Aikace-aikace
CY-JP20KN microcomputer-sarrafawa absorber spring gajiya inji ana amfani da yafi ga gajiya rayuwa gwajin na daban-daban shock absorbers da ganga girgiza absorbers amfani a daban-daban tricycles, biyu-taya, motoci, babura, da sauran motoci.Hakanan za'a iya yin gyare-gyare na musamman don dacewa da gwajin gajiya na samfurori na musamman.
The microcomputer-controlled absorber Spring gwajin gajiya inji ne high-madaidaici, high-shirye-shirye-sarrafawa high-karshen shock absorber gajiya inji dangane da balagagge talakawa talakawa inji gwajin, haɗe da zamani lantarki shigar, auna da iko da sauran high- hanyoyin fasaha.
Ƙayyadaddun bayanai
Suna | ƙayyadaddun bayanai | ||
1 | Matsakaicin ƙarfin gwaji | 20KN | |
2 | Yawan tashoshin gwaji | 1 | |
3 | Gwaji mita | 0.5 ~ 5 Hz | |
4 | daidaiton nuni akai-akai | 0.1 Hz | |
5 | Gwajin girma | ± 50mm | |
7 | Matsakaicin ƙarfin counter | sau biliyan 1 | |
8 | Ƙidaya tasha daidaito | ±1 | |
9 | Matsakaicin diamita na yanki na gwaji | Φ90mm | |
12 | Wutar lantarki mai ba da wutar lantarki (tsarin wayoyi huɗu masu ƙarfi uku) | 380VAC 50Hz | |
13 | babban ƙarfin mota | 7.5kW | |
14 | Girman | Mai watsa shiri | 1200*800*2100 (H) |
Akwatin Kulawa | 700*650*1450 | ||
15 | Nauyi | 450kg |
Mabuɗin Siffofin
1.1 Mai watsa shiri:Mai masaukin baki ya ƙunshi firam, na'ura mai ɗaukar nauyi, na'urar watsawa, da kuma kayan aiki.Firam ɗin ya ƙunshi ginshiƙi, benci na aiki, dandamalin motsa jiki, katako na sama, injin ɗagawa mai dunƙulewa, tushe da sauran sassa.An shigar da ginshiƙi, bench ɗin aiki, dandamalin motsa jiki, katako na sama, da injin ɗagawa tare kuma an sanya su a tsaye akan Akan tushe;an shigar da na'urar daukar hoto da aka gwada a tsakanin teburin motsa jiki da madaidaicin gubar ta hanyar na'ura, kuma za'a iya saduwa da nau'in gwaji na nau'i daban-daban ta hanyar daidaita ɗaga maɓallin gubar, kuma za'a iya saduwa da gwajin hanyoyin shigarwa daban-daban ta hanyar canzawa. kayan aiki.Abubuwan bukatu.
1.2 Tsarin lodawa:Tsari ne na inji, wanda akasari ya ƙunshi na'ura mai haɗa sandar ƙugiya, wanda ke canza motsin jujjuyawar motar zuwa motsi mai jujjuyawa na madaidaiciyar tsaye;ta hanyar daidaita ƙayyadaddun ƙayyadaddun darjewa, za a iya daidaita tazarar motsi na linzamin kwamfuta zuwa Ƙaƙwalwar gwaji da yanki na gwajin ke buƙata.
1.3 Tsarin watsawa:Na'urar watsa shirye-shiryen ta ƙunshi injin asynchronous mai hawa uku da kuma ƙafar tashi.Ana iya daidaita saurin motar ta hanyar mai sauya mitar, ta yadda za a iya daidaita mitar gwajin ba da gangan ba tsakanin kewayon 0.5 zuwa 5 Hz.
1.4 Tsarin sarrafawa:Tsarin ma'aunin kwamfuta da tsarin sarrafawa an haɓaka shi da kansa kuma kamfaninmu ya samar da shi.Yana da aikin ƙwaƙwalwar ajiya, wato, ana iya isa ga bayanan gwajin tarihi a kowane lokaci.Tsarin aunawa da sarrafawa shine tsakiyar na'urar gwaji.A gefe guda, kwamfutar tana tattara siginar ƙarfin gwajin kowane mai ɗaukar girgiza yayin gwajin, kuma ta nuna ƙarfin gwajin a ainihin lokacin, kuma tana nuna sigogi daban-daban kamar: mitar gwaji, lokutan gwaji na yanzu, kowane aiki Load da karkatar lokaci. , Ƙaddamar da ƙarfin gwaji, da dai sauransu. A gefe guda, dole ne a saita sigogi masu sarrafawa bisa ga bukatun sarrafawa, kamar: saitin lambar gwajin kashewa ta atomatik, saitin ƙarfin gwajin kashewa ta atomatik bisa ga raguwar damuwa, da dai sauransu, don iko mai ƙarfi na yanzu Akwatin. yana aika siginar sarrafawa, kuma mai ƙarfi mai ƙarfi na yanzu yana sarrafa babban motar, yana sarrafa tsarin daidaitawa na sararin gwaji na sama da ƙananan, yana kare aikin daidaitawar sararin samaniya yayin gwajin, yana hana ayyukan da ba daidai ba yayin gwajin, kuma yana kare mai aiki da kayan aiki. Tsaro, kamar yadda aka nuna a cikin adadi:
1.5 Gabatarwar aikin software
1.5.1 Ana iya saita adadin gwaje-gwaje.Matsakaicin adadin lokutan iya aiki shine sau biliyan 1.
1.5.2 Adadin gwaje-gwaje ya kai lambar da aka saita, kuma ana sarrafa injin gwajin don dakatar da gwajin.
1.5.3 Tsarin software na gwaji yana nuna mitar gwajin da adadin gwaje-gwaje ta kwamfuta kuma yana yin hukunci akan karya da kashewa.
1.5.4 Yana da aikin kashewa ta atomatik lokacin da mai ɗaukar girgiza ya lalace a kowane tasha da aikin tsayawa lokacin da matsakaicin ƙarfin gwaji na ƙwaƙwalwar ƙwaƙwalwa ya rage zuwa ƙayyadaddun kaya.
1.5.5 Yana da aikin nuni na lokaci-lokaci na gwajin ƙarfin lokaci-lokaci na mai ɗaukar girgiza guda ɗaya, kuma yana yin rikodin bayanan ɗaukar nauyi na mai ɗaukar girgiza gwargwadon lokacin samfurin da tsarin gwajin ya saita.
1.6 Babban fasali sune kamar haka:
1.6.1 Za'a iya daidaita girman girman da mitar kyauta.
1.6.2 Nuni na dijital na lokutan girgizawa da mita.
1.6.3 Rufewa ta atomatik na lokutan gwaji da aka saita, mafi girman inganci.
1.6.4 Za a iya yin gwajin nau'i-nau'i guda biyu na masu ɗaukar girgiza, ko kuma a iya yin gwajin nau'i-nau'i masu yawa.
1.6.6 Ana iya amfani da adadin da aka saita na rufewa don gwaje-gwajen da ba a kula ba;
1.6.7 Akwai ramukan dunƙule shigar da kayan aikin gwaji;
1.6.8 Sanye take da amplitude daidaita kayan aiki, wanda ya dace don daidaita girman girman;