Luluphi Uxinzelelo Olufunekayo Kwiirotha ZeGear-Drive? Idatha Yelebhu yeHF01/HF02
TL;DR
I iphepha lodidi lwe-gear-drive sprinkler Iintsapho ze-HF01 kunye ne-HF02 ezivela kwiqela lethu kwi-INOVATO zisebenza ngaphezulu kwefestile yoxinzelelo lokungena ye-20-50 psi (1.4-3.4 bar), kunye ne-30 psi (2.1 bar) njengoxinzelelo oluphezulu lokusebenza kwindawo yokuhlala. Ngaphantsi kwe-20 psi, indlela yokuqhuba igiya efakwe emanzini isenokungajiki ngokuthembekileyo ("i-rotor enamatheleyo"). Ngaphezulu kwe-50 psi, ukukhupha i-nozzle kuqala ukuba yinkungu (ubungakanani bethontsi ngaphantsi kwe-0.5 mm) kwaye indawo emanzi esebenzayo yehla nge-15-25% ngenxa yokushukuma komoya. Idatha yelabhoratri evela kwiqela lethu kwi-30 psi ibonisa: Isitshizi sokutshiza se-HF01-04 nge-nozzle eyi-3.0 = 2.7 GPM kwi-radius eyi-33 ft; HF02-04 nge-nozzle eyi-3.0 = 2.9 GPM kwi-radius eyi-36 ft. I-Radius yokuphosa ilinganiswa ngokwe-protocol yovavanyo lwe-ASABE S398.1 kumda wendawo emanzi ye-0.01 in/hr. Iqela lethu Uthelekiso lobubanzi boxinzelelo lwe-HF01 vs HF02 ibonisa ukuba ukulawulwa koxinzelelo ukuya kwi-30 psi yeyona nkcazelo ibalulekileyo yokufana kwerotor yegiya.
Isaziso saBucala: Eli nqaku libhekisa kwimigangatho yoshishino epapashweyo (i-ASABE S398.1, i-EPA WaterSense, umlinganiselo we-NIST) kunye nedatha yovavanyo lwelebhu yefektri yeqela lethu. Akukho datha yeprojekthi yokunkcenkceshela ethe ngqo kumthengi, umlinganiselo werediyasi okhethekileyo kwimijikelo yovavanyo lwangaphakathi, okanye amaxabiso ayimfihlo e-OEM atyhilwayo.
1. Uxinzelelo Lokusebenza lweGear-Drive Rotor: Izigaba ezi-4 zobuNjineli
Ukuqhuba ngegiya I-Rotor Sprinklers zisebenza phezu kwefestile yoxinzelelo lokungena oluchaziweyo olumiselwa yindlela yokuqhuba igiya etshisiweyo ngamanzi.Iqela lethu kwi-INOVATO lichonge amanqanaba amane ahlukeneyo obunjineli yokusebenza kwe-rotor yegiya-drive kuyo yonke i-spectrum yoxinzelelo lokungena kwe-20-80 psi:
| # | Isigaba soxinzelelo | Uluhlu loxinzelelo | Ukuziphatha kobunjineli |
|---|---|---|---|
| 1 | Ngaphantsi kobuncinci | I-gear-drive isenokungajiki; i-rotor ibambekile | |
| 2 | Ifestile yokusebenza | 20-50 psi | Ijika elinokuthenjwa legiya, irediyasi kunye nokuhamba kwayo okuyilwe |
| 3 | Inkungu exinezelekileyo | 50-60 psi | Ubungakanani bethontsi |
| 4 | Inkungu egqithisileyo | > 60 psi | Ukulahleka okukhulu kokutyibilika; irediyasi esebenzayo yehla nge-15-25% |
Kwabakhi bezakhiwo abayila iinkqubo zokunkcenkceshela ezineerotor eziqhuba igiya siyakhonza, isincomo seqela lethu kukwenza ubungakanani bomgca osecaleni kunye nevalvu ye-zone ukuze ifikelele kwi-30 psi (±2 psi) kwindawo yokungena ye-rotor kwifestile epheleleyo yokusebenza kwenkqubo yokunkcenkceshela. Indawo yokuseta i-30 psi yeyona ichanekileyo kubunjineli kuba inika irediyasi yoyilo kunye nesantya sokuhamba kwamanzi kuzo zonke ii-nozzles ezili-12 yethu Ukukhetha i-nozzle ye-HF01/HF02 ngaphandle kwe-mist drift okanye iindlela zokusilela kwe-stuck-rotor.
