I-XP Power NLB Isixhumi Esibonakalayo Sohlelo Lwe-Analog Engahlukanisiwe se-PLC
Ulwazi Lomkhiqizo
Imininingwane
- Igama Lomkhiqizo: I-Analog Programming Interface ye-PLC
- Inguqulo: 9.7
- Umkhiqizi: XP Power FuG
- Indawo: Am Eschengrund 11, D-83135 Schechen, Germany
Imiyalo yokusetshenziswa komkhiqizo
I-Analog Programming Option / Interface
Okujwayelekile
Isixhumi esibonakalayo se-analog (isokhethi engu-15-pole Sub-D ephaneli elingemuva) sisetshenziselwa ukulawula ivolumutagukulungiselelwa kwe-e, ukulungiselelwa kwamanje, UKUPHUMA KUVULIWE/KUVALIWE, nemisebenzi ekhethekile esekelwe ohlotsheni lweyunithi. Amanani angempela anikezwa njenge-analog voltagngenkathi izindlela zokulawula ziyizimpawu zedijithali. I-interface itholakala kuphaneli elingemuva le-DC power supply.
Umsebenzi: Voltage kanye namanani amanje angasethwa kusetshenziswa amasignali e-analog ajwayelekile. Inkomba yangaphakathi voltagI-e +10V ingafinyelelwa ku-pin 10 ukuze kukhiqizwe amasignali we-setpoint.
Ikhebuli yesiginali neyokulawula: I-analog interface isebenzisa isokhethi ye-Sub-D evikelekile. Isihlangu sixhunywe kumandla ezindlu (PE). Qinisekisa ukuvikela okufanele kanye nesisekelo sokuthobela ukuhambisana kwe-electromagnetic (EMC).
Voltage Umkhawulo: Voltagumkhawulo osethwe yi-potentiometer VLIMIT kuphaneli yangaphambili uhlala usebenza. Izici zedivayisi ezifana nokunemba nokuzinza azithinteki ngenxa yokuhlanganisa isignali okuqondile.
Isexwayiso: Amayunithi anenketho yohlelo lwe-analogi engahlukanisiwe akumele asetshenziswe mahhala ukuze avimbele ukulimala komuntu kanye nokulimala kwempahla.
Ukusetshenziswa Okungalungile Uma Usebenzisa I-Analog Programming
Ingozi: Ukudonsa ikhebula lesixhumi esibonakalayo sohlelo lwe-analog kumodi ye-ANALOG kungabangela ivolumu yokuphumayotage ukwehla ku-0V. Ukuxhuma kabusha ikhebula ngaphandle kokushintsha izilungiselelo kuzokhipha amanani esethi yokugcina.
imibuzo ejwayelekile ukubuzwa
Q: Ngingakwazi ukusebenzisa isixhumi esibonakalayo se-analog kuzo zonke izinhlobo zamadivayisi?
A: Ukunikezwa kwamaphini kungahluka kuye ngochungechunge lwedivayisi. Bheka ngaphezuluview ngohlelo lwe-analog kumanuwali ukuze uthole ulwazi oluthile.
Q: Yibuphi ubude obuphezulu obuvumelekile bekhebula evikelekile yesixhumi esibonakalayo se-analog?
A: Ubude obukhulu obuvunyelwe yi-3m ukuqinisekisa ukuthobelana nezidingo zokuhambisana kwe-electromagnetic (EMC).
Isixhumi esibonakalayo semiyalo yokusebenza
(Kuhunyushwe kusuka kusiJalimane)
Inguqulo: 9.7
Leli bhukwana lakhiwe ngu: XP Power FuG, Am Eschengrund 11, D-83135 Schechen, Germany
Inketho ye-Analog Programming / interface
Okujwayelekile
I-analog interface (15-pole Sub-D isokhethi kuphaneli elingemuva) isetshenziselwa ukulawula imisebenzi voltagisethingi ye-e, izilungiselelo zamanje kanye NOKUPHUMA KUVULIWE/KUVALIWE nemisebenzi ekhethekile, kuye ngohlobo lweyunithi. Amanani angempela amanje anikezwa njenge-analog voltages kanye nezindlela zakamuva zokulawula njengamasignali edijithali.
Ukunikezwa kwamanye amaphini kuyahluka kuye ngochungechunge lwedivayisi. Sicela ubheke ngaphezuluview ngohlelo lwe-analog ngaphansi kuka-1.3.
I-interface itholakala kuphaneli elingemuva le-DC power supply.
Umsebenzi
Voltage kanye namanani amanje angasethwa ngamasignali e-analog ajwayelekile (inkomba yangaphandle). Inkomba yangaphakathi voltagI-e +10 V ingathentwa ku-pin 10 futhi isetshenziselwe ukukhiqiza lawa masignali we-setpoint (isb ngama-potentiometers angu-10 Kg), bona izinketho zezintambo ngaphansi kuka-1.
