I-Danfoss PLUS+1 Ethobelayo I-EMD Speed Sensor QUAD Function Block
Imininingwane
- Umkhiqizo: I-PLUS+1 Ethobela I-EMD Speed Sensor Quadrature Function Block
- Isibuyekezo: Rev AA (May 2015)
- Umkhiqizi: UDanfoss
Ulwazi Lomkhiqizo
I-EMD_SPD_QUAD Function Block ikhipha isignali ye-RPM kanye nesignali ye-DIR ngokusekelwe kokokufaka okuvela Kunzwa Yesivinini ye-EMD. Ithola okokufaka okufana neSigaba A, Isigaba B, Umqtage, kanye namasiginali we-Lungisa ukuze ubale okukhiphayo kwe-RPM.
FAQ
Q: Yini inhloso ye-EMD_SPD_QUAD Function Block?
A: I-EMD_SPD_QUAD Function Block ikhipha isignali ye-RPM kanye nesignali ye-DIR ngokusekelwe kokokufaka okuvela Kunzwa Yesivinini ye-EMD.
DIMENSIONS
www.powersolutions.danfoss.com
Umlando Wokubuyekeza
| Buyekeza | Usuku | Phawula |
| Umfundisi AA | Meyi 2015 |
©2015 Inkampani ye-Danfoss Power Solutions (US). Wonke Amalungelo Agodliwe.
Zonke izimpawu zokuthengisa kule nto ziyimpahla yabanikazi bazo.
I-PLUS+1, GUIDE, ne-Sauer-Danfoss yizimpawu zokuthengisa ze-Danfoss Power Solutions (US) Company. I-Danfoss, PLUS+1 GUIDE, PLUS+1 Compliant, kanye nezinhlobo zelogo ze-Sauer-Danfoss yizimpawu zokuthengisa ze-Danfoss Power Solutions (US) Company.
Kuphelileview
Le block block ikhipha isignali ye-RPM kanye nesignali ye-DIR esekelwe kokokufaka okuvela Kunzwa Yesivinini ye-EMD.
Kusilawuli se-MC ne-SC, le bhulokhi yomsebenzi ithola:
- Okokufaka kwesigaba A nge-MFin.
- Okokufaka kwesigaba B nge-MFin.
Okokufaka
Okokufaka Kokuvimbela Umsebenzi we-EMD_SPD_QUAD
| Okokufaka | Uhlobo | Ibanga | Incazelo |
| Ipharamu | —- | —- | Okokufaka kokuchazwe ngumsebenzisi I-Pulse/Rev inani elichaza inani lama-pulses elilingana ne-revolution eyodwa.
Ngokuzithandela, okokufaka kwe-a I-DirLockHz inani lokushintsha inani lemvamisa lemvamisa yephutha lebhulokhi yomsebenzi. |
| Isigaba A | Ibhasi | —- | Isivinini sokufakwayo namasignali esiqondiso asuka kunzwa yesivinini. |
| Per | U32 | 1,250 kuye
10,000,000 |
Ukukhishwa kwesikhathi esilinganisiwe nge- Inzwa yesivinini.
Ibhulokhi yomsebenzi isebenzisa i- Per isignali, Bala isignali, futhi Puls/Rev inani lepharamitha yokubala RPM okukhiphayo. 10,000 = 1,000 μs. |
L1429531 · Rev AA · May 2015
Okokufaka Kokuvimbela Umsebenzi we-EMD_SPD_QUAD
| Okokufaka | Uhlobo | Ibanga | Incazelo |
| Bala | U16 | 0 ku65,535 | Isibalo esikaliwe ngokukhishwa kwe-loop yohlelo nge- Inzwa yesivinini.
Ibhulokhi yomsebenzi isebenzisa i- Per isignali, Bala isignali, futhi Puls/Rev inani lepharamitha yokubala RPM okukhiphayo. 1,000 = 1,000. |
| I-QuadCount | S16 | -32768 kuye
32767 |
Isiqondiso esilinganisiwe kanye nenani lokubala elisuselwe esigabeni esishintshile amaza okushaya kwenhliziyo ukusuka Isigaba A
futhi Isigaba B. 1,000 = 1,000. |
| I-Volt/Voltage | U16 | 0 ku5,250 | I-voltagi-e yesignali yokokufaka ephumayo Inzwa Yesivinini, esetshenziswa ibhulokhi ukuthola amaphutha. |
| Lungiselela | Ibhasi elingaphansi | —- | Iqukethe amasiginali alungiselela lokhu kufakwayo. |
| Isigaba B | Ibhasi | —- | Ifaka amasignali esivinini asuka kunzwa yesivinini. |
| Per | U32 | 1,250 kuye
10,000,000 |
Ukukhishwa kwesikhathi esilinganisiwe nge- Inzwa yesivinini.
