A. Aiki na kayan aiki:

Wannan injin ne yafi amfani da yin daban-daban bututun da zobe rigidity, zobe m da kuma flat gwaji, bisa ga musamman bukatun masu amfani kuma za a iya kara da uku ayyuka gwajin (watau, yanka, matsawa, karkata) na Universal gwajin inji, shi ne mai aiki da yawa na lantarki Universal gwajin inji.

II. Babban fasaha sigogi:

1Max gwajin ƙarfi: 20kN;

2Gwajin ƙarfin ma'auni: 0.2%～100%FS；

3Gwajin ƙarfin daidaito: ± mafi kyau fiye da ƙimar nunawa0.5%；

4, gwajin injin sararin samaniya width:410mm；（Za a iya tsara bisa ga abokin ciniki bukatun)

5, matsa gudun: 0.001-500mm/min；

6Gwajin bututun diamita kewayon:200～2000mm；

7Wutar lantarki: 220V ± 10%, 50Hz, 1kW;

8, aiki yanayi: dakin zafin jiki ~ 30 ℃, dangi zafi ≤80%;

ukuNa'urar Saituna:

1、20kNMai karɓar baƙi daya;

2, High daidaito kaya firikwensin;

3, High daidaito AC servo mota da servo gudun daidaitawa tsarin;

4, daidaito dunƙule;

5, Lenovo alama kwamfuta;

6, launi inkjet firintar;

7, High daidaito data tattara kwamitin(24BitsA/DData tattara) zai iya samun cikakken dijital daidaitawa, high daidaito amplification da kuma daidai iko (gina a cikin kwamfuta).

8, ciki deformation ma'auni na'urar sa;

HuduAyyukan samfurin:

1, Mai karɓar baƙi tsari:

1.1 samfurin ya yi amfani da ƙofar tsari, dukan inji ne m da kyau;

1.2 Yi amfani da high daidaito AC servo mota da servo drive, aiki ne abin dogaro, kwanciyar hankali, tare da overload, overload da sauran kare kayan aiki;

1.3 Yi amfani da daidaito dunƙule da daidaito rage injin motsi, motsi m, low amo.

2, hanyar auna karkatarwa:

Yin amfani da photoelectric encoder da kuma keɓaɓɓun motsi ma'auni don hadaddun ma'auni da sarrafawa, ma'auni daidaito, sarrafawa daidai da abin dogaro.

3Tsarin aunawa:

Advanced kwakwalwan kwamfuta hadewa fasaha, sana'a tsara data tattara amplifier tsarin da kuma sarrafa software, tare da high hadewa, kwanciyar hankali, amintacce, sauki amfani da sauran amfanin. Control software iya cimma ta atomatik neman zobe rigidity, zobe m da sauran gwajin bayanai, iya ta atomatik lissafin karfi, damuwa, motsi, karkatarwa da sauran sakamakon bayanai na kowane takamaiman lokaci a cikin gwajin tsari.

3.1 atomatik tsabtace sifili: bayan gwajin fara, auna tsarin atomatik daidaita sifili;

3.2 ta atomatik canzawa: ta atomatik canzawa zuwa dace sikelin bisa ga kaya size don tabbatar da daidaito na ma'auni data;

3.3 atomatik dakatarwa: bayan samfurin karya, motsi traverse beam ta atomatik dakatar;

3.4 atomatik daidaitawa: tsarin zai iya ta atomatik cimma daidaito daidaitawa;

3.5 atomatik ajiya: gwaji data da gwaji yanayin atomatik ajiya, dakatar da data asarar da ya haifar da manta da ajiya;

3.6 ta atomatik canji gudun: a lokacin gwaji tsari na beam motsi gudun za a iya canza ta atomatik bisa ga pre-saita tsari, kuma za a iya canza da hannu;

3.7 atomatik iko: bisa ga gwajin bukatun za a iya zaɓar gwajin gudun, motsi, damuwa da sauransu rufe madauki iko hanya;

3.8 atomatik dakatarwa: bayan samfurin karya, motsi traverse beam ta atomatik dakatar;

3.9 Ajiye ta atomatik: gwajin ƙarshe, gwajin bayanai da curves ta atomatik ajiye;

3.10 batch gwaji: Samfurin na wannan sigogi, bayan daya saiti za a iya kammala batch gwaji a jere;

3.11 Nuna hanyar: data da curves ne m nuna tare da gwaji tsari;

3.12 curve tafiya: bayan gwajin kammala, za a iya sake nazarin curve, amfani da linzamin kwamfuta don gano bayanan da suka dace da kowane maki a kan gwajin curve;

3.13 curve zaɓi: Za a iya zaɓar da matsin lamba-damuwa, karfi-motsi, karfi-lokaci, motsi-lokaci da sauransu curves don nunawa da bugawa kamar yadda ake bukata;

3.14 gwajin rahoto: Za a iya shirya da kuma buga gwajin rahoto bisa ga mai amfani da bukatun format;

3.15 iyaka kariya: tare da sama da ƙasa iyaka kariya;

3.16 overload kariya: atomatik kashewa lokacin da kaya ya wuce darajar 2% ~ 10%;