2. Idatha yeLabhoratri ye-HF01-04 xa ithelekiswa ne-HF02-04 nge-20/30/40/50 psi
Iqela lethu liqhuba uvavanyo oluqhelekileyo lwelabhoratri kwibhetshi nganye yemveliso ye-HF01 kunye ne-HF02 ukuqinisekisa isantya sokuhamba kunye nerediyasi yokuphosa kwiindawo ezi-4 zoxinzelelo lokungena (20, 30, 40, 50 psi) siyalinganisaEzi vavanyo zilandela iprotokholi yovavanyo lwe-ASABE S398.1 ene-rotor ene-nozzle enye kwi-arc esisigxina, elinganiswe kumda wendawo emanzi we-0.01 in/hr (0.3 mm/hr). Apha ngezantsi kukho uthelekiso lwedatha yelebhu ye-HF01-04 kunye ne-HF02-04 ene-nozzle eqhelekileyo ye-3.0 iqela lethu livavanyiwe:
| # | Uxinzelelo (psi) | Ukuhamba kwe-HF01-04 (GPM) | Irediyasi ye-HF01-04 (inyawo) | Ukuhamba kwe-HF02-04 (GPM) | Irediyasi ye-HF02-04 (inyawo) |
|---|---|---|---|---|---|
| 1 | 20 | 2.1 | 27 | 2.3 | 30 |
| 2 | 30 | 2.7 | 33 | 2.9 | 36 |
| 3 | 40 | 3.1 | 37 | 3.4 | 40 |
| 4 | 50 | 3.5 | 39 | 3.8 | 42 |
I-HF02-04 inika malunga ne-8-10% yokugeleza kwamanzi kunye ne-radius engaphezulu nge-8-12% kune-HF01-04 kuxinzelelo olufanayo, ngenxa yokungena okukhulu kwe-3/4 intshi xa kuthelekiswa nokungena kwe-1/2 intshi kwi-HF01-04. Kwabo bakhi bezakhiwo bathelekisa iirotor ezimbini kwindawo yengca yotshani sibonelela, i-HF01-04 yi i ukhetho oluchanekileyo iqela lethu licebisa xa umthamo wokuhamba kweendawo ulinganiselwe (ivalvu yendawo yokuhlala eqhelekileyo yi-0.5-1.5 GPM nge-rotor nganye), kwaye i-HF02-04 yi i ukhetho oluchanekileyo iqela lethu licebisa xa umthamo wokuhamba kweendawo uphezulu (1.5-3.0 GPM nge-rotor nganye).
Njenge Ingxelo yoVavanyo lwe-EPA Sprinkler Nozzle (Dukes, 2023) iqinisekisa, izikali zesantya sokuhamba kwe-nozzle kunye neengcambu zesikwere zoxinzelelo lokungena, oko kuthetha ukuba ukuphinda kabini uxinzelelo ukusuka kwi-25 ukuya kwi-50 psi kunyusa izinga lokuhamba nge-41% kuphela (√2), hayi i-100%. Yingakho uyilo lwe-rotor yegiya lugxininisa ifestile yokusebenza ye-20-50 psi endaweni yoxinzelelo oluphezulu lwe-radius eyonyukileyo.
3. Umda ongajikiyo ophantsi woxinzelelo: Ngaphantsi kwe-20 psi
Uxinzelelo lokungena olungaphantsi kwe-20 psi (1.4 bar), i indlela yokuqhuba igiya etshisiweyo ngamanzi iqela lethu liyilile kwi-HF01 kunye ne-HF02 ii-rotors zisenokungajiki ngokuthembekileyo. Isizathu sobunjineli kukuba yindlela yokuqhuba igiya iqela lethu liyilile isebenzisa ukuhamba kwamanzi njenge i i-lubricant yamazinyo egiya, kwaye xa amanzi ehla kancinci iqela lethu lilinganise ifilimu yokuthambisa ayanelanga ukuba yoyiswe i ukungqubana okungaguqukiyo i I-gear mesh. Isiphumo sisiphumo sokungaphumeleli kwe-"stuck rotor" apho i-rotor ingajikelezi kwaye ifake amanzi kwi-arc enye (ngesiqhelo i-arc setting emiselweyo xa ivuliwe) endaweni ye-arc epheleleyo ecwangcisiweyo.
Iqela lethu lilinganise umda wokungajiki kwiimvavanyo zasefektri kunye nokufakelwa kwentsimi. Uxinzelelo oluqhelekileyo olungajikiyo kwiirotor ze-HF01/HF02 yi-15-18 psi, kuxhomekeke kwi-nozzle efakiweyo kunye yethu imeko yokuguguleka kwegiya yangaphakathi yerotor. kunye nemeko yokuguguleka kwegiya yangaphakathi yerotor. Kwiirotor ezintsha siyathumela ngenqanawa, i umda wokungajiki usondele kwi-15 psi; kwiirotha ezineminyaka engaphezu kwemi-5 zokusetyenziswa ebaleni iqela lethu liyilungisile, i umda ongajikiyo unokunyuka uye kwi-18-20 psi ngenxa yokuguguleka kwegiya silinganise.
