Izinzuzo zeServo Hydraulic System

Uhlelo lwe-servo luyindlela yokulawula i-hydraulic eyonga amandla futhi esebenza kahle esebenzisa i-servo motor ukushayela iphampu kawoyela odlulisa kakhulu, ukunciphisa isekethe ye-valve yokulawula, nokulawula i-slide yesistimu ye-hydraulic. Lufanelekela ukunyathela, ukubumba nge-die, ukucindezela, ukubumba nge-die, ukubumba nge-injection, ukuqondisa, nezinye izinqubo.

Uma kuqhathaniswa nemishini yokucindezela evamile ye-hydraulic,imishini yokucindezela ye-servo hydrauliczinezinzuzo zokonga amandla, umsindo ophansi, ukusebenza kahle okuphezulu, ukuguquguquka okuhle, kanye nokusebenza kahle kakhulu. Uhlelo lwe-servo drive lungathatha indawo yezinhlelo eziningi ezivamile ze-hydraulic ezikhona.

1. Ukonga amandla:

(1) Uma isilayida siwa ngokushesha noma singashukumi endaweni ephezulu, imoto ye-servo ayijikelezi, ngakho-ke awekho amandla kagesi asetshenziswayo. Imoto yomshini we-hydraulic wendabuko isajikeleza ngesivinini esilinganiselwe. Noma kunjalo, idla u-20% kuya ku-30% wamandla alinganiselwe (kufaka phakathi amandla asetshenziswa yikhebula lemoto, ukungqubuzana kwepompo, ukumelana kwesiteshi se-hydraulic, ukwehla kwengcindezi ye-valve, uxhumano lokudlulisa ngomshini, njll.).
(2) Ngesikhathi sesigaba sokubamba ingcindezi, ijubane le-servo motor ye-servo hydraulic press ligcwalisa kuphela ukuvuza kwephampu kanye nohlelo. Ijubane ngokuvamile liphakathi kuka-10rpm no-150rpm. Amandla asetshenziswayo angu-1% kuya ku-10% kuphela wamandla alinganisiwe. Kuye ngendlela yokubamba ingcindezi, ukusetshenziswa kwamandla kwangempela kwe-hydraulic press yendabuko ngesikhathi sesigaba sokubamba ingcindezi kungu-30% kuya ku-100% wamandla alinganisiwe.
(3) Uma kuqhathaniswa nama-motor avamile, ukusebenza kahle kwama-servo motors kuphakeme cishe ngo-1% kuya ku-3%. Lokhu kunquma ukuthi imishini yokucindezela ye-hydraulic eqhutshwa yi-servo inamandla okusebenzisa kahle amandla.

2. Umsindo ophansi:

Iphampu kawoyela yomshini wokucindezela we-hydraulic oqhutshwa yi-servo ngokuvamile isebenzisa iphampu yegiya yangaphakathi, kuyilapho umshini wokucindezela we-hydraulic wendabuko ngokuvamile usebenzisa iphampu ye-piston ye-axial. Ngaphansi kokugeleza okufanayo nokucindezela, umsindo wephampu yegiya yangaphakathi uphansi ngo-5dB ~ 10dB kunowephampu ye-piston ye-axial.

Uma umshini wokucindezela we-servo hydraulic ucindezela futhi ubuya, injini isebenza ngesivinini esilinganiselwe, futhi umsindo wayo wokukhipha ungaphansi ngo-5dB ~ 10dB kunomshini wokucindezela we-hydraulic wendabuko. Uma umshini wokucindezela we-hydraulic wehla ngokushesha futhi ungashintshi, isivinini senjini ye-servo singu-0, ngakho umshini wokucindezela we-hydraulic oqhutshwa yi-servo awunawo umsindo wokukhipha.