Ibhulokhi yomsebenzi isebenzisa i- Per isignali, Bala isignali, futhi Puls/Rev inani lepharamitha yokubala RPM okukhiphayo. 10,000 = 1,000 μs. |
| Bala | U16 | 0 ku65,535 | Isibalo esikaliwe ngokukhishwa kwe-loop yohlelo nge- Inzwa yesivinini.
Ibhulokhi yomsebenzi isebenzisa i- Per isignali, Bala isignali, futhi Puls/Rev inani lepharamitha yokubala RPM okukhiphayo. 1,000 = 1,000. |
| I-Volt/Voltage | U16 | 0 ku5,250 | I-voltagi-e yesignali yokokufaka ephumayo Inzwa Yesivinini, esetshenziswa ibhulokhi ukuthola amaphutha. |
| Lungiselela | Ibhasi elingaphansi | —- | Iqukethe amasiginali alungiselela lokhu kufakwayo. |
Imiphumela
EMD_SPD_QUAD Umsebenzi Wokuvimba Okukhiphayo
| Okukhiphayo | Uhlobo | Ibanga | Incazelo |
| Isimo | U16 | —- | Ibika isimo sebhulokhi yomsebenzi.
Lolu hlelo lokusebenza lusebenzisa i-a non-standard bitwise uhlelo lokubika isimo salo namaphutha. · 0x0000 = Ukuvimba KULUNGILE. · 0x0008 = Puls/Rev or I-DirLockHz inani lepharamitha lingaphandle kwebanga. |
| Iphutha | U16 | —- | Ibika amaphutha ebhulokhi yomsebenzi.
Lolu hlelo lokusebenza lusebenzisa i-a non-standard bitwise uhlelo lokubika isimo salo namaphutha. · 0x0000 = Ukuvimba KULUNGILE. · 0x0001 = Per isignali kumabhulokhi wokusebenza Isigaba A okokufaka kuphansi kakhulu. · 0x0002 = I-Volt/Voltage isignali kumabhulokhi wokusebenza Isigaba A okokufaka kungaphandle kwebanga. · 0x0004 = Per isignali kumabhulokhi wokusebenza Isigaba B okokufaka kuphansi kakhulu. · 0x0008 = I-Volt/Voltage isignali kumabhulokhi wokusebenza Isigaba B okokufaka kungaphandle kwebanga. · 0x0010 =Umehluko kumafrikhwensi abikwe ibhulokhi yomsebenzi Isigaba A futhi Isigaba B okokufaka kukhulu kuno-5%. |
| Umdwebo | —- | —- | Okukhipha ibhasi nge I-Freq, FltTmrPhase A, FltTmrPhase B, futhi FltTmrFreqDiff amasignali atholakalela ukuxazulula inkinga. |
| I-Freq | U32 | 0 kuya ku-1,000,
000,000 |
Imvamisa elinganisiwe Yenzwa Yesivinini. 100,000 = 10,000 Hz. |
| FltTmrPhase A | U16 | 0 ku65,535 | Uma iphutha lefrikhwensi:
· Kuyenzeka, lokhu okukhiphayo kubala ama-millisecond kuze kube yilapho ibhulokhi yomsebenzi yenza isimemezelo sephutha. · Iyasula, okukhiphayo kubala phansi ama-millisecond kuze kube umsebenzi usula isimemezelo sephutha. 1,000 = 1,000 ms. |
| FltTmrPhase B | U16 | 0 ku65,535 | Uma iphutha lefrikhwensi:
· Kuyenzeka, lokhu okukhiphayo kubala ama-millisecond kuze kube yilapho ibhulokhi yomsebenzi yenza isimemezelo sephutha. · Iyasula, okukhiphayo kubala phansi ama-millisecond kuze kube umsebenzi usula isimemezelo sephutha. 1,000 = 1,000 ms. |
| FltTmrFreqDiff | U16 | 0 ku65,535 | Uma iphutha lomehluko wefrequency:
· Kuyenzeka, lokhu okukhiphayo kubala ama-millisecond kuze kube yilapho ibhulokhi yomsebenzi yenza isimemezelo sephutha. · Iyasula, okukhiphayo kubala phansi ama-millisecond kuze kube umsebenzi usula isimemezelo sephutha. 1,000 = 1,000 ms. |
| I-dRPM | U16 | 0–25,000 | Ukuphenduka kwenzwa yesivinini ngomzuzu x 10 (deciRPM). Ibhulokhi yomsebenzi clamplokhu kuphuma ku-25,000.
