Isantya esiPhakamileyo sokuSlitting Line kwiPlate eThick
- 1. Uyilo oluLungileyo: Ukuqinisekisa iLayout eBalanced for Seamless Operation
- 2. Ukugqwesa okuSebenzayo: UkuPhumelela ukuZisebenzela ngokuPheleleyo ukwenzela ukuSebenza okuPhuculo kunye nokuChaneka
- 3. Ulawulo olucekethekileyo: Ukudityaniswa kweNkqubo yeMitsubishi PLC eSebenza ngokuPhezulu kuLawulo oluPhezulu
- 4. Iziphuculi ezichanekileyo: IiNkqubo eziKhethekileyo ze-CPC kunye ne-EPC zokuphucula ukuchithwa kunye nokuchaneka kwe-Recoiling
- 5. Ukusebenza okuqondakalayo: I-Intuitive Interface yoMsebenzi oMsebenzi oQinisekisa ukuSetyenziswa lula kunye noKhuseleko
- 6. Izisombululo ezilungelelanisiweyo: Zilungelelaniswe ngokupheleleyo ukuze zihlangane neeMfuno eziKhethekileyo
- 7. INkxaso yeHlabathi: IiNkonzo zokuKhomishina kwe-Overseas zifumaneka ngokuManyano olungenamthungo
Ingcaciso yeMveliso
Metal Coil Slitting Machine
1. Isakhiwo soMzimba woMshini: Emva kwe-welding edibeneyo, unyango lwe-annealing yokunciphisa uxinzelelo luyasetyenziswa. Isebenzisa iipleyiti ezintathu ezinkulu ezingqindilili ze-30mm ukomeleza uzinzo lomatshini.
2. Uyilo lwe-Shock Absorption: Umzimba womatshini unemingxuma yokongeza izinto ezothusayo. I-motor yahlulwe kwi-strip cut mainframe kwaye iqhagamshelwe nge-universal joint shaft.
3. I-Cutter Shaft Design: I-shaft ye-cutter esezantsi ilungisiwe, ngelixa i-shaft ye-cutter ephezulu iqhutywe yindlela yokuphakamisa ngesandla. I-arch eshukumayo ifakwe kunye neentsimbi zesilayidi ezihambelanayo, ezivumela ukususwa kwezandla ukuze kube lula ukutshintsha isixhobo.
4. I-Cutter Shaft Material kunye noNyango: I-shafts ye-cutter ye-cutter ephezulu kunye nesezantsi yenziwe nge-42CrMn forgings, idlula ukucinywa kunye nonyango olushushu, kunye nobunzima obuqinileyo bomhlaba we-HRC52-57. I-cutter shaft diameter yi-Φ120mm (+0 okanye -0.03mm), kunye nobude obusebenzayo be-1300mm.
I-5.Drive System: I-shaft ye-cutter esezantsi iqhutywa yi-AC 7.5kW variable frequency-speed-regulating motor, kunye ne-adjustable range range of 0-120 rpm. I-shaft yokusika ephezulu ithatha i-gear drive.
6. Ubude beShaft ePhantsi ePhantsi: 800mm.
7. Ukuchaneka kwe-Cutter Shaft:
- I-Cutter Shaft Concentricity: Ilinganiswe kusetyenziswa iigeyiji ezintathu (ekhohlo, embindini, ekunene), ngokunyamezela ± 0.01mm (i-shaft esezantsi ye-cutter njengereferensi ephambili, i-shaft ye-cutter engaphezulu njengomncedisi).
-I-Cutter Shaft Parallelism: Faka ngokulinganayo iiblade zokusika ezingaphezulu nezisezantsi kumacala omabini kwaye ulungise usebenzisa iibhloko zegeyiji. I-shaft ye-cutter esezantsi yeyona nkcazo ephambili yokulungisa i-shaft ye-cutter ephezulu, kunye nokunyamezela kwe-± 0.01mm.
- I-Cutter Shaft Side Parallelism: Ukulinganisa indawo yokuqala ye-cutter shaft usebenzisa i-gauge, kunye nokunyamezela kwe-± 0.005mm.
8. IiBlades zokusika: Ncoma ukusebenzisa izinto ezilukhuni ze-alloy kunye nobunzima be-HRA90-95. Yandisa indibaniselwano yeencakuba zokusika kunye ne-spacers ukuhlangabezana neenkcukacha zokusika.
(Qaphela: Iiblawudi zokusika kunye nezikhewu aziqukwanga kwisixhobo kwaye kufuneka kuthethathethwane ngazo ngokwahlukeneyo ngokweemfuno zabathengi.)
