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PCL-2 Buga-zuwa-Yanzu Madauki Mai Canjawa

PCL-2 Buga-zuwa-Yanzu Madauki Mai Canjawa

MATSAYI HAUWA - Ana iya saka PCL-2 a kowane matsayi. Ana ba da ramukan hawa biyu.
ƘARIN WUTA - Ana amfani da PCL-2 ta AC voltage tsakanin 120 da 277 volts. Haɗa wayar “zafi” na layin AC zuwa tashar L1. Haɗa wayar “tsaka tsaki” na layin AC zuwa tashar NEU. Haɗa tashar GND zuwa tsarin lantarki Ground. Dole ne a haɗa ƙasa zuwa ƙasa tsarin lantarki. Idan babu tsaka tsaki na gaskiya, haɗa duka tashoshin NEU da GND zuwa ƙasa. *** Gargaɗi ***: Dole ne shigar da wutar lantarki PCL-2 dole ne a haɗa shi Mataki-zuwa Tsaki, BA Mataki-zuwa-Mataki ba. Duba zanen waya a shafi na 6.
MATA INPUT - PCL-2 yana da 2-Wire (Form A) shigarwar bugun jini. Haɗa tashoshin shigarwa na PCL-2 na “Kin” da “Yin” zuwa tashoshin fitarwa na “K” (-) da “Y” (+). Tashar “Kin” ta PCL-2 ita ce dawowar gama gari. Rike +13VDC voltage an “jawo sama” a ciki akan PCL-2's Yin tasha. Kowane rufe layin fitarwa na mita zai "jaye" layin shigarwar Y zuwa Z, dawowar gama gari, don haka wakiltar bugun jini. RED LED D6 (kusa da tashar shigarwar Yin) yana nuna lokacin da aka karɓi bugun bugun jini. Ana tsara duk saituna cikin PCL-2 ta hanyar tashar USB Programming Port, kuma ana adana su a cikin ƙwaƙwalwar EEPROM mara ƙarfi, don haka ba a taɓa ɓacewa ko canza su ba da gangan ba. Duba shafi na 8 don "Shirye-shiryen PCL-2".
FITARWA - PCL-2 yana fitar da halin yanzu na 4 zuwa 20mA daidai da ƙimar-amfani da aka ƙididdige su ta ƙimar bugun jini da cikakkun saitunan tsarin tsarin ta amfani da dijital 12-bit zuwa canjin analog. Don lantarki wannan shine kW; na ruwa ko iskar gas, galan ne ko CCF, bi da bi, bisa ga zaɓin sashin lokaci. A cikin yanayin manufa ta gaba ɗaya, fitarwa shine kawai adadin bugun jini a kowace raka'a na lokaci. Akwai hanyoyin fitarwa guda biyu: Nan take ko Matsakaicin adadin amfani ana iya zaɓar don fitarwa. Voltage kariya ga fitarwa ana bayar da ciki. Madauki na 4-20mA dole ne a yi amfani da shi ta hanyar samar da wutar lantarki na +24VDC, wanda ke waje ga PCL-2. Wannan samar da wutar lantarki yana ba da dukkan wuta zuwa abubuwan da ake fitarwa stage na PCL-2 kuma an keɓe shi daga sauran PCL-2.
AIKI - Dubi shafuka masu zuwa don cikakken bayani game da aikin PCL-2.

