Profil Perusahaan Kauntungan Kita Sertifikasi Pengepakan & Peredam kecepatan planet presisi tinggi, peredam girboks planet servo SPLF90 nema34 Pengiriman FAQ<\/p>\n
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Jinis-jinis Gir Miter<\/h2>\n
Jinis-jinis gir miter kalebu Hypoid, Crown, lan Spiral. Kanggo mangerteni sing luwih lengkap, wacanen terus. Kajaba iku, sampeyan bakal sinau babagan bedane lan kamiripane. Artikel iki bakal menehi ringkesan babagan macem-macem jinis gir miter. Sampeyan uga bisa milih jinis sing cocog karo kabutuhan sampeyan kanthi nggunakake pandhuan ing ngisor iki. Sawise maca, sampeyan bakal ngerti carane nggunakake ing proyek sampeyan. Sampeyan uga bakal sinau carane masangake kanthi manual, sing migunani banget yen sampeyan lagi nggarap komponen mekanik.![\"piranti\"](\"https:\/\/img.hzpt.com\/img\/gear\/t-gear-4.webp\" "\\"\\"")
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Gir miring<\/h2>\n
Gir bevel lan miter loro-lorone digunakake kanggo nyambungake rong poros sing duwe sumbu sing beda. Ing kasus paling umum, gir iki digunakake ing sudut tengen. Kerucut pitch saka gir bevel duwe bentuk sing padha karo gir spur, kajaba profil untu rada lancip lan duwe ambane sing beda-beda. Pinion saka gir bevel biasane lurus, nanging bisa mlengkung utawa miring. Uga bisa duwe rodha makutha offset kanthi untu lurus relatif marang sumbu.
Saliyan\u00e9 kanggo aplikasi industri, gir miter uga ditemokak\u00e9 ing tetan\u00e8n, pembotolan, percetakan, lan maneka warna sektor industri. Gir iki digunakak\u00e9 ing pertambangan batu bara, eksplorasi lenga, lan proses kimia. Gir iki minangka p\u00e9rangan penting saka konveyor, lift, kiln, lan liya-liyan\u00e9. Nyatane, gir miter asring digunakak\u00e9 ing mesin perkakas, kaya forklift lan jigsaw.
Nalika nimbang gir endi sing cocog kanggo aplikasi tartamtu, sampeyan kudu mikir babagan aplikasi lan tujuan desain kasebut. Contone, sampeyan pengin ngerti beban maksimal sing bisa digawa gir kasebut. Sampeyan bisa nggunakake program simulasi komputer kanggo nemtokake torsi sing tepat sing dibutuhake kanggo aplikasi tartamtu. Gir miter yaiku gir bevel sing diarahake ing siji sumbu, dudu loro.
Kanggo ngetung torsi sing dibutuhake kanggo aplikasi tartamtu, sampeyan kudu ngerti MA saben gir bevel. Untunge, saiki sampeyan bisa nindakake nganggo CZPT. Kanthi bantuan piranti lunak iki, sampeyan bisa ngasilake model 3D gir bevel spiral. Sawise sampeyan nggawe model, sampeyan banjur bisa ngolah. Iki bisa nggampangake tugas sampeyan! Lan nyenengake!
Saka segi manufaktur, gir bevel lurus iku sing paling gampang diprodhuksi. Cara paling awal kanggo jinis gir iki yaiku planer nganggo endhas indeks. Nanging, wiwit perkembangan mesin CNC, cara manufaktur sing luwih efektif wis dikembangake. Iki kalebu sistem CZPT, Revacycle, lan Coniflex. CZPT nggunakake sistem Revacycle. Sampeyan uga bisa nggunakake pabrik CNC kanggo nggawe gir bevel spiral.![\"piranti\"](\"https:\/\/img.hzpt.com\/img\/gear\/c-gear-4.webp\" "\\"\\"")
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Gir bevel hipoid<\/h2>\n
Nalika ngrancang gir bevel hypoid kanggo miter lan jinis gir liyane, ana sawetara parameter penting sing kudu ditimbang. Kanggo ngasilake gir sing berkualitas tinggi, jarak pemasangan antarane untu gir lan pinion kudu ana ing kisaran toleransi sing wis ditemtokake. Kanthi tembung liya, jarak pemasangan antarane untu gir lan pinion kudu 0,05 mm utawa kurang.
