DRK-681 Flex Durability Tester Operation Manual
Inkcazelo emfutshane:
1. Isishwankathelo: Isikrini sombala wokucofa umlinganiselo wokuvavanya umvavanyi kunye nesixhobo sokulawula (emva koku kubhekiselwa kuso njengesixhobo sokulinganisa kunye nokulawula) samkela inkqubo efakwe i-ARM yamva nje, i-800X480 enkulu ye-LCD yokulawula umbala wokuchukumisa umbala, ii-amplifiers, iziguquli ze-A/D kunye nezinye izixhobo zamkela zamva nje. itekhnoloji, ngokuchaneka okuphezulu kunye nokuphakama okuphezulu Iimpawu zesisombululo, i-analog microcomputer ujongano lolawulo, olulula kunye nokusebenza olulungeleyo, luphucula kakhulu uvavanyo olusebenzayo. Ukudlala okuzinzileyo...
1.Isishwankathelo
Isixhobo sokulinganisa umvavanyi wesikrini sombala kunye nesixhobo sokulawula (emva koku esibizwa ngokuba sisixhobo sokulinganisa kunye nokulawula) samkela inkqubo ehlonyelwe ye-ARM yamva nje, i-800X480 iLCD enkulu yokulawula umbala wokuchukumisa, izikhulisi, iziguquli ze-A/D kunye nezinye izixhobo zamkela itekhnoloji yamva nje, kunye ukuchaneka okuphezulu kunye nokuphakama kweempawu zesisombululo, ujongano lolawulo lwe-analog microcomputer, ukusebenza okulula kunye nokufanelekileyo, kuphucula kakhulu uvavanyo lokuvavanya. Ukusebenza okuzinzile, imisebenzi epheleleyo, ukuyila kwamkela iinkqubo ezininzi zokukhusela (ukukhusela isofthiwe kunye nokukhuselwa kwe-hardware), ethembekileyo kwaye ikhuselekile.
2.Iiparamitha eziPhambili zobuGcisa
| Izinto | Isalathiso seParameter |
| Ukuphindaphinda | 45/min |
| Indlela | 155/80 |
| Torsion angle | 440/400 |
| UBomi bomboniso weLCD | Malunga neeyure ezingama-100,000 |
| Amaxesha okuqinisekisa kwesikrini seTouch | Malunga namaxesha angama-50 000 |
Uhlobo loVavanyo:
(1) Imodeli A (Indlela 155mm, iAngle440 C, ixesha 2700)
(2) Imodeli B (Indlela 155mm, iAngle440 C, iXesha 900)
(3) Imodeli C (Indlela 155mm, iAngle440 C, ixesha 270)
(4) Imodeli D (Indlela 155mm, iAngle440 C, iXesha le-20)
(5) Imodeli E (Indlela 80mm, iAngle400 C, ixesha lama-20)
(6) Uhlobo loVavanyo (Indlela 155mm, iAngle440 C, ixesha elinokulungiswa)
3.Ukusebenza okusisiseko
I-interface Yazisa
(Njengoko kubonisiwe kumzobo, ujongano oluphambili lovavanyo lwahlulwe lwaba ziindawo ezininzi ezinjengendawo yemenyu, indawo yokubonisa into yovavanyo, indawo yeqhosha lokulawula, kunye nendawo yokubonisa ixesha lovavanyo.)
1.Ukusebenza kweqhosha
Xa ufuna ukwenza umsebenzi othile, unokuchukumisa ngokuthe ngqo iqhosha elihambelanayo ngomnwe wakho. Ukuba ulawula i-motor ukuba ibuyele, chukumisa iqhosha elithi "Buyela" ngomnwe wakho, i-Route motor kunye ne-torsion motor ibuyele ngexesha elifanayo, kwaye indawo yokubonisa isimo sokuvavanya ibonisa igama elithi "Buyela".
2.Ukhetho lwendlela
Chukumisa imenyu ehambelanayo kwindawo yokukhetha imo ukwenza umsebenzi ohambelanayo. Ukuba uchukumisa iqhosha elithi "indlela yokukhetha", imenyu yokukhetha imo iya kuvela, kwaye unokukhetha imo. Emva kokuba ukhethe imo yovavanyo, igama lovavanyo kunye nendawo yokubonisa uvavanyo iya kutshintsha ngokufanelekileyo; chukumisa iqhosha elithi "parameter", kwaye i-interface ye-parameter input iya kuvela>, useto lweparameter lunokwenziwa.
3.Igalelo leParameter
Xa ufaka iiparameters, bamba ibhokisi yokufaka ipharamitha kwaye ikhibhodi yamanani iya kuvela. Cinezela igalelo lesicelo sepharamitha kwikhibhodi yamanani kwaye uchukumise iqhosha lenani elihambelanayo ukuze ufake ipharamitha. Emva kokufaka, cofa iqhosha elithi "ENT" ukugqiba igalelo, eli galelo liyasebenza; cofa iqhosha elithi "ESC" ukurhoxisa igalelo, eli galelo alisebenzi.
4.Ukukhetha indlela
Kwindawo yokukhetha imenyu, cofa iqhosha elithi "indlela yokukhetha", imenyu yokukhetha imo iya kuvela, kwaye imo yokuvavanya inokukhethwa. Emva kokukhetha imodi, igama lovavanyo kunye nommandla wokubonisa iziphumo zovavanyo ziya kutshintsha ngokufanelekileyo.
Iimowudi zovavanyo ezikhethiweyo zezi: imowudi A, imowudi B, imo C, imowudi D, imo E, imo yovavanyo, njl.
