I-LPC-2.A05 I-Longo Ehlelekayo Yemojuli yokuphumayo yesilawuli se-Analogi
“
Ulwazi Lomkhiqizo
Imininingwane
Imodeli: I-Longo Programmable Controller LPC-2.A05
Imojuli yokuphumayo ye-Analogi
Inguqulo: 2
Umkhiqizi: SMARTEH doo
Ikheli: I-Poljubinj 114, 5220 Tolmin,
I-Slovenia
Othintana naye: Ucingo: +386(0)5 388 44 00, I-imeyili:
info@smarteh.si
Webindawo: www.smarteh.si
Imiyalo yokusetshenziswa komkhiqizo
1. Ukufakwa kanye nokusetha
Ukuqinisekisa ukuhambisana nezindinganiso zikagesi kanye nemithethonqubo ye
izwe elisebenzayo.
Abasebenzi abagunyaziwe kufanele basebenze kunethiwekhi ye-AC engu-100-240V.
Vikela amadivaysi/amamojula kumswakama, ukungcola, nokulimala ngesikhathi
ezokuthutha, ukugcinwa, nokusebenza.
Faka imojuli kuloliwe ojwayelekile we-DIN EN50022-35.
2. Izici
- 8 okokufaka kwe-analog: voltagokokufaka kwe-e, okokufaka kwamanje, i-thermistor
- 8 okokufaka/okuphumayo kwe-analog: voltagi-e okukhiphayo, okukhiphayo kwamanje,
i-thermistor, ukuphuma kwe-PWM - Uhlobo lwe-Jumper olukhethekayo lokokufaka/okukhiphayo
- Isibonakaliso se-LED
- Ihlinzekwe ngemojula eyinhloko
- Izilinganiso ezincane zokonga isikhala
3. Ukusebenza
Imojula ye-LPC-2.A05 ingalawulwa kusukela kumojula ye-PLC eyinhloko
(isb, LPC-2.MC9) noma nge-Modbus RTU Slave module main (isb,
I-LPC-2.MU1).
3.1 Incazelo Yokusebenza
Ukuze ulinganise izinga lokushisa le-thermistor, setha elifanele
inkomba voltage yokukhishwa kwe-analog (VAO) bese ukala i-
ivolumutage kokokufaka (VAI). Bheka kuhlelo lokukhipha imojuli
ukuze uthole imininingwane.
Inani lokumelana nochungechunge (RS) lingu-3950 ohms, kanye nenani eliphakeme
ivolumutagokokufaka kwe-analog kungu-1.00V.
Ireferensi yokuphumayo voltagu-e usethwe ngokusekelwe kokukhethiwe
uhlobo lwe-thermistor nezinga lokushisa olifunayo.
FAQ
Q: Ingabe imojula ye-LPC-2.A05 ingasetshenziswa nenye i-PLC
amamojula?
A: Yebo, imojula ye-LPC-2.A05 ingalawulwa kusukela ku-PLC eyinhloko
imojula efana ne-LPC-2.MC9 noma nge-module eyinhloko ye-Modbus RTU Slave njenge
I-LPC-2.MU1.
Q: Mangaki okokufaka/okuphumayo kwe-analog eyenza imojuli ye-LPC-2.A05
unayo?
A: Imojula ye-LPC-2.A05 ine-analog engu-8 yokufaka kanye ne-analog engu-8
okokufaka/okuphumayo.
