Kayayyaki
Mai Rarraba Baturi
Gabatarwar Samfuri
FST—TS1810 Injin Gwaji da Rarraba Batirin Silinda Mai Gefe Ɗaya Na'ura ce ta atomatik da aka ƙera don gwajin ƙarfin lantarki da juriya na ciki na batirin silinda. Wannan tsarin gwaji da rarrabawa yana haɗa ikon PLC tare da PC na masana'antu. PLC tana sarrafa injinan AC servo, injinan saurin canzawa, da silinda na huhu don aiwatar da ayyukan rarrabawa, yayin da PC ɗin ke sarrafa tattara bayanai, sarrafawa, da adanawa. Yana sarrafa kimanin ƙwayoyin batirin silinda 4,200 da aka gama a kowace awa. Tare da ƙira mai santsi da sauƙi na injiniya, tsarin yana ba da aikin gwaji mai ɗorewa. A halin yanzu, yana tsaye a matsayin ɗaya daga cikin mafi kyawun mafita na rarraba batirin silinda mai araha da ake samu a kasuwa.
Gudun Tsarin Aiki
Ta hanyar gwaji da tsarin rarrabawa akan kwamfutar masana'antu, ana saita sigogi kamar matakin baturi, rukunin baturi, da samfurin baturi, tare da gyara kuskure da hannu. PLC tana yin ayyuka masu zuwa ta atomatik: ɗora cikakkun akwatunan ƙwayoyin halitta da hannu → silinda mai numfashi tana tura batura zuwa matsayin bel → silinda mai numfashi tana tura batura zuwa matsayin gwaji → gwada ƙarfin lantarki da juriya na ciki → hannun robotic a lokaci guda yana ɗaukar batura 5 → hannun robotic yana raba batura cikin kwandon ajiya → dambe da hannu. Kayan aikin yana da ƙararrawa mai ji da gani don kula da dakatarwar abubuwan da suka cika da kuma faɗakarwar kurakurai. Ana iya tsara sigogin aiki kyauta bisa ga buƙatun abokin ciniki. Aikin gwajin ƙarfin lantarki da juriya na ciki yana ba da matakan maki 10.
Bayanan Fasaha
(1) Wutar lantarki mai aiki: AC 220V ± 10%/50Hz, ƙarfi: ≤ 1.5 KW
(2) Tushen iskar gas mai aiki: 0.5~0.7 Mpa (busasshen iskar gas)
(3) Ingancin rarrabawa: ≥ 70PPM
(4) Bayanin batirin da ya dace: 18650 ƙungiyar batirin da aka gama
(5) Nauyin kayan aiki: kimanin kilogiram 300
(6) Matsakaicin cancantar kayan aiki: ≥ 99.5%
(7) Yawan amfani da kayan aiki: ≥ 98%
(8) Girman gaba ɗaya: 1500 (tsawo) × 900 (faɗi) × 1600 (tsawo) mm
(9) Kayan firam ɗin da aka tsara: farantin da aka yi da sanyi mai kauri, mai inganci, an yi shi da aluminumbayanan martaba.
(10) Sigogi na rarrabuwa: ƙarfin wutar lantarki na da'ira mai buɗewa, juriyar ciki ta AC
(11) Daidaiton gwaji: gwajin juriya na ciki na Hepu HK3561 daidaitacce
Ƙarfin wutar lantarki na da'ira: daidaito +/- 0.1% rdg, ƙudurin nuni 0.1 mV
Juriyar AC ta ciki: daidaito +/- 0.5% rdg, ƙudurin nuni 0.1 milliohm
(12) Kiran siga: zai iya adanawa da kuma kiran ƙungiyoyi da yawa (≥ ƙungiyoyi 20) na sigogin rarrabawa don rarrabawa
(13) Adadin Gear: Yana nuna adadin batura a cikin kowane Gear a ainihin lokaci
(14) Ajiyar bayanai: Ana adana rarraba bayanai a ainihin lokacin na tsawon akalla rabin shekara
Tambayoyin da ake yawan yi akai-akai
1. Waɗanne nau'ikan batura ne injin ɗin rarrabawa zai iya ɗauka?
Injin rarraba batirinmu ya dace da nau'ikan batirin lithium masu silinda iri-iri kamar 18650, 21700, 26650 da 32700. Ana samun kayan aiki na musamman don wasu girman baturi bisa ga buƙatun abokin ciniki.
2. Waɗanne sigogi ne injin rarraba batir ke gwadawa?
Injin zai iya gwada batura ta atomatik da kuma rarraba su bisa ga ƙarfin lantarki, juriya ta ciki, ƙarfin aiki da sauran mahimman sigogi, yana tabbatar da daidaiton aikin batirin don haɗa fakitin.
3. Tashoshin rarrabawa nawa injin ke tallafawa?
Injin rarraba batirinmu na yau da kullun yana tallafawa tashoshi na rarrabawa 5-20, ya danganta da samfurin. Hakanan akwai saitunan tashoshi na rarrabawa na musamman.
4. Menene saurin rarrabawa na'urar?
Saurin rarrabawa zai iya kaiwa batura 60-120 a minti daya, ya danganta da nau'in baturi, buƙatun gwaji da kuma tsarin injin.
5. Za a iya keɓance injin ɗin don layin samarwarmu?
Eh. Muna samar da hanyoyin magance matsalar batirin da aka keɓance, gami da hanyoyin warwarewa, matakin sarrafa kansa, da kuma haɗa layukan haɗa batirin.
6. Shin injin yana da sauƙin aiki?
Eh. Tsarin yana da tsarin taɓawa mai sauƙin amfani kuma yana tallafawa saitin sigogi, sa ido kan lokaci, da adana bayanai, wanda hakan ke sa aiki ya zama mai sauƙi da inganci.
7. Shin kuna ba da tallafin shigarwa da fasaha?
Eh. Muna ba da tallafin fasaha daga nesa, horar da aiki, da kuma jagorar shigarwa don tabbatar da fara aiki cikin sauƙi.
8. Waɗanne masana'antu ne ke amfani da injinan rarraba batir?
Ana amfani da injunan rarraba batirinmu sosai a masana'antar fakitin batirin lithium, tsarin adana makamashi, motocin lantarki, kayan aikin wutar lantarki da masana'antar kayan lantarki na masu amfani da wutar lantarki.