Ikhebuli yesiginali nokulawula
Isixhumi esibonakalayo se-analog sisetshenziswa kusetshenziswa isokhethi ye-Sub-D evikelekile. Isihlangu sixhunywe kumandla ezindlu (PE). Isixhumi sokukhwelana, kanye nesixhumanisi sedatha, kufanele kuvikelwe futhi izihlangu kufanele zixhunywe komunye nomunye. Ubude obuvunyelwe bekhebula elivikelekile bungama-3m. Lezi izimfuneko zokuthobela i-electromagnetic compatibility (EMC), bheka futhi Isimemezelo Sokuvumelana kusithasiselo.
Voltage umkhawulo
IVoltagumkhawulo we-e, uma ukhona olungiseka nge-potentiometer VLIMIT kuphaneli yangaphambili yomthombo wamandla we-DC, usasebenza.
Ngenxa yokuhlanganiswa okuqondile kwamasiginali e-analogi, izici zedivayisi njengokunemba, umugqa womugqa, ukuzinza kanye ne-coefficient yezinga lokushisa zihlala zingashintshile.
ISEXWAYISO
Sicela uqaphele ukuthi amayunithi okuphakela amandla ahlome ngenketho yohlelo lwe-analogi engeyona eyodwa AKAWENZE kusetshenzelwa mahhala!
Lokhu kuxhumana okungaba khona kuvikela ekulimaleni komuntu kanye nokulimala kwempahla.
Ngenxa yezizathu zokuphepha isigxobo esisodwa esiphumayo kuye ngohlobo lwedivayisi esilethwa sinomhlaba.
| Izinhlobo of amadivaysi | |||||||
| HCB | HCK | HCP | I-MCA | I-MCP | I-NLB | I-NLN | I-NTN |
| "0V" ivaliwe | "-" noma "A-" umhlaba | "A0"
okomhlaba |
"+"
okomhlaba |
"A+"
okomhlaba |
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Ukusetshenziswa kabi okubonakalayo uma usebenzisa uhlelo lwe-analog
ISEXWAYISO
Ingozi yokushaqeka kukagesi ekuphumeni kwamandla!
Uma idivayisi isebenza ngemodi ye-ANALOG futhi ikhebula lesixhumi esibonakalayo sohlelo lwe-analog liyadonswa, ivolumu yokuphumayotage yehlela ku-0V ngemva kwesikhathi sokukhipha okuncike emthwalweni wokuxhuma. Uma ikhebula lesixhumi esibonakalayo sohlelo lwe-analog selixhunywe futhi ngaphandle kokushintsha izilungiselelo zesilawuli kude, amanani okugcina asethiwe azoba khona kokuphumayo.
Kuphelileview wohlelo lwe-analog
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| Phina | Incazelo | Uhlobo | Umsebenzi |
| 1 | CC | DO | izimpahla cishe. +24 V uma ukunikezwa kwamandla kukumodi yamanje engashintshi.
Ilingana ne-LED CC, Ri approx. 2.7 KΩ |
| 2 | CV | DO | Impahla cishe. +24V uma ukunikezwa kwamandla kuyivolthi engaguqukitagimodi e.
Ilingana ne-LED CV, Ri approx. 2.7 KΩ |
| 3 | I-MON | AO | Isignali yokuqapha ephumayo yangempela engu-0…+10 V imele u-0...okwamanje okuzisholo |
| 4 | I-VPS | AO | Isilayidi Voltagibhodwe kuphaneli yangaphambili 0…+10 V, Ri cishe. 10 KΩ |
|
5 |
Ayisetshenziswa | Okwemishini ye- Uchungechunge lwe-HCB ngaphandle komsebenzi. | |
| IPS | AO | Isilayidi Voltagibhodwe kuphaneli yangaphambili 0…+10 V, Ri cishe. 10 KΩ | |
| 6 | OKUPHUMA KUVULIWE | DI | UKUPHUMA KUVULA +24 V |
|
7 |
Ayisetshenziswa | kumadivayisi we HCB, MCA, MCP, NLN, NTN series ngaphandle komsebenzi. | |
|
I-POL-SET |
DI | lawula okokufaka kwe-electronic polarity reversal switch (Inketho) POS = iphinikhodi (7) evuliwe,
I-NEG = ixhunywe ku-Pin (6) 0VD |
|
| V/I REG | DI | ukushintshwa kwevoltage/umthethonqubo wamanje usebenza kuphela ku I-NLB uchungechunge
Imodi ye-V-REG: xhuma i-Pin7 ne-Pin6 (Pin7=0), Imodi ye-I-REG: I-Pin7 ayixhunyiwe |
|
| 8 | I-V-SET | AI | 0…+10 V ilingana no-0…Okujwayelekile, ukumelana nokokufaka ku-0V cishe. 10 MΩ |
| 9 | 0V | A-GND | indawo yezimpawu ze-analog, akufanele iphathe noma iyiphi yamanje |
| 10 | +10VREF | AO | +10 V Inkomba (okukhiphayo), ubuningi. 2 mA |