PCL-2 AIKI

Yanayin Manufa Gabaɗaya: Yanayin Maƙasudin Gabaɗaya na PCL-2 yana canza adadin bugun jini a cikin sakan daya, minti ko awa zuwa 4-20mA na yanzu tare da ƙayyadaddun tazarar sabuntawa na 1 na biyu. Wannan shine mafi sauƙi yanayin kuma yana buƙatar matsakaicin iyakar # na bugun jini a sakan daya, minti ko sa'a akan wanda ake ƙididdige abubuwan fitarwa. An daidaita ƙimar bugun jini a 1. A ƙasa akwai tsohonampyadda PCL-2 ke aiki a aikace-aikacen Babban Manufar da yadda aka tsara shi.Exampda: A ce kana da aikace-aikacen motar motsa jiki mai canzawa inda kake buƙatar sanin juyi a cikin daƙiƙa guda. Akwai bugun jini guda daya a kowace juyin juya hali. Motar ne 3450 RPM. Zagayawa har zuwa 3600 RPM yana ba mu bugun jini 60 a sakan daya. Cikakken Scale pps darajar an saita zuwa 60. Saboda haka, 3600 RPM ko 60 RPS = 20mA. Sifili RPS = 4mA. Tunda jujjuyawar motar a kowane daƙiƙa daidai yake da bugun jini a cikin daƙiƙa guda, # na bugun bugun jini shine alaƙar juyi kai tsaye a cikin sakan daya. A ɗauka cewa bugun jini da ake karɓa a wannan lokacin yana kan ƙimar bugun jini 43 a cikin daƙiƙa guda kuma nauyin ya tsaya tsayin daka. Juyawa zai zama: 43/60 = 71.6% X 16mA = 11.4666mA + 4mA = 15.4666mA fita. Ƙaddamar da fitarwa shine matakan 16mA / 4096 ko .003906 mA kowane mataki. Don haka, 4096 * 71.466% = 2927.247 matakai na 4096. Zagayawa zuwa 2927 X ​​.003906mA = 11.433mA + 4mA = 15.4328mA fitarwa, wanda ke wakiltar 43pps. Daidaito = 99.78%.
Yanayin Lantarki: An ƙera PCL-2 Pulse zuwa 4-20mA Module Canjin Madaidaicin Yanzu don fitar da na yanzu tsakanin 4-20mA, wanda ke haifar da vol.tage akan madauki daidai da ƙimar buƙatun KW nan take ko matsakaita. A ƙasa akwai wani tsohonampyadda PCL-2 ke aiki a aikace-aikacen lantarki da yadda aka tsara shi.Exampda: A ce gini yana da matsakaicin buƙatun 483KW. Saita Cikakken Sikelin Ƙimar a 500 kW. Saboda haka, 500kW = 20mA. 0kW = 4mA. Ƙaddamarwa zai zama 500/4096 ko .122 kW (ko .0244% na cikakken sikelin) kowane mataki. A ɗauka ƙimar PKe Pulse Form C (3-Wire) na mitar lantarki shine 240 wh/ bugun jini (ko .240kwh/ bugun jini). 2-Wire daidai yake .480kWh/p ko 480wh/p. A ɗauka cewa bugun jini da ake karɓa a wannan lokacin yana kan ƙimar bugun jini ɗaya a cikin daƙiƙa 4 kuma nauyin ya tsaya tsayin daka. Juyawa zai zama: .480 Kwh X 3600 = 1728 kW-sec / 4 sec = 432 kW. Ana ƙididdige abin da ake fitarwa a halin yanzu kamar 432/500 = 86.4% X 16mA = 13.824mA + 4mA = 17.824mA fita. Ƙaddamar da fitarwa shine matakan 16mA / 4096 ko .003906 mA kowane mataki. Don haka, 4096 * 86.4% = 3538.944 matakai na 4096. Zagayawa kashe 3539 X .003906mA = 13.82422mA + 4mA = 17.82422mA fitarwa. Daidaito = 99.9988%.

