Itheyibhile yoVavanyo lwe-Electromagnetic Vibration ye-axis emithathu

Inkcazelo emfutshane:

Itheyibhile ye-axis ye-axis ye-electromagnetic vibration yinkqubo yezoqoqosho, kodwa ixabiso eliphezulu kakhulu lesixhobo sovavanyo lwe-sinusoidal vibration (umsebenzi wokwenza isigqubuthelo sokungcangcazela okusisigxina, ukungcangcazela kwamaxesha okutshayela, ukutshayela rhoqo, ukuphinda-phinda kabini, inkqubo, njl. igumbi lokuvavanya ukulinganisa iimveliso zombane kunye ne-elektroniki kuthutho (inqanawa, inqwelomoya, isithuthi, ukungcangcazela kwesithuthi), ukugcinwa, ukusetyenziswa kwenkqubo yokungcangcazela kunye neempembelelo zayo, kunye nokuvavanya ukuguquguquka kwayo.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Isicelo

Umatshini woVavanyo lwe-Electromagnetic Vibration:

Itheyibhile ye-axis ye-axis ye-electromagnetic vibration isetyenziswa ngokubanzi kuyilo lwemveliso, uphando kunye nophuhliso, inkqubo yokwenziwa kwezixhobo zemoto, izixhobo, iithoyi kunye namanye amashishini.Ilinganisa ukungqubana kunye nokungcangcazela kweemveliso kuthutho kunye nokusetyenziswa, kwaye ibona iimeko ezichanekileyo zokusebenza kunye namandla okwakhiwa kweemveliso.Ukhuseleko lokhuseleko: ngaphezu kweqondo lokushisa, ukungabikho kwesigaba, isiphaluka esifutshane, ngaphezulu kwangoku, ukugqithiswa

Indlela yokupholisa kukupholisa umoya.
1. Izixhobo ezifanayo zinokuqonda i-X, Y, Z i-vibration ye-axis ezintathu, inkqubo yokulawula inkqubo, i-frequency echanekileyo, ukusebenza kwexesha elide ngaphandle kwe-drift;
2. I-amplitude inokutshintshwa i-stepless, kwaye inomsebenzi wokutshayela i-frequency kunye ne-frequency esisigxina ukulungelelanisa iimfuno zovavanyo lwamashishini ahlukeneyo;
3. Inkqubo edibeneyo yokuqikelela i-amplitude isebenzisa iteknoloji ye-excitation ye-four-point synchronous ukwenza i-vibration uniform kwaye izinzile;
4. I-anti-interference circuit yongezwa ukuxazulula ingxaki yokuphazamiseka kwentsimi ye-electromagnetic enamandla kwisiphaluka solawulo, ukwenzela ukuba kuqinisekiswe ukuba izixhobo zibonakalisa iimpawu ezingezizo zemagnetic kunye ne-static;
5. Izixhobo zenziwe ngezinto ezidibeneyo zoshishino kwaye zicutshungulwe ngokucokisekileyo ngokuchanekileyo, ukubonakala kwe-fuselage kuhle kwaye ulawulo lokusebenza lusebenza ngabantu.Ngexesha elifanayo, likwaxhotyiswe ngomlinganiselo okhethekileyo kunye nemodyuli yokulawula ukuphucula ukuzinza kwezixhobo.

Inkcazo

Umzekelo weMveliso	I-KS-Z023 (i-axis ezintathu)
Uluhlu lokuphindaphinda (Hz)	1 ~ 600 (1 ~ 5000 inokwenziwa ngokwezifiso)
Umthwalo wemveliso (Kg)	50 (inokwenziwa ngokwezifiso)
Isalathiso sokungcangcazela	iizembe ezintathu (X+Y+Z)
Ubungakanani bokusebenza (mm)	(W) 500× (D) 500 (customizable)
Ubungakanani bomzimba wetafile (mm)	(W) 500× (D) 500× (H) 720
Ubungakanani bebhokisi yokulawula (mm)	(W) 500× (D) 350× (H) 1080
Ukuchaneka rhoqo	0.1 Hz
Isantya esiphezulu	20g
Imo yokulawula	I-7 intshi yesikrini sokuchukumisa i-intshi
Ubungakanani (mm)	0-5
Imowudi yokuvuselela	uhlobo lwe-electromagnetic
Imo yokumodareyitha ye-amplitude	Imodyuli ye-elektroniki ye-amplitude
Ukushukuma kwamaza	sine wave
Seta uluhlu lwexesha	0-9999H/M/S imizuzu iseti ngokungenasizathu
Amaxesha ebhayisekile	0-9999 Misela ngokungenasizathu
Ukhuseleko lokhuseleko	phezu kobushushu, ukungabikho kwesigaba, isiphaluka esifutshane, ngaphezulu kwangoku, ukugqithiswa
Imo yokupholisa	ukupholisa umoya