| 11 | V-MON | AO | umthamo wangempela wokukhiphatagI-e yokuqapha isignali engu-0…10 V imele u-0…Okungaziwa; Ri approx. 100 Ω |
| 12 | 0vd | DI | 0V (24V0) kanye no-0 V ngenketho yokushintshashintsha kwe-polarity |
|
13 |
Ayisetshenziswa | kumadivayisi we Uchungechunge lwe-MCP ngaphandle komsebenzi | |
|
Isimo se-POL |
DO |
isimo se-polarity (inketho) sisebenza kumadivayisi aneswishi yokuhlehla ye-polarity. I-POS polarity = cishe. +24 V,
I-NEG polarity = 0 V Ri approx. 2.7 KΩ |
|
| -10V REF | AO | zemishini ye HCB, NLB uchungechunge | |
| I-P-LIM | DO | iletha cishe. +15 V, lapho i Uchungechunge lwe-MCA idivayisi ishayelwa emkhawulweni wamandla,
okulingana ne-LED P-LIM kuphaneli yangaphambili |
|
| I-S-REG | DO | Idiliva cishe. +15 V, uma I-NTN, uchungechunge lwe-NLN idivayisi kusilawuli se-SENSE (esisebenzayo kuphela
ukusebenza kwenzwa), okulingana ne-LED S-ERR kuphaneli yangaphambili. |
|
| 14 | +24V | DI | +24 V kusuka ku-PLC |
|
15 |
Ayisetshenziswa | kumadivayisi we Uchungechunge lwe-HCB | |
| I-SET | AI | 0…+10 V ilingana no-0…Inominal, ukumelana nokokufaka ngokumelene no-0 V cishe. 10 MΩ | |
| Wonke amanani we-voltagama-es nama-currents aku-DC. D=Idijithali, A=I-Analogi, I=Okokufaka, O=Okuphumayo
Naka uhlobo lweyunithi yakho nezinketho emigqeni enemibala. |
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Izinketho zezintambo
Ukusebenza kwe-analog interface
ISEXWAYISO
Nika amandla okuthi OUTPUT ON/OFF
I-DC OUPUT ivulwa ngu-pin 12 no-pin 6, bona 1.3
Uma i-DC OUTPUT ivulwa nge-24V phakathi kwephinikhodi 6 kanye ne-pin 12, i-OUTPUT ihlala isebenza kuze kube i-vol.tage phakathi kuka-pin 6 no-pin 12 noma i-main ishintshwa i-oV.
Uma kwenzeka i-mains voltage ukwehluleka, i-DC OUTPUT ihlala ivuliwe. Ngokushesha lapho amapayipi amakhulu voltage iyahlinzekwa futhi, i-DC OUTPUT iyasebenza futhi!
Ukushaqeka kukagesi kungenzeka ngenxa yevolumu eseletage kokuphumayo!
Uma iyunithi ishintshwa i-oV noma uma kwenzeka ugesi wehluleka, i-residual voltage / yamanje NGEKE ibe
kuboniswa kokuphumayo kokuqapha!
Qaphela isikhathi sokukhishwa!
Ukubeka inketho ye-analog programming / interface ekusebenzeni
- Ukufakwa kwesixhumi esibonakalayo se-analog kufanele kwenziwe lapho ugesi we-DC ungasebenzi!
- I-interface yeyunithi yokulawula izoxhunywa kusixhumi esibonakalayo sokuphakelwa kukagesi kwe-DC njengoba kucacisiwe.
- Manje vula iswishi YAMANDLA (1).
- Khetha imodi yokusebenza ye-ANALOG ngokushintsha noma amaswishi. I-ANALOG LED manje iyakhanyisa.
Idivayisi manje isisetshenziswa ngaphandle ngesokhethi yokuhlela!
Ukuze uvule ukunikezwa kwamandla, qhubeka kanje:
- Setha amanani kuphinikhodi (8) V-SET kanye nephinikhodi (15) I-SET ku-0 V.
- Shintsha i-oV ivolumu yokusebenzatage phakathi kukaPhini 6 no-12.
- Ngemva kokuphuma kwevolumutage ifinyelele inani <50 V, shintsha idivayisi ngokuphelele oV usebenzisa
Ukushintsha kwamandla.
Ukunikezwa kwamandla kwe-DC kushintshwa i-oV.
UKUNIKA AMANDLA IZINHLELO ZOMHLABA EZISEMQOKA
Amadokhumenti / Izinsiza
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I-XP Power NLB Isixhumi Esibonakalayo Sohlelo Lwe-Analog Engahlukanisiwe se-PLC [pdf] Incwadi Yeziqondiso I-NLB Non Isolated Analog Programming Interface ye-PLC, i-NLB, Isixhumi esibonakalayo Sohlelo Lwe-Analogi Engahlukanisiwe se-PLC, Isixhumi Esibonakalayo Sohlelo Se-Analogi se-PLC, Isixhumi Esibonakalayo Sohlelo se-PLC, Isixhumi esibonakalayo se-PLC |