I-Danfoss Iyahambisana ne-EMD Speed ​​​​Direction Function Block

Imininingwane

• Igama Lomkhiqizo: I-PLUS+1 Ethobelana ne-EMD Speed ​​​​Sensor Direction Function Block
• Okukhiphayo: I-RPM namasignali aqondisayo
• Ibanga lokufaka:
  • Isivinini (Spd): 1,250 kuya ku-10,000,000
  • Isiqondiso (Dir In): 0 kuya ku-5,250 volts

Imiyalo yokusetshenziswa komkhiqizo

Ukucushwa kwesilawuli
I-EMD_SPD_DIR Function Block ikhipha amasiginali we-rpm nama-directional asekelwe kokokufaka okuvela Kunzwa Yesivinini ye-EMD. Ingasetshenziswa kukho kokubili izilawuli ze-MC ne-SC.

Izidingo Zokufaka Isilawuli
Izidingo zokufaka isilawuli zebhulokhi yomsebenzi ye-EMD SPD DIR zimi kanje:

• Abalawuli be-MC:
  • Spd – MFIn – DirIn
• Abalawuli be-SC:
  • Spd – MFIn – DirIn – DigAn

Okokufaka Vimba Umsebenzi
Okokufaka kwe-EMD_SPD_DIR Function Block imi kanje:

• I-Spd (Isivinini): Ibhasi Ngamunye U-U32 Ukubala U16 – Ibanga:
  1,250 ku10,000,000
• I-Dir In (Indlela): Ibhasi Volt/Voltage U16 -
  Ibanga: 0 kuya ku-5,250 volts

Umsebenzi Block Outputs
Imiphumela ye-EMD_SPD_DIR Function Block imi kanje:

• Isimo: U16 - Ibanga: 0 kuye ku-65,535
• Iphutha: U16 - Ibanga: 0 kuye ku-1,000,000,000
• I-RPM: U16 - Ibanga: 0 kuye ku-25,000
• I-dRPM: U16 - Ibanga: 0 kuye ku-2,500
• I-Dir: I-S8 – Amanani: -1, 0, +1

FAQ

• Iyini inhloso ye-EMD_SPD_DIR Function Block?
  I-EMD_SPD_DIR Function Block ikhipha amasiginali we-rpm nama-directional asekelwe kokokufaka okuvela Kunzwa Yesivinini ye-EMD.
• Yiziphi izidingo zokufakwayo zebhulokhi yomsebenzi ye-EMD_SPD_DIR kuzilawuli ze-MC?
  Izidingo zokufaka zezilawuli ze-MC yi-Spd, i-MFin, ne-DirIn.
• Yini i-voltage ububanzi bokufakwa kwe-Direction (Dir In) ye-EMD_SPD_DIR Function Block?
  IVoltagIbanga le-e lokokufaka kwe-Direction lisuka ku-0 kuye ku-5,250 volts.

Umlando wokubuyekeza

Ithebula lezibuyekezo

Usuku	Kushintshiwe	Umfundisi
Disemba 2014		AA

EMD_SPD_DIR Ibhulokhi Yomsebenzi

Kuphelileview

Leli bhulokhi lomsebenzi likhipha amasiginali we-rpm neziqondiso asuselwa kokokufaka okuvela Kunzwa Yesivinini ye-EMD. Kuzo zombili izilawuli ze-MC ne-SC, leli bhulokhi lomsebenzi lithola:

• Okokufaka kwe-Spd ngokokufaka kwe-MFIn.
• Okokufaka kwe-DirIn ngokusebenzisa okokufaka kwesibili kwe-MFin noma okokufaka kwe-DigAn.

Izidingo Zokufaka Isilawuli Zezibhulokhi Zokusebenza ze-EMD
Amathebula alandelayo aklelisa izidingo zokufakwa kwesilawuli ze-EMD SPD DIR, EMD SPD DIR A, kanye namabhulokhi omsebenzi we-EMD SPD DIR D.

