XGNB-NB Bututun Gwajin Fashewa

Samfurin ya dace da ka'idodin ISO 1167, GB/T 6111, GB/T15560, ASTM D1598, ISO9080, GB 18252, CJ/T108-1999 da ASTM F1335 akan hanyar gwajin matsa lamba na dogon lokaci da kuma hanyar gwajin fashe nan take na bututun filastik. da kuma hada bututu, kuma yana da amfani Ana amfani da shi don gwajin matsa lamba na ciki na PVC, PE, PPR, ABS, da dai sauransu da kuma bututu masu haɗaka.

①, umarnin daidaitawa
1.1 Hanyar XGNB-NB-6Injin Fashewar Bututun Gwaji
(1) Mai ba da wutar lantarki
Girma: 560*590*1250mm
Tare da kwamfutar kwamfutar hannu (tsarin XP, sarrafa masana'antu, allon taɓawa) firinta launi
(2) Akwatin da aka haɗe da injina
Girma: 600*540*1000mm
Ciki har da mota da kewayen ruwa (bututu, bawul ɗin solenoid, da sauransu)
Daga cikin su: 1. 1 na'urar gwajin wutar lantarki, gami da:
(1) kwamfutar hannu mai sarrafa masana'antu guda ɗaya
(2) Saitin tsarin sarrafawa ɗaya, gami da saiti ɗaya na rukunin sarrafa madaidaicin tashoshi 6
(3), 1 hadedde na'urar bugu
2. 1 akwatin da aka haɗe, gami da:
(1) Saitin tashar matsa lamba ɗaya don shigar da ruwa (Amurka);
(2) Module ɗaya na babban matsi (taimakon matsa lamba), gami da bawul ɗin solenoid na Dutch wanda aka shigo da shi, babban firikwensin madaidaici ɗaya (Switzerland), da babban mai tarawa;
(3) Akwai nau'ikan reshe guda 6, gami da shigo da bawul ɗin solenoid (Netherlands), 2 a cikin kowace da'ira, jimillar 12, na'urori masu auna madaidaici, 1 a cikin kowace da'ira, jimlar 6, da masu tara reshe, a cikin kowace da'ira. jimillar 6;
(4), 1 tace
3. Yi tsayayya da gwajin gwajin ƙarfin lantarki 1 saiti
4. 1 saitin kayan aiki da kayan haɗi masu alaƙa
5. 1 saitin wutar lantarki da kebul na bayanan sadarwa
6. Taimakawa "Manual User (User Guide)", "Takaddun shaida", "Jerin Marufi", da dai sauransu.
② Gabatarwar ayyuka
1. Kwamfutar kwamfutar hannu ta masana'antu ta maye gurbin hanyar gargajiya, cikakken aikin taɓawa.

2. Kyakkyawan aiki, aiki mai sauƙi, rubutun hannu, shigar da madannai, software da aka riga aka shigar, rage sararin da kwamfutar tebur ke mamaye.

3. Haɗa kayan aikin bugu don rage yawan lokuta inda abokan ciniki ke da kayan aiki daban-daban tare da tashoshin bugawa.

4. Rarraba ruwa da wutar lantarki, rarraba zuwa akwatin kula da wutar lantarki da akwatin ruwa na inji don inganta aikin aminci.

5. Sashin injiniya yana ɗaukar ƙirar ƙira. Kowane reshe module ne, kuma kayayyaki suna raba babban matsi da matsi. Matsalolin reshe na kayayyaki suna da zaman kansu da juna, kuma ana iya daidaita su kuma a yanke su ta hanya guda, kuma matsa lamba yana juyawa ba tare da shafar juna ba. Don haɗin butt ɗin module, idan kuna buƙatar ƙara wasu tashoshi kaɗan, kawai ƙara wasu ƙarin samfuran ba tare da ƙara bututun mai ba (sai dai bututun fitarwa) don rage girman bututun, ta haka rage hayaniyar da ke haifar da aikin kayan aiki.

6. Idan kuna buƙatar fadada adadin tashoshi daga baya, kawai kuna buƙatar ƙara allon kulawa don mai watsa wutar lantarki kuma ƙara kayayyaki don ɓangaren injin (har zuwa tashoshi 90).