1 = 0.1 rpm. |
| RPM | U16 | 0–2,500 | Ukuguqulwa kwenzwa yesivinini ngomzuzu.
Ibhulokhi yomsebenzi clamps lokhu okukhiphayo ku-2,500. 1 = 1 rpm. |
EMD_SPD_QUAD Umsebenzi Wokuvimba Okukhiphayo
| Okukhiphayo | Uhlobo | Ibanga | Incazelo |
| I-Dir | S8 | -1, 0, +1 | Indlela yokuzungezisa Yenzwa Yesivinini.
· -1 = Ngokuphikisana newashi (CCW). · 0 = Maphakathi. · +1 = Ngokwewashi (CW). |
Mayelana ne-Function Block Connections
Umsebenzi Block Connections
| Into | Incazelo |
| 1. | Okokufaka kwamapharamitha avamile angasetshenziswa kumabhulokhi omsebenzi amaningi. |
| 2. | Okokufaka kwebhasi nge:
· Umqulutage, isikhathi, I-quadcount, futhi ubale amasiginali aphumayo ngenzwa yesivinini ye-EMD. · Ibhasi elincane elinamasignali alungisa okokufaka kwesilawuli esithola lezi zimpawu. |
| 3. | Okokufaka kwebhasi nge:
· Umqulutage, isikhathi, I-quadcount, futhi ubale amasiginali aphumayo ngenzwa yesivinini ye-EMD. · Ibhasi elincane elinamasignali alungisa okokufaka kwesilawuli esithola lezi zimpawu. |
| 4. | Ibika isimo sebhulokhi yomsebenzi. |
| 5. | Ibika iphutha lebhulokhi yomsebenzi. |
| 6. | Okukhipha ibhasi nge I-Freq, FltTmrPhase A, FltTmrPhase B, futhi FltTmrFreqDiff amasignali atholakalela ukuxazulula inkinga. |
| 7. | Ukuguqulwa kwenzwa yesivinini ngomzuzu. |
| 8. | Ukuphenduka kwenzwa yesivinini ngomzuzu x 10 (deciRPM). |
| 9. | Indlela yokuzungezisa Yenzwa Yesivinini.
· -1 = Ngokuphikisana newashi (CCW). · 0 = Maphakathi. · +1 = Ngokwewashi (CW). |
Isimo kanye Nomqondo Wephutha
Ngokungafani namanye amabhulokhi wokusebenza athobelayo we-PLUS+1, le bhulokhi yokusebenza isebenzisa isimo esingajwayelekile namakhodi wephutha.
Isimo sengqondo
| Isimo | I-Hex* | Kanambambili | Imbangela | Impendulo | Ukulungisa |
| Ipharamitha ayikho ebangeni. | 0x0008 | 1000 | Puls/Rev, I-FaultDetTm, noma I-DirLockHz ipharamitha ingaphandle kwebanga. | Ibhulokhi yomsebenzi clamps inani elingaphandle kobubanzi kumkhawulo walo ongaphezulu noma ophansi. | Buyisela ipharamitha engaphandle kobubanzi ngaphakathi kobubanzi bayo. |
* I-Bit 16 isethwe ku-1 ikhomba isimo se-Danfoss esijwayelekile noma ikhodi yephutha.