PCL-2 Aikace-aikace misaliamples

Yanayin Wutar Lantarki, Nan take kW exampda: A ɗauka cewa an auna 109.8kW azaman buƙatar yanzu. Saita cikakken saitin a 200kW. Fitowar halin yanzu zai zama 109.8/200 = .549 ko 54.9% na cikakken sikelin. Idan 200kW=16mA, to 16mA X .549 = 8.784mA. 8.784mA + 4mA = 12.784mA. Tun da ana amfani da 12-bit DAC akan cikakken sikelin 200kW, ƙudurin fitarwa zai zama 16mA/4096 ko .003906 mA kowane mataki. Saboda haka 8.784mA/.003906= 2248.85 matakai. Zagaye ƙasa zuwa 2249 * .003906 = 8.7845 mA + 4mA = 12.7845mA. Daidaiton zai zama 12.7845/12.784= 99.996%. An rubuta darajar 2248 zuwa DAC, wanda ke fitar da halin yanzu na 12.7845mA.
Yanayin Ruwa example (Gallons In, Gallons per second Out): A ɗauka cewa ginin yana da iyakar ruwa na 883GPM. Matsakaicin daidai (matsakaicin) matsakaicin ƙimar daƙiƙa shine 883/60=14.71667 GPS. Abin da ake so yana cikin Gallons a sakan daya don haka an saita tazarar lokacin fitarwa zuwa seconds. Bari mu saita Cikakken Sikeli Darajar a GPS 16. Saboda haka, 16GPS = 20mA. 0 GPM = 4mA. Matsakaicin adadin fitarwa zai zama 16GPS / 4096 ko .00390625 GPS (ko .02442% na cikakken sikelin) kowane mataki. A ɗauka darajar Pulse na Mitar Ruwa shine Gallon 10/ bugun jini. A ce bugun bugun da ake samu a wannan lokaci a cikin lokaci yana kan adadin bugun jini guda daya a cikin dakika 4 kuma ruwan ya tsaya tsayin daka. 10 Gallon/4 seconds = 2.5 Gallons per second. 2.5/16 = 15.625%. 15.625% x 16mA = 2.50 mA + 4mA = 6.50mA fitarwa. Ƙaddamar da fitarwa shine matakan 16mA / 4096 ko .00390625 mA kowane mataki. Don haka, 4096 * 15.625% = 640.0 matakai na 4096. 640 X .003906mA = 2.49984mA + 4mA = 6.49984mA fitarwa. Daidaito = 99.9975%. An rubuta ƙimar 640 zuwa DAC wanda zai haifar da fitarwa akan madauki na yanzu na 6.49984mA.
Ace ruwan ginin ya haifar da bugun bugun jini 1 a sakan daya. Hakan zai kai galan 10 a sakan daya. 10G/16GPS = 62.50%. Abubuwan da aka ƙididdigewa shine 62.50% X 16mA = 10mA + 4mA = 14.0mA. .625 X 4096 = 2560.0 matakai. 2560 x .003906= 9.99936 + 4mA 13.99936mA, yana wakiltar adadin kwararar GPS 10.
Bari mu ɗauka cewa ginin yana da ƙwanƙwasa 2 a cikin daƙiƙa guda, ko Gallon 20 a sakan daya. Wannan zai mamaye cikakken sikelin PCL-2 na GPS 16; Kuskuren RED LED D2 zai haskaka yana nuna yanayin kuskure. Canja cikakken sikelin lamba sama da 20.
Yanayin Ruwa example (Gallons In, Gallons per Minute Out): A ɗauka cewa ginin ɗaya yana da iyakar 883GPM ruwan ruwa. Abin da ake so yana cikin Gallons a Minti don haka an saita tazarar lokacin fitarwa zuwa Minti. Bari mu saita Cikakkun Ma'auni a 1000 GPM. Saboda haka, 1000GPM = 20mA. 0 GPM = 4mA. Matsakaicin adadin fitarwa zai zama 1000GPM / 4096 ko .002441GPM (ko .02441% na cikakken sikelin) kowane mataki. A ɗauka darajar Pulse na Mitar Ruwa shine Gallon 10/ bugun jini. A ce bugun bugun da ake samu a wannan lokaci a cikin lokaci yana kan adadin bugun jini guda daya a cikin dakika 4 kuma ruwan ya tsaya tsayin daka. 10 Gallon/4 seconds = 15 bugun jini a minti daya = Gallon 150 a minti daya. 150/1000= 15.00%. Babu zagaye da ake buƙata. 15% x 16mA = 2.40 mA + 4mA = 6.40mA fitarwa. Ƙaddamar da fitarwa shine matakan 16mA / 4096 ko .003906 mA kowane mataki. Don haka, 4096 * 15% = 614.4 matakai na 4096. 614.4 X .003906mA = 2.3998mA + 4mA = 6.3998mA fitarwa. Daidaito = 99.9976%. An rubuta darajar 614 zuwa DAC wanda zai haifar da fitowar madauki na yanzu na 6.3982mA mai wakiltar galan 150 a cikin minti daya.
Yanayin Ruwa exampda: (Gallons In, Gallons per hour Out)
Exampda: A ɗauka cewa ginin yana da matsakaicin iyakar 883GPM. Wannan yayi daidai da 883 x 60 ko 52,980 GPH. Abin da ake so yana cikin Gallons kowace sa'a don haka an saita tazarar lokacin fitarwa zuwa Sa'o'i. Mu saita Cikakkun Ma'auni a 60,000 GPH. Saboda haka, 60,000GPH = 20mA. 0 GPM = 4mA. Matsakaicin adadin fitowar fitarwa zai zama 60,000GPH/4096 ko 14.6484GPH (ko .02441% na cikakken sikelin) kowane mataki. A ɗauka darajar Pulse na Mitar Ruwa shine Gallon 10/ bugun jini. A ce bugun da ake karba a wannan lokaci ya kai adadin bugun jini daya a cikin dakika daya kuma ruwan ya tsaya tsayin daka. 10 Gallon/na biyu = 60 bugun jini a minti daya (ko 3600 bugun jini/awa) = Gallon 36000 a kowace awa. 36000/60000= 60.00% na cikakken sikelin. Babu zagaye da ake buƙata. 60% x 16mA = 9.6 mA + 4mA = 13.60mA fitarwa. Ƙaddamar da fitarwa shine matakan 16mA / 4096 ko .003907 mA kowane mataki. Don haka, 4096 * 60% = 2458 matakai na 4096. 2458 X .003907mA = 9.6039mA + 4mA = 13.6039mA fitarwa. Daidaito = 99.9713%. Mai sarrafa PCL-2 yana rubuta ƙimar 2458 zuwa DAC wanda zai haifar da fitarwa na 13.6039mA mai wakiltar 36000 galan a kowace awa.
Yanayin Gas exampda:
Waɗannan za su kasance gaba ɗaya da na ruwa exampamma dole ne raka'o'in shigarwa da fitarwa su kasance iri ɗaya. Don misaliampHar ila yau, idan ƙimar shigar da kowane bugun jini yana cikin ƙafar Cubic, to dole ne fitarwar ta kasance cikin ƙafafu masu cubic/raka'ar lokacin da aka zaɓa. Wannan kuma na iya zama a cikin mita masu kubik a cikin & mitoci masu kubik fita/raka'ar lokaci. Raka'o'in ba su da matsala idan dai iri ɗaya ne. Babu wani juyi na raka'a a cikin PCL-2 don aikace-aikacen Ruwa da Gas. A cikin aikace-aikacen Lantarki, akwai jujjuyawar da aka haɗa don wattours a cikin / kilowatts waje. Wannan yanayi ne na musamman don haka an magance shi a cikin shirin PCL-2.

