I-Single Axis Linear Module iyisisetshenziswa esimisiwe sokudlulisa esisetshenziswa emkhakheni wokuzenzakalela kwezimboni ukuze kuzuzwe ukunyakaza okuqondile komugqa. Ngokuhlanganisa izindlela zokushayela, izinhlelo zokuqondisa, nezinkundla zokulayisha, kunikeza izixazululo ezisebenza kahle nezinembile zomugqa wokugudluza imishini yemishini ezenzakalelayo.
I-Single Axis Linear Module idlala indima ebalulekile emikhakheni eyahlukene efana nezimboni, ezokunakekelwa kwezempilo, impahla yasendlini, nezokuthutha ngenxa yokunyakaza kwazo okunembe ngomugqa endaweni eyodwa.
Lapha sethula I-Guide Rail Built-Ngamamojula Alayini kuwe ngale ndlela elandelayo:
Wamukelekile ukuthi ubukele amaphrojekthi amaningi noma uvakashele igalari yethu yevidiyo nge-Youtube: https://www.youtube.com/@tallmanrobotics
Uhlobo lwe-Aluminium: Umzila Wesitimela Owakhiwe-Ngamamojula Awumugqa.
|
Imodeli No |
Ububanzi Bomzimba (mm) |
I-Max Payload (kgs) |
I-Max Stroke (mm) |
Ukuphindaphinda (mm) |
Shayela |
Amandla Ezimoto (W) |
Indawo yohlelo lokusebenza |
|
TM-TH5 |
54 |
30 |
800 |
±0.01/±0.005 |
isikulufu |
100/200/400 |
Indawo ehlanzekile |
|
TM-TH8 |
82 |
50 |
1050 |
±0.01/±0.005 |
isikulufu |
100/200/400 |
Indawo ehlanzekile |
|
TM-TH12 |
120 |
110 |
1250 |
±0.01/±0.005 |
isikulufu |
200/400/750 |
Indawo ehlanzekile |
Uhlobo Lwensimbi: Umzila Wesitimela Owakhiwe-Ngamamojula Awumugqa.
|
Imodeli No |
Ububanzi Bomzimba (mm) |
Ukuhola (mm) |
Ubude Besitimela(mm) |
Ukuphindaphinda (mm) |
Ukufana kokuhamba(mm) |
Isivinini (mm/isekhondi) |
Indawo yohlelo lokusebenza |
|
TM-K60 |
60 |
5/10 |
150~600 |
±0.003/±0.005 |
0.01/0.015 |
Ubukhulu: 600 |
Okujwayelekile/ Uthuli Nokungena Manzi Ngekhava Yezitho |
|
TM{{0}K86 |
86 |
10/20 |
340~940 |
±0.003/±0.005 |
0.015/0.03 |
Ubukhulu: 1220 |
|
Imodeli Cha |
Imoto Amandla(W) |
Ububanzi Bomzimba (mm) |
Ukuphindaphinda (mm) |
I-Ball Screw Rod (C7) |
Umthwalo Omkhulu (kgs) |
I-Stroke (mm) ngo Isivinini esikhulu (mm/s) |
Isivinini (mm/s) ku-Max stroke (mm) |
Ikaliwe I-Trust |
||
|
Udaya olungaphandle (mm) |
Ukuhola (mm) |
Okuvundlile |
Iqondile |
|||||||
|
I-TMTH5 |
100W |
54 |
±0.01 ±0.005 |
12 |
2 |
23 |
10 |
600mm ngo-100mm/S |
60mm/S ngo-800mm |
854 |
|
5 |
30 |
10 |
600mm ku-250mm/S |
150mm/S ku-800mm |
341 |
|||||
|
10 |
15 |
5 |
600mm ku-500mm/S |
300mm/S ku-800mm |
170 |
|||||
|
20 |
10 |
2.5 |
600mm ku-1000mm/S |
600mm/S at 800mm |
85 |
|||||
|
200W |
2 |
30 |
10 |
600mm ngo-100mm/S |
60mm/S ngo-800mm |
170 |
||||
|
5 |
30 |
10 |
600mm ku-250mm/S |
150mm/S ku-800mm |
682 |
|||||
|
10 |
28 |
8 |
600mm ku-500mm/S |
300mm/S ku-800mm |
340 |
|||||
|
20 |
15 |
5 |
600mm ku-1000mm/S |
600mm/S at 800mm |
170 |
