Inkcazo
Umatshini wokupakisha wemizi-mveliso uyilelwe u-Z{0}}ukusonga ifilimu eyohlulayo kunye nokubekwa okutshintshisayo kwamaphepha e-electrode ekhangayo kunye nengalunganga kwindibano yebhetri yeprismatic. Inkqubo idibanisa i-servo{2}}i-pick eqhutywayo{3}}kunye{4}}nendawo eshukumayo, indawo yesibini ye-electrode, ulawulo loxinzelelo lwesahlukanisi kunye nolungiso oluzenzekelayo lwewebhu ukugcina umgangatho wokupakisha ozinzile. Ixhasa amaphepha e-electrode ukusuka kwi-100-330 mm ubude kunye ne-80-180 mm ububanzi, kunye nokuchaneka kwe-electrode stacking ukuya kwi-± 0.5 mm.
Izixhobo zoMmiselo wokuSebenza
Umatshini wokupakisha weshishini usebenzisa i-servo{0}ingalo zerobhothi eziqhutywayo ukukhetha amashiti e-electrode ekhayo kunye nengalunganga kwiitreyi zemathiriyeli. Iphepha ngalinye lidlula kwinkqubo yesibini yokubeka phambi kokuba ibekwe ngokutshintshanayo kwitafile yokupakisha. Kwangaxeshanye, ifilimu yokwahlula iqhubeka ingonakaliswa phantsi koxinzelelo olulawulwayo kwaye isongwe kwi-Z{3}}ipateni emile phakathi kweeleyile ze-electrode. Ulandelelwano luphindaphindiweyo de i-stack yeseli efunekayo igqitywe, emva koko i-stack egqityiweyo idluliselwe kwindawo yokukhulula.
Umsebenzi:
1. Ukutya kwe-Electrode
Amaphepha e-electrode afanelekileyo kunye ne-negative athathwa kwiitreyi eziphathekayo ngeekomityi zokufunxa i-vacuum.
2. Isikhundla seSekondari
Iphepha ngalinye le-electrode libekwe phambi kokuba lidluliselwe kwitafile yokupakisha.
3. Z{1}}Songa ukupakishwa
I-electrodes ekhayo kunye nenegative zibekwe ngokutshintshanayo ngelixa isahluli bhanyabhanya siqhubeka singenawo amanxeba phantsi koxinzelelo olulawulwayo kwaye isongwe ngendlela eyi-Z{0}}emilo.
4. Ukhuseleko lweSeli
Emva kokuba inani elifunekayo leengqimba lifikelelwe, ifilimu yokwahlula iyasikwa kwaye i-tape yokubambelela isetyenziswe ukukhusela i-stack cell cell.
5. Ukothula ngokuzenzekelayo
Isitaki seseli esigqityiweyo sigqithiselwa kwindawo yokukhulula kwaye iqokelelwe ngokuzenzekelayo kwi-tray.
Iimpawu zeZixhobo
1. Ukuma kwe-Electrode echanekileyo
Ukumisa okwesibini kunceda ukulungelelanisa amashidi e-electrode afanelekileyo kunye ne-negative ngaphambi kokupakisha kunye nokunciphisa ukungqubuzana ngexesha lokuphatha i-electrode.
2. I-Servo{1}}Ukuphathwa kwe-Electrode eqhutywayo
Isantya esiphezulu-imodyuli yomgama we-servo ilawula ukukhetha{1}}kwaye{2}}nendawo yentshukumo yokubekwa kwe-electrode echanekileyo nephindaphindwayo.
3. Khetha iVacuum eZinzile{1}}kunye{2}}neNdawo
Iikomityi zokufunxa i-vacuum zibamba amaphepha e-electrode ngokuzenzekelayo, kunye nesiqinisekiso sesimo sokuthatha ngexesha lokusebenza.
4. Ukutya okuMahluli okuLawulwayo
Ifilimu yokwahlula ayibonakali phantsi koxinzelelo olulawulwayo kunye nesikhokelo sewebhu esizenzekelayo kunye nokulungiswa kokutenxa.
5. Ulawulo lwe-Flexible Stacking
Ubungakanani obufunekayo bokupakisha bunokusetwa kwangaphambili, ngelixa isikrini sokuchukumisa sibonelela ngezicwangciso zokusebenza kunye neenkcukacha zokuvelisa.
6. I-PLC kunye noLawulo loKhuseleko
Ulawulo olusekelwe kwi-PLC - lulawula ukusebenza komatshini kunye nokunyakaza kwe-servo, ngelixa iingcango zokhuseleko zikhusela iindlela zokusebenza ngexesha lokusebenza.
Amacandelo kunye nemisebenzi ephambili
1. Inkqubo yokondla izinto eziphathekayo
Uqwalaselo -lokutya kweslot enye kwiphepha le-electrode elungileyo kunye nengalunganga.
2. Ukwahlula iFilimu yokutya kunye neNdlela yokuLungisa
Ifilimu yokwahlula iyondliwa nge-tensioning shaft kunye ne-tension rollers, kunye nezikhokelo zewebhu ezizenzekelayo kunye nokulungiswa kokutenxa ukugcina ulungelelwaniso lwefilimu oluzinzile.
3. Khetha-kwaye{2}}neNdawo yeNdlela eshukumayo
Isantya esiphezulu{0}imodyuli yomgama we-servo ihambisa ukukhetha{1}}kwaye{2}}nenkqubo yendawo phakathi kweetreyi zemathiriyeli, isitishi sokumiswa kwesibini kunye netafile yokupakisha.
4. Ukupakisha iTable Mechanism
I-servo -itheyibhile yokupakisha elawulwayo ihamba phakathi kwendawo ye-electrode ekhayo kunye nengalunganga ngelixa uqokelela amaphepha e-electrode kwaye isongwa ifilimu yomahluli kwipatheni emile Z{1}.
