Isicelo
I-CY-JP20KN i-microcomputer-controlled absorber spring fatigue testing machine isetyenziswa ikakhulu kuvavanyo lobomi bokudinwa kweentlobo ezahlukeneyo zokufunxa ukothuka kunye ne-barrel shock absorbers ezisetyenziswa kwiitricycle ezahlukeneyo, izithuthi ezinamavili amabini, iimoto, izithuthuthu, kunye nezinye iimoto.Izixhobo ezikhethekileyo zinokwenziwa ukuze zihambelane novavanyo lokudinwa kweesampulu ezikhethekileyo.
Umatshini wokuvavanya ukudinwa kwe-microcomputer-elawulwa yi-microcomputer ngumatshini wokuvavanya ukukhathala okuphezulu, inkqubo ephezulu-elawulwayo ephezulu, elawulwa ngumatshini wokuvavanya ukudinwa okusekwe kumatshini wovavanyo wokudinwa oqolileyo, odityaniswe ne-elektroniki yanamhlanje, umlinganiselo kunye nolawulo kunye nezinye eziphakamileyo- iindlela zobuchwepheshe.
Iinkcukacha
Igama | iinkcukacha | ||
1 | Amandla ovavanyo aphezulu | 20KN | |
2 | Inani lezikhululo zovavanyo | 1 | |
3 | Uvavanyo rhoqo | 0.5~5Hz | |
4 | Ukuchaneka kokuboniswa rhoqo | 0.1 Hz | |
5 | Vavanya i-amplitude | ±50mm | |
7 | Ubuninzi bomthamo wekhawuntari | 1 billion amaxesha | |
8 | Ukubala ukuchaneka kokuyeka | ±1 | |
9 | Ubuninzi bedayamitha yangaphandle yesiqwenga sovavanyo | Φ90mm | |
12 | Umbane wobonelelo lwamandla (inkqubo enezigaba ezine zocingo ezintathu) | 380VAC 50Hz | |
13 | amandla enjini aphambili | 7.5kW | |
14 | Ubungakanani | Umamkeli | 1200*800*2100(H) |
Ibhokisi yokulawula | 700*650*1450 | ||
15 | Ubunzima | 450kg |
Ezona mpawu
1.1 Umamkeli:Umamkeli wenziwa ubukhulu becala ngesakhelo, isixhobo sokulayisha ngoomatshini, isixhobo sokuhambisa, kunye nesixhobo.Isakhelo siqulunqwe yikholomu, i-workbench, iqonga lokuvuselela, i-beam ephezulu, i-screw lifting mechanism, isiseko kunye nezinye iindawo.Ikholamu, ibhentshi yokusebenzela, iqonga lokuvuselela, umqadi ongaphezulu, kunye nesixhobo sokunyusela isikrufu zifakwe kunye kwaye zifakwe ngokuzinzileyo kwisiseko;i-absorber evavanyiweyo evavanyiweyo ifakwe phakathi kwetafile yokuvuselela kunye ne-screw lead ngokusebenzisa i-fixture, kwaye isiqwenga sovavanyo sobukhulu obahlukeneyo sinokuhlangatyezwa ngokulungelelanisa ukunyuswa kwe-screw ye-lead, kunye neqhekeza lovavanyo lweendlela ezahlukeneyo zofakelo kunokuhlangatyezwana nazo ngokutshintsha. umzobo.Iimfuno.
1.2 Indlela yokulayisha:Sisakhiwo somatshini, ikakhulu siqulunqwe yintonga yokudibanisa i-crank, eguqula intshukumo ejikelezayo yemoto ibe sisindululo esibuyelayo esithe nkqo;ngokulungelelanisa i-eccentricity ye-slider, umgama ohambelanayo ohambelanayo wentshukumo unokulungelelaniswa kwi-Stroke yovavanyo olufunwa yiqhekeza lovavanyo.
1.3 Inkqubo yothumelo:Indlela yokuhambisa yenziwe ngenqanaba lesithathu le-asynchronous motor kunye ne-flywheel.Isantya semoto sinokuhlengahlengiswa sisiguquli sefrequency, ukwenzela ukuba i-frequency yovavanyo inokulungelelaniswa ngokungenasizathu phakathi koluhlu lwe-0.5 ukuya kwi-5 Hz.