“`
IMANIWALI YOSEBENZISAYO
Isilawuli se-Longo esihlelekayo se-LPC-2.A05 Imojula yokukhipha okokufaka kwe-Analog
Inguqulo 2
SMARTEH doo / Poljubinj 114 / 5220 Tolmin / Slovenia / Ucingo.: +386(0)5 388 44 00 / e-mail: info@smarteh.si / www.smarteh.si
Isilawuli esihlelekayo se-Longo LPC-2.A05
Ibhalwe ngu-SMARTEH doo Copyright © 2024, SMARTEH doo Incwadi Yomsebenzisi Inguqulo: 2 Juni, 2024
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Isilawuli esihlelekayo se-Longo LPC-2.A05
AMAZINGA NEZINHLELO: Amazinga, izincomo, imithethonqubo kanye nezinhlinzeko zezwe lapho imishini izosebenza khona, kufanele kubhekwe ngenkathi kuhlelwa futhi kumiswa imishini kagesi. Sebenza ku-100 .. Inethiwekhi ye-240 V AC ivunyelwe kubasebenzi abagunyaziwe kuphela.
IZIXWAYISO ZENGOZI: Amadivayisi noma amamojula kufanele avikelwe kumswakama, ukungcola kanye nokulimala ngesikhathi sokuthutha, ukugcinwa kanye nokusebenza.
IMIBANDELA YESIQINISEKISO: Kuwo wonke amamojula we-LONGO LPC-2 uma kungekho ukuguqulwa okwenziwa kuwo futhi axhunywe ngendlela efanele ngabasebenzi abagunyaziwe ngokucabangela ubuningi bamandla okuxhuma avunyelwe, iwaranti yezinyanga ezingama-24 iyasebenza kusukela ngosuku lokuthengisa kuya kumthengi wokugcina, kodwa hhayi ngaphezulu. kunezinyanga ezingama-36 ngemuva kokulethwa kusuka ku-Smarteh. Uma kwenzeka izimangalo zingakapheli isikhathi sewaranti, ezisekelwe ekungasebenzini kahle kwempahla umkhiqizi unikeza ukushintshwa kwamahhala. Indlela yokubuyisela imojuli engasebenzi kahle, kanye nencazelo, ingahlelwa nommeleli wethu ogunyaziwe. Iwaranti ayibandakanyi umonakalo ngenxa yezinto zokuhamba noma ngenxa yemithethonqubo ehambisanayo yezwe engacatshangelwa, lapho imojuli ifakiwe. Lolu cingo kufanele luxhunywe kahle ngohlelo loxhumano oluhlinzekiwe kule manuwali. Ukungaxhumani kahle kungaholela ekulimaleni kwedivayisi, umlilo noma ukulimala komuntu siqu. Ivolumu eyingozitagI-e ocingweni ingabangela ukushaqeka kukagesi futhi ingase ibangele ukulimala komuntu siqu noma ukufa. UNGALOKOTHI USEZE WENA LO Mkhiqizo! Lolu cingo akufanele lufakwe ezinhlelweni ezibalulekile empilweni (isb. izinto zezokwelapha, izindiza, njll.).
Uma idivayisi isetshenziswa ngendlela engacaciswanga ngumkhiqizi, izinga lokuvikela elihlinzekwa okokusebenza lingase lonakaliswe.
Izinto ezilahlwayo zikagesi neze-elekthronikhi (WEEE) kumele ziqoqwe ngokwehlukana!
I-LONGO LPC-2 ithobelana nalawa mazinga alandelayo: · 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 isebenzisa inqubomgomo yentuthuko eqhubekayo. Ngakho-ke sigodla ilungelo lokwenza izinguquko kanye nokwenza ngcono kunoma yimiphi imikhiqizo echazwe kuleli bhukwana ngaphandle kwesaziso sangaphambili.
Umkhiqizi: SMARTEH doo Poljubinj 114 5220 Tolmin Slovenia
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Isilawuli esihlelekayo se-Longo LPC-2.A05
Isilawuli esihlelekayo se-Longo LPC-2.A05
1 IZIFUSHANE……………………………………………………………………………..1 2 INCAZELO…………………………………………………… ……………………………..2 3 IZICI………………………………………………………………………………3 4 UKUSEBENZA………………………………………………………………………….4.