LED Manuniya

Ayyukan LED:
JAN LED (D6): Wannan LED yana haskakawa a duk lokacin da aka karɓi bugun jini daga mita yana aika bugun jini zuwa PCL-2, don haka shigarwar tana aiki. Gajeren lokacin shigarwa galibi yana da wahalar gani, musamman akan mitocin Ruwa da Gas. Ana amfani da LED mai haske na RED don taimakawa rage wannan matsalar. Fitar da GREEN LED (D5): Wannan LED yana walƙiya sau ɗaya a cikin dakika don 100ms, yana nuna cewa microcomputer na PCL2 yana rubuta ƙimar fitarwa zuwa Madaidaicin Yanzu Ampmai sanyaya wuta.
HANYAR MAI CANZA AIKI DA KYAU (COP)/GWAJI-CALIBRATE YELLOW LED (D1): A cikin yanayin aiki na al'ada, LED D1 yana walƙiya don 100mS kowane daƙiƙa 3 kawai don nuna cewa processor yana raye kuma yana gudana ta hanyar madauki na shirin daidai. Lokacin da PCL-2 ke cikin ko dai Yanayin Gwaji ko Yanayin Calibrate, LED D1 yana haskakawa gabaɗaya. Lokacin da Gwaji ko Yanayin Calibrate ya fita, D1 zai ci gaba da walƙiya sau ɗaya kowane sakan 3.
KUSKURE JAN LED (D2): Wannan LED ɗin zai ci gaba da yin haske don nuna cewa akwai kuskuren wuce gona da iri, gabaɗaya cewa Cikakken Sikeli ya yi ƙanƙanta ko ƙimar Pulse yayi girma da yawa. Lokacin da wannan ya faru, cikakken Sikelin zai buƙaci ƙarawa tunda an daidaita yawan bugun bugun gabaɗaya kuma ba za a iya canzawa ba. USB TX GRN LED (D9): Wannan LED yana walƙiya lokacin da tashar USB ke aika bayanai daga PCL-2 zuwa kwamfutar mai ɗaukar hoto da ke gudana SSI Universal Programmer.
USB Rx RED LED (D8): Wannan LED yana walƙiya lokacin da tashar USB ke karɓar bayanai daga kwamfutar mai ɗaukar hoto da ke tafiyar da software na SSI Universal Programmer ko shirin software na ascii.

