LPC-2.A05 Longo Programmable Controller Imodyuli yokuPhumayo yeAnalog
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Ulwazi lweMveliso
Iinkcukacha
Umzekelo: Isilawuli seLongo esiHlelekileyo LPC-2.A05
Imodyuli yokuPhuma yeAnalog
Inguqulelo: 2
Umenzi: I-SMARTEH doo
Idilesi: Poljubinj 114, 5220 Tolmin,
Sloveniya
Qhagamshelana: Umnxeba: +386(0)5 388 44 00, I-imeyile:
info@smarteh.si
Webindawo: www.smarteh.si
Imiyalelo yokusetyenziswa kwemveliso
1. Ufakelo kunye nokuSeta
Ukuqinisekisa ukuthotyelwa kwemigangatho yombane kunye nemimiselo ye
ilizwe elisebenzayo.
Abasebenzi abagunyazisiweyo kufuneka basebenze kwinethiwekhi ye-AC ye-100-240V.
Khusela izixhobo / iimodyuli kumswakama, ukungcola, kunye nomonakalo ngexesha
uthutho, ukugcinwa, kunye nokusebenza.
Nyusa imodyuli kuloliwe oqhelekileyo we-DIN EN50022-35.
2. Iimpawu
- 8 igalelo analog: voltagigalelo e, igalelo langoku, thermistor
- I-8 ye-analog inputs/outputs: voltagimveliso, imveliso yangoku,
thermistor, imveliso ye-PWM - Umtsi okhethekayo uhlobo lwegalelo/imveliso
- Isibonakaliso se-LED
- Inikwe kwimodyuli ephambili
- Imilinganiselo emincinci yokugcina indawo
3. Ukusebenza
Imodyuli ye-LPC-2.A05 inokulawulwa kwimodyuli ye-PLC ephambili
(umz., LPC-2.MC9) okanye ngeModyuli engundoqo ye-Modbus RTU Slave (umz.,
LPC-2.MU1).
3.1 INkcazelo yokuSebenza
Ukulinganisa ubushushu be-thermistor, setha ngokufanelekileyo
ireferensi voltage yemveliso ye-analog (VAO) kwaye ulinganise i
Umqulutage kwigalelo (VAI). Jonga kwisiphumo senkqubo yemodyuli
ngeenkcukacha.
Ixabiso lokumelana nochungechunge (RS) yi-3950 ohms, kunye nobuninzi
Umqulutagi-analog input yi-1.00V.
Isiphumo sereferensi voltagu-e usetwe ngokusekwe kokukhethiweyo
uhlobo lwe-thermistor kunye nobushushu obufunwayo.
FAQ
Q: Ngaba imodyuli ye-LPC-2.A05 ingasetyenziswa kunye nenye i-PLC
iimodyuli?
A: Ewe, imodyuli ye-LPC-2.A05 inokulawulwa kwi-PLC engundoqo
Imodyuli efana ne-LPC-2.MC9 okanye ngeModyuli engundoqo ye-Modbus RTU Slave njenge
LPC-2.MU1.
Q: Mangaphi amagalelo/iziphumo ze-analog kwimodyuli ye-LPC-2.A05
unayo?
A: Imodyuli ye-LPC-2.A05 ineengeniso ze-analog ezi-8 kunye ne-8 analog
amagalelo/iziphumo.
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INCWADI YOKUSEBENZISA
Isilawuli esicwangcisiweyo seLongo LPC-2.A05 Imodyuli yegalelo leAnalog
Inguqulelo 2
SMARTEH doo / Poljubinj 114 / 5220 Tolmin / Slovenia / Umnxeba: +386(0)5 388 44 00 / i-imeyile: info@smarteh.si / www.smarteh.si
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
Ibhalwe ngu SMARTEH doo Copyright © 2024, SMARTEH doo Incwadi Yomsebenzisi Uguqulelo: 2 Juni, 2024
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
IMIGANGATHO NEMIBANDELA: Imigangatho, iingcebiso, imimiselo kunye nemimiselo yelizwe apho izixhobo ziya kusebenza, kufuneka ziqwalaselwe ngelixa kucwangciswa kunye nokuseta izixhobo zombane. Sebenza kwi-100 .. I-240 V inethiwekhi ye-AC ivunyelwe kubasebenzi abagunyazisiweyo kuphela.