4.1 Incazelo yokusebenza………………………………………………………..4 4.2 Amapharamitha e-SmartehIDE…………………………………………………………… …6 5 UKUFAKA…………………………………………………………………………..10 5.1 Ukuxhumana uhlelo……………………………………………………………10 5.2 Iziyalezo zokukhweza…………………………………………………….13 6 IMICIMBI YOBUCHWEPHESHE……………………………………………………………….15 7 MODULE UKULEBWA………………………………………………………………………16 8 IZINGUQUKO …………………………………………………………… ………………….17 9 AMANOTHI………………………………………………………………………………18
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Isilawuli esihlelekayo se-Longo LPC-2.A05
1 IZIFUSHANE
I-DC RX TX UART PWM NTC I/O AI AO
Ukuthola Kwamanje Okuqondile Dlulisa I-Universal Asynchronous Receiver-Transmitter Width Moduty Modulation Temperature Negative Coeficient Coeficient Input/Okukhiphayo okokufaka kwe-Analog
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Isilawuli esihlelekayo se-Longo LPC-2.A05
2 INCAZELO
I-LPC-2.A05 iyimojula ye-analog yendawo yonke enikeza izinhlobonhlobo zokufaka nezinketho ze-analog. Isiteshi ngasinye sokufakwayo singalungiselelwa ngasodwa lokhu okulandelayo: i-analog voltagokokufaka kwe-e, okokufaka kwamanje kwe-analog, noma okokufaka kwe-thermistor okunikezelwe ukulinganisa izinga lokushisa kusetshenziswa ama-thermistors (NTC, Pt100, Pt1000, njll.). Okokufaka/Okokukhiphayo kunikeza ukuguquguquka okukhulu nakakhulu, okuvumela ukucushwa njengalokhu: ivolumu ye-analogtagokukhiphayo kwe-e, okukhiphayo kwamanje kwe-analog, okokufaka kwe-thermistor, noma okukhiphayo kwe-PWM, okukhiqiza isignali ye-digital pulse enomjikelezo wemisebenzi oguquguqukayo (isb. isilawuli semoto noma ama-LED afiphalisayo). Ukusebenza kwesiteshi ngasinye kukhethwa ngokusho kwe-jumper ebonakalayo ku-PCB nangerejista yokumisa. I-LPC-2.A05 ilawulwa futhi inikwe amandla kusuka kumojula eyinhloko (isb. LPC-2.MU1, LPC-2.MC9) ngebhasi langaphakathi Elingakwesokudla.
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Isilawuli esihlelekayo se-Longo LPC-2.A05
3 IZICI
Umfanekiso 1: LPC-2.A05 module
Ithebula 1: Idatha yobuchwepheshe
8 okokufaka kwe-analog: voltagokokufaka kwe-e, okokufaka kwamanje, okokufaka/okuphumayo kwe-analog ye-thermistor: voltagi-e okukhiphayo, okukhiphayo kwamanje, i-thermistor, i-PWM ephumayo ye-Jumper uhlobo olukhethekayo lwe-Input/output Signal LED Ihlinzekwe kusukela kumojula eyinhloko Ubukhulu obuncane kanye nokukhwezwa kwesitimela okujwayelekile kwe-DIN EN50022-35
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Isilawuli esihlelekayo se-Longo LPC-2.A05
4 UKUSEBENZA
Imojula ye-LPC-2.A05 ingalawulwa kusukela kumojula ye-PLC eyinhloko (isb. LPC-2.MC9). Imingcele yemojuli ingafundwa noma ibhalwe nge-software ye-Smarteh IDE. Imojula ye-LPC-2.A05 nayo ingalawulwa yimojula eyinhloko ye-Modbus RTU Slave (isb. LPC-2.MU1).