Advanced-Speed High-Slitting Line for Thick Plate Precision
I. Isishwankathelo seMveliso
Umgca wethu wokuqhawula isantya esiphezulu senzelwe ukucubungula ngokufanelekileyo iikhoyili ezineenkcazo ezahlukeneyo, ukubonelela ngokucokisekileyo ukukhulula, ukuqhawula, kunye nokubuyisela ukubuyisela nayiphi na i-coil yobubanzi obufunwayo. Iyaguquguquka, ikwazi ukuphatha uluhlu olubanzi lweekhoyili zentsimbi kubandakanya intsimbi eqengqelekayo ebandayo, intsimbi eshushu eqengqelekayo, intsimbi engatyiwa, igalvanized steel, ialuminiyam, isilicon, intsimbi enemibala, kunye nentsimbi epeyintiweyo. Isetyenziswa ngokubanzi kuwo wonke amashishini afana neemoto, ukwenziwa kweekhonteyina, izixhobo zasekhaya, ukupakishwa, kunye nezinto zokwakha.
II. Ezona mpawu
Ukuzuza kuyilo oluyilwe ngokucingisisiweyo, umgca wethu wokusileka usebenza ngokuzenzekelayo, uqinisekisa ukusebenza kakuhle okubalaseleyo, ukuvelisa, ukuchaneka, kunye nomgangatho. Ihamba kakuhle kwaye ithembekile, ngenxa yenkqubo ye-hydraulic eyomeleleyo, ulwakhiwo olunamandla aphezulu, kunye nokucwangciswa kwendawo enengqiqo. Sidibanise inkqubo yolawulo ye-Mitsubishi PLC ephucukileyo yolawulo lwehlabathi olungenamthungo. Ukongeza, umgca wethu wokusika ubonelela ngeenkqubo ze-CPC kunye ne-EPC ezikhethiweyo zokuphucula ukucolwa kunye nokuchaneka kokubuyisela, kuyenza ibe sisisombululo esifanelekileyo kwiimfuno zakho zokusebenza.
III. Inkcazo yobuGcisa
Hayi. | imodeli | Impahla engekasilwa | THK (mm) | Ububanzi (mm) | ID(Mm) | OD(Mm) | Ubunzima (T) | Ukuchaneka kobubanzi (mm) | I-Slit No. (ii-PC) | Ukusika ububanzi (Mm) | isantya (m / imizuzu) | isikhundla (kw) | Indawo yezikhukula (m*m) |
1 | 4.0x1600 |
ibhokisi yentsimbi steel stainless aluminiyam okanye ezinye izinto zentsimbi |
0.5-4.0 | 800-1600 | 508/610 | ≤Φ1500 | ≤25 | ≤ ± 0.1 | ≤24 | ≥30 | ≤120 | 220 | 25x7.5 |
2 | 6.0x800 | 1.0-6.0 | 200-800 | Φ508/610/ 760 | ≤15 | ≤24 | ≥30 | ≤60 | 220 | 15x5.5 | |||
3 | 6.0x1600 | 1.0-6.0 | 800-1600 | ≤25 | ≤24 | ≥40 | ≤50 | 220 | 28x10.5 | ||||
4 | 9.0x1600 | 2.0-9.0 | 800-1600 | ≤Φ2000 | ≤25 | ≤12 | ≥60 | ≤40 | 265 | 28x10 | |||
5 | 12x2000 | 3.0-12.0 | 1000-2000 | ≤35 | ≤ ± 0.5 | ≤10 | ≥200 | ≤20 | 285 | 36x10 | |||
6 | 16x2200 | 4.0-16.0 | 1000-2200 | ≤35 | ≤10 | ≥200 | ≤20 | 285 | 36x10 | ||||
I-PS: Yonke ingcaciso engentla apha kuphela kwireferensi, inokwenza ngokwesicelo sakho. |
IV. Amacandelo Angundoqo
(1) Imoto yekhoyili
(2) Uncoiler
(3) Isixhobo sokucudisa, uMlungisi kunye nomatshini wokucheba
(4) Looper
(5) Isikhokelo esisecaleni
(6) Umatshini wokusika
(7) Isixhobo sokwenza izinto ezilahliweyo (amacala omabini)
(8) Looper
(9) Isahluli kunye nesixhobo soxinzelelo
(10) I-Recoiler
(11) Ukothula inqwelo kwirecoiler
(12) Inkqubo ye-hydraulic
(13) Inkqubo yomoya
(14) Inkqubo yokulawula umbane
V. Inkqubo yobugcisa
Imoto yekhoyili → ukukhulula → ukucudisa, ukuqondisa kunye nokusika intloko yekhoyili → umjikelo → isikhokhelo → ukunqunqa → ukujijwa kwecala elisecaleni → iluphu → ukwahlula kwangaphambili imathiriyeli, uxinzelelo → ukubuya → ukothula imoto