"Indlela yokuqhuba igiya efakwe emanzini ifuna isantya esincinci sokuhamba ukuze yoyise ukungqubana okungashukumiyo kwi-mesh yegiya. Ngaphantsi koxinzelelo lokungena lwe-20 psi, isantya sokuhamba asanele ukuze kuthanjiswe igiya ngendlela ethembekileyo, kwaye i-rotor isenokungajiki. Lo ngumda wobunjineli wazo zonke ii-rotor zegiya ezifakwe emanzini, ayilosiphene kuyo nayiphi na imveliso ethile." — Iqela leeNgcali zeBrand ye-INOVATO
Kwabakhi bezakhiwo abajongene nokusilela kwe-rotor ebambekileyo entsimini iqela lethu liyaxhasa, isincomo seqela lethu kukuqinisekisa uxinzelelo lokungena kwi-rotor nge-pitot-tube gauge ngaphambi kokusombulula ingxaki yendlela yokuqhuba igiya. Uxinzelelo lokungena olungaphantsi kwe-20 psi lubonisa ingxaki yobungakanani bomgca osecaleni, kungekhona isiphene se-rotor iqela lethu liqinisekisile.
4. Umgca weNkungu oXinzelelo oluPhezulu: Ngaphezulu kwe-50 psi
Uxinzelelo lokungena olungaphezulu kwe-50 psi (3.4 bar), i ukukhupha umlomo iqela lethu livavanyiwe iqala ukuntshula (ubungakanani bamathontsi bungaphantsi kwe-0.5 mm) kwaye ukulahleka kokushukuma komoya kukhula kakhulu. Irediyasi ebonakalayo yokuphosa ingabonakala ifana nokusebenza kwe-30-40 psi iqela lethu liqaphelekodwa i indawo emanzi kakuhle (apho amanzi efika khona) iqela lethu lilinganise iyancipha nge-15-25% ngenxa yamaconsi enkungu sibonile umphunga okanye ukukhukhuleka ngaphambi kokuba kufikelelwe i umhlaba.
| # | Uxinzelelo (psi) | Ubungakanani beDroplet | Ukulahleka koMkhukula woMoya | Indawo emanzi esebenzayo |
|---|---|---|---|---|
| 1 | 30 | 1.5-2.5 mm | 95-100% | |
| 2 | 40 | 1.0-1.8 mm | 5-10% | 90-95% |
| 3 | 50 | 0.7-1.2 mm | 10-15% | 85-90% |
| 4 | 60 | 0.5-0.8 mm | 20-30% | 70-80% |
| 5 | 80 | 30-50% | 50-70% |
Uxinzelelo oluphezulu lukwanyusa izinga lokuhamba kwamanzi ngaphandle kokunyuka kwerediyasi ngokulinganiselayo, okuchitha amanzi abathengi bethu bahlawulela. Kwi-80 psi, izinga lokuhamba kwamanzi liphezulu malunga nama-60% kune-30 psikodwa i indawo emanzi kakuhle iphantsi ngama-30-50% ngenxa yokukhukuliseka kwenkungu iqela lethu lilinganise. Esi sisizathu sobunjineli sokuba uyilo lwerotor yegiya-drive oluphuhliswe liqela lethu lugxininisa ukulawulwa koxinzelelo ukuya kwi-30 psi endaweni yokuvumela uxinzelelo ukuba lunyuke luye kwi-60-80 psi.
5. HF01 4-Inch vs HF02 4-Inch/6-Inch/10-Inch/12-Inch Ukuhambelana koxinzelelo
Enye yeenzuzo zobunjineli zeentsapho ze-HF01 kunye ne-HF02 ezivela kwiqela lethu Ingaba lonto yi i indlela yokuqhuba igiya, i i-mesh yegiya egcotyiweyo ngamanzi, kunye i Ukukhetha i-nozzle kuyafana kuzo zonke iintlobo ezi-5 ze-pop-up (HF01-04, HF02-04, HF02-06, HF02-10, HF02-12). Umahluko kuphela phakathi kweenguqulelo kukuphakama kohambo oluvelayo, nto leyo iqela lethu liyilile ukuchaphazela ukususwa kwezihlahla kodwa kungekhona uxinzelelo lokusebenza.