1.4 Inkqubo yokulawula:Umlinganiselo wekhompyuter kunye nenkqubo yokulawula iphuhliswe ngokuzimeleyo kwaye iveliswe yinkampani yethu.Inomsebenzi wememori, oko kukuthi, idatha yovavanyo lwembali inokufumaneka nangaliphi na ixesha.Inkqubo yokulinganisa kunye nolawulo lumbindi wesixhobo sovavanyo.Kwelinye icala, ikhomputha iqokelela isiginali yovavanyo lwamandla ovavanyo lwesixhobo sokutsala esothusayo ngasinye ngexesha lovavanyo, kwaye ibonise amandla ovavanyo ngexesha lokwenyani, kwaye ibonise iiparitha zesimo ezahlukeneyo ezinje: uvavanyo rhoqo, amaxesha ovavanyo lwangoku, umsebenzi ngamnye Umthwalo kunye nejika lexesha. , ukuthotywa kwamandla ovavanyo, njl. Ngakolunye uhlangothi, iiparamitha zolawulo kufuneka zimiselwe ngokweemfuno zolawulo, ezinje: ukusetwa kwenombolo yovavanyo oluzenzekelayo, ukusetwa kovavanyo oluzenzekelayo lokuvala ngokuhambelana nokuhla koxinzelelo, njl., kulawulo lwangoku oluqinileyo Ibhokisi ithumela isignali yokulawula, kwaye umlawuli wangoku onamandla ulawula i-motor engundoqo, ulawula indlela yokulungelelaniswa kweendawo eziphezulu kunye nezisezantsi zokuvavanya, ukhusela umsebenzi wokulungisa indawo ngexesha lovavanyo, ukhusela izenzo ezingalunganga ngexesha lovavanyo, kwaye ukhusela umqhubi kunye nezixhobo. Ukhuseleko, njengoko kubonisiwe kulo mfanekiso:
1.5 Ukwaziswa komsebenzi weSoftware
1.5.1 Inani leemvavanyo linokusetwa.Inani eliphezulu lamaxesha amandla yi-1 billion amaxesha.
1.5.2 Inani leemvavanyo lifikelela kwinani elimiselweyo, kwaye umatshini wovavanyo ulawulwa ukumisa uvavanyo.
1.5.3 Isistim yesoftware yovavanyo ibonisa amaxesha ovavanyo kunye nenani leemvavanyo ngekhompyutha kwaye igweba ngokuqhawuka nokuvalwa.
1.5.4 Inomsebenzi wokuvala ngokuzenzekelayo xa i-absorber shock yonakalisiwe nakwesiphi na isikhululo kunye nomsebenzi wokumisa xa ubuninzi bovavanyo lovavanyo lwe-shock absorber luthotywa kumthwalo ochaziweyo.
1.5.5 Inomsebenzi wokubonisa ixesha langempela lovavanyo lwexesha lokuvavanya lwe-shock absorber eyodwa, kwaye irekhoda idatha yokunciphisa umthwalo we-shock absorber ngokwexesha lesampulu elisekwe yiplani yovavanyo.
1.6 Iimpawu eziphambili zezi zilandelayo:
1.6.1 I-amplitude kunye ne-frequency inokulungiswa ngokukhululekileyo.
1.6.2 Umboniso wedijithali wamaxesha okungcangcazela kunye namaza.
1.6.3 Ukuvalwa ngokuzenzekelayo kwamaxesha ovavanyo olusetwe kwangaphambili, ukusebenza kakuhle okuphezulu.
1.6.4 Uvavanyo lwepere enye yezithinteli-mothuko lunokwenziwa, okanye uvavanyo lweeperile ezininzi ze-shock absorbers lunokwenziwa.
1.6.6 Inani elicwangcisiweyo lokuvala linokusetyenziswa kuvavanyo olungajongwanga;
1.6.7 Kukho imingxunya yesikrufu sofakelo lovavanyo;
1.6.8 Ixhotyiswe ngesixhobo sohlengahlengiso lwe-amplitude, olulungele ukulungiswa kwe-amplitude;