso nazo zingahlukaniswa kwenye (kodwa zingahlawulelwa ngoxinzelelo), zisetyenziswe zodwa kwaye zibekwe ixesha, kodwa i-port yemveliso nganye inokusebenzisa uxinzelelo olunye kuphela. ngaxeshanye.
7. Inkqubo yenzelwe ukuthintela ukugqwala, kwaye ityhubhu yokukhupha uxinzelelo iqinisekisa ukuba ayiyi kuba mdala ixesha elide kwi-95 ° C.

⑤ IiParameters ezingundoqo zobuGcisa
A. Uluhlu loxinzelelo 0-10MPa (uxinzelelo oluphezulu 16MPa)
B. Isisombululo yi-0.001 MPa kwi-0-10 MPa, kwaye isisombululo yi-0.01 MPa kwi-10 MPa okanye ngaphezulu.
C. Ukuchaneka kokulawulwa koxinzelelo kubhetele kune-± 1% (indawo yokunyamezela uxinzelelo ilungelelanise ukuya kwi-± 0.0001 MPa)
D. Ipharamitha nganye yokulawula (uxinzelelo, ixesha, ukuchaneka) inokuthi ifakwe okanye ilungiswe ngekhompyutheni ephezulu (iyunithi yokulawula uxinzelelo oluchanekileyo) okanye ikhompyutheni ephantsi (ikhompyutheni).
E. Iikhomputha eziphezulu nezisezantsi zingabonisa ixesha (ukuya kwiiyure ze-9999 ze-59 imizuzu ye-59 imizuzwana) uxinzelelo (amadijithi amathathu emva kwenqaku le-decimal) kunye ne-eight test states (ukunyusa, imbuyekezo yoxinzelelo, ukunciphisa uxinzelelo, ukusebenza, ukuphela, ukuvuza, ukuqhuma. ) Kwangaxeshanye, kuya kubakho i-alam evakalayo nebonakalayo xa kukho iimo ezine zoxinzelelo olugqithisileyo, ngaphezulu, ukuvuza, kunye nokugqabhuka.
IF
G. Iyakwazi ukujonga, ukuhlalutya, ukubuza, ukugcina, ukuprinta, ijika lovavanyo (ixesha loxinzelelo) kunye nexesha lokuqala, ixesha lokumisela, ixesha langoku; ixesha elivumelekileyo, ixesha elingasebenziyo; ixesha eseleyo, ixesha overpressure, ixesha imbuyekezo uxinzelelo, njl parameter.
⑥. Ulungiso:

■ Uthotho lwemibhobho yokutywina
Olu chungechunge lwemibhobho kunye nokutywinwa kweendawo zokutywinwa zepayipi zisetyenziselwa ukudibanisa kunye nokutywinwa kweesampuli zepayipi ezifana ne-PVC, i-PE, i-PP-R, i-ABS, imibhobho edibeneyo yovavanyo lwe-hydrostatic, uvavanyo lokuqhuma, uvavanyo olubi loxinzelelo, njl.

Imigangatho iyahambelana:

Ukuthobela GB/T 6111-2003, GB/T 15560-95, GB/T 18997.1-2003, GB/T 18997.2-2003, ISO 1167-2006, ASTM D1598-2004, ASTM D1599 nezinye standards.
Iimbonakalo:

Olu luhlu lwezixhobo zokutywina zenziwe ngokuchanekileyo kwaye zifakwe kwindlela yokutywinwa kwe-radial yohlobo lwe-A. Zenziwe ngezinto eziphezulu zensimbi ezingenasici. Amacandelo axhasayo nawo ayenziwe ngezinto zensimbi ezingenasici. Zinamandla acinezelayo aphezulu kakhulu kwaye azinarusi xa zisetyenziswa ixesha elide.

Imveliso yetekhnoloji yelungelo elilodwa lomenzi wechiza, ubume bayo buphuculwe kwaye bunengqiqo, ukusebenza kokutywina kugqwesile, ukufakwa kukulungele, kwaye izinga lempumelelo yokubambelela lifikelela kwi-100%.

Isiphelo esivaliweyo se-clamp siyilwe kunye nesakhiwo somgqomo, kunye nommandla omkhulu wamandla, uxinzelelo oluncinci, kunye nodonga oluncinci, olunciphisa ubunzima obupheleleyo be-clamp (uyilo olulula, kulula ukuphatha nokufaka); isakhelo sokubamba kunye nomfanekiso womphezulu woqhagamshelwano urhwexulwe , Yandisa amandla okubamba, kuthintelwe ukwenzeka kwesampulu yokuqhawula (izinga eliphezulu lokubamba ukuphumelela), i-axial deformation yeringi “○” ayichatshazelwa ngamandla okubamba phakathi kwezakhelo ezibambayo. (ukuphepha ukuvuza) , Ngaloo ndlela umphumo wokutywinwa jikelele ulungile, ubunzima bulula, kulula ukuyifaka kunye nokuqhaqha, kunye nokugcina ixesha kunye nomgudu.

Inokusebenzisana okunamandla, kwaye ujongano olusemgangathweni alufanelekanga kuphela kwiinginginya zovavanyo lwe-XGNB-N, kodwa lunokusetyenziswa ngokubambisana nabanye oomatshini bovavanyo lwamazwe ngamazwe.