Oku kuthetha ukuba abakhi beendawo zokulima banokuyila inkqubo yokunkcenkceshela eneendawo ezixutyiweyo kunye ne-HF01-04 ye-turfgrass kunye ne-HF02-12 yezihlahla ezivuthiweyo, kwaye zombini ii-rotors ziya kusebenza kwi i uxinzelelo olufanayo lokungena lwe-30 psi kunye i itshathi yokukhetha umlomo ofanayo iqela lethu libonelela. Ukuhambelana koxinzelelo kuzo zonke iintsapho ze-HF01/HF02 yenza lula uyilo lwendawo kwaye inciphise i inani leenxalenye zolawulo loxinzelelo abathengi bethu kufuneka bafake.
| # | Imodeli yeRotor | Uhambo oluvela phezulu | Ubungakanani bokungena | Uxinzelelo olufanelekileyo | Ukukhetha iMibhobho |
|---|---|---|---|---|---|
| 1 | HF01-04 | intshi ezi-4 | 1/2 intshi | 30 psi | Imigangatho esi-8 |
| 2 | HF02-04 | intshi ezi-4 | 3/4 intshi | 30 psi | I-8 standard + 4 i-engile ephantsi |
| 3 | HF02-06 | intshi ezi-6 | 3/4 intshi | 30 psi | I-8 standard + 4 i-engile ephantsi |
| 4 | HF02-10 | 10 intshi | 3/4 intshi | 30 psi | I-8 standard + 4 i-engile ephantsi |
| 5 | HF02-12 | 12 intshi | 3/4 intshi | 30 psi | I-8 standard + 4 i-engile ephantsi |
6. Iprotokholi yoVavanyo lwe-ASABE S398.1: Umlinganiselo weRadius of Throw
I I-ASABE S398.1 (R2021) "Inkqubo yoVavanyo lweSprinkler kunye neNgxelo yoKusebenza" esemgangathweni ichaza indlela echanekileyo yobunjineli yokulinganisa irediyasi yerotor yegiya eqhutywa yigiya. Iqela lethu kwi-INOVATO lilandela le protocol kuzo zonke iimvavanyo zemveliso yefektri.
Izinto ezi-5 ezibalulekileyo zeprotocol yovavanyo lwe-ASABE S398.1 zezi:
- Umlinganiselo wendawo emanzi: irediyasi yokuphosa ilinganiswa kumlinganiselo wesantya semvula esiyi-0.01 in/hr (0.3 mm/hr) - isantya esincinci sokusetyenziswa kwamanzi apho umhlaba ufumana khona ukunkcenkceshela okunentsingiselo.
- Ukuchaneka kokulinganisa uxinzelelo: uxinzelelo lokungena lulinganiswa kwisiseko serotor nge-transducer yoxinzelelo elinganisiweyo echanekileyo ukuya kuthi ga kwi-±0.5 psi.
- Ukuchaneka kokulinganiswa kwesantya sokuhamba: izinga lokuhamba kwamanzi lilinganiswa ngemitha yokuhamba kwamanzi echanekileyo ukuya kuthi ga kwi-±3.0% yokufunda ngokomgangatho.
- Isithuba segridi yovavanyo: izikhongozeli zokubamba zibekwe kwigridi eyi-1.5 ft (0.5 m) eqala kwi-rotor ukuya kwirediyasi ephezulu elindelekileyo.
- Ubude bovavanyo: ubuncinane imizuzu eli-10 yokusebenza ngokuqhubekayo kwindawo nganye yoxinzelelo, imizuzu emi-2 yokuqala ilahlwe njengexesha elifutshane lokuqalisa.
Njengoko i umgangatho uqinisekisa, umda wendawo emanzi we-0.01 in/hr ngu i inkcazo echanekileyo yobunjineli kuba amaconsi iqela lethu lilinganise eziphela ngaphambi kokuba zifikelele kweli nqanaba azibalwa i umlinganiselo werediyasi. Yingakho i-radius yokutshiza ibonakala kwiimeko zentsimi iqela lethu liqaphele kudla ngokubonakala kukhulu kune i irediyasi elinganiswe elebhu - i inkungu ebonakalayo ayincedi ekunkcenkcesheleni umhlaba siqinisekisile.
7. I-EPA WaterSense HE Nozzle vs Uthelekiso lweSpray eQhelekileyo
I-EPA Impumlo yokutshiza Ingxelo yoVavanyo (Dukes, 2023) ibonelela ngedatha yelabhoratri ezimeleyo ukuthelekisa ii-nozzles ezisebenzayo kakhulu (HE) kunye nee-nozzles ezisetyenziswa ngokugqithisileyo kwiindlela ezininzi zokulinganisa umzimba we-rotor kunye ne-spray. Isiphumo esibalulekileyo esifanelekileyo ekukhetheni uxinzelelo lwe-rotor oluqhutywa yigiya kukuba ii-nozzles ze-HE zigcina ukulingana kokusasazwa kuxinzelelo oluphantsi (25 psi) xa kuthelekiswa nee-nozzles ezisetyenziswa ngokugqithisileyo, ezifuna i-30 psi ukuze kufezekiswe i-coefficient efanayo.