5. Inkqubo yokuBamba
I-servo-eqhutywa i-X{1}}Y imise indawo yomatshini wokubambelela kwaye ikhusele amashiti e-electrode kunye nefilimu yokwahlulahlula ngexesha lokupakisha.
6. Khetha i-Electrode{1}}kunye{2}}neNdawo yokuSebenza
Iisilinda ze-pneumatic zilawula iikomityi zokufunxa i-vacuum ukuze zikhethe kwaye zibeke amacwecwe e-electrode afanelekileyo kunye ne-negative ngokutshintshana.
7. Tape Application Mechanism
Iyunithi yokulungiselela iteyiphu isika iteyiphu yokuncamathela kubude obusetwe kwangaphambili kwaye iyisebenzise kwifilimu yokwahlula ukunceda ukukhusela isitakhi seseli esigqityiweyo.
8. INkqubo Yokothula
Iseli egqityiweyo idluliselwa kwindawo yokukhulula, apho inkqubo ibona ngokuzenzekelayo kwaye iqokelele iiseli ezigqityiweyo.
9. Inkqubo yoLawulo loMbane
I-PLC ilawula ukusebenza komatshini ngokuzenzekelayo, ngelixa i-HMI yesikrini esichukumisayo sibonelela ngemimiselo yepharamitha kunye nokubeka iliso lokusebenza. Inkqubo ikwadibanisa ulawulo lwentlupheko yokwahlula, ukulungiswa kokutenxa ngokuzenzekelayo kunye nolawulo lwentshukumo ye-servo.
Iingcaciso zeZixhobo kunye neeParameters zobuGcisa
| Ipharamitha | Inkcazo |
|---|---|
| Igalelo lamandla | 380 V ±10%, 50 Hz |
| Amandla omatshini | 10 kW |
| Ubushushu obugciniwe | 5-45 idigri |
| Umoya ocinezelekileyo | 0.5–0.7 MPa |
| Ukusetyenziswa koMoya | 0.5 m³/mz |
| Ubungakanani bomatshini | malunga. 2550 × 2650 × 2050 mm |
| Ubunzima bomatshini | Malunga . 3.5 t |
| Electrode Sheet Ubude | 100-330 mm |
| Electrode Sheet Ububanzi | 80-180 mm |
| Electrode Feeders | I-electrode e-1 ye-electrode engakhiyo + 1 i-electrode feeder |
| Indlela yokupakisha | Ezinzisiweyo{0}}indawo yokupakisha ngokuzenzekelayo ngengalo yerobhothi |
| Ukutya okwahlulahlula | Uxinzelelo olusebenzayo luphumla ngolungiso oluzenzekelayo lokutenxa kunye nolawulo loxinzelelo |
| Ubuninzi beDayamitha yoMda weMaterial | <200 mm |
| UGqibele ukutyeba kweeSeli | 5–22 mm |
| Ukuchaneka koLungelelwaniso loMahluli | Ngaphantsi okanye ilingana no ±0.3 mm |
| I-Electrode Stacking Ukuchaneka | Ngaphantsi okanye ilingana no ±0.5 mm |
| Isahluli se-Longitudinal / Electrode Stacking Ukuchaneka | Ngaphantsi okanye ilingana no ±0.3 mm |
| Ixesha lomjikelo | Ngaphantsi okanye ilingana no-2.0 s/piece |
FAQ
1. Loluphi uhlobo lweeseli zebhetri ezilungiselelwe lo matshini wokupakisha?
Umatshini wenzelwe i-electrode ezenzekelayo kunye ne-separator stackingindibano yeseli yebhetri yeprismatic, usebenzisa Z{0}}inkqubo egotywayo yesahlukanisi.
2. Ziziphi iisayizi ze-electrode ezinokuphathwa ngumatshini?
Umatshini uxhasa amaphepha e-electrode kunye nobude100-330 mmkunye nobubanzi be80-180 mm. Ukucwangciswa kokugqibela kunokuqinisekiswa ngokwe-electrode kunye noyilo lweseli.
3. Yiyiphi ukuchaneka kwe-stacking enokuthi iphumelele umatshini?
Ukuchaneka kwe-electrode stacking kuxhomekeke±0.5 mm, ngelixa ukuchaneka kokulungelelaniswa kwesahluli kuxhomekeke±0.3 mm. Iziphumo ezizizo zixhomekeke kwiinkcukacha ze-electrode kunye neemeko zenkqubo.
4. Liliphi ixesha lomjikelo womatshini we-industrial stacker?
Ixesha lomjikelo elichaziweyo liNgaphantsi okanye ilingana ne 2.0 imizuzwana ngeqhekeza ngalinye. Owona mthamo wemveliso unokwahluka ngokwemilinganiselo ye-electrode, iisetingi zokupakisha kunye neemfuno zenkqubo.
5. Athini amandla kunye neemfuno zomoya ocinezelweyo?
Umatshini ufuna380 V ±10%, 50 Hzamandla anamandla alinganisiweyo10 kW. Iimfuno zomoya ezixiniweyo zi0.5–0.7 MPamalunga0.5 m³/mz.
6. Ndingaqinisekisa njani ukuba lo matshini uyifanele iseli yam yebhetri?
Nceda unikeze eyakhoifomathi yeseli, imilinganiselo ye-electrode, ukuchaneka kwe-stacking efunekayo kunye nomthamo wemveliso ekujoliswe kuyo. Iqela lethu lobugcisa linokuhlaziya ezi mfuno kwaye liqinisekise ukucwangciswa komatshini ofanelekileyo.