Kanggo nggawe iki bisa ditindakake, mesh gearset bevel hypoid dirancang kanggo nglibatake aksi geser. Hasile yaiku transmisi sing sepi. Iki uga tegese kecepatan sing luwih dhuwur bisa ditindakake tanpa nambah tingkat gangguan. Dibandhingake, gir bevel cenderung rame ing kecepatan dhuwur. Amarga alasan kasebut, gearset hypoid minangka cara sing paling efisien kanggo nggawe gir miter. Nanging, penting kanggo dielingi yen gir hypoid ora kanggo saben aplikasi.
Gir bevel hipoid iku analog karo bevel spiral, nanging ora duwe sumbu sing saling berpotongan. Amarga iki, bisa ngasilake pinion sing luwih gedhe kanthi sambungan sing alus. Gir bevel makutha, ing sisih liya, duwe pitch 90 derajat lan untu sejajar. Geometri lan pitch-e unik, lan duwe sifat geometris tartamtu. Ana macem-macem cara kanggo nyatakake pitch. Pitch diametral yaiku jumlah untu, dene pangukuran keliling diarani keliling.
Metode face-milling minangka teknik liyane sing digunakake kanggo nggawe gir hypoid lan spiral bevel. Face-milling ngidini gir digiling kanggo akurasi lan finishing permukaan sing dhuwur. Iki uga ngidini ngilangi perawatan panas lan nggampangake nggawe topografi ease-off sing wis dirancang sadurunge. Face-milling nambah resistensi mekanik nganti 20%. Iki uga nyuda tingkat kebisingan.
Standar ANSI\/AGMA\/ISO kanggo dimensi geometris beda karo praktik paling apik kanggo nggawe gir hipoid lan bevel. Pelanggaran permukaan datum umum nyebabake sawetara masalah dimensi geometris. Kajaba iku, gir hipoid kudu dirancang kanggo nggabungake pitch dasar pinion mating lan gir bevel hipoid. Iki ora bisa ditindakake tanpa ngerti pitch dasar gir lan pinion mating.<\/p>\n
Gir bevel makutha<\/h2>\n
Nalika milih bevel makutha kanggo gir miter, sampeyan kudu nimbang sawetara faktor. Khusus\u00e9, sampeyan kudu ngerti rasio beban untu karo radius pitch gir bevel. Iki bakal mbantu sampeyan milih gir bevel sing nduweni jumlah eksitasi lan kapasitas beban sing pas. Bevel makutha uga dikenal minangka gir heliks, yaiku kombinasi saka rong jinis gir bevel.
Gir bevel iki b\u00e9da karo bevel spiral amarga bevel-e ora saling berpotongan. Iki m\u00e8n\u00e8hi sampeyan fleksibilitas kanggo nggunakak\u00e9 pinion sing luwih gedh\u00e9 lan sambungan sing luwih alus. Gir bevel makutha uga dijenengi amarga bagean untu sing b\u00e9da: driji sikil, utawa bag\u00e9an gir sing paling cedhak karo bolongan, lan tumit, utawa diameter paling njaba. Dhuwur untu luwih cilik ing driji sikil tinimbang ing tumit, nanging dhuwur gir padha ing loro panggonan kasebut.
Gir bevel makutha awujud silinder, kanthi untu sing miring. Gir iki duw\u00e9 rasio gir 1:1 lan digunakak\u00e9 kanggo gir miter lan gir spur. Gir bevel makutha duw\u00e9 profil untu sing padha karo gir spur nanging rada luwih sempit ing pucuk\u00e9, sa\u00e9ngga menehi swara sing luwih alus. Gir bevel makutha kanggo gir miter bisa digaw\u00e9 nganggo pinion offset.
Ana akeh pilihan liyane sing kasedhiya nalika milih gir bevel Crown kanggo gir miter. Bahan sing digunakake kanggo gir bisa beda-beda saka plastik nganti paduan sing wis dikeraskan. Yen sampeyan prihatin karo kekuwatan bahan kasebut, sampeyan bisa milih paduan sing wis dikeraskan kanthi kekerasan 32-35 Rc. Paduan iki uga nduweni kaluwihan luwih awet tinimbang plastik. Saliyane luwih kuwat, gir bevel crown uga luwih gampang dilumasi.