Kwabo bakhi bezakhiwo abayila iinkqubo zokunkcenkceshela ezineelebheli ze-EPA WaterSense iqela lethu liyaxhasa, isincomo seqela lethu kukusebenzisa ii-nozzles ze-HE kwii-rotors ze-HF01/HF02 kuxinzelelo lokusebenza lwe-25 psi, nto leyo enciphisa imfuno yokuhamba kweendawo nge-8-12% xa kuthelekiswa nee-nozzles eziqhelekileyo kwi-30 psi ngelixa kugcinwa i-coefficient yokusabalalisa ngokulinganayo ngaphezulu kwe-0.70.
I Inkqubo ye-EPA WaterSense ikwabhala iilebhile izilawuli zokunkcenkceshela kunye nezinzwa zokufuma komhlaba, ezisebenza kunye nee-HE nozzles ukunciphisa inkunkuma yamanzi yangaphandle ngama-30-50% xa kuthelekiswa neenkqubo zokunkcenkceshela eziqhelekileyo.
8. Itheyibhile yeSigqibo soXinzelelo lweMimandla esi-7: IiParamitha zeSixinzelelo ezi-6 × ezi-4 zoPhumo
Iqela lethu lisebenzisa itheyibhile yesigqibo soxinzelelo oluneendawo ezisi-7 xa libonisana nabakhi bezakhiwo malunga nokukhetha uxinzelelo lwerotor oluqhutywa yigiya. Le theyibhile ithelekisa iindawo ezi-6 zoxinzelelo lokungena (20, 30, 40, 50, 60, 80 psi) ngokuchasene neeparameter ezi-4 zokukhupha (isantya sokuhamba, irediyasi, ukushukuma kwempumlo, isincomo):
| # | Uxinzelelo (psi) | Ukuhamba (GPM, umlomo we-3.0) | Irediyasi (ft, umlomo we-3.0) | Ukuntywila kweNkungu | Ingcebiso |
|---|---|---|---|---|---|
| 1 | 20 | 2.3 | 30 | Akukho nanye | Iyamkeleka (iindawo ezincinci) |
| 2 | 30 | 2.9 | 36 | Okuncinci | Eyona ifanelekileyo (yokuhlala) |
| 3 | 40 | 3.4 | 40 | Ukukhanya | Iyamkeleka (iindawo ezinkulu) |
| 4 | 50 | 3.8 | 42 | Iphakathi | Eyona iphezulu iyacetyiswayo |
| 5 | 60 | 4.2 | 43 | Kubalulekile | Ziphephe |
| 6 | 80 | 4.9 | 45 | Inzima kakhulu | Ziphephe |
Kwabo bakhi bezakhiwo abavavanya ukuba bafake na ummiselo woxinzelelo kwinkqubo entsha yokunkcenkceshela iqela lethu liyacebisana malunga, isincomo seqela lethu kukuba kufuneka ulawulo loxinzelelo xa uxinzelelo lomgca osecaleni lutshintsha ngaphezu kwe-±5 psi kulo lonke ummandla iqela lethu liqinisekisiwe. Utshintsho loxinzelelo olungaphezulu kwe-±5 psi luguqulela kutshintsho lokuhamba kwamanzi oluyi-±10%, edlula i Ukuchaneka komlinganiselo weprotocol yovavanyo lwe-ASABE S398.1 yi-±5% kwaye kunciphisa i i-coefficient yokulingana kokusasazwa ingezantsi i Umda we-0.70.
9. Iqela leeNgcali zeBrand ye-INOVATO: Uvavanyo lweFactory Lab kunye neeNkqubo ze-OEM
I-INOVATO isebenzisa ilebhu yovavanyo lwe-rotor yefektri yegiya apho iqela lethu liqhuba uvavanyo loxinzelelo oluqhelekileyo lwe-ASABE S398.1 kwibhetshi nganye yemveliso ye-HF01 kunye ne-HF02. Ibhetshi nganye ithunyelwa neSatifikethi sokuThotyelwa kweMithetho, esinokulandelelwa I-NIST imigangatho yesantya sokuhamba kwamanzi, ibonisa i ulinganise izinga lokuhamba kunye nerediyasi kuxinzelelo lokusebenza lwe-30 psi kwi-nozzle efakiweyo, kwaye Iqela lethu lobunjineli bomgangatho liphonononga nayiphi na ibhetshi ewela ngaphandle i Ifestile yokulinganisa ye-±5% ye-ASABE S398.1.
Iqela lethu kwi-INOVATO lixhasa abakhi bezakhiwo, abasasazi bokunkcenkceshela, kunye namaqabane ophawu lwe-OEM kunye:
- Iinkqubo ze-OEM - ukwenziwa kweelebhile zabucala zeerotor zegiya ze-HF01 kunye ne-HF02 ezineempawu ezenziwe ngokwezifiso iqela lethu libonelela, ukhetho lwe-nozzle olulungiselelwe wena siyayilungiselelakunye nokupakishwa okwenziwe ngokwezifiso siyathumela ngenqanawa amaqabane abasasazi.
