Isicelo
Esi sixhobo sisetyenziswa ikakhulu kuzo zonke iintlobo zesinyithi kunye ne-non-metallic kunye ne-composite material mechanics isalathisi sokusebenza kovavanyo oluchanekileyo lolawulo oluzenzekelayo kunye nenkqubo yokufumana idatha, yaqonda ukufunyanwa kwedatha yedijithali kunye nenkqubo yokulawula uhlengahlengiso kuvavanyo olunzima, owona mthwalo mkhulu. I-tensile test material deformation yamandla e-tensile kunye ne-elongation elongation tekhnoloji yezalathisi ezifana nolu vavanyo lungasentla ekupheleni kweeparamitha zovavanyo, ezibekwe ngumlawuli we-microcomputer ngokwe-testat ekuqaleni kweeparitha zovavanyo lokubala oluzenzekelayo, ngaxeshanye bonisa imilinganiselo ehambelanayo. iziphumo zovavanyo, kwaye ugcine ngokuzenzekelayo;Iiparamitha zovavanyo zinokuboniswa emva kovavanyo.
Inkcazo
Khetha imodeli | I-WDS-50D | I-WDS-100D |
Amandla ovavanyo aphezulu | 50KN 5 iitoni | 100KN 10toni |
Inqanaba lomatshini wokuvavanya | Inqanaba le-0.5 | |
Uluhlu lokulinganisa amandla ovavanyo | 2%~100%FS | |
Impazamo ehambelanayo yesalathiso samandla ovavanyo | Ngaphakathi ±1% | |
Impazamo ehambelana nesalathiso sokushenxiswa komqadi | Ngaphakathi ±1 | |
Isisombululo sokufuduswa | 0.0001mm | |
Uluhlu lohlengahlengiso lwesantya seBeam | 0.05~1000 mm/min (ilungelelaniswe ngokungenasizathu) | |
Impazamo ehambelanayo yesantya somthi | Ngaphakathi kwe-±1% yexabiso elimiselweyo | |
Indawo yokwelula esebenzayo | 900mm imodeli eqhelekileyo (inokwenziwa ngokwezifiso) | |
Ububanzi bovavanyo olusebenzayo | 400mm imodeli eqhelekileyo (inokwenziwa ngokwezifiso) | |
Imilinganiselo | 720×520×1850mm | |
Ulawulo lweemoto zeServo | 0.75KW | |
ukunikezwa Amandla | 220V±10%;50HZ;1KW | |
Ubunzima bomatshini | 480Kg | |
Ubume obuphambili: 1. Ikhompyuter ye-Industrial 2. Iprinta ye-A4 3. Iseti ye-tension clamps emile okwe wedge (kubandakanywa nemihlathi) 5. Iseti yezibambi zoxinzelelo Ukulungiswa okungaqhelekanga kunokwenziwa ngokwezifiso ngokweemfuno zeesampulu zabathengi. |
Ezona mpawu
1.Ulwakhiwo lomgangatho wokwamkela, Ukuqina okuphezulu, okuphantsi kokuqina, ngaphezulu koxinzelelo, ngaphezulu kokunyanzeliswa, ukuncipha koxinzelelo, indawo ephindwe kabini.Umqadi uphakamisa inyathelo.
2.Ukwamkela i-screw drive yebhola, qaphela ukuba akukho kuhanjiswa kwemvume, qiniseka ukuba ulawulo oluchanekileyo lwamandla ovavanyo kunye nesantya sokuguqula.
3.Ipleyiti yekhaka enomda wendlela esetyenziselwa ukulawula uluhlu oluhambayo lwe-beam, ukuze kuthintelwe ukonakala kwenzwa ngenxa yomgama oshukumayo mkhulu kakhulu.
4.Itheyibhile, imiqadi eshukumayo yenziwe ngepleyiti yentsimbi echanekileyo yomgangatho ophezulu, inganciphisi nje ukungcangcazela okuveliswe kukwaphuka kwesampulu, kodwa ikwaphucula ukuqina.
5.Iikholamu ezintathu zokuqhelaniswa okunyanzelekileyo, zenza ukuba ukuqina kweyunithi kuphuculwe kakhulu, ukuqhubela phambili ukuqinisekisa ukuphindaphindwa komlinganiselo.
6.Ufakelo lwe-bolt yohlobo lokubambelela, yenza indawo yokubamba ibe lula.
7.Yamkela umqhubi we-AC servo kunye ne-AC servo motor, ngokusebenza okuzinzileyo, okuthembekileyo ngakumbi.Yiba ne-over-current, over-voltage, overspeed, overload, isixhobo sokukhusela umthwalo ogqithisileyo.
Umgangatho
Umatshini ulinganiswe njenge-ASTM E4, i-ISO 75001 umgangatho wamazwe ngamazwe.Ngokudibanisa ii-grips ezahlukeneyo inokwenza uvavanyo lwe-ISO 527, ISO 8295, ISO 37, ISO 178, ISO 6892, ASTM D412, ASTM C1161, ASTM D882, ASTM D885ASTM D918, ASTM D1876, ASTM D4632 kunye nolwandiso lwe-JIS , DIN, imigangatho yokuvavanya i-BSEN.