Bayanan samfurin:

“Aurongchi”daidaitoRocky, surface Rocks, biyu RocksTauri mita(Jirgin hannu) Yi amfani da ci gaba rufe-loop firikwensin sarrafawa fasahar samun cikakken atomatik sarrafawa da kuma tauri gwajin tsari.

“Aurongchi”Loading tsarin amfani da high daidaito karfi darajar firikwensin da tsakiya mai sarrafawa samar da rufe madaidaiciya zagaye samun cikakken ci gaba da bin diddigin da kuma sarrafa karfafa tsari. Tsarin zurfin yana amfani da high daidaito displacement firikwensin, don haka samun mafi ƙarancin tauri ƙuduri ne0.1HR.

Jirgin kaya tebur tabbatar da tauri gwaji ta hanyar madaidaicin kai sama da ƙasa motsi. Fixed gwajin tebur iya kawar da gargajiya dunƙula sama da ƙasa juyawa samar da coaxiality kuskure, sosai inganta gwajin daidaito da maimaitawa, kuma kara kwanciyar hankali da kuma inganci na inji aiki.

Kayayyakin Features:

1. High-gudun daidaito mataki sarrafawa tsarin, gwaji tebur tabbatar, cimma high daidaito sauri gwaji

2. Daya-danna ma'auni, high daidaito

3. Ana iya sarrafa nesa

4. Shifting firikwensin ƙuduri0.1μm

5. High maimaitawa daidaito

6. daidaita ka'idojiASTM

7. ASTM E384, ISO6508 GB / T230New zane, fuskar motsi tsari,

8. Strong tsarin

9. High daidaito madaidaiciya rail sarrafawa head daidai motsiBabban ƙuduriLCD

10.Touch allon aiki, menu-irin aiki dubawa

11.Auto Plus Unloading gwajin ƙarfi, Load lokaci daidaitacceGO/NG

12.Haƙuri hukunci

Gyara na Cylindrical, Spherical gwajin darajar

13. Multiple aiki harsuna da za a iya zaɓar, sauki mai amfani da aiki14. Canjin MatsayiHRkumaHBkuma

15.HV

16.An gina-in firintar

Cikakken daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun daidaitattun

samfurin haɓaka:

"Olong core" cikakken atomatik high-gudun amsa rufe madaidaiciyar firikwensin lodi tsarin, mutum atomatik motsi, cimma high daidaito sauri gwaji inganta aiwatarwa iko daidaito

Tsarin asali yana da tsarin sarrafawa na millisecond, ba zai iya sarrafa mataki ba.

Tsarin "Olong Core" yana cikin tsarin sarrafawa na microsecond, wanda zai iya sarrafa matakai masu sauri.

Mataki Control daidaito zuwa nano-matakin!

Inganta haɗin aiki na kayan aiki, inganta ganowa daidaito da kuma gudun kayan aiki

1. Inganta ikon sarrafa ikon firikwensin analog siginar. canza "idanu"

2. Inganta ikon sarrafa siginar dijital gaba ɗaya. canza "core"

3. Inganta daidaito na motsi ma'auni. canza "kunnuwa"

4. Inganta daidaito na motor iko. canza "hannu"

5. Inganta mutum-inji dubawa. canza "fuska"Saita keɓaɓɓun management na'urar ga motsi firikwensin

QEI

Babu wani na'urar gudanarwa ta musamman a kan allon na asali, kuma dole ne CPU ta ci gaba da sarrafa siginar firikwensin motsi a duk lokacin lodawa.

Bayan saita na'urar gudanarwa ta musamman, CPU kawai tana karanta bayanai a farkon lokaci da ƙarshen lokaci biyu, CPU mai sarrafa kayan aiki na iya mai da hankali kan na'urar sarrafa albarkatun da injin kaya, yana sa iko ya fi sauri da daidaito.

Shigo da Japan high daidaito Magnetic Gate Shift firikwensin

In situ motsi firikwensin ne gida-gida grating motsi firikwensin. Akwai matsalolin rashin daidaito da ke buƙatar zaɓi tare da na'urorin.Japan high daidaito motsi firikwensin high daidaito, ƙananan tasirin muhalli.

Rayuwa iya kai sau miliyan 150.Gargajiya lantarki cajiRocky tauri mita

Power darajar loading tsari jinkiri, idan loading gudun za a sarrafa a cikin 8 seconds na kasa GBT230 / T-91 bukatun, to, zai bayyana ja curve kamar yadda a zane a gwajin karfin F gaba daya lokacin ci gaba da wucewa da cirewa kusa da F gaba daya lamarin. Sakamakon da ya haifar da shi, na farko shi ne cewa hardness mita dole ne jinkirin gudun gwaji, wanda ya haifar da ganowa lokaci da yawa; Na biyu, abin da ya faru da wucewa ya shafi daidaito na gwaji.Wannan na'urar amfani da mafi m amfaniTsakiyar sarrafa kwakwalwan guntu

Babban saurin amsawa ga tsarin gwajin tauri, kowane gwajin tauri ya fara zuwa ƙarshen, cibiyar sarrafa guntu za ta sarrafa bayanai 18,000-30,000 da sauri. Yana ɗaukar dakuna 8 don yin aikin ɗaukar kaya na gargajiya zuwa dakuna 1.75 (ISO6508-1: 99 ya haɗa lokacin amfani da ƙarfin gwaji a cikin 1 ~ 8s). Kamar yadda aka nuna a cikin shuɗi curve, cimma loading tsari gudun ya kai m gudun, da karfi darajar a lokacin loading zuwa jimlar gwaji karfi daidaitacce ba overload, inganta loading gudun da kuma daidaito na lantarki caji hardness mita.

"Auron core" curve cikakken bayani

1.Power darajar da matsa lamba zurfin curve.

A lokacin aikin hardness mita, babban guntu-guntu karanta ainihin lokacin matsin lamba firikwensin, bayanan firikwensin motsi, da kuma canza bayanai zuwa curves, da curves a cikin zane ne 28.3HRC karfi darajar da matsin lamba zurfin curves.

2. matsin lamba-matsin lamba zurfin curve

Fitar da daidaitaccen bayanai game da matsin lamba da kuma matsin lamba zurfin a lokacin ganowa, ta atomatik samar da matsin lamba-matsin lamba zurfin curve, da kuma samun inuwa sassan yankin don elastic module da sauran bincike.

A tsakiya coordinate ne matsin lamba, a bangare coordinate ne matsin lamba zurfin

Daidai tauri gyaraKamar yadda misali tauri curve ne a madaidaiciya line, kamar yadda a zaneBlack layi sassa

.

Taurin al'ada na lantarki na lambar hardness mita an gyara shi ta atomatik kamar yadda aka tsara a cikin layin rawaya, gyare-gyare yawanci yana cikin sassa uku, kuma kawai kusa da ma'aunin ma'aunin da ya dace da daidaitaccen taurin, da mafi nisa daga ma'aunin ma'aunin da ya fi girma bambancin taurin.

Bayan ƙarin gyare-gyare na hanyar sarrafawa ta "Olon Core" da haɓaka, na'urar ta asali ta ƙarfin ƙarfi kamar yadda aka nuna a cikin ja layi. Bayan da aka ba da wani daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen daidaitaccen

Yanzu an rarraba dukan tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsakiyar tsaki

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