4.1 Incazelo yokusebenza
Izinhlobo zokufakwayo I1..I8 ngokwesikhundla se-jumper
Isikhundla se-jumper se-Thermistor esingu-1-2
Ukuze ulinganise izinga lokushisa le-thermistor, setha ivolumu yereferensi efanelekiletage ye-analog
okukhiphayo (VAO) bese ukala i-voltage kokokufaka (VAI), bheka uMdwebo 2 wohlelo lokuphuma kwemojuli. Inani lokumelana nochungechunge (RS) lingu-3950 ohms kanye nevolumu ephezulutagOkokufaka kwe-analog kungu-1,00 V. Ngokusekelwe kule datha, ukumelana ne-thermistor exhunyiwe (RTH) kungabalwa. I
ireferensi yokuphumayo voltage isethwe ngokusekelwe ohlotsheni lwe-thermistor olukhethiwe kanye nezinga lokushisa elifunekayo
ububanzi. Lokhu kuqinisekisa ivolumu yokufakatagi-e ihlala ngaphansi kwe-1.0 V ngenkathi igcina ukulungiswa okwanele. I
inkomba enconyiwe voltagamavelu we-e wokulinganisa okunembile kwama-thermistors anikeziwe kuwo wonke
lonke izinga lawo lokushisa libhalwe ngezansi.
Isibalo sokumelana ne-thermistor ku-I1 .. I8:
U-R TH
=
I-VAI × VAO –
I-RS VAI
[]Isikhundla samanje se-jumper ye-analog engu-2-3
Inani lamanje lokufakwayo libalwa kusukela kuvolumu yokufaka ye-analog eluhlazatage ukufunda “Ix – Analog input”, usebenzisa isibalo esilandelayo.
Okokufaka kwe-analog yamanje ku-I1 .. I8:
IIN =
I-VAI 50
[mA]Voltage i-analog input jumper isikhundla 3-4 Ivolumu yokufakatagInani lika-e libalwa kusukela ku-voltage ye-analog eluhlazatage ukufunda “Ix – Analog input”, usebenzisa isibalo esilandelayo.
Voltagokokufaka kwe-analog ku-I1 .. I8: VIN=VAI × 11 [mV]
Izinhlobo zokufakwayo/okuphumayo IO1..IO8 ngokuya ngokuma kwe-jumper
Okukhiphayo kwamanje kwe-analog noma i-PWM yesignali ephumayo ye-jumper isikhundla 1-2 Uhlobo lokuphumayo lukhethwa “Irejista yokumisa”. Inani lamanje eliphumayo noma inani lomjikelezo we-PWM lisethwa ngokucacisa okuguquguqukayo “Ox Analog/PWM output”.
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Isilawuli esihlelekayo se-Longo LPC-2.A05
Voltage i-analog output jumper position 2-3 Ivolumu yokuphumayotagi-e value isethwa ngokucacisa okuguquguqukayo “IOx – Analog/PWM output”.
Isikhundla se-jumper se-Thermistor esingu-3-4
Ukuze ulinganise izinga lokushisa le-thermistor, setha ivolumu yereferensi efanelekiletage yokukhishwa kwe-analog (VAO) bese ukala ivolumutage kokokufaka (VAI), bheka uMdwebo 2 wohlelo lokuphuma kwemojuli. Inani lokumelana nochungechunge (RS) lingu-3900 ohms kanye nevolumu ephezulutagOkokufaka kwe-analog kungu-1,00 V. Ngokusekelwe kule datha, ukumelana kwe-thermistor exhunyiwe kungabalwa. Ireferensi yokuphumayo voltagi-e isethwe ngokusekelwe ohlotsheni lwe-thermistor olukhethiwe kanye nebanga lokushisa elifiswayo. Lokhu kuqinisekisa ivolumu yokufakatagI-e ihlala ngaphansi kwe-1.0 V ngenkathi igcina ukulungiswa okwanele. Ireferensi enconyiwe voltagAmanani e-e okulinganisa okunembile kwama-thermistors anikeziwe kulo lonke ibanga lawo lokushisa abhalwe ngezansi.