IZILUMKISO ZENGOZI: Izixhobo okanye iimodyuli kufuneka zikhuselwe kumswakama, ukungcola kunye nomonakalo ngexesha lokuthutha, ukugcinwa kunye nokusebenza.
IMIQATHANGO YESIQINISEKISO: Kuzo zonke iimodyuli ze-LONGO LPC-2 ukuba akukho luhlengahlengiso lwenziwayo kwaye ludityaniswe ngokuchanekileyo ngabasebenzi abagunyazisiweyo ngokuthathela ingqalelo ubuninzi bamandla okudibanisa avunyelweyo, iwaranti yeenyanga ezingama-24 isemthethweni ukusuka kumhla wokuthengisa ukuya kumthengi wokugqibela, kodwa hayi ngaphezulu. ngaphezu kweenyanga ezingama-36 emva kokunikezelwa kweSmareh. Kwimeko yamabango ngexesha lewaranti, esekelwe kwizinto ezingasebenzi kakuhle umvelisi unikezela ngokutshintshwa kwamahhala. Indlela yokubuyisela imodyuli engasebenzi kakuhle, kunye nenkcazo, inokulungiswa kunye nommeli wethu ogunyazisiweyo. Iwaranti ayibandakanyi umonakalo ngenxa yokuthutha okanye ngenxa yemimiselo ehambelanayo engaqwalaselwanga yelizwe, apho imodyuli ifakwe khona. Esi sixhobo kufuneka siqhagamshelwe ngokufanelekileyo ngesikimu soqhagamshelwano esinikiweyo kule ncwadana. Ukungadibanisi kunokubangela umonakalo wesixhobo, umlilo okanye ukwenzakala komntu. Umngcipheko voltage kwisixhobo kunokubangela ukothuka kombane kwaye kunokubangela ukwenzakala okanye ukufa komntu. UNGAZE UYIKHONZE LE MVELISO KWAKHO! Esi sixhobo akufuneki sifakwe kwiisistim ezibalulekileyo ebomini (umzekelo, izixhobo zonyango, iinqwelo-moya, njl. njl.).
Ukuba isixhobo sisetyenziswe ngendlela engachazwanga ngumenzi, iqondo lokhuseleko olunikezelwa sisixhobo lunokonakala.
Inkunkuma yombane kunye nezixhobo zombane (WEEE) kufuneka ziqokelelwe ngokwahlukeneyo!
I-LONGO LPC-2 ihambelana nale migangatho ilandelayo: · EMC: EN 61000-6-3: 2007 + A1:2011, EN 61000-6-1: 2007, EN 61000-
3-2: 2006 + A1: 2009 + A2: 2009, EN 61000-3-3: 2013 · LVD: IEC 61010-1: 2010 (3rd Ed.), IEC 61010-2-201: 2013 (1st Ed.)
I-Smarteh doo isebenza ngomgaqo-nkqubo wophuhliso oluqhubekayo. Ke ngoko sinelungelo lokwenza utshintsho kunye nophuculo kuyo nayiphi na imveliso echazwe kule ncwadana ngaphandle kwesaziso sangaphambili.
