XP Power PPT30 Analog Programming Option

FAQ

Tambayoyin da ake yawan yi

• Q: Ta yaya zan haɗa potentiometer na waje don voltage da saitunan yanzu?
  • A: Yi amfani da daidaitattun siginonin analog (0-10V) ta cikin soket ɗin Sub-D mai kariya akan ɓangaren baya. Tabbatar da ƙasa mai kyau da garkuwa don aminci.
• Q: Menene zai faru idan an katse kebul na shirye-shiryen analog ɗin yayin aiki?
  • A: A cikin yanayin ANALOG, fitarwa voltage iya sauke zuwa 0V bayan wani takamaiman lokaci dangane da lodi. Sake haɗa kebul ɗin ba tare da canza saituna ba zai dawo da saiti na ƙarshe.

An kirkiro wannan littafin ta hanyar: XP Power FuG, Am Eschengrund 11, D-83135 Schechen, Jamus

Analog Programming zaɓi

Gabaɗaya

Ana amfani da ƙa'idar analog (15-pole Sub-D soket akan sashin baya) don sarrafa ayyukan voltage saitin, saitin yanzu haka kuma UNIT ON CMD (FITOWA ON/KASHE) da ayyuka na musamman, dangane da nau'in naúrar. Ana ba da ainihin ƙimar halin yanzu azaman analog voltages da sabbin hanyoyin sarrafawa azaman sigina na dijital.
Da fatan za a koma ga overview Don shirye-shiryen analog, duba 1.3.

The dubawa yana samuwa a kan raya panel na DC samar da wutar lantarki.

Gargadi: Wannan keɓancewa yana da yuwuwar kyauta har zuwa max. 350V.

Rashin lura da wannan na iya haifar da girgiza wutar lantarki ta hanyar dubawa!

Aiki

• Voltage da na yanzu za a iya saita su tare da daidaitattun siginonin analog (0-10V), ta masu ƙarfin ƙarfin waje.
• The reference voltage na +10V ko saita ƙimar za a iya ba da ita ta wani voltage kafofin (haɗa 0V!).
• Alamomin analog na voltage da matsayi na yanzu da kuma voltage da masu saka idanu na yanzu an keɓe su daga yuwuwar fitarwa ta hanyar keɓewa ampmasu rayarwa.
• An keɓe siginonin dijital ta hanyar na'urorin gani.

Sigina da kebul na sarrafawa

• Ana aiwatar da mu'amalar analog ta hanyar soket na Sub-D mai kariya. An haɗa garkuwa da yuwuwar gidaje (PE). Mai haɗa mating, da kuma hanyar haɗin bayanai, dole ne a kiyaye shi kuma dole ne a haɗa garkuwar da juna. Matsakaicin izinin izinin kebul ɗin kariya shine 3m.
• Waɗannan sharuɗɗan sharuɗɗa ne don bin ka'idodin daidaitawa na lantarki (EMC), duba kuma Sanarwa na Daidaitawa a cikin kari.

Alamar ganowa

• Zaku iya gane wannan zaɓi ta sitika “TSARI-TSARI” akan mahaɗin mahaɗar da ke kan ɓangaren baya.
• Kafin a fara aiki da na'urar, dole ne a haɗa haɗin shirye-shiryen analog.
• Bayan ƙaddamar da ƙaddamarwa kuma ikon sarrafawa na waje yana aiki, ANALOG LED yana haskakawa.
• Yanzu ana sarrafa na'urar a waje ta soket ɗin shirye-shirye. Voltage da na yanzu za a iya ƙayyade tare da daidaitattun sigina na analog (0-10V) ko ta hanyar potentiometers na waje.

Voltage iyaka

• Voltage iyakance, daidaitacce ta potentiometer V-LIMIT a gaban panel na DC wutar lantarki, har yanzu yana aiki.

Amfani da rashin kuskure lokacin amfani da shirye-shiryen analog

Gargadi: Hatsarin girgiza wutar lantarki a fitinun wutar lantarki!