7. Solenoid bawul ne farantin solenoid bawul.

8. Tace shine na'urar tacewa ta gaba tare da ginanniyar kayan aikin tace bakin karfe mai girma a ciki.
③ Babban sigogi na fasaha
A. Matsakaicin iyaka 0-10MPa
B. Matsayin 0.001 MPa
C. Madaidaicin kula da matsa lamba yana da kyau fiye da ± 1% (yankin juriya na matsa lamba yana daidaitawa-har zuwa ± 0.0001 MPa)
D. Duk sigogin sarrafawa (matsi, lokaci, daidaito) ana iya shigar da su ko daidaita su.
E. Lokacin nuni na ainihi (har zuwa sa'o'i 9999, mintuna 59 da sakan 59), matsa lamba (lambobi uku bayan ma'aunin ƙima) da jihohin gwaji takwas (ƙarfafa, ramuwar matsa lamba, taimako na matsa lamba, aiki, ƙare, zubewa, fashe) a daidai lokacin da ake samun matsananciyar matsi Za a yi ƙararrawar murya da na gani a cikin jihohi huɗu na, ƙarewa, zubewa da fashe.
F. Yana iya lura, bincika, tambaya, adanawa, bugawa, bugun gwaji (lokacin matsa lamba) da lokacin farawa, saita lokaci, lokacin yanzu; lokaci mai tasiri, lokacin rashin aiki; lokacin da ya rage, lokacin wuce gona da iri, lokacin biyan matsi, da dai sauransu siga.
④ Saiti ɗaya na tankin ruwan zafin jiki akai-akai
Tankin ruwan zafin jiki na kwance 450:
Girman ciki (tsawo, nisa da tsawo): 1800*640*900mm,
Girman waje (tsawo, nisa da tsawo): 2500*1010*1055mm
Tsarin kula da yanayin zafi: saitin 15-95 ℃
Ya ƙunshi: akwatin sarrafa zafin jiki
Karamin firji 1
Babban sigogi na fasaha:
Wannan jerin matsakaitan matsakaitan zafin jiki na yau da kullun (tankunan ruwa) sune kayan aikin tallafi don dogon lokaci na gwajin hydrostatic, juriya na bututu, da gwajin fashewa nan take na bututun filastik daban-daban kamar PVC, PE, PP-R, ABS, da sauransu, kuma ana amfani da su don cibiyoyin bincike na kimiyya da sassan dubawa masu inganci. Da kuma kayan gwajin da ake bukata don kamfanonin samar da bututu.
Yi biyayya da GB/T 6111-2003, GB/T 15560-95, GB/T 18997.1-2003, GB/T 18997.2-2003, ISO 1167-2006, ASTM D1598-2004, ASTM D1599 da sauran su.

Siffofin
Tsarin akwatin Tsarin yana da ma'ana a cikin ƙira, kuma ana iya gwada samfurori da yawa a lokaci ɗaya, kuma ana iya yin ayyukan masu zaman kansu masu alaƙa ba tare da shafar juna ba. Kula da zafin jiki mai ƙarfi da daidaito mai girma. Duk na'urorin sadarwar ruwa an yi su ne da bakin karfe (bututu, kayan aikin bututu, dumama, bawuloli, da sauransu); an tsara kasan akwatin, wanda zai iya ɗaukar nauyin matsakaici da samfurori na bututu a cikin akwatin; cikin akwatin yana sanye da sandunan rataye samfurin, Ya dace don sanya samfurin.
Ana sarrafa tsarin kula da zafin jiki ta hanyar sadarwa mai hankali, kuma ana iya saita zafin jiki da haƙurin kulawa (mafi girma da ƙananan iyaka) don daidaitawar PID. A lokaci guda kuma, yana da aikin rikodi wanda zai iya rikodin bayanan zafin ruwa na tankin ruwa na daruruwan sa'o'i, kuma ana iya aikawa zuwa tashar tashar jiragen ruwa ko tashar USB. Nuna lanƙwasa a cikin kwamfutar.
The wurare dabam dabam tsarin rungumi dabi'ar shigo da iri high-inganci wurare dabam dabam famfo, tare da karfi wurare dabam dabam iya aiki da kuma mai kyau zazzabi uniformity.
Akwatin jikin yana hana lalata. An yi tanki na ciki da ƙarancin ƙarfe mai inganci, wanda ba zai yi tsatsa ba bayan amfani da dogon lokaci; an fesa na waje da farantin karfe na hana tsatsa, wanda yake da kyau da kyauta.
Kyakkyawan aikin rufi ta amfani da kayan haɓaka mai inganci (kauri daga cikin rufin rufin shine 80mm-100mm), ɗakunan ciki da na waje na akwatin sun keɓe sosai don guje wa tafiyar da zafi sosai, kuma akwai matakan rage gadoji na thermal (gajere- kewaye), da adana zafi da tanadin wuta.
Ma'aunin matakin ruwa / haɓakar ruwa mai hankali: Zai iya samun tsarin ma'aunin matakin ruwa da tsarin haɓaka ruwa mai hankali, babu buƙatar ƙara ruwa da hannu, adana lokaci da ƙoƙari. Ana sarrafa tsarin gyaran ruwa ta hanyar siginar zafin jiki lokacin da tsarin ma'aunin ruwa ya ƙayyade cewa wajibi ne don sake cika ruwa. Ana yin gyaran ruwa ne kawai a ƙarƙashin yanayin zafin jiki akai-akai, kuma ana iya daidaita ruwa mai cike da ruwa don tabbatar da cewa tsarin gyaran ruwa ba zai tasiri yanayin yanayin zafi na tankin ruwa ba.
Buɗewa ta atomatik: An buɗe murfin babban tankin ruwa ta hanyar huhu, kuma an buɗe ƙaramin tankin ruwa tare da taimako. Ana iya sarrafa kusurwar a kowane kusurwa, wanda yake da aminci da dacewa don amfani, kuma yana adana lokaci da ƙoƙari.

