Amandla aphezulu we-ultrasonic we-welding cutter processor

I-generator ephezulu ye-ultrasonic ye-ultrasonic welding / ukusika noma i-processor ewuketshezi

Ipharameter

Ukufanisa

Umgomo wokuhlinzekwa kwamandla kwe-ultrasonic ukuqala ukukhiqiza isibonakaliso sokuvama okuthile yi-generator yesiginali. Lesi siginali singaba uphawu lwe-sinusoidal noma isiginali yokushayela. Le Frequenment ekhethekile imvamisa ye-transducer, esetshenziswa ngokuvamile emishini ye-ultrasonic. I-20KHZ, 25KHZ, 28KHZ, 33KHZ, 40KHZ, 60KHZ; I-100Khz noma ngenhla ayisetshenziswa kabanzi. Kepha ngentuthuko eqhubekayo yokuhlanza ngokunemba esikhathini esizayo. Kukholakala ukuthi indawo yokusebenzisa izokwanda kancane kancane.
Ukuhlinzekwa kwamandla okuphelele okuphelele kufanele futhi kube nesixhumanisi sempendulo, esihlinzeka ngokuyinhloko amasiginali wempendulo ezicini ezimbili: owokuqala ukuhlinzeka ngesiginali yamandla okuphuma. Siyazi ukuthi lapho kushintsha amandla kagesi (Voltage). Amandla okukhishwa kwe-generator nawo azoshintsha. Ngalesi sikhathi, kuboniswa ku-transducer ukuthi i-mechanical vibration ishintshanisa kusuka ezinkulu kuya kwencane, kuholele ekuhlanzeni okuhlanzekile. Ngakho-ke, kuyadingeka ukuqinisa amandla okukhipha, futhi uguqule amandla amplifier ngokuhambisana nesiginali yempendulo yamandla ukwenza ukukhulisa amandla okuzinzile.
Okwesibili ukuhlinzeka ngezimpawu zokulandela isimangaliso. Lapho i-transducer isebenza imvamisa ye-resonant, ukusebenza kwayo kuphakeme kakhulu futhi umsebenzi uzinze kakhulu. Imvamisa evumayo ye-transducer izoshintsha ngenxa yezizathu zomhlangano kanye nokuguga komsebenzi. Vele, imvamisa yalolu shintsho imane nje ikhukhuleka, futhi ushintsho alusikhulu kakhulu. Isiginali yokulandela imvamisa singalawula i-generator yesiginali ukuze imvamisa ye-generator yesiginali ingakwazi ukulandelela indawo yokufakelwa okukhona kwe-transducer ngaphakathi kwebanga elithile. Vumela i-generator isebenze esimweni sayo esihle kakhulu. Vele, ngokuthuthukiswa kobuchwepheshe banamuhla we-elekthrasound technology, ikakhulukazi i-microprocessor (up) kanye ne-processor (DSP), umsebenzi we-generator uyaba namandla ngokwengeziwe, kepha umsebenzi wayo ongumgogodla kufanele ube njengoba kuchaziwe ngenhla okuqukethwe ukuthi ubuchwepheshe be-ultrasonic buhlukile lapho ingxenye ngayinye ibonakala.

Izici

1

2 Ibanga lemvamisa le-Chase libanzi, ngokuvamile ebangeni le-1.5KHZ, kanti umjikelezo we-analog ngokuvamile ebangeni le-400hz.

3, amandla amakhulu, ama-4 iGBT ngokuvamile angenza ama-800w - ama-2000W ancithakali amandla okuhlinzekwa kwamandla edijithali.

4. Isisindo esikhanyayo, imishini yokujikeleza yedijithali ngokuvamile ilula, cishe 2 - 3KG host.

I-5. I-High Frequency Tracking ukunemba, ngokuvamile ebangeni le-3hz.

I-6. Ngokuqala okuthambile ukuvikela ukuqhekeka okukhulu kokubumba, isikhathi sokuqalisa esithambile siyakwazi ukuguqulwa.

7. Imisebenzi ephelele yokuvikela, enomsebenzi wokuqina kagesi, lokhu kungcono kakhulu kunomshini we-analog.

Q1.Kuyini okubonakalayo okunomusa kophondo?

A. Titanium Alloy, siphinde sabandakanya i-aluminium hom yekhasimende ngaphambili.

Q2. Yisiphi isikhathi sokulethwa?

A. Emhlanganweni ojwayelekile, izinsuku ezi-3, ezinsukwini eziyizifiso zomsebenzi eziyisikhombisa.

Q3.Does I-Ultrasonic Extraction futhi idinga ukwengeza kwe-catalyst yamakhemikhali?

A. Cha. Kepha isikhathi esithile sidinga ukugqugquzela imishini.

Q4.Kusebenza idivaysi ngokuqhubekayo?

A. Yebo, kungasebenza amahora angama-24 ngaso leso sikhathi.

Q5.Kuyini umthamo wokucubungula we-One Setha Eminye imishini yokukhishwa kwe-Ultrasonic?

A. I-HOR ehlukile yokucubungula amandla ahlukile, we-2000W Isigaba isiswebhu isiswebhu singasebenzelana no-2l ~ 10lmin.

Q6. Yini iwaranti yemishini yakho ye-sonator?

A. Yonke imishini yewaranti yonyaka owodwa.