|||||
|
400W |
2 |
30 |
10 |
600mm ngo-100mm/S |
60mm/S ngo-800mm |
3389 |
||||
|
5 |
30 |
10 |
600mm ku-250mm/S |
150mm/S ku-800mm |
1353 |
|||||
|
10 |
30 |
10 |
600mm ku-500mm/S |
300mm/S ku-800mm |
674 |
|||||
|
20 |
22 |
8 |
600mm ku-1000mm/S |
600mm/S at 800mm |
337 |
|||||
|
I-TMTH8 |
100W |
82 |
±0.01 ±0.005 |
16 |
5 |
30 |
10 |
750mm ngo-250mm/S |
75mm/S ngo-1100mm |
341 |
|
10 |
15 |
5 |
750mm ku-500mm/S |
150mm/S ku-1100mm |
170 |
|||||
|
20 |
10 |
2.5 |
750mm ku-1000mm/S |
300mm/S ngo-1100mm |
85 |
|||||
|
200W |
5 |
50 |
15 |
750mm ngo-250mm/S |
75mm/S ngo-1100mm |
682 |
||||
|
10 |
30 |
8 |
750mm ku-500mm/S |
150mm/S ku-1100mm |
340 |
|||||
|
20 |
18 |
3 |
750mm ku-1000mm/S |
300mm/S ngo-1100mm |
170 |
|||||
|
400W |
5 |
50 |
15 |
750mm ngo-250mm/S |
75mm/S ngo-1100mm |
1353 |
||||
|
10 |
40 |
12 |
750mm ku-500mm/S |
150mm/S ku-1100mm |
674 |
|||||
|
20 |
22 |
5 |
750mm ku-1000mm/S |
300mm/S ngo-1100mm |
337 |
|||||
|
I-TMTH12 |
200W |
120 |
±0.1 ±0.005 |
16 |
5 |
95 |
27 |
800mm ku-250mm/S |
117mm/S ku-1250mm |
683 |
|
10 |
70 |
18 |
800mm ku-500mm/S |
233mm/S at 1250mm |
341 |
|||||
|
20 |
20 |
6 |
800mm ku-1000mm/S |
467mm/S at 1250mm |
174 |
|||||
|
32 |
10 |
- |
800mm ku-1600mm/S |
747mm/S at 1250mm |
108 |
|||||
|
400W |
5 |
110 |
33 |
800mm ku-250mm/S |
117mm/S ku-1250mm |
1388 |
||||
|
10 |
88 |
33 |
800mm ku-500mm/S |
233mm/S at 1250mm |
694 |
|||||
|
20 |
40 |
10 |
800mm ku-1000mm/S |
467mm/S at 1250mm |
347 |
|||||
|
32 |
30 |
8 |
800mm ku-1600mm/S |
747mm/S at 1250mm |
216 |
|||||
|
750W |
5 |
110 |
33 |
800mm ku-250mm/S |
117mm/S ku-1250mm |
2100 |
||||
|
10 |
110 |
33 |
800mm ku-500mm/S |
233mm/S at 1250mm |
1050 |
|||||
|
20 |
60 |
16 |
800mm ku-1000mm/S |
467mm/S at 1250mm |
528 |
|||||
|
32 |
50 |
10 |
800mm ku-1600mm/S |
747mm/S at 1250mm |
380 |
|||||
Kusukela ezimeni ezithile, okulandelayo kunikeza isingeniso esinemininingwane mayelana nezicelo zakho:
1.Industrial automation field
Lesi isimo esiyinhloko sohlelo lokusebenza lwe-actuator yomugqa we-eksisi eyodwa, ikakhulukazi esetshenziselwa ukufeza izenzo ezizenzakalelayo ezifana nokubamba impahla, ukumiswa kwemishini, kanye nokushintshwa kwenqubo. Izici zayo ziwumthwalo ophezulu, ukuphindaphinda okuphezulu, nokusebenza okuzinzile.
Ulayini wokukhiqiza womhlangano: osetshenziswa enqubweni yokuhlanganisa izingxenye ze-elekthronikhi nezingxenye zezimoto, ukusunduza ama-workpieces ezindaweni zokusebenza eziqokiwe (njengokondla amabhodi e-PCB emishinini yokushisela), ukulawula izinga lokuphakelayo kwama-screwdrivers noma amadivaysi okucindezela, nokuqinisekisa ukunemba komhlangano (iphutha lokuma lingalawulwa ngaphakathi ± 0.1mm).