Gir bevel makutha kanggo gir miter padha karo bevel spiral. Nanging, gir iki nduweni permukaan pitch hiperbolik, ora kerucut. Pinion asring diimbangi ing ndhuwur utawa ngisor tengah gir, sing ngidini diameter sing luwih gedhe. Gir bevel makutha kanggo gir miter biasane luwih gedhe tinimbang gir hypoid. Gir hypoid umum digunakake ing as roda mburi mobil. Gir iki migunani nalika sudut rotasi 90 derajat. Lan bisa digunakake kanggo rasio 1:1.![\"piranti\"](\"https:\/\/img.hzpt.com\/img\/gear\/b-gear-4.webp\" "\\"\\"")
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Gir mitra spiral<\/h2>\n
Gir bevel spiral diprodhuksi kanthi ngolah permukaan rai untu. Proses iki ngetutake teori Hertz babagan kontak elastis, ing ngendi dislokasi padha karo dimensi signifikan cilik saka area kontak lan radius kelengkungan relatif. Cara iki nganggep yen permukaan sejajar lan regangan cilik. Kajaba iku, bisa nyuda gangguan. Iki ndadekake gir bevel spiral dadi pilihan sing cocog kanggo aplikasi kecepatan tinggi.
Mesin presisi gir miter spiral CZPT nyuda backlash. Gir iki nduweni mur pengunci sing bisa diatur sing bisa nyetel jarak antarane untu gir kanthi tepat. Asil\u00e9 yaiku backlash sing suda lan umur drive maksimal. Kajaba iku, gir iki cukup fleksibel kanggo nampung owah-owahan desain ing pungkasan proses produksi, nyuda risiko kanggo OEM lan nambah efisiensi lan produktivitas. Kauntungan gir miter spiral dijlentrehake ing ngisor iki.
Gir bevel spiral uga nduweni akeh kaluwihan. Kauntungan sing paling jelas yaiku nduweni poros diameter gedhe. Ukuran poros sing luwih gedhe ngidini gir diameter sing luwih gedhe, nanging iki tegese omah gir sing luwih gedhe. Sabanjure, iki nyuda jarak lemah, ruang interior, lan bobot. Iki uga ndadekake gir poros penggerak luwih gedhe, sing nyuda jarak lemah lan ruang interior. Gir bevel spiral luwih efisien tinimbang gir bevel spiral, nanging bisa uga luwih angel nemokake ukuran sing pas kanggo aplikasi sampeyan.
Kauntungan liyane saka gir miter spiral yaiku ukurane sing cilik. Kanthi daya sing padha, gir miter spiral luwih cilik tinimbang gir miter potongan lurus. Kajaba iku, gir bevel spiral luwih gampang mlengkung utawa bolong. Gir iki uga duwe sifat presisi sing luwih dhuwur. Cocok kanggo operasi sekunder. Gir miter spiral luwih awet tinimbang gir potongan lurus lan bisa beroperasi kanthi kecepatan sing luwih dhuwur.
Fitur utama gir spiral miter yaiku kemampuane kanggo tahan aus lan robek. Amarga terus-terusan cacat, cenderung retak kanthi cara sing nambah aus lan robek. Akibate yaiku gir sing luwih atos kanthi aliran butir sing luwih kontur. Nanging kualitas gir sampeyan bisa dipulihake liwat perawatan sing tepat. Yen sampeyan duwe mesin, luwih becik ngganti bagean sing wis aus yen ora bisa digunakake kaya sing dikarepake.<\/p>\n
![\"China](\"https:\/\/img.hzpt.com\/img\/gear\/gear-l1.webp\" "\\"\\"")
![\"China](\"https:\/\/img.hzpt.com\/img\/gear\/gear-l2.webp\" "\\"\\"")
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Applicable Industries: Manufacturing Plant, High Precision Harmonic Drive Gear Speed Reducer Machinery Repair Shops, High quality Xihu (West Lake) Dis.n new King Kong Jieshi new King Kong large torque axle 2502-70012 5.73 medium axle reducer assembly RetailGearing Arrangement: PlanetaryOutput Torque: 165NmInput Speed: 1400rpmOutput Speed: 35rpmType: worm gear reducerspeed ratio: 40:1Input bore: 14\/19\/22\/24 (default 22mm)Output shaft 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