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An tsara shi ne don kula da kayan aikin zafi na masana'antu da tsarin dubawa, kayan aikin yana ba da cikakken aiki mai amfani, aiki mai sauƙi. Ma'aunin yana amfani da na'urar guda daya a matsayin CPU, tare da sabon kewayon haɗin gwiwar canji na dijital da fasahar nuna LCD mai babban allon, tare da fitarwa, aunawa, littafin hannu da ayyukan rarraba wutar lantarki na 24VDC, kuma ayyuka huɗu za su iya aiki lokaci guda, nuna fitarwa da ƙimar aunawa tare da daidaitaccen ƙimar ITS-90 (juriya da thermocouple). A cikakken bayani na ZS-JYY-7 thermal kayan aiki (ma'aunin dubawa): ZS-JYY-7 ma'aunin dubawa ne yafi tsara don masana'antu filin thermal kayan aiki da kuma tsarin dubawa kulawa, da ma'aunin samar da cikakken da kuma m ayyuka, aiki mai sauki. Ma'aunin yana amfani da na'urar guda daya a matsayin CPU, tare da sabon kewayon haɗin gwiwar canjin dijital da fasahar nuna LCD mai babban allon, tare da fitarwa, aunawa, littafin hannu da ayyukan rarraba wutar lantarki na 24VDC, kuma ayyuka huɗu za su iya aiki lokaci guda, nuna fitarwa da ƙimar aunawa tare da daidaitaccen ƙimar ITS-90 (juriya da thermocouple). Kuma sanye da babban karfin caji mai sauƙi don ɗaukar, zai iya kammala gyaran masana'antu na filin aikin zafi (firikwensin, mai watsawa, kayan aikin nuni, tsarin sarrafawa). Yana da wadannan fasalin amfani: ■ ƙarami, mai sauƙi don ɗauka da hannu. ■ Strong, abin dogara, baya goyon baya rack da hook rami dace da filin amfani. ■ Babban nuni, ma'auni, fitarwa za a iya nuna lokaci guda. ■ auna ƙarfin lantarki, halin yanzu, mita, juriya da kuma fitarwa na ƙarfin lantarki, halin yanzu, mita. ■ 8 nau'ikan thermocouples (K, E, T, J, S, R, N, B) ma'auni da fitarwa, 2 nau'ikan zafi juriya (PT100, Cu50) ma'auni. ■ Thermocouple, thermal juriya ma'auni fitarwa da ITS-90 kasa da kasa misali millivolt, juriya darajar daidai nuni. ■ ƙarfin lantarki da kuma halin yanzu ma'auni iya nuna kashi. ■ Thermocouple ma'auni, fitarwa tare da atomatik ko hannu diyya aiki. ■ Shigarwar ƙimar fitarwa ta hanyoyi da yawa. ■ Thermocouple zai iya cimma saurin binciken ƙimar juriya da ƙimar zafin jiki, ƙimar millivolt da ƙimar zafin jiki. ■ An gina baturi mai caji mai ƙarfi, mai caji zai iya aiki ci gaba da sa'o'i 5 ~ 7 (dangane da yanayin aiki). ■ Babban allon LCD tare da baya haske nuni, Sinanci menu aiki. ■ Button sauti da backlight za a iya sarrafawa, kuma za a iya kiyaye halin da aka saita bayan karshe *** duk lokacin da aka kunna. II, fasaha sigogi 2.1 DC siginar shigarwa: auna aikin ma'auni daidaito DCV 0 ~ 35V ± 0.1%FS DCmV 0 ~ 100mV ± 0.05%FS DCmA 0 ~ 35mA ± 0.05%FS RTD 2 nau'ikan ± 0.1%FS TC K, T, E, J, N ± 0.1%FS R, S, B ± 0.2%FS F 0.0 ~ 5000Hz ± 0.2Hz 2.2 DC siginar fitarwa fitarwa aikin ma'auni daidaito DCV 0 ~ 5V ± 0.05%FS DCmV 0 ~ 100mV ± 0.05%FS DcmA 0 ~ 24mA ± 0.05%FS TC K, T, E, J, N ± 0.1%FS R, S, B ± 0.2%FS Hz 0 ~ 1000Hz ± 1Hz 0 ~ 5.00KHz ± 0.02KHz 2.3 yi nuna alama: aiki zafin jiki: -10 ~ 50 ℃ ajiya zafin jiki: -27 ~ 70 ℃ L × W1(W2) × H siffar girma: mm3 237 × 131(95) × 45 ● Wutar lantarki canzawa: Latsa wutar lantarki ON canzawa, haɗa wutar lantarki. OFF kashe wutar lantarki. ● Keyboard: 1 lambar yankin: kai tsaye shigar da adadin da za a fitar ko darajar bincike. 2: Saita ƙimar mai nuna cursor lokacin babban allon da kuma binciken allon, zaɓi abubuwan da za a gyara lokacin da aka saita sigogi. 