Umatshini wokuvavanya ukuphakama, ukuthamba kunye nokuqina we-LT-JJ29-C osebenzisa ikhompyutha, umatshini wokuvavanya ukuphakama (ukuqengqeleka + ukuthamba kunye nokuqina + ukulinganisa ukuphakama)
| 1 | Imo yokulawula | Ulawulo lwekhompyutha |
| 2 | Isixhobo sokuvavanya ukuqina kwendlela ebekwe ngayo | (1) Isixhobo soomatshini esikwaziyo ukuqhuba i-roller ukuba ihambe ngokuthe tye phezu komatrasi: umzuzu wokujikeleza we-inertia ye-roller yi-(0.5±0.05) kg/m², i-frequency yokulayisha kufuneka ibe (16±2) amaxesha/min, umthwalo ongashukumiyo yi-(1400±7) N, kwaye amaxesha ovavanyo angaphezulu kwama-30,000 amaxesha. (2) Irola: I-elliptical, enomlinganiselo wangaphandle olingana ne-±2mm. Umphezulu kufuneka ube lukhuni, uthambe, ungabi nemikrwelo kunye nezinye iziphene zomphezulu. Ubude buyi-(1000±2)mm, kwaye i-friction coefficient iphakathi kwe-(0.2 kunye ne-0.5). I-roller chamfer: R30. Ububanzi obukhulu berola: 300±1mm. (3) Injini: Injini ye-servo yePanasonic evela eJapan; (4) Uvavanyo lokubetha: 250mm kwicala ngalinye lomgca ophakathi wematrasi. (5) Ukuchaneka kwesixhobo sokulinganisa amandla akufuneki kube ngaphantsi kwe-1%, ukuchaneka kwesixhobo esinomlinganiselo akufanele kube ngaphantsi kwe-1mm, kwaye ukuphambuka kwindawo yebhloko yokulayisha kufuneka kube yi-±5mm. |
| 3 | Isixhobo sokulinganisa ubude | (1) Ukuchaneka kokulinganisa ukuphakama: ± 0.5mm; (2) Iphedi yokulinganisa ubude: Umphezulu wokulinganisa sisilinda esiqinileyo nesithe tyaba. (3) Ububanzi bephedi yokulinganisa: 100mm, i-chamfer R10; (4) Isantya sokusebenza ngamandla kwebhloko yesithuba: 100±20mm/min; (5) Amandla asezantsi ngokuthe nkqo: Sebenzisa amandla angama-4N. Ngeli xesha, umgama phakathi komphezulu ongezantsi wephedi ejikelezayo kunye nepleyiti ethe tyaba kukuphakama komphezulu wematrasi. Linganisa ukuphakama: Emva kokwenza uvavanyo lokuqina oluyi-100 kunye novavanyo lokuqina oluyi-29,900 kumphezulu wokuqala wematrasi, linganisa ukuphakama komphezulu wematrasi ngokulandelelana. Inkqubo yokulinganisa ukuphakama: Ngokumisela ixabiso lamandla ngesoftware kunye nokusebenzisa amandla ngokuthe nkqo ezantsi ngesantya esimiselweyo, iqhagamshelwe ngqo kwisikrini sokuchukumisa se-PLC. |
| 4 | Isixhobo sokuvavanya ubulukhuni kunye nokuthamba | (1) Iphedi yokulayisha: Isilinda esiqinileyo esinomphezulu ogudileyo nobubanzi obuyi-355mm, ubuso bayo obungasemva bungumphezulu ongqukuva ophumayo onobubanzi obuyi-800mm, kwaye ububanzi obungqukuva bomphetho wayo ongaphambili yi-20mm. (2) Umthamo wokulayisha: 1000N; (3) Isantya sokusebenza ngexesha lokulayisha nokukhupha: (90±5) mm/min. Inkqubo ingamiselwa ngokungacwangciswanga ukusuka kwi-0.01 ukuya kwi-200mm/min. (4) Ijika lokujika komthwalo: Ubudlelwane phakathi kwexabiso lamandla elisetyenziswa yiphedi yomthwalo kwisampuli kunye nexabiso lokudakumba elihambelanayo; (5) Ixabiso lobunzima (Hy) bematrasi liphakathi kweendawo ezithe tyaba (umlinganiselo wamandla okulayisha u-N ukuya kubunzulu bokuxinwa kwindawo yokulayisha nge-mm) yegophe lokuphambuka komthwalo kwi-210N, 275N kunye ne-340N. (6) Udidi lokuqina: Luluhlu lwamanani ukusuka ku-1 ukuya kwi-10 olubonisa ukuthamba okanye ubunzima bemveliso. I-Hs=1 ukuya ku-5 ibonisa umatrasi oqinileyo (okukhona inani lincinci, kokukhona liqina). I-Hs=6 ukuya ku-10 ibonisa umatrasi othambileyo (okukhona inani lilikhulu, kokukhona lithambile). |