Ayyukan da suka dace: Ba za a iya amfani da shi kawai tare da rundunonin gwaji na jerin XGNB na ƙayyadaddun bayanai daban-daban ba, amma kuma ana iya haɗa shi da kyau tare da rundunonin gwajin alamar gama gari na duniya.

Ma'aunin Fasaha
1. Yanayin sarrafa zafin jiki: 15 ℃～95 ℃
2. Daidaiton nunin zafin jiki: 0.01 ℃
3. Daidaitaccen kula da yanayin zafi: ± 0.5 ℃

4. Daidaiton yanayin zafi: ± 0.5 ℃
5. Yanayin sarrafawa: sarrafa kayan aiki mai hankali, wanda zai iya rikodin bayanan zafin jiki na daruruwan sa'o'i
6. Yanayin nuni: Nunin LCD a cikin Sinanci (Turanci)
7. Hanyar buɗewa: buɗewar pneumatic
8. Data interface: Ana iya amfani da layin sadarwa don haɗawa da kwamfuta, kuma PC na iya saka idanu da rikodin bayanan zafin jiki da canje-canje a cikin ainihin lokaci.
9. Sauran ayyuka: Yana iya samun na'urar ta atomatik na ruwa mai cika ruwa, kuma tsarin gyaran ruwa yana da hankali, wanda ba zai shafi tsarin gwajin da ke gudana da sakamakon ba.
10. Abubuwan tanki na ciki: Tankin ciki na tankin ruwa, bututu, kayan aikin bututu da sauran sassan da ke hulɗa da ruwa an yi su da ƙarfe mai inganci.