3: Saita mai nuna cursor bit. 4 ENT: dawowa da maɓallin, tabbatar da zaɓin abu aiki inganci 5 ESC: shigar da thermoplastic bincike a babban allon, saita allon don fitar da sigogi a lokacin da sigogi aka saita. 6 FUN: Sauya nau'in ma'auni ko fitarwa. Yana canzawa ta hanyar DCV, DCmA, DCmV, RTD, TC, F a lokacin aunawa. Sauya ta hanyar DCV, DCmA, DCmV, TC tsari a lokacin fitarwa. ⑺ Range: Sauya nau'in range na RTD, TC a cikin ma'auni ko fitarwa. RTD ta canza ta Cu50, Pt100 da kuma TC ta canza ta S, K, E, T, J, B, R, N. Zero: An sake saita ƙimar fitarwa zuwa 0. 9 ON, OFF: wutar lantarki canzawa. Latsa ON for 2 seconds kuma ikon sauya ya haɗu. ● Shigar da fitarwa tashar tashar raba zuwa OUT yanki da kuma IN yanki, OUT yanki a matsayin sigina fitarwa, IN yanki don sigina ma'auni. Red tashar ne mai kyau, kuma baki tashar ne mara kyau. 3.2 saman taswirar Lokacin da baturi ba ya isa ba (allon yana walƙiya ko danna maɓallin kunna ba zai iya kunna ba), saka caji a cikin wannan ramin don caji. 3.3 Ma'auni da fitarwa ayyuka A karkashin wannan allon, za a iya yi aiki da fitarwa da kuma ma'auni siginar da aka bayar da dukan ma'auni. Bude wutar lantarki, sa'an nan kuma nuna Figure 1 A wannan lokacin za a iya auna ƙarfin lantarki da fitarwa ƙarfin lantarki, nuna kashi na 1 ~ 5V daidai da yanzu ma'auni ko fitarwa darajar a ƙarin bayanai bar, kashi ba a nuna lokacin da ma'auni darajar ko fitarwa darajar wuce kewayon 1 ~ 5V. Matsa Fun maɓallin a cikin Ma'auni don maye gurbin samfurin ma'auni, samfurin yana canzawa ta hanyar tsarin da ke ƙasa (DC Voltage -> DC Current -> DC MV -> Heat Resistance -> Thermocouple -> Mita -> DC Voltage), wanda aka nuna a cikin ma'auni (DCV -> DCmA -> DCmV -> RTD -> TC -> F -> DCV). Matsa Fun maɓallin a Source don canzawa fitarwa samfurin, samfurin canzawa a cikin tsarin da ke ƙasa (DC ƙarfin lantarki - > DC na yanzu - > DC millivolt - > thermocouple - > mita - > DC ƙarfin lantarki), wanda aka nuna a cikin ma'auni (DCV - > DCmA - > DCmV - > TC - > F - > DCV). Canje-canje fitarwa darajar za a iya cimma ta hanyoyi biyu: ① ta hanyar hagu da dama shugabanci maɓallin zaɓi alamar nuna alama ta Figure 1 matsayi, gyara darajar bit ta hanyar sama da ƙasa maɓallin; ② Shigar da ƙimar kai tsaye ta hanyar yankin maɓallin lamba, shigar da lambar ta atomatik ta matsa mai nuna alama zuwa dama bayan shigar da lambar ɗaya, lambar goma ta atomatik ta tsalle, zuwa ƙarshen ta atomatik ta tsalle zuwa farawa (duk shigarwar ƙimar da ke ƙasa za a iya canzawa ta hanyoyin biyu). A wannan lokacin za a iya auna da fitarwa DC halin yanzu, nuna kashi na 4 ~ 20mA daidai da yanzu ma'auni ko fitarwa darajar a cikin ƙarin bayanai bar, kashi ba a nuna lokacin da ma'auni darajar ko fitarwa darajar wuce kewayon 4 ~ 20mA. A wannan lokacin za a iya auna da fitarwa DC halin yanzu, ba a nuna wani ƙarin bayani a cikin ƙarin bayanai bar. A wannan lokacin za a iya auna juriya ta zafi, a cikin ƙarin bayanai na bayani yana nuna cewa yanayin zafi da aka auna a yanzu ya dace da ƙimar juriya a cikin ITS-90. Sauya nau'in juriya mai zafi da za a iya auna ta hanyar Range a cikin Ma'auni, a cikin tsarin sauya da ke ƙasa (Cu50 - > Pt100 - > Cu50). A wannan lokacin za a iya auna da fitar da thermocouple, a cikin ƙarin bayanai bar nuna da halin yanzu auna zafin jiki daidai da millivolt darajar a cikin ITS-90 misali, da kuma sanyi karshen zafin jiki biyan kuɗi da kuma zafin jiki (Auto nufin ne amfani da ciki na ma'auni da zafin jiki auna darajar a matsayin sanyi karshen zafin jiki biyan kuɗi, Man nufin da wani saiti darajar a matsayin sanyi karshen zafin jiki biyan kuɗi, da fatan za a duba zafin jiki saiti sashe). Sauya nau'in thermocouple da za a iya auna ta hanyar Range a cikin Ma'auni, a cikin tsarin sauya da ke ƙasa (S ― > K ― > E ― > T ― > J ― > B ― > R ― > N ― > S). 