Isibalo sokumelana ne-thermistor ku-IO1 .. IO8:
I-RTH
=
I-VAI × VAO –
I-RS VAI
[]I-NTC 10k Ibanga lokushisa: -50°C .. 125°C Isethi yereferensi enevolumu enconyiwetage = 1.00v
Ibanga lokushisa le-PT100: -200°C .. 800°C Isethi yereferensi enevolumu enconyiwetage = 10.00v
Ibanga lokushisa le-PT1000: -50°C .. 250°C Isethi yereferensi enevolumu enconyiwetage = 3.00v
Ibanga lokushisa: -50°C .. 800°C Isethi yereferensi enevolumu enconyiwetage = 2.00v
Umfanekiso 2: Uhlelo lokuxhuma lwe-Thermistor
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Isilawuli esihlelekayo se-Longo LPC-2.A05
4.2 Amapharamitha we-SmartehIDE
Okokufaka
I1 – Okokufaka kwe-analog [A05_x_ai_analog_input_1]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I2 – Okokufaka kwe-analog [A05_x_ai_analog_input_2]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I3 – Okokufaka kwe-analog [A05_x_ai_analog_input_3]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I4 – Okokufaka kwe-analog [A05_x_ai_analog_input_4]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I5 – Okokufaka kwe-analog [A05_x_ai_analog_input_5]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I6 – Okokufaka kwe-analog [A05_x_ai_analog_input_6]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I7 – Okokufaka kwe-analog [A05_x_ai_analog_input_7]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I8 – Okokufaka kwe-analog [A05_x_ai_analog_input_8]: Okokufaka kwe-analogi eluhlaza okwesibhakabhakatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO1 – Okokufaka kwe-analog [A05_x_ai_analog_input_9]: Okokufaka kwe-analog eluhlazatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO2 – Okokufaka kwe-analog [A05_x_ai_analog_input_10]: Okokufaka kwe-analog eluhlazatage value. Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
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Isilawuli esihlelekayo se-Longo LPC-2.A05
IO3 – Okokufaka kwe-analog [A05_x_ai_analog_input_11]: Okokufaka kwe-analog eluhlazatage value. Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO4 – Okokufaka kwe-analog [A05_x_ai_analog_input_12]: Okokufaka kwe-analog eluhlazatage value. Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO5 – Okokufaka kwe-analog [A05_x_ai_analog_input_13]: Okokufaka kwe-analog eluhlazatage value. Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO6 – Okokufaka kwe-analog [A05_x_ai_analog_input_14]: Okokufaka kwe-analog eluhlazatage value. Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO7 – Okokufaka kwe-analog [A05_x_ai_analog_input_15]: Okokufaka kwe-analog eluhlazatage value. Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO8 – Okokufaka kwe-analog [A05_x_ai_analog_input_16]: Okokufaka kwe-analog eluhlazatage value. Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
Okukhiphayo
I-I1 Reference output [A05_x_ao_reference_output_1]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I-I2 Reference output [A05_x_ao_reference_output_2]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I-I3 Reference output [A05_x_ao_reference_output_3]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I-I4 Reference output [A05_x_ao_reference_output_4]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I-I5 Reference output [A05_x_ao_reference_output_5]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
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Isilawuli esihlelekayo se-Longo LPC-2.A05
I-I6 Reference output [A05_x_ao_reference_output_6]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I-I7 Reference output [A05_x_ao_reference_output_7]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
I-I8 Reference output [A05_x_ao_reference_output_8]: Ivolumu yokuphuma kwesithenjwatage value.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV
IO1 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_1]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO2 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_2]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
0Idatha yezobunjiniyela:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO3 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_3]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO4 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_4]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
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Isilawuli esihlelekayo se-Longo LPC-2.A05
IO5 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_5]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO6 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_6]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO7 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_7]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
IO8 okukhiphayo kwe-Analog/PWM [A05_x_ao_reference_output_8]: Ivolumu yokuphuma kwe-analogtage noma inani lamanje noma umjikelezo womsebenzi we-PWM.
