Ukuhlaziywa Komkhiqizo - Uhlangothi lweKhasimende

1. Izidingo zekhwalithi yomoya yokusetshenziswa kwamasilinda: umoya ohlanzelwe ohlanzekile futhi owomile kufanele usetshenziswe.Moyeni ngeke uqukathe uwoyela we-solvent owenziwe, usawoti, igesi elonakalisayo, njll., ukuvimbela isilinda, i-valve isenzo esibi.Ngaphambi kokufakwa, ipayipi lokuxhuma kufanele lishaywe ngokuphelele futhi ligezwe , ungalethi uthuli, i-chip, ukufaka izingcezu zesikhwama nokunye ukungcola kwisilinda, i-valve.

2. Izidingo zokusetshenziswa kwesilinda: Ezindaweni ezinothuli oluningi, amaconsi amanzi namaconsi kawoyela, ohlangothini lwenduku kufanele luhlanganiswe nesembozo sokuvikela isibonakude.Lapho kungasetshenziswa khona izembozo zokuvikela isibonakude, amasilinda anamasongo aqinile angangeni uthuli noma amasilinda angenawo amanzi kufanele akhethwe. futhi izinga lokushisa lokuphakathi lidlula -10 ~ 60 ℃ ngenkinobho kazibuthe, kufanele kuthathwe izinyathelo zokulwa nokuqandisa noma zokushisa.Nemvelo yensimu enamandla kazibuthe, isilinda esinokushintsha okuzenzakalelayo kwensimu kazibuthe eqinile kufanele kukhethwe. akufanele isetshenziswe emiphefumulweni ebhubhisayo noma emhosheni ogeleza ngendandatho yophawu.

3.Lubrication amasilinda:Amasilinda afakwa uwoyela kufanele afakelwe idivaysi yenkungu kawoyela enokuhamba okufanele.Isilinda asithanjiswanga ngamafutha. Ingasetshenziswa isikhathi eside ngoba i-grease ifakwa ngaphambili kusilinda.Lesi silinda singasetshenziselwa uwoyela, kepha uma uwoyela usuhlinzekiwe, uwoyela akumele umiswe. Uwoyela kufanele unikezwe nge-turbine no. 1 (ISO VG32). Ungasebenzisi uwoyela, uwoyela wokuphotha, njll., Ukugwema ukunwetshwa kwe-bubble kabili kwe-NBR nezinye izimpawu.

4. Isilinda umthwalo: Induku ye-piston imvamisa ingaxhasa kuphela i-axial load.Gwema ukusebenzisa imithwalo ye-lateral ne-eccentric kupiston rod.Uma kunomthwalo oguqukayo, induku ye-piston kudivayisi yomhlahlandlela kufanele ingezwe, noma ukhethe isilinda somhlahlandlela wenduku, njll. izinguquko zokuqondiswa komthwalo, ingaphambili lepiston rod kanye nomthwalo * sebenzisa ijoyinti elintantayo.Ngale ndlela, ngeke kube khona ukuphuka kunoma iyiphi indawo yohambo. Lapho isilinda ingaphansi kwamandla amakhulu, itafula lokufaka lesilinda lizoba izinyathelo zokuvimbela ukuxegisa, ukusonteka kanye nomonakalo.

5. Ukufakwa kwesilinda: Lapho ufaka isilinda esinqunyiwe, i-eksisi yomthwalo ne-piston rod kufanele ifane.Uma ufaka amasilinda amacici noma ama-trunnion, qiniseka ukuthi indiza yokujikisa isilinda kanye nokujula komthwalo kusendizeni eyodwa.

Ukulungiswa kwejubane kwesilinda: Lapho i-valve yokulawula isivinini isetshenziselwa ukulungisa isivinini sesilinda, i-valve yayo ye-mpintsha kufanele ivulwe kancane kancane kusimo esigcwele esivaliwe futhi ilungiswe kusivinini osifunayo.Lungisa inani lamaswidi ukuze ungeqi * inani lamajika. Ngemuva kokulungiswa, khiya inkosi yokukhiya.