Ukudlulisa nokuhlunga okokusebenza: Kusistimu yebhande lokuthutha, izinto ezisetshenziswayo ziphambukiswa ama-actuator (njengokuphusha amabhokisi okupakisha ezinto ezicacisiwe ezihlukene kumaslayidi ahambisanayo), noma amasango alawulwa ukuze avuleke futhi avale ukuze kulungiswe isigqi sokudlulisa, ukuzivumelanisa{0}}nesivinini esiphezulu njengezidingo zokuhlela zemboni nezokusebenza.
Amathuluzi omshini nezinto zokucubungula: Njenge-axis yokuphakelayo yamathuluzi omshini we-CNC, I-Single Axis Linear Module ishayela ithuluzi noma i-worktable ukuze ihambe iye ohlangothini olulodwa (njengokuphakelayo kwe-X-kwe-eksisi yemishini yokugaya), futhi ihlanganiswe nokudluliswa kwesikulufu sebhola ukuze kufinyelelwe{1}}ukusika ukunemba okuphezulu, ehlangabezana nezimfuneko eziqinile zokubekezelela ukucutshungulwa kwensimbi.
Imishini Yokupakisha: Lawula isenzo sokucindezela somshini wokuvala, ukusunduza ilebula yomshini wokulebula, noma lungisa ukushuba kwefilimu yokupakisha ukuze uqinisekise ukuvumelana kokupakishwa kokuvala nokubukeka.
2.Imishini yezokwelapha kanye nokuvuselela
Kuzilungiselelo zezokwelapha, Imojula yomugqa we-Single Axis idinga ukuhlangabezana nezimfuneko zomsindo ophansi, ukusebenza okushelelayo, kanye nedizayini ehlanzekile ukuze kugwenywe ukuphazamiseka noma ukungcoliswa kweziguli.
Imishini yokulala nokunakekela abahlengikazi: Shayela ukuphakamisa nokwehliswa kombhede (lungisa ubude ukuze uhlinzwe kalula), lungisa i-angle ye-backrest (siza iziguli zihlale), noma uphenye umbhede wabahlengikazi (vimbela izilonda), esikhundleni sokusebenza okwenziwa ngesandla ngesilawuli sikagesi ukuze unciphise ukushuba kwabasebenzi bezokwelapha.
Imishini yokuvuselela: Emarobhothini okuvuselela izitho ezingezansi, i-pedal yokushayela ihamba iye emuva naphambili ngomugqa oqondile ukusiza iziguli ekuqeqesheni ukuhamba; Lawula isihlalo phezulu naphansi esitulweni esinamasondo ukuze kube lula ukuthi abasebenzisi bangene futhi behle emotweni.
Impahla yokuhlola yezokwelapha, njengemishini ye-CT namadivayisi we-ultrasound, ishayela izitholi noma ama-probe ukuze ihambe eduze ne-eksisi yomzimba wesiguli ukuze kufinyelelwe i-tomography noma ukuskena komugqa, iqinisekisa ubuqotho bebanga lezithombe.
3.Izisetshenziswa Ezihlakaniphile Zasekhaya Nezasehhovisi
Lolu hlobo lohlelo lokusebenza lugcizelela ukwenziwa kancane, ukusetshenziswa kwamandla okuphansi, nokusebenziseka kalula, ukuhlangabezana nezidingo ezilula zomsebenzi wansuku zonke wasekhaya nasehhovisi.
Ukulungiswa kwasekhaya: Lawula ukuvuleka nokuvalwa kwamakhethini kagesi (ukuhumusha okuvundlile), ukuphakanyiswa kwamafasitela ahlakaniphile (indlela eqonde mpo), noma ukuphakanyiswa kwezigxobo ezilenga ku-wardrobe (elungele ukucosha nokubeka izingubo), futhi uzuze ukuzishintshanisa ngesilawuli kude.
Imishini yasehhovisi: ukulungiswa kobude bedeski lokuphakamisa idrayivu (elifanele ihhovisi elimile/elihlala), ukunwetshwa nokuhlehla kukabakaki weprojektha (ukulungisa ibanga lokuqagela), noma ukusunduza kwekhabethe elizenzakalelayo nokudonsa kwekhabhinethi ukuze kuthuthukiswe ukunethezeka kwehhovisi.