PCL-2 Tsarin Waya

PCL-2 4-20mA Module Canjin Madauki na Yanzu

Gwajin PCL-2
Yin amfani da ingantacciyar ingancin (0.000V) Digital Volt Mita (DVM) wacce ke da ikon karanta ƙaramin volt.tagdaidai, haɗa jagororin a cikin Resistor R14 sama da mahaɗin fitarwa na madauki na yanzu. Madadin Gwajin TP5 da TP6 ana iya amfani da su. Saka PCL-2 cikin yanayin gwaji.(Duba Shafi na 9.) D1 mai launin rawaya zai ci gaba da haske. Fitowar PCL-2 dole ne a haɗa shi zuwa shigar da na'urar mai karɓa kuma dole ne a yi ƙarfi, ko kuma a haɗa shi da saitin gwaji mai dacewa. Voltage fadin R14 yayi daidai da abin da ake fitarwa a halin yanzu. A 20mA na fitarwa na yanzu, fitarwa voltage a fadin R14 zai zama .20VDC. A 4mA na fitarwa na halin yanzu, fitarwa voltage a fadin R14 zai zama .04VDC. A cikin yanayin gwaji, abin fitarwa na yanzu zai share daga 4mA zuwa 20mA a cikin daƙiƙa 10, kuma ya kasance a 20mA na daƙiƙa 4. Zai sake saita zuwa 4mA na daƙiƙa 4 sannan a maimaita. Don haka, mitar ku zai hau daga .04V zuwa .20 V a cikin daƙiƙa 10, tsaya a .20V na daƙiƙa 4, je zuwa .04V na daƙiƙa 4 sannan ya sake hawa daga .04 zuwa .20V. Wannan yana maimaita ci gaba yayin da yake cikin yanayin gwaji. Yayin da yake cikin Yanayin Gwaji, ana yin watsi da shigar da bugun bugun jini kuma ba komai idan an haɗa ta ko a'a. Cire PCL-2 daga yanayin gwaji kuma komawa zuwa Yanayin Aiki na al'ada. Haɗa fitarwar bugun jini na mitar lantarki zuwa shigar da PCL-2 idan ba a riga an haɗa ba. Tabbatar cewa jajayen LED kusa da tashar Yin yana kunne lokacin da layin shigar Y yayi ƙasa (yana da ci gaba tare da tashar Kin). Danna kowane maɓalli a madannai yayin da ke cikin Gwaji ko Yanayin Calibrate (DAC) zai sa PCL-2 ya fita Yanayin Gwaji ko Yanayin Calibrate kuma ya koma yanayin aiki.
Yin mu'amala da PCL-2 zuwa Na'urar Karɓa
Dole ne na'urar karɓa ta sami shigarwar da ta dace don karɓar halin yanzu na 4-20mA, sanye take da madaidaicin 250 ohm (1% ko mafi kyau), a matsakaicin vol.tagda +5VDC. Yi amfani da na'urar sarrafawa ta #18AWG zuwa #22AWG 2-conductor madaidaicin kebul tsakanin PCL-2 da na'urar karba. 4mA zai samar da 1VDC a fadin 250 ohm resistor, yayin da 20mA zai samar da 5VDC. Rike tsawon kebul ɗin zuwa mafi ƙarancin yuwuwar. Ana ba da shawarar kebul mai kariya tare da haɗin garkuwa daga PCL-2.
Shirye-shirye
PCL-2 yana buƙatar ka haɗa shi ta hanyar tashar USB zuwa kwamfuta don shirye-shirye. Duba Shafi na 5. Ma'auni waɗanda dole ne a tsara su sune:
Yanayin Aiki: Babban Manufar, Lantarki, Ruwa ko Gas
Lokacin fitarwa: daƙiƙa, mintuna ko sa'o'i
Darajar Pulse, 1 zuwa 99999 Watt-hours, Gallons ko CCF kowace bugun jini*
Tace Mai Saurin Shigarwa, 0.5, 1, 5, 20mS
Cikakken Ma'auni; Range 1 zuwa 99999 bugun jini / sk, kW, Gallons/time, ko CCF/lokaci, ya danganta da yanayin aiki.*
Zaɓin Yanayin fitarwa, ko dai Nan take ko Matsakaici (Lantarki kawai)
Bukatar Matsakaicin Tazarar (idan zaɓi na sama shine Matsakaici) mintuna 1-60
Yanayin Gwaji ko Yanayin daidaitawa, Shiga kuma Fita
(*Duba bayanin kula na musamman akan Ƙimar Pulse da Matsakaicin Ƙimar Maɗaukakin Maɗaukaki don Yanayin Babban Buri.)
Goyon bayan sana'a
Tuntuɓi Brayden Automation Corp. Tallafin Tech a 888-BRAYDEN (970-461-9600) idan kuna buƙatar tallafin fasaha.