7. Isisuli sesilinda: Lapho amandla ahambayo wesilinda engakwazi ukumuncwa ngokuphelele yisilinda uqobo, indlela ye-buffer (efana ne-hydraulic buffer) noma i-loop buffer kufanele ingezwe ngaphandle.

8. Mayelana nokusebenza okuzenzakalelayo kwesilinda:yedivayisi yokusebenza okuzenzakalelayo, izinyathelo zokumelana kufanele zithathwe kumshini noma isekethe ukuvimbela ukwakheka komzimba nokonakala kwedivayisi ngenxa yokusebenza okungalungile kanye nomjikelezo wesenzo se-cylinder. Isilinganiso seLoad: Kusuka ekutadisheni kwezimpawu ezisebenza nge-cylinder, Kunzima ukuthola umphumela uqobo yesilinda yamandla. Ngakho-ke esifundweni sokusebenza nasekukhishweni kwesilinda, isilinda sisetshenziselwa umqondo wento yokulayisha. Isilinda umthwalo we-beta uchazwa njenge-beta = isilinda theory namandla okukhipha womthwalo wangempela F * 100% cylinder Ft (l3-5), isilinda sangempela somthwalo sinqunywa isimo sokusebenza sangempela, uma kuqinisekiswa isilinda silitha, isilinganiso sokulayisha kuchazwa ngombono wegesi eyisilinda kunganqunywa, amandla okukhipha, angakwazi ukubala ukuzala kwesilinda. Ngokulayisha kwe-impedance, njenge-cylinder esetshenziselwa ukucindezela kwe-pneumatic, ukulayisha akukhiqizi amandla e-inertia, i-beta ekhethiwe yokulayisha umthwalo ingu-0.8; Ngomthwalo ongafakwanga, njenge-cylinder esetshenziselwa ukucindezela indawo yokusebenza, umthwalo uzokhipha amandla angaphakathi, umthwalo inani lenani limi ngokulandelayo: <0.65 lapho isilinda sihamba ngejubane eliphansi, V <100 mm / s; <0.5 Lapho isilinda sihamba ngejubane eliphakathi, V = 100 ~ 500mm / s; <0.35 lapho isilinda sihamba ngesivinini esikhulu , v> 500 mm / s. Indima ye-SMC magnetic switch: I-SMC switch kazibuthe isetshenziselwa ukulawula ukuhamba kwemishini yezimboni, i-revolution ratio range ka-1: 1 kuye ku-1: 150; Usayizi ophelele ulungele ukuhlangana endaweni encane, idrayivu shaft ne-gear drive shaft kukhona yenziwe ngensimbi engagqwali, igiya kanye ne-drive bushing zenziwe ngezinto zokugcoba ze-thermoplastic ngokuzenzakalela, zonke izinhlobo zezinto zokwakha nezakhi zinokumelana okuhle kokugqoka, futhi okokusebenza kunamandla angenawo amanzi futhi angenawo uthuli ukusebenza.Umshini kazibuthe usetshenziselwa ukulawula isenzo imishini yezimboni, njengokuphakamisa, njll. Izinga le-revolution lisuka ku-1: 1 kuye ku-1: 9,400; Ukushintshwa kwemikhawulo ejwayelekile kufakwa nge-2, 3, 4, 6, 8, 10 noma 12 ukushintsha okusheshayo noma okuhamba kancane kanye ne-CAM PRSL7140PI ebukhali. Ezinye izinto kanye nezilinganiso zokuguqula izinguquko ziyatholakala uma uceliwe.Yenza ama-oda akhethekile. * Isilinganiso sokuguqula singu-1: 9,400.Zonke izinto zokwakha nezingxenye ziyamelana nokugqwala, amanzi nothuli.


Isikhathi Iposi: Aug-14-2020