Izixhumanisi Zokufaka—Izilawuli ze-MC

Umsebenzi Block	Okokufaka Vimba Umsebenzi	Okokufaka kwesilawuli	Phawula
I-EMD SPD DIR	I-Spd	I-MFin	Inquma isivinini ngesignali ye-pulse kusuka kunzwa.
	I-DirIn	I-MFin	Isebenzisa ama-resistors okudonsela phezulu/adonsela phansi kanye nevolumutage ukuthola ukwehluleka kwesekethe evulekile yesiginali yokuqondisa.
EMD SPD DIR A	I-Spd	I-MFin	Inquma isivinini ngesignali ye-pulse kusuka kunzwa.
	I-DirIn	I-DigAn	Ithola kuphela lapho isignali yokuqondisa ivolumutagi-e ingaphandle kwebanga elilindelekile kodwa ayinazo izinto ezivimbela ukudonsela phezulu/zokudonsa phansi ukuze kutholwe isekethe evulekile.
		AnIn	Ithola kuphela lapho isignali yokuqondisa ivolumutagi-e ingaphandle kwebanga elilindelekile kodwa ayinazo izinto ezivimbela ukudonsela phezulu/zokudonsa phansi ukuze kutholwe isekethe evulekile.
EMD SPD DIR D	I-Spd	I-MFin	Inquma isivinini ngesignali ye-pulse kusuka kunzwa.
	I-DigDir	I-DigIn	Ayihlinzeki ngokutholwa kwephutha kwesignali yesikhombisi-ndlela.
		I-DigAn	Ayihlinzeki ngokutholwa kwephutha kwesignali yesikhombisi-ndlela.

Izixhumanisi Zokufaka—Izilawuli ze-SC

Umsebenzi Block	Okokufaka Vimba Umsebenzi	Okokufaka kwesilawuli	Phawula
I-EMD SPD DIR	I-Spd	I-MFin	Inquma isivinini ngesignali ye-pulse kusuka kunzwa. Okokufaka kwesilawuli kufanele kufakwe ilebula Dig/Ana/Freq.
	I-DirIn	I-MFin	Isebenzisa ama-resistors okudonsela phezulu/adonsela phansi kanye nevolumutage ukuthola ukwehluleka kwesekethe evulekile yesiginali yokuqondisa.
		I-DigAn	Isebenzisa ama-resistors okudonsela phezulu/adonsela phansi kanye nevolumutage ukuthola ukwehluleka kwesekethe evulekile yesiginali yokuqondisa.

Okokufaka Vimba Umsebenzi

Into	Uhlobo	Ibanga	Incazelo
Ipharamu	Ibhasi	—-	Okokufaka kwamapharamitha ajwayelekile angasetshenziswa kumabhulokhi omsebenzi amaningi. Bheka Mayelana nokokufaka kweParam ekhasini 11 ukuze uthole ulwazi olwengeziwe.
I-Spd	Ibhasi	—-	Okokufaka kwebhasi nge: I-Volt/Voltage, Per (Inkathi), kanye Bala amasignali ane-voltage, isikhathi, futhi ubale okukhiphayo nge- Inzwa yesivinini. A Lungiselela ibhasi elincane elinamasiginali alungiselela okokufaka kwesilawuli esithola lezi zimpawu.
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.
Lungiselela	Ibhasi elingaphansi	—-	Iqukethe amasiginali alungiselela lokhu kufakwayo.
I-Dir In	Ibhasi	—-	Okokufaka kwebhasi nge: A Voltage/Volt isignali nge-voltage okukhiphayo nge Inzwa yesivinini, esetshenziswa ibhulokhi ukucacisa isiqondiso. A Lungiselela ibhasi elincane elinamasiginali alungiselela okokufaka kwesilawuli esithola lesi siginali.
I-Volt/Voltage	U16	0 ku5,250	I-voltage yesignali yokuqondisa ukuthi i Inzwa yesivinini Imiphumela, esetshenziswa ibhulokhi ukucacisa isiqondiso.
Lungiselela	Ibhasi elingaphansi	—-	Iqukethe amasiginali alungiselela lokhu kufakwayo.

Imiphumela
Umsebenzi Block Outputs

Into	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 I-Spd okokufaka kuphansi kakhulu. 0x0002 = I-Volt/Voltage isignali kumabhulokhi wokusebenza I-Spd okokufaka kungaphandle kwebanga. 0x0004 = I-Volt/Voltage isignali kumabhulokhi wokusebenza I-Dir okokufaka kungaphandle kwebanga.
Umdwebo	Ibhasi	—-	Okukhipha ibhasi nge I-Freq, FltTmrDir, futhi FltTmrFreq amasignali atholakalela ukuxazulula inkinga.
I-Freq	U32	0 kuya ku-1,000, 000,000	Imvamisa elinganisiwe Yenzwa Yesivinini. 100,000 = 10,000 Hz.
IphuthaTmrFreq	U16	0 ku65,535	Uma iphutha lefrikhwensi: Kuvela, lokhu okukhiphayo kubala ama-millisecond kuze kube yilapho ibhulokhi yomsebenzi yenza isimemezelo sephutha. Kuyasula, okukhiphayo kubala phansi ama-millisecond kuze kube yilapho umsebenzi usula isimemezelo sephutha. 1,000 = 1,000 ms.
FltTmrDir	U16	0 ku65,535	Uma iphutha lesiqondiso: Kuvela, lokhu okukhiphayo kubala ama-millisecond kuze kube yilapho ibhulokhi yomsebenzi yenza isimemezelo sephutha. Kuyasula, lokhu okukhiphayo kubala phansi ama-millisecond kuze kube yilapho umsebenzi usula isimemezelo sephutha. 1,000 = 1,000 ms.
RPM	U16	0 ku2,500	Ukuguqulwa kwenzwa yesivinini ngomzuzu. Ibhulokhi yomsebenzi clamps lokhu okukhiphayo ku-2,500. 1 = 1 rpm.
I-dRPM	U16	0 ku25,000	Ukuphenduka kwenzwa yesivinini ngomzuzu x 10 (deciRPM). Ibhulokhi yomsebenzi clamplokhu kuphuma ku-25,000.
I-Dir	S8	-1, 0, +1	Indlela yokuzungezisa Yenzwa Yesivinini. -1 = Ngokuphikisana newashi (CCW). 0 = Ukungathathi hlangothi. +1 = Ngokwewashi (CW).