Ngesikhathi sesigaba sokubamba ingcindezi, ngenxa yesivinini esiphansi senjini, umsindo womshini wokucindezela we-hydraulic oqhutshwa yi-servo ngokuvamile ungaphansi kuka-70dB, kuyilapho umsindo womshini wokucindezela we-hydraulic wendabuko ungaphansi kuka-83 dB ~ 90 dB. Ngemva kokuhlola nokubala, ngaphansi kwezimo zokusebenza ezijwayelekile, umsindo okhiqizwa yimishini yokucindezela ye-servo hydraulic eyi-10 uphansi kunalowo okhiqizwa umshini wokucindezela we-hydraulic ojwayelekile onezincazelo ezifanayo.

3. Ukushisa okuncane, izindleko zokupholisa ezincishisiwe, kanye nezindleko zikawoyela we-hydraulic ezincishisiwe:

Uhlelo lwe-hydraulic lomshini we-hydraulic oqhutshwa yi-servo alunawo ukushisa okuchichimayo. Uma isilayida singashintshi, akukho ukugeleza kanye nokushisa kokumelana ne-hydraulic. Ukushisa okukhiqizwa uhlelo lwaso lwe-hydraulic ngokuvamile kuba ngu-10% kuya ku-30% kwalokho komshini we-hydraulic wendabuko. Ngenxa yokushisa okuphansi okukhiqizwa uhlelo, imishini eminingi ye-servo hydraulic ayidingi uhlelo lokupholisa uwoyela we-hydraulic, futhi eminye ekhiqiza ukushisa okuphezulu ingafakelwa uhlelo lokupholisa olunamandla aphansi.

Njengoba iphampu ishesha kakhulu futhi ikhiqiza ukushisa okuncane isikhathi esiningi, ithangi likawoyela lomshini wokucindezela we-hydraulic olawulwa yi-servo lingaba lincane kunelomshini wokucindezela we-hydraulic wendabuko, futhi isikhathi sokushintsha uwoyela singandiswa. Ngakho-ke, uwoyela we-hydraulic osetshenziswa umshini wokucindezela we-servo hydraulic ngokuvamile ucishe ube ngu-50% kuphela walowo womshini wokucindezela we-hydraulic wendabuko.

4. Izinga eliphezulu lokuzenzakalela, ukuguquguquka okuhle, kanye nokunemba okuphezulu:

Ingcindezi, isivinini, kanye nendawo yomshini wokucindezela we-servo hydraulic kuyisilawuli sedijithali esivaliwe ngokuphelele. Izinga eliphezulu lokuzenzakalela kanye nokunemba okuhle. Ngaphezu kwalokho, ingcindezi kanye nesivinini sayo kungahlelwa futhi kulawulwe ukuze kuhlangatshezwane nezidingo zenqubo ezahlukahlukene.

5. Ukusebenza kahle kakhulu:

Ngokusebenzisa ukusheshisa okufanele kanye nokulawula ukwehla kwamandla kanye nokwenza ngcono amandla, ijubane lomshini wokucindezela we-hydraulic olawulwa yi-servo lingathuthukiswa kakhulu, futhi umjikelezo wokusebenza uphakeme kaningana kunomshini wokucindezela we-hydraulic wendabuko. Ungafinyelela ku-10/min ~ 15/min.

6. Ukulungiswa okulula:

Ngenxa yokususwa kwevalvu ye-servo hydraulic ehambisanayo, isekethe yokulawula isivinini, kanye nesekethe yokulawula ingcindezi ohlelweni lwe-hydraulic, uhlelo lwe-hydraulic lwenziwe lula kakhulu. Izidingo zokuhlanzeka kwamafutha e-hydraulic ziphansi kakhulu kunezo zesistimu ye-hydraulic proportional servo, okunciphisa umthelela wokungcoliswa kwamafutha e-hydraulic ohlelweni.

Zhengxiunguchwephesheifektri yokucindezela i-hydrauliceShayina futhi inikeza umshini wokucindezela we-hydraulic wekhwalithi ephezulu onesistimu ye-servo hydraulic. Uma unezidingo, xhumana nathi!