UMVELISI: SMARTEH doo Poljubinj 114 5220 Tolmin Slovenia
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
1 USHWANKATHELO………………………………………………………………………..1 2 INGCACISO…………………………………………………… ……………………………..2 AMANQAKU ama-3……………………………………………………………………………….3 4 UKUSEBENZA……… ………………………………………………………………….4
4.1 Inkcazo yokusebenza…………………………………………………………..4 4.2 IiParamitha zeSmartehIDE …6 5 UKUFAKWA………………………………………………………………………..10 5.1 Isikim soqhagamshelo………………………………………… ………………………10 5.2 Imiyalelo yokunyuswa………………………………………………………….13 6 IINKCUKACHA ZOBUGCISA…………………………………… ………………………….15 7 UKUFAKWA KWEMODYULI…………………………………………………………………….16 8 UTSHINTSHO ……………………… ……………………………………………………….17 9 AMANQAKU………………………………………………………………………… …………18
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
1 USHWANKATHELO
DC RX TX UART PWM NTC I/O AI AO
Ngqo uYamkelwa ngokuDlulisa i-Universal Asynchronous Receiver-Transmitter Pulse Width Modulation Ubushushu obungalunganga beInput/Ioutput Input Input Analog
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
2 INGCACISO
I-LPC-2.A05 yimodyuli ye-analog yendalo yonke enikezela ngeendlela ezahlukeneyo zokufaka i-analog kunye nokukhethwa kwemveliso. Ijelo ngalinye legalelo lingamiselwa ngokuzimeleyo koku kulandelayo: i-analog voltagigalelo le-e, igalelo langoku le-analog, okanye igalelo le-thermistor elinikezelwe kumlinganiselo wobushushu kusetyenziswa iithermistors (NTC, Pt100, Pt1000, njl.). Imijelo yegalelo/Imveliso inika ububhetyebhetye obukhulu ngakumbi, ivumela uqwalaselo njenge: umthamo we-analogtagimveliso ye-e, imveliso yangoku ye-analog, igalelo le-thermistor, okanye imveliso ye-PWM, eyenza umqondiso we-digital pulse kunye nomjikelo womsebenzi oguquguqukayo (umzekelo, ukulawula imoto okanye ukucima ii-LEDs). Ukusebenza kwetshaneli nganye kukhethwe ngokujula komzimba kwi-PCB kunye nerejista yoqwalaselo. I-LPC-2.A05 ilawulwa kwaye inikwe amandla ukusuka kwimodyuli engundoqo (umzekelo, i-LPC-2.MU1, i-LPC-2.MC9) ngebhasi yangaphakathi yasekunene.
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
IIMPAWU ezi-3
Umzobo 1: Imodyuli ye-LPC-2.A05
Itheyibhile 1: Idatha yobugcisa
8 igalelo analog: voltagigalelo e, igalelo langoku, thermistor 8 analog inputs/outputs: voltagimveliso ye-e, imveliso yangoku, i-thermistor, imveliso ye-PWM ye-Jumper ekhethiweyo uhlobo lwegalelo / imveliso Umqondiso we-LED Ubonelelwe ukusuka kwimodyuli engundoqo Imilinganiselo emincinci kunye ne-DIN esemgangathweni EN50022-35 yokunyuka kaloliwe
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
4 UKUSEBENZA
Imodyuli ye-LPC-2.A05 inokulawulwa kwimodyuli ye-PLC engundoqo (umz. LPC-2.MC9). Iiparamitha zemodyuli zinokufundwa okanye zibhalwe nge-software ye-Smarteh IDE. Imodyuli ye-LPC-2.A05 inokulawulwa yimodyuli engundoqo ye-Modbus RTU Slave (umz. LPC-2.MU1).
4.1 Inkcazo yokusebenza
Iintlobo zamagalelo I1..I8 ngokwendawo yejumper
Thermistor igalelo jumper isikhundla 1-2
Ukulinganisa ubushushu be-thermistor, seta i-reference voltage ye-analog
imveliso (VAO) kwaye ulinganise umthamotage kwigalelo (VAI), bhekisa kuMfanekiso 2 wenkqubo yemveliso yemodyuli. Ixabiso lokumelana nochungechunge (RS) yi-3950 ohms kunye ne-voltage ephezulutagIgalelo le-analog yi-1,00 V. Ngokusekelwe kule datha, ukuchasana kwe-thermistor edibeneyo (RTH) ingabalwa. I
isiphumo reference voltagi-e isetwa ngokusekelwe kuhlobo lwethermistor olukhethiweyo kunye nobushushu obufunwayo
uluhlu. Oku kuqinisekisa igalelo voltage ihlala ngaphantsi kwe-1.0 V ngelixa igcina isisombululo esaneleyo. I
ireferensi ecetyiswayo voltagamaxabiso emilinganiselo echanekileyo yeethermistors ezinikiweyo
lonke uluhlu lwabo lobushushu zidweliswe ngezantsi.
Inxaki yokumelana ne-thermistor kwi-I1 .. I8:
R TH
=
IVAI × VAO –
RS VAI
[]Indawo ye-jumper yangoku ye-analog 2-3
Igalelo langoku ixabiso libalwa ukusuka kwi-analog ekrwada yegalelo voltage ukufunda “Ix – Analog input”, usebenzisa le nxaki ilandelayo.
Igalelo le-analog yangoku kwi-I1 .. I8:
IIN =
IVAI 50
[ma]Umqulutage analog igalelo jumper isikhundla 3-4 Igalelo voltagIxabiso le-e libalwa ukusuka kwigalelo le-analog ekrwadatage ukufunda “Ix – Analog input”, usebenzisa le nxaki ilandelayo.