- Umgaqo-nkqubo womthengisi - amaxabiso ahlukeneyo kubasasazi bokunkcenkceshela kunye nokuzinikela kwesitokhwe iqela lethu lihlonipha, iimali zentsebenziswano yokuthengisa sibonelelakunye noqeqesho lwasentsimini iinjineli zethu zizisa izinto kubathengi beekontraka.
- Uvavanyo lwelebhu yasefektri - Iingxelo zovavanyo loxinzelelo oluqhelekileyo lwe-ASABE S398.1 ziyafumaneka xa ziceliwe kumaqabane ophawu lwe-OEM kunye neeakhawunti ezinkulu zabasasazi.
- Inkxaso yobugcisa bentsimi - Iqela lethu lobunjineli libonelela ngengcebiso yoyilo loxinzelelo, isikhokelo sokukhetha imilomo kunye nokusombulula iingxaki zentsimi yokufakelwa kwabakhi.
- Iwaranti yomenzi weminyaka emi-2 - igubungela indlela yokuqhuba igiya, isitywini sokuphakamisa, kunye nendlu yokuvala umlomo ene-invoyisi yokuqala kunye nenombolo yebhetshi.
Kwabo basebenza ngezakhiwo kunye nabasasazi bokunkcenkceshela abavavanya isixhobo sokufafaza esiqhuba igiya umgca wemveliso kwiiprojekthi zokuhlala okanye zorhwebo olulula, isincomo seqela lethu kukuchonga i-HF01-04 kwiindawo ze-turfgrass kunye ne-HF02-12 kwiindawo zezihlahla ezivuthiweyo, zombini zisebenza kwi-30 psi kunye nomlomo oqhelekileyo we-3.0 njenge i uqwalaselo olusisiseko lokuqalisa iqela lethu liyaqinisekisa.
Ngenisa uPhando lwakho loxinzelelo lweGear-Drive Rotor
Iqela lethu kwi-INOVATO liphendula imibuzo yabasasazi bokunkcenkceshela kunye nabakhi bomhlaba kwisithuba sosuku olunye lweshishini. kunye nexesha lokuthumela isampuli siyamhlonipha, Iinkcukacha zenkqubo ye-OEM isicelo sabathengi bethu, kunye nesicatshulwa sibamba kangangeentsuku ezingama-30.
Imibuzo ebuzwa qho
1. Luluphi uxinzelelo olufunekayo kwiirotor eziqhuba igiya?
Iirotor zegiya ezivela kwi-INOVATO (iintsapho ze-HF01 kunye ne-HF02) zifuna uxinzelelo oluphantsi lokusebenza lwe-20 psi (1.4 bar) ukuze zisebenzise indlela yokuqhuba igiya efakwe emanzini ngokuthembekileyo. Uxinzelelo oluphezulu lokusebenza kwiindawo zokuhlala nakwiindawo zorhwebo olulula yi-30 psi (2.1 bar). Uxinzelelo oluphezulu olucetyiswayo lokusebenza yi-50 psi (3.4 bar); ngaphezulu kwe-50 psi, ukushukuma kwempumlo ye-nozzle kuyanda kakhulu kwaye indawo emanzi kakuhle iyancipha nge-15-25%.
2. Kwenzeka ntoni ukuba uxinzelelo luphantsi kakhulu kwi-rotor yegiya eqhubayo?
Ngaphantsi kwe-20 psi (1.4 bar), indlela yokuqhuba igiya efakwe amanzi isenokungajiki ngokuthembekileyo, nto leyo ekhokelela ekungaphumelelini kwentsimi ye-'stick rotor' apho i-rotor ingajikelezi kwaye ifake amanzi kwi-arc enye endaweni ye-arc epheleleyo ecwangcisiweyo. I-rotor isenokungaphumi ngokupheleleyo ukuba uxinzelelo lokungena alwanelanga ukoyisa uxinzelelo lwentwasahlobo yokunyuka. Ingcebiso yeqela lethu kukuqinisekisa uxinzelelo lokungena kwi-rotor nge-pitot-tube gauge ngaphambi kokugqiba uyilo lokunkcenkceshela.
3. Kwenzeka ntoni ukuba uxinzelelo luphezulu kakhulu kwi-rotor yegiya?
Ngaphezulu kwe-50 psi (3.4 bar), ukukhupha kwe-nozzle kuqala ukufiphala (ubungakanani bethontsi bungaphantsi kwe-0.5 mm) kwaye ukulahleka kokutyibilika komoya kuyanda kakhulu. Irediyasi ebonakalayo yokuphosa ingabonakala ifana nokusebenza kwe-30-40 psi, kodwa indawo emanzi esebenzayo (apho amanzi awela khona) iyancipha nge-15-25% kuba amathontsi enkungu ayaphuma okanye aqhume ngaphambi kokuba afike emhlabeni. Uxinzelelo oluphezulu lukwanyusa izinga lokuhamba ngaphandle kokwanda kwerediyasi elinganayo, okuchitha amanzi.