I-Fault Logic
| Iphutha | I-Hex* | Kanambambili | Imbangela | Impendulo | Libazisa† | Latch‡ | Ukulungisa |
| Per isignali kumabhulokhi wokusebenza Isigaba A okokufaka kuphansi kakhulu. | 0x0001 | 00000001 | Per isignali <1,250 Hz. | Ibhulokhi yomsebenzi ikhipha ubuningi bayo RPM futhi I-dRPM
amanani. |
Y | N | Hlola izinkinga zehadiwe, njengomsindo kagesi, ongakhiqiza okungavumelekile Per isignali
inani. |
| I-Volt isignali kumabhulokhi wokusebenza Isigaba
A okokufaka kungaphandle kwebanga. |
0x0002 | 00000010 | 2000 V I-Volt isignali
<3000 V. |
Ibhulokhi yomsebenzi ikhipha okuthi 0 kwe RPM futhi I-dRPM amanani. | Y | N | Hlola izinkinga zezingxenyekazi zekhompuyutha, njengentambo yesiginali yesifunda evulekile noma i-sensor voltagUkunikezwa. |
| Per isignali kumabhulokhi wokusebenza Isigaba B okokufaka kuphansi kakhulu. | 0x0004 | 00000100 | Per isignali <1,250 Hz. | Ibhulokhi yomsebenzi ikhipha ubuningi bayo RPM futhi I-dRPM
amanani. |
Y | N | Hlola izinkinga zehadiwe, njengomsindo kagesi, ongakhiqiza okungavumelekile Per isignali
inani. |
| I-Volt isignali kumabhulokhi wokusebenza Isigaba B okokufaka kuphumile
kobubanzi. |
0x0008 | 00001000 | 2000 V I-Volt isignali
<3000 V. |
Ibhulokhi yomsebenzi ikhipha okuthi 0 kwe RPM futhi I-dRPM amanani. | Y | N | Hlola izinkinga zezingxenyekazi zekhompuyutha, njengentambo yesiginali yesifunda evulekile noma i-sensor voltagUkunikezwa. |
| Umehluko okaliwe phakathi Isigaba A futhi Isigaba B
imvamisa inkulu kakhulu. |
0x0010 | 00010000 | |I-Freq A -Freq B| > 5% wefrikhwensi yamanje. | Ayikho impendulo eyakhelwe ngaphakathi, okukhiphayo okubikwe njengokukalwa nge Isigaba A okokufaka. | Y | N | Hlola izinkinga zehadiwe, njengomsindo kagesi, ongakhiqiza okungavumelekile Per inani lesignali. |
I-Bit 16 isethwe ku-1 ikhomba isimo se-Danfoss esijwayelekile noma ikhodi yephutha.
Iphutha elibambezelekile liyabikwa uma isimo sephutha esitholiwe siqhubeka ngesikhathi esimisiwe sokulibaziseka. Iphutha elibambezelekile alikwazi ukusulwa kuze kube yilapho isimo sephutha sihlala singabonwa ngesikhathi sokulibaziseka.
Ibhulokhi yomsebenzi igcina umbiko wephutha elihlanganisiwe kuze kudedelwe i-latch.
Umsebenzi Block Ipharamitha Amanani
Faka ikhasi lezinga eliphezulu le-EMD_SPD_QUAD block block ukuze view futhi ushintshe amapharamitha walo vimba wokusebenza.
Umsebenzi Block Parameters
| Okokufaka | Uhlobo | Ibanga | Incazelo |
| Puls/Rev | U16 | 20–120, 180 | Inombolo yama-pulses ngokuphenduka ngakunye Kwenzwa Yesivinini. Bheka Ulwazi Lobuchwepheshe Lwenzwa Yesivinini se-EMD (ingxenye ye-Danfoss L1017287) ukuze uthole inani elilungile. |
| I-FaultDetTm | U16 | —- | Isetha isikhathi phakathi kokuthi ibhulokhi yomsebenzi ithola:
· Isimo sephutha bese wenza isimemezelo sephutha. · Sula isimo sephutha bese esula isimemezelo sephutha. 1,000 = 1,000 ms. |
| I-DirLockHz | U16 | 0–8,000 Hz | Isetha i-frequency ngenhla lapho ibhulokhi yomsebenzi ikhiya khona i-Dir. Ngaphezu kwalokhu kuvamile, ibhulokhi yokusebenza ayibiki izinguquko lapho iqonde khona.
1,000 = 1,000 Hz. |
Isilawuli se-MC—Ukulungiselela okokufaka
Uma unesilawuli se-SC
Uhambisa ibhulokhi yomsebenzi:
Okokufaka kwesigaba A kanye nesigaba B nge-MFin.