Umqulutagi-analog input kwi-I1 .. I8: VIN= VAI × 11 [mV]
Iintlobo zegalelo / iziphumo IO1..IO8 ngokwendawo yejumper
Imveliso ye-analog yangoku okanye i-PWM yesignali ye-jumper ye-jumper isikhundla 1-2 Uhlobo lwemveliso lukhethwa yi "Configuration Register". Ixabiso langoku eliphumayo okanye ixabiso lomjikelo wePWM limiselwa ngokucacisa izinto eziguquguqukayo "IOx Analog/PWM output".
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
Umqulutage analog output jump jump isikhundla 2-3 Imveliso voltagIxabiso le-e limiselwa ngokucacisa izinto eziguquguqukayo "IOx - i-Analog/PWM output".
Thermistor igalelo jumper isikhundla 3-4
Ukulinganisa ubushushu be-thermistor, seta i-reference voltage yemveliso ye-analog (VAO) kwaye ulinganise umthamotage kwigalelo (VAI), bhekisa kuMfanekiso 2 wenkqubo yemveliso yemodyuli. Ixabiso lokumelana nochungechunge (RS) yi-3900 ohms kunye ne-voltage ephezulutagIgalelo le-analog yi-1,00 V. Ngokusekelwe kule datha, ukuchasana kwe-thermistor edibeneyo ingabalwa. Isiphumo sereferensi voltagi-e iseti ngokusekelwe kuhlobo lwethermistor olukhethiweyo kunye noluhlu lobushushu olufunekayo. Oku kuqinisekisa igalelo voltage ihlala ngaphantsi kwe-1.0 V ngelixa igcina isisombululo esaneleyo. Ireferensi ecetyiswayo voltagamaxabiso omlinganiselo ochanekileyo we thermistors ezinikiweyo kulo lonke udidi lobushushu adweliswe ngezantsi.
Inxaki yokumelana nethermistor kwi-IO1 .. IO8:
I-RTH
=
IVAI × VAO –
RS VAI
[]NTC 10k Uluhlu lobushushu: -50°C .. 125°C Kucetyiswa iseti yereferensi voltage = 1.00V
Pt100 Uluhlu lobushushu: -200°C .. 800°C eCetyisiweyo iseti reference voltage = 10.00V
Pt1000 Uluhlu lobushushu: -50°C .. 250°C eCetyisiweyo iseti reference voltage = 3.00V
Uluhlu lobushushu: -50 °C .. 800 °C Kucetyiswa iseti reference voltage = 2.00V
Umzobo 2: Iskimu sokuqhagamshelwa kwe-Thermistor
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
4.2 Iiparamitha zeSmarehIDE
Igalelo
I1 – igalelo le-analog [A05_x_ai_analog_input_1]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I2 – igalelo le-analog [A05_x_ai_analog_input_2]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I3 – igalelo le-analog [A05_x_ai_analog_input_3]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I4 – igalelo le-analog [A05_x_ai_analog_input_4]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I5 – igalelo le-analog [A05_x_ai_analog_input_5]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I6 – igalelo le-analog [A05_x_ai_analog_input_6]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I7 – igalelo le-analog [A05_x_ai_analog_input_7]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I8 – igalelo le-analog [A05_x_ai_analog_input_8]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO1 – igalelo le-Analog [A05_x_ai_analog_input_9]: Igalelo le-analog ekrwadatagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO2 – igalelo le-Analog [A05_x_ai_analog_input_10]: Igalelo le-analog ekrwadatagixabiso e. Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
IO3 – igalelo le-Analog [A05_x_ai_analog_input_11]: Igalelo le-analog ekrwadatagixabiso e. Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO4 – igalelo le-Analog [A05_x_ai_analog_input_12]: Igalelo le-analog ekrwadatagixabiso e. Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO5 – igalelo le-Analog [A05_x_ai_analog_input_13]: Igalelo le-analog ekrwadatagixabiso e. Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO6 – igalelo le-Analog [A05_x_ai_analog_input_14]: Igalelo le-analog ekrwadatagixabiso e. Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO7 – igalelo le-Analog [A05_x_ai_analog_input_15]: Igalelo le-analog ekrwadatagixabiso e. Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO8 – igalelo le-Analog [A05_x_ai_analog_input_16]: Igalelo le-analog ekrwadatagixabiso e. Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