| 5 | Inkangeleko | Isakhelo esiphambili senziwe ngeeprofayili ze-aluminium zoshishino ezikumgangatho ophezulu. Kwikholamu nganye yomatshini, iiprofayili ze-aluminium ezimbini zibekwe ndawonye, kwaye iindawo zoqhagamshelo ziphathwa nge-varnish yokubhaka yeshiti yesinyithi. Iyunithi yokuqhuba ikwimatshini, kunye nesakhelo se-gantry esiqinileyo kwaye silayishwe kwiikholamu ezine ze-aluminium phezulu komatshini. Isebenza ngokuzinzileyo nangokuzolileyo. |
| 6 | Vavanya izinto zetafile | Isiseko senziwe ngeeprofayili ze-aluminium zoshishino ezikumgangatho ophezulu, kwaye itafile yenziwe ngentsimbi engagqwaliyo engu-304. |
| 7 | Ukuphakama kwebhentshi yovavanyo ukusuka emhlabeni | 180mm |
| 8 | Ubukhulu | 3400*2500*2475mm (ubude * ububanzi * ukuphakama) |
| 9 | Ubunzima | Malunga ne-3,600 kg |
| 10 | Ubonelelo lwamandla kunye nombane | I-AC220V 50HZ, 3KW |
| 11 | Uluhlu oluphezulu lwesampulu olunokusetyenziswa ukuvavanya umatrasi omnye | 2400mm×2400mm×440mm |
| 12 | Inkqubo yokwenza | Iseti enye yeenkqubo zesandla neze-othomathikhi. Izixhobo: Iseti epheleleyo yezixhobo ezisemgangathweni zesixhobo (incwadi yesikhokelo yokusebenza, ikhadi lewaranti, intloko yoxinzelelo, njl.njl.) |
| 13 | Indlela yokubonisa ukuthamba kunye nobunzima | amanani kunye nombhalo |
| 14 | Isikrini senkqubo sinokukhethwa ngesiTshayina esiLula, isiTshayina seMveli okanye isiNgesi. | |
| 15 | Ingafikelela kulawulo lwamandla kunye nesantya sokufuduka, ukubonisa ukufuduka kunye nexesha, amandla aphezulu kunye neejika zobomi kunye nokufuduka kwamandla (iijika ezahlukeneyo zexabiso eliphezulu lamandla kunye nexabiso eliphezulu lokufuduka kwetshaneli nganye kumjikelo ngamnye). | |
| 16 | Iiyunithi zamaxabiso amandla zinokukhethwa njenge-kgf, lbf, kN, kunye ne-N. | |
| 17 | Inzwa nganye yamandla kunye neyokufuduka inokulinganiswa ibe ziinxalenye ezili-10, okanye kungasetyenziswa ukulinganiswa kwecandelo elinye. | |
| 18 | Ingxelo ingakhutshwa ngefomathi yeWord, Excel okanye PDF. | |
| 19 | Idatha yegophe lovavanyo iya kurekhodwa kwisiseko sedatha. Xa inkqubo ingaluqhubi uvavanyo, igophe lokubonisa lingabizwa kwisiseko sedatha. | |
| 20 | Iseti enye yeenkqubo zesandla neze-othomathikhi. Izixhobo: Iseti epheleleyo yezixhobo ezisemgangathweni zesixhobo (incwadi yesikhokelo yokusebenza, ikhadi lewaranti, intloko yoxinzelelo, njl.njl.) 13. Indlela yokubonisa ukuthamba nokuqina: amanani kunye nombhalo |
| 1 | GB/T 26706-2011 “Ifenitshala ethambileyo – Iimatrasi ze-Elastic zeFayibha emdaka” |
| 2 | QB/T 1952.2-2011 “Ifenitshala ethambileyo – Iimatrasi zaseNtwasahlobo” |
| 3 | I-BS EN 1957:2012 |
Bhala umyalezo wakho apha uze uwuthumele kuthi