Mayelana ne-Function Block Connections

Mayelana ne-Function Block Connections

Into	Incazelo
1.	Okokufaka kwamapharamitha avamile angasetshenziswa kumabhulokhi omsebenzi amaningi.
2.	Okokufaka kwebhasi nge: IVoltage, isikhathi, futhi ubale amasignali okukhiphayo nge I-EMD Speed ​​​​Sensor. Ibhasi elincane elinamasignali alungiselela okokufaka kwesilawuli esithola lawa masignali.
3.	Okokufaka kwebhasi nge: Okukhipha isignali yokuqondisa nge I-EMD Speed ​​​​Sensor. Ibhasi elincane elinamasiginali alungisa okokufaka kwesilawuli esithola lawa masignali.
4.	Ibika isimo sebhulokhi yomsebenzi.
5.	Ibika amaphutha ebhulokhi yomsebenzi.
6.	Okukhipha ibhasi nge I-Freq, FltTmrDir, futhi FltTmrFreq 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 = Ukungathathi hlangothi. +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	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	Hex*	Kanambambili	Imbangela	Impendulo	Libazisa†	Latch‡	Ukulungisa
Per isignali kumabhulokhi wokusebenza I-Spd okokufaka kuphansi kakhulu.	0x0001	0001	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 inani lesignali.
I-Volt/Voltage isignali kumabhulokhi wokusebenza I-Spd okokufaka kungaphandle kwebanga.	0x0002	0010	I-Volt/Voltage isignali iphakathi kuka-1,000 no-2,500 mV futhi ibhulokhi ayitholi ukushaya kwe-Speed ​​​​Sensor.	Ibhulokhi yomsebenzi isetha yayo RPM futhi I-dRPM imiphumela ku-0.	Y	N	Hlola izinkinga zehadiwe, njengomsindo kagesi, ongakhiqiza okungavumelekile I-Volt / Voltage inani lesignali.
I-Volt/Voltage isignali kumabhulokhi wokusebenza I-Dir okokufaka kungaphandle kwebanga.	0x0004	0100	I-Volt/Voltage isignali iphakathi kuka-1,000 no-2,500 mV.	Ibhulokhi yomsebenzi isetha yayo I-Dir okukhiphayo ku-0.	Y	N	Hlola izinkinga zehadiwe, njengomsindo kagesi, ongakhiqiza okungavumelekile I-Volt / Voltage inani lesignali.

* I-Bit 16 isethwe ku-1 ikhomba isimo se-Danfoss esijwayelekile noma ikhodi yephutha.
† Iphutha elibambezelekile liyabikwa uma isimo sephutha esitholiwe siqhubeka isikhathi esithile sokulibala. Iphutha elibambezelekile alikwazi ukusulwa kuze kube yilapho isimo sephutha sihlala singabonwa ngesikhathi sokulibaziseka.
‡ Isivimbeli sokusebenza sigcina umbiko wephutha onamathiselwe kuze kube yilapho intambo iyaphuma.

Umsebenzi Block Parameters

Umsebenzi Block Parameters

Into	Uhlobo	Ibanga	Incazelo
1. Puls/Rev	U8	20–120, 180	Inombolo yokushaya ngakunye kwenzwa yesivinini. Bheka ku- Ulwazi Lobuchwepheshe Lwenzwa Yesivinini se-EMD (Danfoss ingxenye L1017287) ngenani elilungile.
2. I-FaultDetTm	U16	0–65,535	Isetha isikhathi phakathi kokuthi ibhulokhi yomsebenzi ithola: Isimo sephutha bese wenza isimemezelo sephutha. Isimo sephutha esisuliwe bese sisula isimemezelo sephutha. 1,000 = 1,000 ms.
3. I-DirLockHz	U16	0–8,000	Isetha i-frequency ngaphezulu kwebhulokhi yomsebenzi I-Dir okukhipha izingidi. Ngaphezu kwalokhu kuvamile, ibhulokhi yokusebenza ayibiki izinguquko lapho iqonde khona. 1,000 = 1,000 Hz.