Isiphumo
I1 Imveliso yereferensi [A05_x_ao_reference_output_1]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I2 Imveliso yereferensi [A05_x_ao_reference_output_2]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I3 Imveliso yereferensi [A05_x_ao_reference_output_3]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I4 Imveliso yereferensi [A05_x_ao_reference_output_4]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I5 Imveliso yereferensi [A05_x_ao_reference_output_5]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
I6 Imveliso yereferensi [A05_x_ao_reference_output_6]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I7 Imveliso yereferensi [A05_x_ao_reference_output_7]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
I8 Imveliso yereferensi [A05_x_ao_reference_output_8]: Imveliso yereferensi voltagixabiso e.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV
IO1 imveliso ye-Analog/PWM [A05_x_ao_reference_output_1]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO2 imveliso ye-Analog/PWM [A05_x_ao_reference_output_2]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
0Idatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO3 imveliso ye-Analog/PWM [A05_x_ao_reference_output_3]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO4 imveliso ye-Analog/PWM [A05_x_ao_reference_output_4]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
IO5 imveliso ye-Analog/PWM [A05_x_ao_reference_output_5]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO6 imveliso ye-Analog/PWM [A05_x_ao_reference_output_6]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO7 imveliso ye-Analog/PWM [A05_x_ao_reference_output_7]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO8 imveliso ye-Analog/PWM [A05_x_ao_reference_output_8]: Umthamo wemveliso ye-Analogtage okanye ixabiso langoku okanye umjikelo womsebenzi wePWM.
Uhlobo: UINT
Ekrwada kwidatha yobunjineli:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
Irejista yoqwalaselo [A05_x_ao_configuration_reg]: Uhlobo lwemveliso yeIOx lukhethwa ngale rejista.
Uhlobo: UINT
Ikrwada kwidatha yobunjineli: xxxxxxx0 (umgqomo) IO1 iseti njengemveliso ye-analog xxxxxxx1 (bin) IO1 iseti njengemveliso ye-PWM xxxxxx0x (umgqomo) IO2 iseti njengemveliso ye-analog xxxxxx1x (umgqomo) IO2 iseti njengemveliso ye-PWM xxxxx0xx (umgqomo) xxxxx3xx (umgqomo) IO1 iseti njengemveliso ye-PWM xxxx3xxx (umgqomo) IO0 iseti njengemveliso ye-analog xxxx4xxx (bin) IO1 iseti njengemveliso ye-PWM xxx4xxxx (umgqomo) IO0 iseti njengemveliso ye-analog xxx5xxxx (bin) IO1 xxxxxxxxxxxxxxbnz cwangcisa njengemveliso ye-analog xx5xxxxx (bin) IO0 iseti njengemveliso ye-PWM x6xxxxxx (bin) IO1 iseti njengemveliso ye-analog x6xxxxxx (bin) IO0 iseti njengemveliso ye-PWM 7xxxxxxx (umgqomo) IO1 iseti njengemveliso ye-analog 7xxxxxx0xxxxxxxxxxxxxf
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
5 UKUFAKWA
5.1 Iskimu soqhagamshelo
Umzobo 3: Iskimu soqhagamshelo
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Isilawuli seLongo esicwangcisiweyo LPC-2.A05
Uluhlu 2: I-Analog IN
Ijumpi ehambelanayo
I1
Umtsi A1
I2
