Tsarin Servo shine mai da karfi da kuma ingantaccen hanyar sarrafawa mai amfani wanda ke amfani da motar servo don fitar da babban binciken mai, da kuma sarrafa tsarin ƙirar mai, da kuma sarrafa tsarin tsarin hydraulic. Ya dace da stamping, mutu ya manta, latsa da kyau, mutu jefa, allurar rigakafi, daidaitawa, da sauran hanyoyin.
Idan aka kwatanta da combatic na yau da kullun,servo hydraulic consesKuna da fa'idodi na ceton kuzari, ƙaramin amo, babban aiki, sassauƙa, da babban aiki. Tsarin servo drive na iya maye gurbin yawancin tsarin hydraulic na yanzu.
1. Adana mai karfi:
(1) Lokacin da zamewa ta faɗi da sauri ko kuma yana tsaye a saman iyaka, motar servo ba ta juya, don haka ba wutar lantarki ta cinye. Motar ta gargajiya ta gargajiya tana juyawa har yanzu tana juyawa a darajar da aka zana. Duk da haka, yana cin 20% zuwa 30% na ƙimar ƙimar (ciki har da kuzarin kebul na motocin hayaƙi, haɗi mai tsoratarwa, haɗi na watsawa na lantarki, da sauransu).
(2) A yayin matsin wasan rike mataki, saurin motocin Servo na Servo Hydraulic Latsa kawai kari kawai yadudduka na famfo da tsarin. Saurin gaba ɗaya tsakanin 10RPM da 150rPm. Ikon cinye shine kawai 1% zuwa 10% na ƙimar ƙimar. Ya danganta da hanyar matsin lamba, ainihin ikon amfani da Hyadraulic na gargajiya a yayin da matsin lamba yake shine kashi 30% zuwa 100% na ƙimar iko.
(3) Idan aka kwatanta da talakawa, ingancin Motors kusan 1% zuwa 3% mafi girma. Wannan yana yanke shawara cewa jerin gwal na hayaƙi sun fi dacewa da amfani da makamashi.
2. Low amo:
Man mai ɗorewa na 'yan jaridar Setdraulic na Hydraulic gaba ɗaya suna ɗaukar famfo na ciki, yayin da na gargajiyar ta al'ada gabaɗaya ke ɗaukar famfo na Piston Pistango. A karkashin kwarara guda da matsin lamba, hayaniya na famfo na ciki shine 5DB ~ 10DB ƙasa da na famfo na Piston Piston.
Lokacin da servo hydraulic latsa yana latsawa da dawowa, motar tana gudana a darajar gudu, da hayaniya ta sama shine 5DB ~ 10DB ƙasa da wannan na gargajiyar hydraulic Latsa. Lokacin da makiyaya yana saukowa da tsayayyen motocin servo shine 0, don haka servo-centn hydraulic latsa bashi da noissi.
A yayin matsin rike mataki, saboda saurin motsa jiki, hayaniyar hydraulic latsa ba kasa da 70db, yayin da amo na na gargajiya hydraulic shine 83 DB. Bayan gwaji da lissafi, a ƙarƙashin yanayin aiki na yau da kullun, amo ya haifar da wuraren da aka yi amfani da su 10 da ke ƙasa da wannan ambaliyar talakawa.
3. Kasa da zafi, rage farashi mai sanyaya, da rage farashin mai mai:
Tsarin hydraulic na hydraulic latsa ba shi da zafin wuta. Lokacin da zamewa yana tsaye, babu mai gudana da hydraulic juriya zafi. Zafin da aka kirkira ta tsarin hydraulc shine kusan kashi 30% zuwa 30% na cewa na Comparfin Hydraulic na gargajiya. Saboda ƙarancin zafi da tsarin, yawancin servo hydraulic compes ba sa bukatar tsarin sanyaya mai, kuma ana iya samun wadataccen tsararren mai da mai sanyi.
Tunda famfon yana da saurin zaki kuma yana haifar da zafi kadan mafi yawan lokuta, da hydraulic mai sarrafawa na iya zama. Saboda haka, mai hydraulic mai cinye shi da hydraulic latsa ne gabaɗaya kusan 50% na cewa na hanyar hydraulic na gargajiya.
4. Babban matakin sarrafa kansa, sassauƙa, da babban daidaito:
Matsin lamba, saurin, da matsayin Servo Hydraulic Latsa suna cikakken kulawar dijital. Babban mataki na aiki da daidai. Bugu da kari, matsin sa da saurin zai iya zama shirye-shirye kuma ana sarrafa shi don biyan bukatun tsari daban-daban.
5. Ingantaccen aiki:
Ta hanyar hanawa da kuma ingancin iko da ingancin ƙarfin aiki, saurin mai amfani da hydraulic mai sarrafawa ya zama mafi girma sosai, kuma sake zagayowar aiki ya fi na hydraulic na gargajiya. Zai iya kaiwa 10 / min ~ 15 / min.
6. Kulawa mai dacewa:
Saboda kawar da daidaito na serve hydraulic bawuly, Speed Circuit, da kuma matsin lamba na al'ada a cikin tsarin hydraulic yana sauƙaƙe. Abubuwan da ke cikin tsabta don hydraulic mai suna ƙasa da waɗanda na hydraulic gwargwado tsarin, wanda ke rage tasirin gurbataccen ƙwayar mai a kan tsarin.
Zhengxikwararre nemasana'antar latsawa ta hydraulicA China kuma yana samar da babban hydraulic mai inganci tare da tsarin Servo Hydraulic. Idan kuna da kowane buƙatu, tuntuɓi mu!
Lokaci: Jun-28-2024
