Iingalo ezine zerobhothi zokupakishwa kwemizi-mveliso ezine BRTIRPZ2250A

I-BRTIRPZ2250A Irobhothi ye-axis emine

Ingcaciso emfutshane

I-BRTIRPZ2250A ibhetyebhetye ngamaqondo amaninzi enkululeko.Ilungele ukulayishwa kunye nokukhulula, ukuphatha, ukudilizwa kunye nokupakisha njl njl. Ibanga lokukhusela lifikelela kwi-IP50.Ubungqina bothuli.Ukuphinda ukuchaneka kokubeka ngu-±0.1mm.

Inkcazo engundoqo

Ubude bengalo (mm):2200

Ukuphinda-phinda (mm):±0.1

Ukwazi ukuLayisha (KG): 50

Umthombo wamandla (KVA):12.94

Ubunzima (kg):560

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Intshayelelo yeMveliso

Irobhothi yohlobo lwe-BRTIRPZ2250A yirobhothi ene-axis emine eyaphuhliswa ngu-BORUNTE ukwenzela imisebenzi emnandi, ehlala ihleli kwaye iphinda-phinda ixesha elide okanye imisebenzi kwiindawo ezinobungozi nezingqwabalala.Ubude bobude bengalo yi-2200mm.Umthwalo ophezulu yi-50KG.Iyabhetyebhetye ngamaqondo amaninzi enkululeko.Ilungele ukulayishwa kunye nokukhulula, ukuphatha, ukudilizwa kunye nokupakisha njl njl. Ibanga lokukhusela lifikelela kwi-IP50.Ubungqina bothuli.Ukuphinda ukuchaneka kokubeka ngu-±0.1mm.

Isikhundla Esichanekileyo

Ukukhawuleza

Ubomi Obude Benkonzo

Inqanaba lokusilela okuphantsi

Nciphisa uMsebenzi

Unxibelelwano ngocingo

Iiparamitha ezisisiseko

Into		Uluhlu	Isantya esiphezulu
Ingalo	J1	±160°	84°/s
	J2	-70°/+20°	70°/s
	J3	-50 °/+30 °	108°/s
Isandla	J4	±360°	198°/s
	I-R34	65 ° -160 °	/

Ubude bengalo (mm)	Ukwazi ukuLayisha (kg)	Ukuchaneka kokuMisa okuphindiweyo (mm)	Umthombo wamandla (kva)	Ubunzima (kg)
2200	50	±0.1	12.94	560

Itshathi yeTrajectory

Ulwazi lweRobhothi

1. Isishwankathelo soPhononongo lweZiro Point

Ulungelelwaniso lwenqaku elinguziro libhekiselele kumsebenzi owenziweyo ukunxulumanisa i-engile yerobhothi nganye ehamba nexabiso le-encoder count.Injongo yomsebenzi wokulinganisa u-zero kukufumana ixabiso le-encoder count ehambelana ne-zero position.

Uphononongo lwamanqaku aluziro lugqityiwe phambi kokuba umke kumzi-mveliso.Kwimisebenzi yemihla ngemihla, ngokuqhelekileyo akukho mfuneko yokwenza imisebenzi yokulinganisa i-zero.Nangona kunjalo, kwiimeko ezilandelayo, umsebenzi wokulinganisa i-zero kufuneka wenziwe.

① Ukutshintsha injini
② Ukutshintshwa kwekhowudi okanye ukusilela kwebhetri
③ Ukutshintshwa kweyunithi yesixhobo
④ Ukutshintshwa kwentambo

ezine axis stacking irobhothi zero point

2. Indlela yokulinganisa inqaku elingu-Zero
Ukulinganisa inqaku elingu-zero yinkqubo entsonkothileyo noko.Ngokusekwe kwimeko yangoku eyiyo kunye neemeko zenjongo, oku kulandelayo kuya kwazisa izixhobo kunye neendlela zokulinganisa amanqaku angu-0, kunye neengxaki eziqhelekileyo kunye neendlela zokuzisombulula.

① Ulungelelwaniso lwe-zero lweSoftware:
Kuyimfuneko ukusebenzisa i-laser tracker ukuseka inkqubo yokulungelelanisa yejoyinti nganye yerobhothi, kwaye usete inkqubo yokufunda i-encoder kwi-zero.Ulungelelwaniso lwesoftware luntsonkothile kwaye lufuna ukuqhutywa ngabasebenzi abaqeqeshiweyo benkampani yethu.

② Ulungelelwaniso lweziro lukamatshini:
Jikelezisa naziphi na iizembe ezimbini zerobhothi kwindawo yemvelaphi esetwe kwangaphambili yomzimba womatshini, kwaye emva koko ubeke iphini yemvelaphi ukuqinisekisa ukuba iphini yemvelaphi inokufakwa ngokulula kwindawo yemvelaphi yerobhothi.
Enyanisweni, isixhobo sokulinganisa i-laser kufuneka sisetyenziswe njengomgangatho.Isixhobo sokulinganisa i-laser sinokuphucula ukuchaneka komatshini.Xa usebenzisa iimeko zesicelo ezichanekileyo, ukulinganisa kwe-laser kufuneka kwenziwe kwakhona;Ukuma kwemvelaphi yoomatshini kukhawulelwe kwiimfuno ezisezantsi zokuchaneka kweemeko zokusetyenziswa komatshini.