Wani muhimmin bayani a kan akwatin ruwa shi ne ma'aunin yankan, wanda kuma ake kira da sassa uku, wadanda suka hada daVc***m/min,fn***mm/r,ap= *** mm a kan akwatin. Waɗannan bayanan bayanai ne na ka'idar da aka samu ta dakin gwaje-gwaje, wanda zai iya ba mu ƙimar tunani. Koyaya, ainihin shirye-shirye da sarrafawa gabaɗaya yana buƙatar guduS***, abincif***, da adadin yankan, to ta yaya za a canza bayanan da ke cikin akwatin zuwa bayanan da muke bukata?
Gudun spinle
wanda shine gudun dunƙule wanda yawanci muna buƙatar yin la'akari da shi lokacin shirye-shirye, wanda ke nufin saurin jujjuyawar minti ɗaya (rpm) na chuck da workpiece.Dmshine diamita na workpiece bayan yankan, kumaVcyana nufin kewayon saurin yankewa akan akwatin. Tare da wannan dabara da saurin layin jagora na masana'anta, zamu iya ƙididdige saurin ka'idar.
Mafi girman saurin kayan aikin injin, mafi girman ingancin yankan, kuma inganci shine riba. Sabili da haka, wajibi ne a yi la'akari da yanayin aiki da saurin layi, da kuma ƙara saurin gudu kamar yadda zai yiwu don yankewa.
Bugu da ƙari, zaɓin saurin gudu ya kamata a ƙayyade bisa ga kayan aikin yankan kayan aiki daban-daban. Misali, lokacin sarrafa sassa na karfe tare da karfe mai sauri, rashin ƙarfi ya fi kyau lokacin da saurin ya ragu, yayin da rashin ƙarfi ya fi kyau lokacin da saurin ya yi girma don kayan aikin carbide na siminti. Bugu da ƙari kuma, lokacin sarrafa sandunan sirara ko sassa masu sirara, ya kamata a mai da hankali ga daidaita saurin don guje wa yankin rawan ɓangaren, ta yadda za a hana layukan girgiza daga yin tasiri a saman.
Yanke gudun Vc
Vcshine saurin yankewa, wanda aka ayyana azaman samfurin diamita, π da saurin igiya, kuma yana nufin saurin saman wanda kayan aiki ke motsawa tare da kayan aiki. Sabili da haka, ana iya gani daga ma'anar cewa lokacin da diamita na aikin aikin ya bambanta, saurin yankan kuma ya bambanta. Mafi girman diamita, mafi girman saurin yankewa.
Gabaɗaya magana, ba tare da la'akari da lalacewa na kayan aiki ba, ana iya ƙara saurin yankan yadda ya kamata, wanda zai iya haɓaka haɓakar samarwa kuma yana taimakawa haɓaka ingancin kayan aikin.
Amma yanke saurin shine ɗayan mafi mahimmancin mahimmancin abin da ke shafar kayan aiki. Idan saurin yankan ya yi yawa, zai haifar da ƙarancin ingancin sassa saboda lalacewa ta gefe, haɓakar raƙuman ruwa, ƙarancin samarwa da sauransu.
Saboda haka, bayan la'akari da cewa yankan gudun ne mafi muhimmanci guda factor shafi surface na workpiece, yadda za a ƙayyade mafi kyau duka yankan gudun yawanci za a iya bayyana ta da wadannan hoto.
Gudun ciyarwafn
fnshine adadin ciyarwa, wanda ke nufin ƙaura ta kowace juyi na kayan aiki dangane da aikin juyawa. Ciyarwar za ta yi tasiri ga siffar filayen ƙarfe, wanda zai haifar da karyewar guntu, haɗawa, da sauransu.
Dangane da tasirin rayuwar kayan aiki, idan ƙimar ciyarwar ta yi ƙanƙanta, za a rage yawan rayuwar kayan aiki na lalacewa ta gefe. Adadin ciyarwa ya yi girma sosai, yankan zafin jiki ya tashi, kuma raunin flank shima yana ƙaruwa, amma tasirin rayuwar kayan aiki ya fi na saurin yankewa.
Zurfin yankeap
apshine zurfin yanke, wanda shine abin da muke yawan faɗi, adadin yankan, wanda ke nufin bambanci tsakanin farfajiyar da ba a sarrafa ba da kuma saman da aka sarrafa.
Idan zurfin yankan ya yi ƙanƙanta sosai, zai haifar da ɓarna, yanke saman daɗaɗɗen kayan aikin, kuma ya rage rayuwar kayan aiki. Lokacin da surface na workpiece yana da taurare Layer (wato, baƙar fata fata a kan surface), da yankan zurfin ya kamata a zaba a matsayin babba kamar yadda zai yiwu a cikin kewayon halatta ikon na inji kayan aiki, don kauce wa tip. da kayan aiki yankan kawai surface taurare Layer na workpiece, haifar da m lalacewa ko ma lalacewa ga tip na kayan aiki.
Bugu da kari, YBG205 akan akwatin ruwa yana nufin matakin kayan aiki. The workpiece kayan m da kayan aiki maki na kowane kamfani ne daban-daban. Don haka, idan kuna son sanin ƙimar kayan aiki da ta dace da kayan aikin ku, kuna buƙatar tuntuɓar ƙasidar samfurin kamfanin daidai, kuma ba zan gabatar da shi dalla-dalla anan ba.
Lokacin aikawa: Maris-08-2023