1. Microcomputer sarrafa static rigidity gwaji na'ura ne m matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin Cikakken inji tsari, daga servo mota zuwa reducer, amfani da cikakken hatimi tsari, babu buƙatar maye gurbin mai mai a lokacin amfani, babu matsin lamba mai zubar da kuma rabo bawul toshewa; Wani sabon tsara na muhalli-friendly gwaji inji.

2. Micro inji sarrafa static rigidity gwaji inji ya yi amfani da huɗu ginshika tsarin, rigidity ne mai kyau, da kuma dukan inji tsarin m; Yi amfani da high daidaito kaya firikwensin auna karfi, gwajin daidaito high, karfi darajar daidai; Ya sa dukan injin ya kai mafi girma daidaito. Na'urar gwaji ta sama ta tabbatar da ƙwanƙwasa a matsayin allon ɗaukar kaya a kan inji, an shigar da allon ɗaukar kaya a tsakiyar matsayi na inji, an ɗaukar samfurin sama a ƙasa da rawar dunƙula, AC servo mota da sarrafawa, tuki, tsarin jigilar kayan aiki a ƙasa na baƙi, an kewaye injin da allon rufi don kiyaye tsabta da aminci.

3. Microcomputer sarrafa static rigidity gwaji inji amfani da AC servo mota da kuma tuki a matsayin sarrafa tsarin, tuki daidaitaccen shuka-shuka allura kaufa reducer, tuki daidaitaccen ball dungulla mataimakin gwaji, zai iya cimma babban kewayon daidaitawa na displacement lodi gudun (0.05-30mm / min), sarrafa high daidaito, gwajin tsari m, inganci.

4. Amfani da alama micro kwamfuta, sanye da software na musamman na roba rigidity gwajin inji bisa ga Windows2000 / XP cikakken tsarin aiki na kasar Sin dandamali, tsarin tattaunawa na mutum-inji; Gwajin gwaji bisa ga ƙa'idodin ƙasa ko ƙa'idodin da mai amfani ya bayar, kammala saitin sigogin gwaji a lokacin gwajin, sarrafa gwajin, tattara bayanai, sarrafawa, bincike, rikodin da nunawa, sarrafawa da auna daidaito da daidaito. Kuma gwajin bayanai don kididdiga da sarrafawa, sa'an nan fitarwa buga daban-daban bukatun gwajin curves da gwajin rahotanni, mai hankali, mai dacewa.

5. Microcomputer sarrafa static rigidity gwaji inji ta amfani da microcomputer sarrafawa, tare da daidai gudun gwaji karfi, daidai gudun damuwa, gwaji karfi kiyaye da sauran iko yanayin. Aikace-aikacen gwajin bayanai, nunin allon gwajin curve, ajiyar faifai, gudanar da bayanan bayanai da sauransu. Kayayyakin suna da halaye masu inganci, ingantaccen aiki, ingantaccen aminci, sauƙin aiki da sauransu

6. Tare da aiki na dawo da farkon matsayi bayan gwajin, inganci da sauri.

7. da iyaka matsayi kariya, overload (2% FS), overload kariya aiki, abin dogaro, aminci.

8. Ka gina karfi gwaji database, gwaji data za a iya adana, tambayoyi, kira a kowane lokaci.

9. Microcomputer sarrafa static rigidity gwajin inji yana da karfi fadada aiki, kara attachments, iya kammala wasu kayan matsin lamba juriya, bending da sauran gwajin.

Microcomputer sarrafa static rigidity gwajin inji zane, masana'antu, dubawa bisa ga wadannan ka'idoji da suka dace da sharuɗɗa:

1) GB / T2611-2007 "General fasaha bukatun gwaji inji"

2) TB / T 2626-1995 "Yanayin fasaha na roba a ƙarƙashin kayan aikin jirgin ƙasa"

3) biyu-aiki elastic sidebearing fasaha yanayi (Q / QC35-091-2000)

4) Axial roba mats fasaha yanayin don juyawa rack (Q / QC35-092-2000)

5) GB / T16491-2008 "Injin gwajin kayan lantarki"

6) JJF1103-2003 "Universal gwajin injin kwamfuta data tattara tsarin kimantawa"

7) JJG139-1999 "Binciken tsari na jawo, matsin lamba da kuma Universal gwajin inji"

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