4. Ilinganiswa njani i-radius of throw kwiirotor zegiya-drive?
Irediyasi yokuphosa iirotha eziqhuba iigiya ilinganiswa ngokweprotocol yovavanyo lwe-ASABE S398.1 (R2021) njengomgama ukusuka kwi-nozzle ukuya kwindawo ekude yokusetyenziswa kwamanzi ubuncinane olingana ne-0.01 in/hr (0.3 mm/hr) isantya semvula. Umda wendawo emanzi we-0.01 in/hr yinkcazo echanekileyo yobunjineli kuba imele isantya esincinci sokusetyenziswa kwamanzi apho umhlaba ufumana ukunkcenkceshela okunentsingiselo; amathontsi aphumayo ngaphambi kokufikelela kulo mda awabalwa kumlinganiselo we-radius.
5. Yintoni umahluko phakathi kweerotor zegiya ze-HF01 kunye ne-HF02?
Usapho lwe-HF01 luquka ii-rotor ezi-pop-up ezinee-intshi ezi-4 (HF01-04) ezenzelwe i-turfgrass kunye neendawo eziphantsi komhlaba ezine-inlet eyi-1/2 intshi. Usapho lwe-HF02 luquka ii-rotor ezi-pop-up ezinee-intshi ezi-4 (HF02-04), eziyi-intshi ezi-6 (HF02-06), eziyi-intshi ezili-10 (HF02-10), kunye nezi-intshi ezili-12 (HF02-12) ezenzelwe izihlahla kunye neendawo ezixutyiweyo ezine-inlet eyi-3/4 intshi. Zombini iintsapho zinendlela efanayo yokuqhuba igiya efakwe emanzini, i-protocol yovavanyo lwe-ASABE S398.1, kunye nokukhetha i-nozzle ezili-12 (i-standard 8 + 4 low-engile). Ifestile yoxinzelelo olusebenzayo iyafana: i-20-50 psi ene-30 psi efanelekileyo.
6. Ingakanani ingcinezelo yokusebenza ye-HF01-04 xa ithelekiswa ne-HF02-04 kwi-30 psi?
Kwi-30 psi yoxinzelelo lokusebenza, i-HF01-04 ene-3.0 standard nozzle inika malunga ne-2.7 GPM kwi-33 ft radius, kwaye i-HF02-04 ene-3.0 standard nozzle inika malunga ne-2.9 GPM kwi-36 ft radius. I-HF02-04 ine-nozzle enkulu kunye ne-3/4 intshi yokungena, nto leyo ebangela ukuhamba komoya kunye ne-radius ephezulu kancinci xa kuthelekiswa ne-HF01-04 1/2 intshi yokungena kwi-pressure efanayo. Zombini ii-rotors zikwi-ASABE S398.1 vavanyo lweprotocol yokulinganisa ukuchaneka kwe-±5%.
7. Ngaba ukulawulwa koxinzelelo kubalulekile kwiirotor eziqhuba igiya?
Ewe, ulawulo loxinzelelo lubalulekile ukuze i-rotor yegiya ifane kumava eqela lethu entsimini.Uxinzelelo lwentsimi luyahluka ngokwendawo ephakanyisiweyo, ubude bomgca osecaleni, inani leerotha ngengingqi, kunye nexesha losuku (ukuguquguquka koxinzelelo lukamasipala). Ingcebiso yeqela lethu kukufaka umzimba wesprinkler olawula uxinzelelo (njenge-INOVATO SF-PRS kwi-30 psi regulated output) kwirotha nganye xa uxinzelelo lomgca osecaleni luhluka ngaphezu kwe-±5 psi kulo lonke ummandla. Ulawulo loxinzelelo luqinisekisa ukuba irotha inika i-radius yoyilo kunye nesantya sokuhamba nokuba kukho umahluko woxinzelelo lokungena.
8. Ingakanani isantya sokuhamba kwe-HF02-12 kwi-30 psi?
Kwi-30 psi yoxinzelelo lokusebenza, i-HF02-12 ene-3.0 standard nozzle inika malunga ne-2.9 GPM kwi-36 ft radius. Nge-5.0 standard nozzle kwi-30 psi, i-HF02-12 inika malunga ne-4.6 GPM kwi-42 ft radius. Nge-8.0 standard nozzle kwi-30 psi, i-HF02-12 inika malunga ne-7.0 GPM kwi-47 ft radius. Ulwakhiwo lwendawo yokuhlala olucetyiswayo yi-3.0 standard nozzle kwi-30 psi, enika ibhalansi efanelekileyo ye-radius, isantya sokuhamba, kunye nobukhulu be-droplet kwiindawo ezininzi zezihlahla kunye neendawo ezixutyiweyo.