Shirya PCL-2 4-20mA Module Canjin Madaidaicin Yanzu
Ana buƙatar software
An tsara PCL-2 ta amfani da SSI's Universal Programmer software, akwai azaman zazzagewa kyauta akan SSI websaiti a www.solidstateinstruments.com/downloads. Zazzage sigar software V1.xxx (TBD) ko kuma daga baya daga solidstateinstruments.com website. Dubi Shafi na 10 don umarni kan shigar da software na SSI-UP.
Don shirye-shirye na gaba bayan an saita shi a karon farko, bi waɗannan umarnin:
Amfani da kebul na shirye-shiryen USB wanda ke tare da PCL-2, toshe ƙarshen “B” cikin PCL-2. Toshe ƙarshen “A” cikin tashar USB ta kwamfutarka. Yi wannan da farko kuma yi amfani da wutar lantarki zuwa PCL-2 kafin fara software na shirye-shiryen SSI-UP. Gudanar da SSI Universal Programmer software. Software na SSI-UP yakamata ya gane ta atomatik cewa PCL-2 an toshe a cikin kwamfutar kuma buɗe shafin shirin PCL-2. Za a karanta sigogin shirye-shirye na yanzu daga PCL-2 kuma a nuna su a cikin taga PCL-2. Don KARANTA duk sigogi baya daga PCL-2 a kowane lokaci, danna kan maballin.
Don tsara sabon saiti a cikin PCL-2, shigar da ƙimar da ake so a cikin akwatin da ya dace a cikin taga kuma danna kan . Akwai saituna huɗu akan PCL-2 da yanayin gwaji.
Yanayin Aiki: Zazzage menu na ƙasa kuma zaɓi nau'in aikace-aikacen, Babban Buri, Lantarki, Ruwa, ko Gas. Dangane da yanayin da aka zaɓa, ana iya yin launin toka wasu fasaloli waɗanda basu dace da yanayin da aka zaɓa ba.
Darajar Pulse: Shigar da ƙimar bugun jini na Form A (2-waya) a cikin raka'a da aka zaɓa don yanayin, tare da lamba daga 1 zuwa 99999. Electric shine wattours, Ruwa shine galan, Gas yana cikin Cubic Feet. Don Yanayin Gabaɗaya Maƙasudi ƙimar bugun jini shine 1 kuma ba za a iya canzawa ba. (Don Lantarki, kuna buƙatar ninka ƙimar kWh da 1000 don samun ƙimar watthour.) Maiyuwa ba za ku shigar da ma'aunin ƙima ba. Dole ne ƙimar ta kasance a cikin lambobi duka (lambobi). Don misaliample, idan darajar Form A (2-Wire) ita ce .144 kWh/pulse, to darajar watthour kowane bugun jini shine 144wh/ p. Shigar da 144 a cikin akwatin ƙimar Pulse. Danna kan idan an yi ko canza wani saitin.
Cikakken Sikeli: Shigar da cikakken ƙimar da ake so daga 1 zuwa 99999 zuwa Cikakken Sikelin KW, Gallon ko Ƙafafun Cubic da ake so. Don yanayin manufa ta gabaɗaya, matsakaicin cikakken kewayon ƙimar ƙimar ya dogara da Haɗin Lokaci da aka zaɓa. Tsakanin daƙiƙa, 1-100, Mintuna 100-10000, da Awanni 10000-1000000. Wannan yana ba ku sassauci don shigar da ƙimar da za ta yi aiki tare da ƙudurin 12-bit tare da na'ura mai karɓa. Domin misaliample, shigar da 500 don ƙimar cikakken ƙimar 500kW. Danna kan idan an yi ko canza wani saitin.
Haɗin Lokacin: Zazzage menu na ƙasa kuma zaɓi Sakanni, Minti ko Sa'o'i. Wannan lokacin shine lokacin da abin da ake fitarwa na yanzu ke wakiltar yawan amfani ko kwarara. Ba a amfani da wannan saitin a yanayin Wutar Lantarki.
Yanayin fitarwa: Zaɓi Nan take ko Matsakaici don Yanayin fitarwa. A cikin Yanayin gaggawa, fitowar 4-20mA
za a sabunta kowane daƙiƙa tare da sakamakon karatun na yanzu. A Matsakaicin Yanayin, za a rubuta matsakaicin ƙididdiga zuwa abin fitarwa amplifi don matsakaicin tazara da aka zaɓa. Danna kan idan an yi ko canza wani saitin.