5. Ukubeka iiParameters
Kwi
Kwi
1. Iiparamitha zovavanyo:
1) Umzila: Umzila obekwe kwindlela yokuvavanya, ngokubanzi i-155mm;
I-2) I-Angle: i-Angle ye-torsion iseti kwimodi yokuvavanya, ngokubanzi i-440 degrees;
I-3) Amaxesha: Inani lamaxesha okuvavanya abekwe kwimodi yokuvavanya, enokuthi ibekwe ngokungqongqo;
2. Uhlengahlengiso lokukhanya:
Njengoko kubonisiwe kulo mzobo ungentla, ukukhanya kwe-LCD kunokulungiswa kwi
6.Inkqubo yoVavanyo
1)Ukusetwa kweParameter
Khangela imo yokusebenza phambi kovavanyo, kwaye usete kwakhona imo ukuba kuyimfuneko.
Ukuba yimo yovavanyo, iNdlela, iEngile, kunye neXesha lemo yovavanyo kufuneka imiselwe kwimimiselo yeparameter.
2) Ukulungiselela uvavanyo
Chukumisa iqhosha elithi "Buyela" ukubuyisela i-Route motor kunye ne-torsion motor kwiindawo zabo zokuqala.
Gqoka isampuli.
3) Uvavanyo
Chukumisa iqhosha elithi "Uvavanyo", i-Route motor kunye ne-torsion motor iya kusebenza kwi-frequency yokuvavanya echazwe ngumgangatho kude kube yinombolo yexesha elimiselweyo, kwaye uvavanyo luphelile. Iinjini ezimbini zibuyela ngokuzenzekelayo.
Sixhengxe. ukusetwa kwexesha
7.Ukusetwa kweXesha
Chukumisa indawo yokubonisa ixesha ezantsi ekunene kwe
8.Printa iziphumo zovavanyo
Kwi
9.Ulungelelwaniso
Kwi
Kwi
1) Ixesha le-400 degree torsion: (i-QEI iqhagamshelwe kwi-encoder output yomqhubi we-torsion motor ngexesha lovavanyo)
Ixesha elithathayo ukujija injini ngamadigri angama-400.
Emva kokumisela isantya se-torsion, buyela kuqala kwindawo, cinezela iqhosha elithi "torsion test", kwaye i-torsion motor iya kujikeleza i-angle ethile kwaye imise. Jonga i-Angle ye-torsion yangempela kwaye ulungelelanise eli xabiso ukuze i-Angle ye-torsion yangempela ilingane ne-400 degrees.
2) Ixesha le-440 degrees torsion: ixesha elifunekayo ukuguqula i-motor ukuya kuma-440 degrees.
Indlela yokuvavanya iyafana nexesha le-400 degree twist.
3) Ixesha lokulinda le-400 degree: eli xesha lixesha lokulinda ukubuyisela emva kokuguqulwa kwe-400, esetyenziselwa ukuhlangabezana nemfuno yePeriod ye-Route 80mm.
4) I-440 degrees ibuyisela ixesha lokulinda: eli xesha lixesha lokulinda ukubuyisela emva kokubuyisela umva kwe-440, esetyenziselwa ukuhlangabezana nemfuno yePeriod ye-Route90mm.
5) Ixesha elipheleleyo kunye nesiqingatha sexesha: Isetyenziselwa ukubonisa ixesha lexesha elipheleleyo kunye nesiqingatha sexesha ngexesha lovavanyo lweRoutePeriod kunye neReverse Period.
6) Ukusetwa kweHalf-Period: Eli xabiso lixesha lokulinda emva kokugqitywa kweNkqubo yokudakumba kweNdlela, eyisiqingatha sePeriod epheleleyo ukuhlangabezana nePeriod setting.
7) Isantya sendlela, isantya sokujija:
Ixabiso le-pulse yi-Route motor speed kunye ne-torsion motor speed xa i-RoutePeriod (45 / min) yanelisekile.
8) Iiparamitha zokuBuyisa: Buyela indlela 1, 2 kunye nesantya sokubuya 1, 2, kunye
ukubuyisela isenzo se-Route motor ukwenza ixabiso leNdlela lichaneke ngakumbi xa imoto yeNdlela iyeka.
I-torsion yokubuyisela: sebenzisana kunye nesenzo se-torsion motor ukwenza ixabiso le-Angle lichaneke ngakumbi xa i-torsion motor iyeka.
SHANDONG DRICK Instruments CO.,LTD
Iprofayile yekhampani
I-Shandong Drick Instruments Co., Ltd, ibandakanyeka ikakhulu kuphando kunye nophuhliso, ukuveliswa kunye nokuthengiswa kwezixhobo zokuvavanya.
Inkampani yasekwa ngo-2004.
Iimveliso zisetyenziswa kwiiyunithi zophando lwezenzululwazi, amaziko okuhlola umgangatho, iiyunivesithi, ukupakishwa, iphepha, ushicilelo, irabha kunye neeplastiki, iikhemikhali, ukutya, amayeza, amalaphu, kunye namanye amashishini.
UDrick unika ingqwalasela ekulimeni italente kunye nokwakhiwa kweqela, ukubambelela kumbono wophuhliso wobuchule, ukuzinikela.pragmatism, kunye nokusungula izinto ezintsha.
Ukuthobela umgaqo ojolise kubathengi, ukusombulula ezona mfuno zingxamisekileyo nezisebenzayo zabathengi, kwaye unikeze izisombululo zeklasi yokuqala kubathengi abaneemveliso ezikumgangatho ophezulu kunye nobuchwepheshe obuphambili.