Mayelana nokokufaka kweParam
Sebenzisa okokufaka kweParam ukuze ufake amanani epharamitha yangaphandle kule bhulokhi yomsebenzi.

Imininingwane Yomfanekiso

Into	Incazelo
1.	Ngaphakathi kwekhasi lezinga eliphezulu lokuvimba umsebenzi ngaphambi kokuthi ulungise leli khasi ukuze wamukele imingcele evamile ngalo Ipharamu okokufaka.
2.	Ngaphakathi kwekhasi lezinga eliphezulu lebhulokhi yomsebenzi ngemva kokuthi ulungise leli khasi ukuze lamukele imingcele evamile ngalo Ipharamu okokufaka.

Ukucushwa kwesilawuli
Okokufaka kuzilawuli ze-MC ne-SC kudinga ukulungiswa ukuze kusebenze nalesi sici somsebenzi. Bona:

• Ukucushwa kwesilawuli se-MC ekhasini 12.
• Ukucushwa kwesilawuli se-SC ekhasini 16.

Ukucushwa kwesilawuli se-MC
Ukulungiswa Kokufaka

Okokufaka Vimba Umsebenzi	Uhlobo Lokufaka Oluhambisanayo	Isenzo Sokumisa
I-Spd	I-MFin	Susa: I-PinConfig0 umzila. I-PinConfig1 umzila.
I-DirIn	I-MFin	Susa: I-PinConfig0 umzila. I-PinConfig1 umzila.
	I-DigAn	Susa: I-PinConfig0 umzila. I-PinConfig1 umzila.

Ukucushwa kwesilawuli
Uyilungiselela kanjani i-MFIn yokokufaka kwe-Spd

1. Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
2. Faka i-MFin ethola isignali yokufaka.
3. Yenza izinguquko ezikhonjiswe emfanekisweni olandelayo.

Ukucushwa kwesilawuli
Uyilungiselela kanjani i-MFIn yokokufaka kwe-DirIn

1. Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
2. Faka i-MFin ethola isignali yokufaka.
3. Yenza izinguquko ezikhonjiswe emfanekisweni olandelayo.

Uyilungiselela kanjani i-DigAn yokokufaka kwe-DirIn

1. Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
2. Faka ikhasi le-DigAn elithola isignali yokufaka.
3. Yenza izinguquko ezikhonjiswe emfanekisweni olandelayo.

Ukucushwa kwesilawuli se-SC
Ukulungiswa Kokufaka

Okokufaka Vimba Umsebenzi	Uhlobo Lokufaka Oluhambisanayo	Isenzo Sokumisa
I-Spd	I-MFin*	Susa: Ukuchema umzila. Ibanga umzila. Imodi yokufaka umzila.†
I-DirIn	I-MFin	Susa: Ukuchema umzila. Ibanga umzila. Imodi yokufaka umzila.†
	I-DigAn	Susa: Ukuchema umzila. Ibanga umzila.

* I-MFin oyisebenzisayo kufanele ibhalwe ukuthi Dig/Ana/Freq.
† Uma ekhona.

Uyilungiselela kanjani i-MFIn yokokufaka kwe-Spd

1. Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
2. Faka i-MFin ethola isignali yokufaka.
3. Yenza izinguquko ezikhonjiswe emfanekisweni olandelayo.

Uyilungiselela kanjani i-MFin yokokufaka kwe-DirIn

1. Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
2. Faka i-MFin ethola isignali yokufaka.
3. Yenza izinguquko ezikhonjiswe emfanekisweni olandelayo.

Uyilungiselela kanjani i-DigAn yokokufaka kwe-DirIn

1. Kusifanekiso se-GUIDE, faka ikhasi Lokokufaka.
2. Faka i-DigAn eyamukela isignali yokufaka.
3. Yenza izinguquko ezikhonjiswe emfanekisweni olandelayo.

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L1429328 • Rev AA • Disemba 2014
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© Danfoss A/S, 2014

Amadokhumenti / Izinsiza

I-Danfoss Iyahambisana ne-EMD Speed ​​​​Direction Function Block [pdf] Imaniwali yosebenzisayo Ibhulokhi ehambisanayo ye-EMD Speed ​​​​Direction Function Block, i-Speed ​​Direction Function Block, i-Direction Function Block, i-Function Block, i-Block

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