Umtsi A2
I3
Umtsi A3
I4
Umtsi A4
I5
Umtsi A5
I6
Umtsi A6
I7
Umtsi A7
I8
Umtsi A8
Uhlobo lwegalelo ngokwendawo yokuxhuma
jumper pos. 1-2
jumper pos. 2-3
jumper pos. 3-4
Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC PtTC100, PtTC1000
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Igalelo le-analog yangoku 0 .. 20 mA Rin = 50
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Umqulutagigalelo le-analog 0 .. 10 V
Rin = 110 k
Itheyibhile 3: I-analog NGAPHAKATHI/NGOKUPHUMA
Uhlobo lwegalelo/imveliso ngokwendawo yokuxhuma
Ijumpi ehambelanayo
jumper pos. 1-2
jumper pos. 2-3
jumper pos. 3-4
IO1
Umtsi B1
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
Umqulutagimveliso ye-analog 0 .. 10 V
Pt100, Pt1000, NTC
IO2
Umtsi B2
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
Umqulutagimveliso ye-analog 0 .. 10 V
Pt100, Pt1000, NTC
IO3
Umtsi B3
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
Umqulutagimveliso ye-analog 0 .. 10 V
Pt100, Pt1000, NTC
IO4
Umtsi B4
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
Umqulutagimveliso ye-analog 0 .. 10 V
Pt100, Pt1000, NTC
11
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
Itheyibhile 3: I-analog NGAPHAKATHI/NGOKUPHUMA
IO5
Umtsi B5
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
IO6
Umtsi B6
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
IO7
Umtsi B7
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
IO8
Umtsi B8
Imveliso ye-analog yangoku 0 .. 20 mA, imveliso ye-PWM 200 Hz
Umqulutagimveliso ye-analog 0 .. 10 V
Umqulutagimveliso ye-analog 0 .. 10 V
Umqulutagimveliso ye-analog 0 .. 10 V
Umqulutagimveliso ye-analog 0 .. 10 V
Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC
Uluhlu 4: K2
IBHASI yangaphakathi
Idatha & nombane we-DC Uqhagamshelwano kwimodyuli ye-I/O
Uluhlu 5: K3
IBHASI yangaphakathi
Idatha & nombane we-DC Uqhagamshelwano kwimodyuli ye-I/O
Itheyibhile 6: I-LED
I-LED
Unxibelelwano kunye nesimo sobonelelo lwamandla
VULA: Ukuvula umbane kunye nonxibelelwano Kulungile Ukuqhwanyaza: Impazamo yonxibelelwano VALIWE: cima umbane
12
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
5.2 Imiyalelo yokunyuswa
Umzobo 4: Imilinganiselo yezindlu
9 0 9 5 3 6
53
60
Imilinganiselo kwiimilimitha.
Lonke uqhagamshelo, uncamathiselo lwemodyuli kunye nokudibanisa kufuneka kwenziwe ngelixa imodyuli ingaqhagamshelwanga kubonelelo lwamandla oluphambili.
Imiyalelo yokunyuka: 1. Cima umbane ongundoqo. 2. Imodyuli yeNtaba ye-LPC-2.A05 kwindawo ebonelelweyo ngaphakathi kwendawo yombane (i-DIN EN50022-35 i-rail mounting). 3. Nyusa ezinye iimodyuli ze-LPC-2 (ukuba ziyafuneka). Nyusa imodyuli nganye kuloliwe weDIN kuqala, emva koko uqhoboshele iimodyuli kunye nge K1 kunye ne K2 iziqhagamshelo. 4. Qhagamshela iingcingo kunye neengcingo eziphumayo ngokuhambelana neskimu sokuqhagamshelwa kuMzobo 2. 5. Switch ON main power supply.
Ukwehla ngokulandelelana. Ukunyuswa/ukwehlisa iimodyuli ukuya/ukusuka kwi-DIN kaloliwe indawo ekhululekileyo ubuncinci imodyuli enye mayishiywe kumzila kaloliwe weDIN. QAPHELA: Imodyuli engundoqo ye-LPC-2 kufuneka inikwe amandla ngokwahlukileyo kwezinye izixhobo zombane eziqhagamshelwe kwinkqubo ye-LPC-2. Iingcingo zomqondiso kufuneka zifakwe ngokwahlukileyo kumandla kunye nevolthi ephezulutagiingcingo ze-e ngokuhambelana nomgangatho wofakelo lombane jikelele.
13
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
Umzobo 5: Ubuncinci bokukhutshwa
Ucociso olungentla kufuneka luqwalaselwe phambi kokufakwa kwimodyuli.