Uhlobo: UINT
Idatha ye-Raw to engineering:
0 .. 10000 0 .. 10000 mV 0 .. 10000 0 .. 20.00 mA 0 .. 10000 0 .. 100.00 %
Irejista yokumisa [A05_x_ao_configuration_reg]: Uhlobo lokuphumayo lwe-IOx luyakhetheka ngale rejista.
Uhlobo: UINT
Idatha eluhlaza kuya kobunjiniyela: xxxxxxx0 (bin) IO1 isethwe njengokuphumayo kwe-analog xxxxxxx1 (bin) IO1 isethwe njengokuphumayo kwe-PWM xxxxxx0x (bin) IO2 isethwe njengokuphumayo kwe-analog xxxxxx1x (bin) IO2 isethwe njengokukhiphayo kwe-PWM xxxxx0xx isethi ye-analog (bin) xxxx3xx (bin) IO1 setha njengokuphumayo kwe-PWM xxxx3xxx (bin) IO0 setha njengokuphumayo kwe-analog xxxx4xxx (bin) IO1 setha njengokuphumayo kwe-PWM xxx4xxxx (bin) IO0 isethwe njengokuphumayo kwe-analog xxx5xxxx (bin) IO1 isethwe njengokukhiphayo kwe-PWM xx5xxxxxx njenge-binx ye-analog x0 IO (bin) IO6 isethi njengokukhiphayo kwe-PWM x1xxxxxx (bin) IO6 isethwe njengokuphumayo kwe-analog x0xxxxxx (bin) IO7 isethwe njengokuphumayo kwe-PWM 1xxxxxxx (bin) IO7 isethwe njengokuphumayo kwe-analog 0xxxxxxx (bin) IO8 isethwe njengokuphumayo kwe-PWM
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Isilawuli esihlelekayo se-Longo LPC-2.A05
5 UKUFAKA
5.1 Uhlelo lokuxhuma
Umfanekiso 3: Uhlelo lokuxhuma
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Isilawuli esihlelekayo se-Longo LPC-2.A05
Ithebula 2: I-Analog IN
I-jumper ehambisanayo
I1
I-Jumper A1
I2
I-Jumper A2
I3
I-Jumper A3
I4
I-Jumper A4
I5
I-Jumper A5
I6
I-Jumper A6
I7
I-Jumper A7
I8
I-Jumper A8
Uhlobo lokokufaka ngokuya ngendawo ye-jumper
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 Pt100, PtTC1000,PT I-Pt100, NTC
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Okokufaka kwe-analog yamanje 0 .. 20 mA Rin = 50
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Voltagokokufaka kwe-analog 0 .. 10 V
I-Rin = 110 k
Ithebula 3: I-analogi NGAPHAKATHI/KUPHUMA
Uhlobo lokokufaka/okukhiphayo ngokuya ngendawo ye-jumper
I-jumper ehambisanayo
jumper pos. 1-2
jumper pos. 2-3
jumper pos. 3-4
IO1
I-Jumper B1
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
Voltagi-analog ephumayo 0 .. 10 V
Pt100, Pt1000, NTC
IO2
I-Jumper B2
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
Voltagi-analog ephumayo 0 .. 10 V
Pt100, Pt1000, NTC
IO3
I-Jumper B3
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
Voltagi-analog ephumayo 0 .. 10 V
Pt100, Pt1000, NTC
IO4
I-Jumper B4
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
Voltagi-analog ephumayo 0 .. 10 V
Pt100, Pt1000, NTC
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Isilawuli esihlelekayo se-Longo LPC-2.A05
Ithebula 3: I-analogi NGAPHAKATHI/KUPHUMA
IO5
I-Jumper B5
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
IO6
I-Jumper B6
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
IO7
I-Jumper B7
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
IO8
I-Jumper B8
Okukhiphayo kwamanje kwe-analog 0 .. 20 mA, okukhiphayo kwe-PWM okungu-200 Hz
Voltagi-analog ephumayo 0 .. 10 V
Voltagi-analog ephumayo 0 .. 10 V
Voltagi-analog ephumayo 0 .. 10 V
Voltagi-analog ephumayo 0 .. 10 V
Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC Pt100, Pt1000, NTC
Ithebula 4: K2
IBHASI langaphakathi
Idatha ne-DC amandla Uxhumano lwemojuli ye-I/O
Ithebula 5: K3
IBHASI langaphakathi
Idatha ne-DC amandla Uxhumano lwemojuli ye-I/O
Ithebula 6: I-LED
I-LED
Ukuxhumana kanye nesimo sokuhlinzekwa kwamandla
VULA: Ukuvula nokuxhumana KULUNGILE Ukucwayiza: Iphutha lokuxhumana VALIWE: cisha amandla
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Isilawuli esihlelekayo se-Longo LPC-2.A05
5.2 Imiyalo yokukhweza
Umfanekiso 4: Ubukhulu bezindlu
9 0 9 5 3 6
53
60
Ubukhulu ngamamilimitha.