Matsakaicin Tazara: Zaɓi Matsakaicin Tazarar da ake so daga mintuna 1 zuwa 60 (idan zaɓin Yanayin fitarwa shine Matsakaici). Minti 15 shine tsoho tun da yawancin mitoci na lantarki suna amfani da matsakaicin buƙatu na mintuna 15. Ba a yi amfani da wannan saitin idan kuna aiki a cikin yanayin Fitarwa na Nan take. Danna kan idan an yi ko canza wani saitin.
Ƙaddamar da Shigarwa: Zaɓi lokacin yanke hukunci a cikin daƙiƙa miloli, ko dai .5, 1, 5, ko 10 mil seconds. Wannan shine lokacin da dole ne shigarwar aiki mai aiki ta kasance a wurin shigarwar kafin ta cancanci zama ingantacciyar bugun jini. Wannan dabarar tacewa ce don tace sanarwa da hana hayaniya akan layin shigar da alama bugun bugun jini. Ana kuma bada shawarar kebul mai kariya daga mita don rage hayaniya. Ɗure garkuwar zuwa ƙasa a kan mita don katse hayaniya daga PCL-2.
Lokacin canza saitunan tsarin ya cika tabbatar da dannawa . Duk sigogi za a adana su a cikin ƙwaƙwalwar EEPROM mara ƙarfi. Ƙwaƙwalwar EEPROM ba ta amfani da baturi don ajiya don haka duk sigogi ba za su taɓa ɓacewa ba. Ajiye bayanai yawanci shekaru 10 ne idan babu wuta.
Yanayin Gwaji: Zaɓi Kunnawa ko Kashe: Zaɓin Kunna yana saita PCL-2 a yanayin gwaji kuma yana fara sharewa daga 4mA zuwa 20mA a cikin daƙiƙa 10. Zai kasance a 20mA na daƙiƙa 5, sannan sake saita zuwa 4mA na daƙiƙa 5. Za ta sake farawa kuma ta maimaita wannan jerin ci gaba har sai ko dai A kashe an zaɓi ko har sai da minti 5 ya wuce. Duk wani hali da aka aika akan kebul na USB zai fita Yanayin Gwaji. Bugu da kari, hawan keken wutar lantarki zai sa a fita da yanayin gwajin. Yanayin Gwaji yana ƙetare aiki na yau da kullun don haka tabbatar da cewa kun fita yanayin gwaji ko zagayowar don komawa aiki na yau da kullun.
Yanayin daidaitawa: Don ƙididdige fitowar PCL-2 tare da samar da wutar lantarki na 24VDC da aka tsara, kashe Yanayin Gwaji, kuma saita yanayin Calibration zuwa Kunnawa. Kunna wutar lantarki na madauki na 24VDC.
- Saita ƙarancin saiti na 4mA: Zaɓi maɓallin rediyon DAC0. Wannan yana saita fitarwa a 4mA. Yi amfani da mitar ku don karanta volttagku R14. Daidaita Pot R16 har sai mitar volt ta karanta .040VDC.
- Saita cikakken sikelin 20mA: Zaɓi maɓallin rediyon DAC4095. Wannan yana saita fitarwa a 20mA. Yi amfani da mitar ku don karanta voltagku R14. Daidaita Pot R15 har sai mitar volt ta karanta .200VDC.
- Duba tsakiyar sikelin: Zaɓi maɓallin rediyo na DAC2047. Wannan zai saita fitarwa a 12mA. Mitar volt yakamata ya karanta juzu'itage na kusan .120VDC. Yi amfani da calibration "goop" akan tukwane R15 da R16 don hana su motsi.
- Duk wani hali da aka aika ta hanyar kebul na USB zai fita daga Yanayin Gwaji.
Saita Tsoffin Factory: Idan kuna son sake saita duk saitunan PCL-2 zuwa ma'auni na masana'anta, zaɓi Sake saitin sigogi kuma danna kan. .
Karanta Sigar Firmware: Don karanta sigar firmware an jera a shafin lokacin da SSI Universal Software ya haɗa zuwa PCL-2.
Karanta Ma'auni: Danna kan . Duk saituna na yanzu a cikin PCL-2 za a nuna su akan shafi a cikin akwatunan menu nasu.
Goyon bayan sana'a
Tuntuɓi Brayden Automation Corp. Tech Support a 970-461-9600 idan kuna buƙatar taimako akan aikace-aikacen PCL-2 4-20mA Pulse zuwa Module Canjin Madaidaicin Yanzu.