Bayanin halayen bututun gwajin gwajin hydrostatic
Sabbin fasalulluka na sabon injin gwajin fashewar matsi suna da halaye masu zuwa:
① "Madaidaicin matsa lamba microcomputer iko naúrar" an sanya shi a cikin na'ura a cikin wani Multi-tashar hadedde hanya.
②. Ka'idar sadarwa ta fi girma. Yana iya sadarwa tare da mafi yawan tashoshin nuni kamar kwamfutoci (PC), masu sarrafa shirye-shirye (PLC) da allon taɓawa. Hakanan yana iya fahimtar sadarwa mara waya a ƙarƙashin wasu sharuɗɗa (don cimma ofishin mara waya), kuma nisan sadarwar ya fi tsayi. Nisa, sauri (kusan sau 3 na asali).
③, aikin ya fi sauƙi, kawai buƙatar saita ƙimar matsa lamba akan PC, kuma sauran ayyukan sun fi dacewa.
④ Duk shunts na iya aiwatar da gwajin haɓaka na gaskiya na gaskiya, mafi tsayin lokacin shine mintuna 59 da sakan 59. Muddin an saita ƙimar matsa lamba da ƙimar lokaci, za'a iya ƙara matsa lamba tare da madaidaicin gangare na madaidaiciya. A lokaci guda, mun gudanar da gwajin haɓakar matsa lamba na linzamin kwamfuta akan babban bututu mai diamita tare da tsayin Φ315 kuma yana iya ba da garantin haɓakar layin zuwa kusan 8MPa a cikin 60S-70S.
⑤ Abu mafi mahimmanci shine canjin yanayin sarrafa matsa lamba. An saita bawul ɗin ramuwa na matsa lamba zuwa cikakken gudanarwa da gudanarwa ta lokaci (ana iya saita lokaci da mita da hannu). Sabon samfurin yana amfani da ka'idar sarrafawa mai banƙyama (fuzzy PID), wanda kuma ake kira ka'idar daidaita kai, don sarrafa haɓakawa da ramuwa. Za'a kwatanta lokacin akan lokaci da mita na bawul ɗin tare da ƙimar da aka saita bisa ga canjin matsa lamba da sakamakon ƙarshe ya haifar. Tare da daidaitawa ta atomatik, duka lokaci da mita na kowane aiki ana yin su ta atomatik bayan aikin kwatancen. Ana iya cewa komai halin da ake ciki, za a iya samun haɓakar madaidaiciya da kwanciyar hankali ba tare da wuce gona da iri ba.
⑥ Abubuwan da ke cikin akwatunan maganganu na 12 a cikin bayanan gwaji na asali za a iya saita su ta hanyar mai amfani bisa ga yanayi daban-daban kuma suna nunawa a cikin rahoton gwajin don samar da rahoton gwaji na al'ada.
"Nau'in kula da madaidaicin madaidaicin" (sarrafa reshe na gaskiya-hana tsarin daga sarrafa tashoshi da yawa kuma yana shafar duk tashoshi lokacin da tsarin ya kasa-wasu samfuran da ake amfani da su suna amfani da tsarin don sarrafa tashoshi da yawa) sarrafa kwamfutoci na masana'antu, zaku iya Sarrafa matsa lamba, daidaito. , lokaci da sauran sigogi na kowane reshe; nuni na ainihi na matsa lamba, lokaci, matsayi (takwas) da adana kowane bayanan sigina. (Don hana asarar bayanai lokacin da tsarin kwamfutar ke cikin layi, yana iya adana har zuwa sa'o'i 8760 na bayanan matsa lamba-lokacin da wasu samfuran ke layi, babu bayanan da ya kai wannan lokacin. Gwajin ba shi da amfani); a lokaci guda, yana iya bambanta haɓakawa, ramuwa mai matsa lamba, rage matsa lamba, da matsa lamba. , Gudu, ƙarewa, yoyo, da fashe nau'ikan jihohin gwaji guda takwas; ganewa ta atomatik na "lokacin gwaji mai inganci" (lokacin da matsa lamba yana cikin yankin jurewar matsi na saita), "lokaci mara inganci", "sauran lokacin" da sauran sigogin lokaci. A lokaci guda kuma, ana daidaita dangantakar da ke tsakanin “lokacin da aka saita” da “lokaci mai inganci” ta atomatik ta yadda gwajin zai tsaya kai tsaye lokacin da “lokaci mai inganci” ya kai “lokacin da aka saita” (don hana “lokacin gazawa” da “marasa inganci). lokaci” a cikin dare, hutu, da sauransu. Lokacin da tsarin ya tsaya lokacin da lokaci bai ƙare ba)
Bawul ɗin solenoid da aka shigo da shi, saboda ɗaukar hanyar haɗin gwiwar ci gaba na sarrafa matsa lamba na duniya, ana iya sarrafa bawul ɗin solenoid guda biyu daban-daban bisa ga ka'idoji da yanayin gwaji don cimma nau'ikan aikace-aikace (Ø20-Ø630PE tube) da daidaiton sarrafa matsa lamba. (mafi kyau fiye da ± 1%, mafi girma) Har zuwa ± 0.001MPa) buƙatun.
Saitin tashar matsa lamba don ruwa da aka shigo da shi, wanda ke da kyakkyawan aiki fiye da famfunan gwajin matsi na ruwa na cikin gida da famfunan ruwa da ke motsa iskar gas sanye take da wasu kayayyaki (ruwa mai tuƙa gas), tsawon rai, ƙaramar hayaniya kuma babu famfo (source).
Akwai firikwensin madaidaicin madaidaici guda ɗaya don kowane tashar, yana tabbatar da ƙuduri na 0.001 MPa da mafi girman ƙimar sarrafa matsa lamba zuwa ƙimar saita na ± 0.001 MPa.