Konke ukuxhumeka, okunamathiselwe kwimojula nokuhlanganisa kufanele kwenziwe ngenkathi imojuli ingaxhumekile kumandla amakhulu.
Iziyalezo zokukhweza: 1. CISHA ugesi oyinhloko. 2. Imojula ye-Mount LPC-2.A05 endaweni enikeziwe ngaphakathi kwephaneli kagesi (i-DIN EN50022-35 ukufakwa kwesitimela). 3. Faka amanye amamojula e-LPC-2 (uma kudingeka). Faka imojuli ngayinye kuloliwe we-DIN kuqala, bese unamathisela amamojula ndawonye ngezixhumi ze-K1 ne-K2. 4. Xhuma izintambo zokufaka nezikhiphayo ngokohlelo lokuxhuma kuMfanekiso 2. 5. VULA ugesi oyinhloko.
Yehlisa ngohlelo lokuhlehla. Kumamojula okukhweza/okwehliswa ukuya/kusuka kuloliwe we-DIN isikhala samahhala okungenani semojula eyodwa kufanele sishiywe kuloliwe we-DIN. QAPHELA: Imojuli eyinhloko ye-LPC-2 kufanele inikwe amandla ngokuhlukana nezinye izinto zikagesi ezixhunywe ohlelweni lwe-LPC-2. Izintambo zesignali kufanele zifakwe ngokuhlukana namandla kanye nevolthi ephezulutagizintambo ze-e ngokuhambisana nezinga elijwayelekile lokufakwa kukagesi embonini.
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Isilawuli esihlelekayo se-Longo LPC-2.A05
Umfanekiso 5: Imvume encane
Ukucaciswa okungenhla kufanele kucatshangelwe ngaphambi kokufakwa kwamamojula.
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Isilawuli esihlelekayo se-Longo LPC-2.A05
IMINININGWANE YOBUCHWEPHESHE
Ithebula 7: Imininingwane yobuchwepheshe
I-Power supply Max. ukusetshenziswa kwamandla Uhlobo lokuxhuma
Ubukhulu. faka i-Max yamanje. okukhiphayo okwamanje Iphutha lokulinganisa okokufaka kwe-Analogi yenani eligcwele lesikali ukunemba okukhiphayo kwe-analogi yenani lesikali esigcwele Ukumelana nomthwalo kokuphumayo kwe-analogi Ububanzi bokufaka kwe-analogi Ububanzi bokuphumayo be-Analogi Ubukhulu. isikhathi soshintsho ngesiteshi ngasinye ukulungiswa kwe-ADC Ukumelana ne-resistor Rs ye-I1..I8 Ukumelana ne-resistor Rs ye-IO1..IO8 Ivolumu enkulu yokufaka i-analogtage yesilinganiso se-thermistor Pt100, Pt1000 ukunemba kokulinganisa izinga lokushisa -20..250°C Pt100, ukunemba kwesilinganiso sezinga lokushisa se-Pt1000 ebangeni eligcwele le-NTC 10k ukunemba kokulinganisa izinga lokushisa -40..125°C imvamisa yokuphuma kwe-PWM ye-PWM x Ukunemba kokuphumayo kwe-W H) Isisindo Amazinga okushisa e-Ambient Umswakama osendaweni Ukuphakama okuphezulu Indawo yokukhweza Izinga lokushisa lokuthutha nesitoreji Idigri yokungcola i-Overvoltage isigaba Isigaba sokuvikelwa kwempahla kagesi