Kufanele uguqule izilungiselelo ezizenzakalelayo ze-MFin ukuze wamukele lokhu okokufaka.
Uyilungiselela kanjani i-MFIn
- Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
- Faka ikhasi le-MFin elithola okokufaka.
- Yenza izinguquko ezikhonjiswe emfanekisweni owandulelayo.
Isilawuli se-SC—Ukucushwa Kokokufaka
Uma unesilawuli se-MC
Uhambisa leli bhulokhi lomsebenzi:
Okokufaka kwesigaba A kanye nesigaba B nge-MFin.
Kufanele uguqule ukucushwa okumisiwe kwe-MFin ukuze wamukele lokhu kufakwayo.
I-MFIn oyisebenzisayo kufanele ikwazi ukufaka i-Freq futhi ibe namanani alungisekayo we-Bias, Range, kanye ne-InputMode.
Uyilungiselela kanjani i-MFIn
- Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
- Faka ikhasi le-MFin elithola okokufaka.
- Yenza izinguquko ezikhonjiswe emfanekisweni owandulelayo.
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I-Danforss Power Solutions ingumkhiqizi womhlaba wonke kanye nomphakeli wekhwalithi ephezulu ye-hydraulic ne-electronic components. Sisebenza ngokukhethekile ekuhlinzekeni ubuchwepheshe besimanje nezisombululo ezihamba phambili ezimeni zokusebenza ezinzima zemakethe yamaselula engekho emgwaqweni onguthelawayeka. Ngokwakhela phezu kolwazi lwethu olubanzi lwezinhlelo zokusebenza, sisebenzisana eduze namakhasimende ethu ukuze siqinisekise ukusebenza okukhethekile kwezinhlobo eziningi zezimoto ezingekho emgwaqeni omkhulu. Sisiza ama-OEM emhlabeni wonke ukusheshisa ukuthuthukiswa kwesistimu, sehlise izindleko futhi ilethe izimoto emakethe ngokushesha. I-Danfoss—Uzakwethu Wakho Oqine Kakhulu ku-Mobile Hydraulics.
Iya ku www.powersolutions.danfoss.com ukuze uthole ulwazi olwengeziwe lomkhiqizo.
- Nomaphi lapho izimoto ezingekho emgwaqeni omkhulu zisemsebenzini, kanjalo noDanfoss.
- Sinikeza ukusekelwa kochwepheshe emhlabeni wonke kumakhasimende ethu, siqinisekisa izixazululo ezingcono kakhulu zokusebenza okuvelele. Futhi ngenethiwekhi ebanzi ye-Global Service Partners, siphinde sinikeze isevisi ebanzi yomhlaba wonke yazo zonke izingxenye zethu.
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Ikheli lendawo:
UDanfoss
I-Power Solutions Inkampani yase-US 2800 East 13th Street
Ames, IA 50010, USA
Ucingo: +1 515 239-6000
UDanfoss
Power Solutions GmbH & Co. OHG Krokamp 35
D-24539 Neumünster, Germany Ucingo: +49 4321 871 0
UDanfoss
Power Solutions ApS Nordborgvej 81
DK-6430 Nordborg, Denmark Ucingo: +45 7488 4444
I-Danfoss Ltd.
Power Solutions
B#22, No. 1000 Jin Hai Rd. Shanghai 201206, China Ucingo: +86 21 3418 5200
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Zonke izimpawu zokuhweba kule nto ziyimpahla yezinkampani ezifanele. I-Danfoss kanye nohlobo lwelogo ye-Danfoss yizimpawu zokuthengisa ze-Danfoss Power Solutions (US) Company. Wonke Amalungelo Agodliwe.
L1429531 · Rev AA · May 2015
©2015 Inkampani ye-Danfoss Power Solutions (US).
Amadokhumenti / Izinsiza
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I-Danfoss PLUS+1 Ethobelayo I-EMD Speed Sensor QUAD Function Block [pdf] Imaniwali yosebenzisayo I-PLUS 1 ehambisanayo ne-EMD Speed Sensor QUAD Function Block, i-PLUS 1, i-EMD Speed Sensor QUAD Function Block, i-Speed Sensor QUAD Function Block, i-Sensor QUAD Function Block, i-QUAD Function Block, i-Function Block, i-Block |