3.3 sigogi saita aiki A aiki za a iya yi wasu sigogi dubawa da gyare-gyare. Matsa ENT key don shiga cikin sigogi saitunan allon yayin da babban allon, a wannan lokacin idan danna ESC key don fita daga sigogi saitunan allon don komawa babban allon. Saitunan sigogi kamar yadda ke ƙasa: Sama da ƙasa maɓallin zaɓi don gyara sigogi, lokacin da aka zaɓi wani don gyara sigogi, latsa ENT maɓallin don shiga sigogi darajar gyara, kamar yadda ke ƙasa: Sa'an nan kuma bi kamar yadda gyara darajar sigogi gyara darajar, rubutu sigogi gyara (kamar atomatik ko hannu) kawai za a iya zaɓar takamaiman darajar ta hanyar sama da ƙasa maɓallin. Latsa ENT key don adana shigarwa da kuma dawo da sigogi abubuwa zaɓi screen bayan shigar da daidai darajar, kamar latsa ESC key ba don adana dawowa. Matsa ESC key don dawowa zuwa babban allon bayan duk sigogi da aka saita. 3.3.1 Universal sigogi saiti sigogi abubuwa sigogi kewayon masana'antu tsoho bayani Shigar da diyya hannu ko atomatik hannu sanyi karshen zafin jiki diyya hanya lokacin auna thermocouple. Manual nuna diyya zafin jiki ne na gaba sigogi da aka saita darajar, ta atomatik nuna yanayin zafin jiki auna da ma'auni a matsayin sanyi karshen diyya zafin jiki diyya 00.0 ℃ ~ 99.9 ℃ 00.0 manual lokacin da thermocouple auna sanyi karshen diyya zafin jiki. Lokacin da shigarwa biyan kuɗi da aka saita a hannu, da sigogi a matsayin thermocouple auna sanyi karshen biyan kuɗi zafin jiki fitarwa biyan kuɗi da hannu ko atomatik da hannu sanyi karshen biyan kuɗi zafin jiki a lokacin thermocouple fitarwa, ta amfani da daidai shigarwa biyan kuɗi zafin jiki 00.0 ℃ ~ 99.9 ℃ 00.0 da hannu lokacin thermocouple auna sanyi karshen biyan kuɗi zafin jiki, ta amfani da daidai shigarwa biyan kuɗi zafin jiki bambanci 0 ~ 4 02 nuni bambanci duba kalmar sirri 0000 ~ 9999 0000 duba sigogi gyara kalmar sirri, kawai bayan duba kalmar sirri daidai, danna ƙasa maɓ 3.3.2 biyu sigogi saituna (ba injiniya ba za a iya shiga biyu sigogi. In ba haka ba, zai haifar da ma'auni ma'auni kuskure!) Shigar da daidai kalmar sirri a cikin duba kalmar sirri abubuwan da aka tsara a cikin Universal sigogi saituna, bayan danna Shigar da maɓallin, amfani da ƙasa maɓallin don motsa ƙasa zuwa biyu sigogi saituna. Canza kalmar sirri 0000~9999 - Canza kalmar sirri ta daidaitawa DCV sifili -9999~+9999 0000 DCV nuna darajar karkatarwa DCV rabo 0.000~9.999 1.000 DCV nuna darajar karkatarwa DCmA sifili -9999~+9999 0000 DCmA nuna darajar karkatarwa DcmA rabo 0.000~9.999 1.000 DCmA nuna darajar karkatarwa DCmV sifili -9999~+9999 0000 DCmV nuna darajar karkatarwa DCmV rabo 0.000~9.999 1.000 DCmV nuna darajar karkatarwa RTD1 sifili -9999~+9999 0000 RTD1 nuna darajar karkatarwa (Cu50) RTD1 rabo 0.000~9.999 1.000 RTD1 nuna darajar karkatarwa (Cu50) RTD2 sifili -9999~+9999 0000 RTD2 nuna darajar karkatarwa (Pt100) RTD2 rabo 0.000~9.999 1.000 RTD2 nuna darajar karkatarwa (Pt100) TC-S sifili -9999~+9999 0000 nuna darajar karkatarwa (S-type thermocouple ) TC-S rabo 0.000~9.999 1.000 nuna darajar karkatarwa (S-type thermocouple ) TC-K Zero -9999 ~ +9999 0000 Nunin darajar karkatarwa (K-type thermocouple ) TC-K rabo 0.000 ~ 9.999 1.000 Nunin darajar karkatarwa (K-type thermocouple ) TC-E zero -9999 ~ +9999 0000 Nunin darajar karkatarwa (E-type thermocouple ) TC-E rabo 0.000 ~ 9.999 1.000 Nunin darajar karkatarwa (E-type thermocouple ) TC-T zero -9999 ~ +9999 0000 Nunin darajar karkatarwa (T-type thermocouple ) TC-T rabo 0.000 ~ 9.999 1.000 Nunin darajar karkatarwa (T-type thermocouple ) TC-J zero -9999 ~ +9999 0000 Nunin darajar karkatarwa (J-type thermocouple ) TC-J rabo 0.000 ~ 9.999 1.000 Nunin darajar karkatarwa (J-type thermocouple ) TC-B zero -9999 ~ +9999 0000 Nunin darajar karkatarwa (B-type thermocouple ) TC-B rabo 0.000 ~ 9.999 1.000 Nunin darajar karkatarwa (B-type thermocouple ) TC-R zero -9999 ~ +9999 0000 Nunin darajar karkatarwa (R-type thermocouple ) TC-R rabo 0.000 ~ 9.999 1.000 Nunin darajar karkatarwa (R-type thermocouple ) Nau'in thermocouple ) TC-N sifili -9999 ~ +9999 0000 Nuna darajar karkatarwa (N-nau'in thermocouple ) TC-N rabo 0.000 ~ 9.999 1.000 Nuna darajar girma (N-nau'in thermocouple ) 3.3 Thermocouple ayyukan Amfani da wannan ayyukan za a iya bincika millivolts na thermocouple da zafi juriya ko juriya darajar daidaito da zafi. A ƙarƙashin babban allon, danna ESC key don shiga cikin hotbook bincike allon. Kamar yadda ke ƙasa: Up da ƙasa maɓallin zaɓi ko zafi juriya ko thermocouple, hagu da dama maɓallin zaɓi model, sa'an nan kuma danna ENT maɓallin, shiga bincike hanyar zaɓi allon: Zaɓi ko zafi bincike millivolt darajar ko juriya darajar da thermocouple, ko zafi darajar da millivolt darajar ko juriya darajar da thermocouple. Shiga bincike allon bayan latsa ENT tabbatarwa: Shigar da zafin jiki darajar ko millivolts ko juriya darajar, za a iya ganin darajar da ake so bincike a *** gaba shafi. Matsa ESC maɓallin don fita daga allon mataki a mataki zuwa babban allon. 3.4 caji Lokacin da batirin ya ƙare (allon yana walƙiya ko danna maɓallin kunna ba zai iya kunna ba), saka caji daga wannan tashar don caji, a lokacin caji za a iya auna ko fitarwa a lokaci guda, a lokacin caji, hasken kore yana walƙiya, hasken ja yana nuna cewa ya cika. 3.5 maɓallin sauti da kuma baya haske iko A lokacin da babban allon, a lokaci guda danna makumi da dama shugabanci maɓallin, za a iya canzawa tsakanin ba tare da baya haske. A lokacin da aka danna maɓallin ƙuntatawa da maɓallin hagu a lokaci guda, za a iya canzawa tsakanin sautin ba tare da maɓallin maɓallin ba. Za a iya kiyaye yanayin da aka saita na karshe bayan kashewa. ● Lokacin gwaji da fitarwa, terminal wiring dole ne ya dace da aiki. Misali: auna ƙarfin lantarki a kan tashar fitarwa, auna ƙarfin lantarki a kan tashar yanzu, duk suna iya lalata ma'auni. ● Tabbatar da kewayon kowane fayil, ba za a iya amfani da shi a kan kewayon ba. ● Ma'aunin yana da isasshen haske, kada ku yi amfani da hasken baya, don haka za ku iya tsawaita lokacin amfani da batir. ● Lokacin da ma'auni daga cikin gida ya sami filin kuma ya yi amfani da hanyar daidaita zafin jiki ta atomatik, bambancin zafin jiki yana da girma, ya kamata a daidaita ma'auni a filin na mintuna 5 don daidaita zafin jiki da zafin jiki na kewaye da zafin jiki na firikwensin zafin jiki da aka ɓoye a cikin ma'auni, don haka a auna daidai darajar zafin jiki na kewaye. ● Lokacin fitarwa thermocouple siginar, saita zafin jiki ya kamata ya fi daidai da zafin jiki daidai, sa fitarwa millivolt siginar ne mai kyau.
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