Imishini yasendlini: Lawula ukunyakaza okulandelanayo kwengalo yesifutho emshinini wokuwasha izitsha ukuze uqinisekise ukuthi ukugeleza kwamanzi kumboza zonke izitsha; Lungisa ukuphakama kwe-partition esiqandisini ukuze uvumelane nobukhulu obuhlukahlukene bezinto zokudla.
4.Inkundla yezokuthutha
Ezimotweni, endizeni nakwezinye izinto zokusebenza, I-Single Axis Linear Module isetshenziselwa ukufeza ukulungiswa kwengxenye noma ukushintsha komsebenzi, futhi idinga ukumelana nezimo eziyinkimbinkimbi ezifana nokudlidliza, amazinga okushisa aphezulu naphansi.
Imboni yezimoto: Lawula ukushelela phambili nangemuva kwezihlalo zemoto, lungisa i-engeli ye-backrest (ngokuphusha futhi udonse ifremu yesihlalo ngama-actuator), noma uvule i-trunk ngogesi (ukuphakamisa isivalo siqonde phezulu) ukuze uthuthukise umuzwa wokushayela.
Izinto zokuthutha umphakathi: Ezitimeleni{0}}ezihamba ngesivinini esiphezulu noma ezitimeleni ezingaphansi komhlaba, ukushelela nokuvuleka kwezicabha zokushayela (endaweni evundlile), noma ukugoqwa nokusetha kabusha izihlalo, kuqinisekisa ukusebenza kahle nokunethezeka kwabagibeli abagibelayo nabaphuma esitimeleni.
I-Aerospace: Ku-cockpit yendiza, lungisa ubude besihlalo somshayeli, ukunwetshwa nokuhlehla kwesileva sokulawula, noma ukuvuleka nokuvalwa komnyango wempahla ukuze uhlangabezane nezimfuneko zokwethenjelwa{0}ezindaweni zokuphakama okuphezulu (njengokumelana nengcindezi ephansi kanye nokumelana nomthelela).
5.Izisetshenziswa zezolimo nezemvelo
Ekulawuleni okuzenzakalelayo kwezolimo nokulawulwa kwemvelo, I-Single Axis Linear Module isiza ukufeza ukusebenza okunembayo nokuthuthukisa izinsiza.
Imishini yezolimo: Ezindlini zokugcina izithombo, ukushayela ukuthunyelwa nokuhoxiswa kwama-sunshades (ukulungisa ukukhanya), ukunyakaza okuqondile kwemibhobho yokuchelela (ukunisela okufanayo), noma ukusunduzwa kwezimbewu ngabahlwanyeli kungathuthukisa ukusebenza kahle kokukhiqizwa kwezolimo.
Imishini yokuqapha indawo ezungezile: Lawula ukuvulwa nokuvalwa kwezivunguvungu zesiteshi sesimo sezulu (ukuvikela izinzwa emvuleni nasesithwathwaneni), kanye nokuphakanyiswa nokwehliswa kwesampula yophenyo lwethuluzi lokuqapha izinga lamanzi (ukusampula ekujuleni okuhlukahlukene) ukuze kuqinisekiswe ukunemba kokuqoqwa kwedatha.
Ukusetshenziswa okuyisisekelo kwe-Single Axis Linear Module "ukunyakaza okuqondile komugqa ohlangothini olulodwa". Ngokuzivumelanisa nezindlela zokudlulisela ezihlukene (isikulufu, ibhande le-synchronous, njll.) kanye namamotho okushayela (i-stepper, i-servo, njll.), ingahlangabezana nezidingo ezihlukahlukene kusukela kumthwalo ophezulu wezimboni kuya kwesisindo somphakathi. Isakhiwo esilula nezindleko ezilawulekayo ze-Single Axis Linear Module ziyenza isebenze njengedivayisi ezimele ukuze iqedele izenzo eziyisisekelo, kanye nengxenye yesistimu yama-eksisi amaningi (njengokuhlanganisa namanye ama-actuator e-eksisi eyodwa ukuze kwakhe inkundla ye-XY eksisi), ngokuqhubekayo nokwandisa izimo zohlelo lokusebenza.
Amashadi ashisayo: I-single axis linear module, abakhiqizi bemojula ye-axis eyodwa yaseChina, abahlinzeki, imboni