Siffar samfurin
A. Ana sarrafa shi ta kwamfutar kwamfutar hannu ta masana'antu, kayan aikin bugawa da ke ƙasa, aiki mai dacewa da inganci, ƙirar rarraba ruwa da wutar lantarki yana da aminci da abin dogara, kuma ƙirar ƙirar ƙirar ƙira ta sa ƙarami ya zama ƙarami, sauƙin sanyawa da kulawa da sarrafawa.
B. Daga babban tsarin matsa lamba zuwa matsa lamba na kowane reshe, sa'an nan kuma zuwa daban-daban na fitarwa tashoshi na kowane reshe, an kafa madaukai masu zaman kansu guda uku, waɗanda aka ware daga juna kuma ana amfani da su daban.
C. Kowane reshe yana sanye take da "daidaitaccen matsa lamba microcomputer iko naúrar" wanda aka ƙera bisa manufar kwamfuta masana'antu, wanda ba zai iya aiki na dogon lokaci ba tare da gazawa ba, amma kuma ya hana sauran da'irori daga kasancewa mara amfani saboda gazawar. da'ira daya.
D. Babban ɓangaren sarrafa matsa lamba shine bawul ɗin solenoid da aka shigo da shi, wanda zai iya tabbatar da amintaccen aiki na miliyoyin lokuta.
E. Akwai nau'i-nau'i masu yawa na solenoid a cikin kowane da'irar, waɗanda shirye-shiryen software ke sarrafawa bisa ga ainihin yanayin matsa lamba don tabbatar da cewa matsa lamba ya wuce gona da iri kuma ana kiyaye matsa lamba a darajar sama da ± 1%.
F. An tsara tsarin don rigakafin tsatsa, kuma bututun fitarwa na matsa lamba yana tabbatar da cewa ba zai dade ba a 95 ° C.
Baya ga abin da ke sama, yakamata kuma yayi bayani:
Amintacciya, mafi yawan a cikin gwajin juriya

Gwajin dogon lokaci shine gwajin 8760. Ban da shigo da kaya, duk cibiyoyin gwajin gida da yawa waɗanda ke da wannan kayan gwajin samfuran kamfaninmu ne.
Wadannan kayan aikin sun kasance suna aiki tsawon shekaru 4-5, kuma ana yin kowace gwaji tsawon shekara guda, kuma suna cikin yanayi mai kyau. Sabili da haka, amincin kayan aikin kamfaninmu yana da kyau sosai, kuma idan kayan aikin ku na son yin wannan gwajin, ana iya tabbatar da shi.
b versatility
Ƙasashen waje gabaɗaya suna da ƙaƙƙarfan buƙatu akan yanayin gwaji, jeri, samfura, da sauransu, amma ba cikin gida ba. Yawancin masu amfani suna da mummunan yanayin gwaji, tare da kayan aiki daban-daban da diamita daban-daban, wasu suna buƙatar 10MPa wasu kuma suna buƙatar 0.05MPa, kuma suna buƙatar kayan aikin don gamsuwa, don haka mun tsara daidai.
①. Wasu masu amfani suna gwada wasu samfurori a cikin adadi mai yawa na wani lokaci (matsi yana mayar da hankali a cikin wani yanki), kuma a cikin wani lokaci suna gwada wasu samfurori masu yawa (matsi yana maida hankali a cikin wani yanki), wani lokacin kuma. akwai fiye da kewayon gano kayan aiki, don haka mun tsara Mai amfani zai iya canza kewayon da kansa.
② Lokacin da mai amfani ya canza kewayon ko mai amfani yana da shakku game da karantawa ko daidaiton na'ura, mun ƙirƙira shirin daidaita kansa a cikin injin don mai amfani ya yi amfani da shi.
C. Hanyar sarrafawa: A baya, an daidaita yanayin ƙarfin wutar lantarki na solenoid, kuma adadin matsi na matsa lamba za a iya samu kawai ta hanyar daidaita ma'auni. Yanzu za a iya daidaita ma'amalar ma'ana na aikin bawul ɗin solenoid ta hanyar saitunan sigina daban-daban don cimma daidaitattun tasirin sakamako na ramuwa.