Kusukela module main nge ibhasi yangaphakathi
5.2 W
isixhumi sohlobo lwe-screw socingo oluboshwe 0.75 kuya ku-1.5 mm2
uhlobo lwe-analog / okukhiphayo
ivolumutage
okwamanje
1 mA okokufaka ngakunye
20 mA okokufaka ngakunye
20 mA ngokukhipha ngakunye
20 mA ngokukhipha ngakunye
< ± 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 kuya ku-50 °C ubuningi. 95 %, akukho ukujiya 2000 m mpo -20 kuya ku-60 °C 2 II Isigaba II (ukufakwa kabili) IP 30
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Isilawuli esihlelekayo se-Longo LPC-2.A05
7 UKULEBWA KWEMODULI
Umfanekiso 6: Ilebula
Ilebula (sample):
XXX-N.ZZZ
P/N: AAABBBCCDDDEEE S/N: SSS-RR-YYXXXXXXXXXXXX D/C: WW/YY
Incazelo yelebula: 1. XXX-N.ZZZ – igama lomkhiqizo eligcwele. XXX-N – Umndeni womkhiqizo ZZZ – umkhiqizo 2. P/N: AAABBBCCDDDEEE – ingxenye yenombolo. I-AAA – ikhodi evamile yomndeni womkhiqizo, i-BBB – igama lomkhiqizo omfushane, i-CCDDD – ikhodi yokulandelana, · I-CC – unyaka wokuvulwa kwekhodi, · DDD – ikhodi yokuphuma, ikhodi yenguqulo ye-EEE (igcinelwe ukuthuthukiswa kwe-firmware ye-HW kanye/noma ye-SW). 3. S/N: SSS-RR-YYXXXXXXXXX – inombolo yomkhiqizo. Igama lomkhiqizo omfushane we-SSS, ikhodi yomsebenzisi ye-RR (inqubo yokuhlola, isb. umuntu we-Smarteh xxx), unyaka we-YY, XXXXXXXXX inombolo yesitaki yamanje. 4. D/C: WW/YY – ikhodi yosuku. · Iviki le-WW kanye · nonyaka we-YY wokukhiqiza.
Ongakukhetha 1. MAC 2. Izimpawu 3. WAMP 4. Okunye
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Isilawuli esihlelekayo se-Longo LPC-2.A05
8 IZINGUQUKO
Ithebula elilandelayo lichaza zonke izinguquko kudokhumenti.
Usuku
17.06.24 30.05.24
V. Incazelo
2
Amanani 1 kanye no-3 abuyekeziwe.
1
Inguqulo yokuqala, ekhishwe njenge-LPC-2.A05 module UserManual.
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Isilawuli esihlelekayo se-Longo LPC-2.A05
9 AMANOTHI
18
Amadokhumenti / Izinsiza
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I-SMARTTEH LPC-2.A05 Imojuli yokuphumayo yesilawuli se-Longo Ehlelekayo [pdf] Imaniwali yosebenzisayo I-LPC-2.A05 I-Longo Ehlelekayo Yokukhipha Imojuli yokuphumayo yesilawuli se-Analogi, i-LPC-2.A05, Imojula yokukhiphayo yesilawuli esihlelekayo se-Longo, Imojula yokuphumayo yesilawuli se-Analogi, Imojula yokukhiphayo ye-Analogi, Imojula yokukhiphayo, Imojula yokuphumayo, Imojula |