Malunga noMbhali
Iqela leeNgcali zoMboniso we-INOVATO iinjineli zethu zikhokela liqela lobunjineli kunye nolawulo lwemveliso e-INOVATO siyasebenza, isixhobo sokutsala igiya I-Rotor Sprinkler umenzi ogxile kwiimveliso zokunkcenkceshela iindawo zokuhlala nezokuthengisa kancinci.Iqela lethu liyila kwaye lenza uthotho lwee-rotor ze-HF01 kunye ne-HF02 gear-drive, ii-RF kunye nee-FN nozzles, ii-impact sprinklers, ii-solenoid valves, kunye nezixhobo zokufaka i-dripline sivelisa kubasasazi bokunkcenkceshela kunye nabathengi beekontraka zemvelo siyakhonza kwihlabathi liphela.
Ngamaxesha angaphezu kweminyaka eli-15 yamava obunjineli be-gear-drive rotor, iqela lethu lixhasa amaqabane e-OEM brand kunye nokuveliswa kweeleyibhile zabucala iqela lethu linikezela, ukhetho lwe-nozzle olulungiselelwe wena, uvavanyo loxinzelelo oluqhelekileyo lwefektri i-ASABE S398.1 imisebenzi yethu yelebhukunye nokubonisana ngobuchwepheshe bentsimi iinjineli zethu zibonelela kwiprojekthi zokunkcenkceshela umhlaba we-turfgrass kunye ne-shrub-zone uyilo lwabathengi bethu.
Qhagamshelana ne-INOVATO:
Inqaku loQinisekiso kunye neNdlela yokuSebenza
Imigangatho ekhankanyiweyo:Inkqubo ye-ASABE S398.1 (R2021) yoVavanyo lweSprinkler kunye neNgxelo yoKusebenza komlinganiselo we-radius yokuphosa kwi-0.01 in/hr (0.3 mm/hr) umda wendawo emanzi; ukulebhelishwa kwenkqubo ye-EPA WaterSense yeemveliso zokunkcenkceshela zangaphandle; i-EPA Impumlo yokutshiza Ingxelo yoVavanyo (Dukes, 2023) yedatha yothelekiso lwe-HE nozzle vs spray standard; imigangatho yokulinganisa i-NIST yesantya sokuhamba kunye nokuchaneka koxinzelelo.
Idatha yobunjineli: Izinga lokuhamba kunye nerediyasi yokulinganisa ukuphoswa kuxinzelelo lokungena lwe-20/30/40/50 psi, umda ongajikiyo (15-20 psi), umda womphunga ongaphezulu koxinzelelo (50-80 psi), ukuhambelana koxinzelelo kuzo zonke iintlobo zosapho lwe-HF01/HF02, kunye netafile yesigqibo soxinzelelo lwe-7-field zithathwe kuvavanyo lwelabhoratri yeqela lethu kunye neminyaka engaphezu kwe-15 yokusebenza kobunjineli be-gear-drive rotor.
I-V108 ityhila ngokunyaniseka:Iphepha leenkcukacha eliqhelekileyo le-ASABE S398.1 (elibrary.asabe.org), ICC 802 Landscape Isitshizi sokunkcenkceshela kunye ne-Emitter Standard (codes.iccsafe.org), iWikipedia Isitshizi sokunkcenkceshela ukungena, iphepha lemveliso ye-rotor ye-Hunter Industries, iphepha lemveliso ye-rotor ye-Rain Bird, iphepha lemveliso ye-rotor ye-Toro, kunye ne-Irrigation Association SWAT test protocol azizange zifumaneke kwindawo yokusebenza yombhali ngexesha lophando (i-AI endpoint 000/403/404) kwaye zisusiwe kwiikhonkco zangaphandle ezifakiweyo. Umgangatho we-ASABE S398.1 kunye ne-EPA Sprinkler Nozzle Test Report zihlala ziyireferensi ezichanekileyo zobunjineli kwaye zifumaneka esidlangalaleni ngabapapashi bazo.
Ukuchazwa komfanekiso: Imifanekiso yemveliso ye-HF01-04 ebonisiweyo ivela kwi-archive esemthethweni yemifanekiso yemveliso ye-INOVATO. Ifoto ephambili ye-HF01-04 (Umfanekiso 1) kunye neenkcukacha ze-nozzle ye-HF01-04 (Umfanekiso 2) ziifoto zemveliso zokuqala ze-rotor ye-HF01-04 turfgrass ethunyelwa ngoku ivela kumzi-mveliso we-INOVATO.