Shigar da SSI Universal Programmer software

Tsarin Shigarwa

1. Zazzage software a www.http://solidstateinstruments.com/sitepages/downloads.php
   Idan kwamfutarka na'ura ce ta Windows 7 32-bit, zaɓi wannan file. Idan kwamfutarka ta kasance Windows 7 64-bit ko Windows 10, zaɓi zazzagewar yau da kullun file.
2. Make a file babban fayil mai suna "SSI Universal Programmer" da kwafi SSIUniversalProgrammer.msi file cikin wannan babban fayil.
3. Danna sau biyu akan SSIUniversalProgrammer.msi file don fara shigar da shirin.
4. Bi umarnin kowane akwatin da zai shigar da direbobi kuma shirya shirin don amfani.
5. Idan an gama danna "Gama" kuma rufe taga (s) Installation.
6. Haɗa PCL-2 zuwa PC ɗin ku tare da Nau'in USB kebul na USB kuma kunna PCL-2.
7. Danna sau biyu akan tambarin SSI ICON akan tebur ɗin ku don fara shirin.
8. Ya kamata taga SSI Universal Program ta buɗe tare da madaidaitan kwalaye don saitunan PCL-2. Bi umarnin kan Shafi na 5.

SSI UP Hoton alloShirye-shirye ta amfani da Dokokin Rubutun ASCII
Hakanan ana iya tsara PCL-2 ta amfani da shirin Terminal kamar TeraTerm, Hyperterminal, ProComm ko kusan kowane shirin tashar tashar Ascii. Farashin 57600
baud, 8 data bits, 1 tasha bit, babu daidaito, babu sarrafa kwarara. Babban ko ƙarami ba kome.
Umarni sune kamar haka:
'H','' ko'?' don jerin duk umarni.
'MX ' Saita yanayin aiki, (X shine 0-General Purpose, 1-Electric, 2-water, 3-Gas).
'DX ' Saita debounce na shigarwa, (X shine 0-500us[.5mS], 1-1ms, 2-5ms, 3-10ms).
'PXXX ' Saita ƙimar shigarwar bugun jini, (1-99999). [Kafaffen a 1 a Gabaɗaya Manufa Yanayin].
'FXXXX ' Saita cikakken ƙimar ƙimar, (1-99999). [Duba bayanin kula a ƙasa].
'IX Saita lokaci mai mahimmanci, (X shine 0-Second, 1-minutes, 2-Hours).
'CX' ' Saita yanayin fitarwa, (X shine 0- Nan take, 1-Matsakaici).
'iXX Saita matsakaicin tazara, (XX shine mintuna 1-60).
'TX' ' Saita yanayin gwaji, (X ba shi da 0-An kashe, 1-An kunna 5 min.).
'T '- Karanta sigogi.
'rm '- Sake saita Micro
'Z '- Saita Tsoffin Factory
'V '- Query Firmware version
DACXX ' Yana saita fitarwa zuwa matakin da aka keɓance tsakanin 0 zuwa 4095 don daidaitawar fitarwa:
Saita zuwa 'DAC0 don 4mA (An kunna min 5 min.)
Saita zuwa 'DAC4095 ' Yana saita fitarwa a 20mA (An kunna min 5 min.)
Saita zuwa 'DAC2047 ' Yana saita fitarwa a 12mA (An kunna min 5 min.)
Cikakken Saitin Ƙimar Ƙimar don Yanayin Manufa Gabaɗaya
Don Wutar Lantarki, Ruwa da Gas, Cikakkun Ma'auni shine 1-99999. Duk da haka, a Gaba ɗaya Manufar
Yanayin, Cikakken Sikelin Darajar ya bambanta tare da Haɗin Lokacin Fitar:
Idan An saita Integral Time (m) zuwa daƙiƙa, kewayon Cikakkiyar Kimar Sikeli shine 1-100;
Idan An saita Integral Time (m) zuwa Minti, kewayon Cikakkar darajar ƙimar shine 100-1,0000;
Idan An saita Haɗin Lokaci (m) zuwa Sa'o'i, kewayon Cikakkar darajar ƙimar shine 1,0000-1,000,000.

Brayden Automation Corp. girma
6230 Aviation Circle
Loveland, CO 80538
(970) 461-9600
support@brayden.com
www.solidstateinstruments.com

Takardu / Albarkatu

KAYAN KAYAN JIHAR KARFIN PCL-2 Mai Canja Wuta-zuwa-Yanzu [pdf] Jagoran Jagora PCL-2, Mai jujjuya-zuwa-Current Loop, Canjin Madauki, Mai Juya-zuwa-Yanzu, Mai Canjawa, Mai Canjawar PCL-2

Magana

• Manual mai amfani