14
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
6 IMIGAQO YOBUGCISA
Itheyibhile 7: Iinkcukacha zobugcisa
Unikezelo lwamandla Max. ukusetyenziswa kwamandla Uhlobo loqhagamshelo
Max. igalelo langoku Max. imveliso yangoku Imposiso yokulinganisa igalelo le-Analog yexabiso elipheleleyo lokuchaneka kwemveliso ye-Analog yexabiso elipheleleyo lesikali somthwalo wokuchasa iziphumo ze-analog Uluhlu lwegalelo lwe-Analog Uluhlu lwemveliso ye-Analog Ubuninzi. ixesha lotshintsho kwitshaneli nganye isisombululo se-ADC Ukumelana ne-resistor Rs ye-I1..I8 Ukumelana ne-resistator Rs ye-IO1..IO8 Ubuninzi begalelo le-analog voltage yokulinganisa thermistor Pt100, Pt1000 ukuchaneka umlinganiselo wobushushu ukuchaneka -20..250 °C Pt100, Pt1000 ukuchaneka komlinganiselo wobushushu kuluhlu olupheleleyo NTC 10k ubushushu ukuchaneka umlinganiselo wobushushu -40..125 °C PWM imveliso frequency PWM ukuchaneka x Dimen H) Ubunzima Iqondo lobushushu obumileyo Ukufuma kwendawo Ubuninzi bomphakamo Indawo yokuxhoma Uthutho kunye neqondo logcino lobushushu Ungcoliseko isidanga esiPheleleyotage udidi Izixhobo zoMbane Iklasi yoKhuselo
Ukusuka kwimodyuli ephambili ngebhasi yangaphakathi
5.2 W
Isidibanisi sodidi lwe-screw kwi-wire stranded 0.75 ukuya kwi-1.5 mm2
igalelo le-analog / uhlobo lwemveliso
Umqulutage
yangoku
1 mA ngegalelo ngalinye
20 mA ngegalelo ngalinye
20 mA imveliso nganye
20 mA imveliso nganye
< ± 1%
< ± 2%
± 2%
R > 500 0 .. 10 V 0 .. 10 V 1 s 12 bit 3950 3900
1,00 V
± 2%
R < 500 0 .. 20 mA 0 .. 20 mA
± 1 °C
± 2°C
± 1 °C
200 Hz ±3 % 90 x 53 x 60 mm 100 g 0 ukuya ku-50 °C ubuninzi. 95 %, akukho condensation 2000 m nkqo -20 ukuya 60 °C 2 II Udidi II (double insulation) IP 30
15
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
7 UKUFAKWA LEMODYULI
Umzobo 6: Ileyibhile
Ileyibhile (sample):
XXX-N.ZZZ
P/N: AAABBBCCDDDEEE S/N: SSS-RR-YYXXXXXXXXXXXX D/C: WW/YY
Inkcazo yeleyibhile: 1. XXX-N.ZZZ - igama elipheleleyo lemveliso. XXX-N – Usapho lwemveliso ZZZ – imveliso 2. P/N: AAABBBCCDDDEEE – inxalenye yenombolo. I-AAA - ikhowudi eqhelekileyo yentsapho yemveliso, i-BBB - igama elifutshane lemveliso, i-CCDDDD - ikhowudi yolandelelwano, · CC - unyaka wokuvulwa kwekhowudi, · DDD - ikhowudi yokuphuma, ikhowudi yenguqulo ye-EEE (igcinelwe i-HW yexesha elizayo kunye / okanye ukuphuculwa kwe-firmware ye-SW). 3. S/N: SSS-RR-YYXXXXXXXXX – inombolo yothotho. Igama lemveliso emfutshane ye-SSS, ikhowudi yomsebenzisi we-RR (inkqubo yovavanyo, umz. Smarteh umntu xxx), unyaka we-YY, XXXXXXXXX inombolo yesitaki sangoku. 4. D/C: WW/YY – ikhowudi yomhla. · Iveki yeWW kunye · neYY unyaka wemveliso.
Ngokuzikhethela 1. MAC 2. Iimpawu 3. WAMP 4. Okunye
16
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
8 UTSHINTSHO
Le theyibhile ilandelayo ichaza zonke iinguqu kuxwebhu.
Umhla
17.06.24 30.05.24
V. Inkcazo
2
Amanani 1 kunye ne-3 ahlaziywa.
1
Inguqulelo yokuqala, ekhutshwe njenge-LPC-2.A05 imodyuli yoMsebenzisi-ncwadi.
17
Isilawuli seLongo esicwangcisiweyo LPC-2.A05
9 AMANQAKU
18
Amaxwebhu / Izibonelelo
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SMARTTEH LPC-2.A05 Longo Inkqubo eSetyenziswayo yesiLawuli se-Analog Imodyuli yokuPhumayo [pdf] Incwadi yokusebenzisa LPC-2.A05 iLongo iLongo yegalelo imodyuli yeAnalog, LPC-2.A05, Imodyuli yegalelo yoMlawuli weAnalog, iModyuli yegalelo yeAnalog, imodyuli yegalelo, imodyuli yegalelo, imodyuli yegalelo, imodyuli |