Idan na'urar tana aiki a yanayin ANALOG kuma an ja kebul ɗin shirye-shirye na analog, fitarwa voltage yana saukowa zuwa 0V bayan lokacin saukewa wanda ya dogara da nauyin haɗi.
Da zarar an sake kunna kebul na shirye-shiryen analog ɗin ba tare da canza saitunan sarrafawa ba, saiti na ƙarshe zai kasance a wurin abubuwan da aka fitar.

Ƙarsheview Analog Programming

View na solder gefen toshe haɗin toshe:
Duk voltages da igiyoyin ruwa an keɓe su azaman DC			350V mai yuwuwar kyauta
Ware abubuwan shigar da kayan dijital na dijital, abubuwan analog da abubuwan da aka fitar			350V
Pin	Bayani	Nau'in	Aiki
1	CC	DO	Kayayyakin appr. + 15V idan wutar lantarki tana cikin yanayin halin yanzu koyaushe. Daidai da LED CC, Ri ca. 10kΩ
2	CV	DO	Cajin ya cika Kayayyakin appr. + 15V idan wutar lantarki ta kasance a koyaushetage yanayin. Daidai da LED CV, Ri ca. 10kΩ
3	I-MON	AO	Siginar saka idanu na ainihi na fitarwa na yanzu 0…+10V yana wakiltar 0… na halin yanzu
			Ri ca. 2k ku
4	VPS	AO	Ba a yi amfani da shi ba
5	IPS	AO	Ba a yi amfani da shi ba
6	Saukewa: 0VD	DI	Kasa don digi. sigina, za a iya loda su a halin yanzu
7	Ba a yi amfani da shi ba		don na'urorin da HCB, MCA, MCP, NLN, NTN jerin ba tare da aiki ba.
	POL-SET	DI	shigarwar sarrafawa don juyawa juzu'i na polarity na lantarki (Zaɓi) POS = fil (7) buɗe, NEG = an haɗa zuwa Fin (6) 0VD
	V/I REG	DI	sauyawa voltagTsarin e/na yanzu yana aiki ne kawai ga tsarin NLB jerin Yanayin V-REG: haɗa Pin7 tare da Pin6 (Pin7=0), Yanayin I-REG: Pin7 ba a haɗa shi ba
8	V-SET	AI	0…+10V yana sarrafa 0… voltage Juriya na shigarwa zuwa 0V appr. 0v ku. 10 MOhm
9	0V	A-GND	Ƙasa don siginar analog, dole ne kada ya ɗauki kowane halin yanzu
10	+10V REF	AO	+ 10V Magana (fitarwa), max ɗin da aka ɗora a yanzu. 2mA ku
11	V-MON	AO	Ainihin fitarwa voltage siginar saka idanu.0…+10V yana wakiltar 0… voltage
			Ri ca. 2k ku
12	FITOWA TA	DI	fil (12) bude OUTPUT = KASHE, fil (12) an haɗa zuwa fil ɗin 0VD (6) = FITARWA ON
13	Ba a yi amfani da shi ba		don na'urorin da Farashin MCP ba tare da aiki ba.
	POL- Matsayi	DO	Matsayin polarity (zaɓi) ya shafi na'urori masu juyar da polarity. POS polarity = kusan. + 12 V, NEG polarity = 0 V
	-10V REF	AO	ga na'urorin da HCB, jerin NLB
	P-LIM	DO	isar da kusan. + 15 V, lokacin da yanayin zafi Farashin MCA Ana fitar da na'urar zuwa iyakar wutar lantarki, daidai da LED P-LIM a gaban panel
	S-REG	DO	Isar da kusan + 15 V, idan NTN, NLN jerin na'urar a cikin sarrafa SENSE (kawai tare da aikin firikwensin aiki), daidai da LED S-ERR a gaban panel.
14	NC	DI	Ba a yi amfani da shi ba
15	I-SET	AI	0…+10V yayi daidai da 0…INenn, juriyar shigar da 0V kusan. 10 MOhm
	NC		Ba a yi amfani da shi ba
Duk darajar voltages da igiyoyin ruwa suna cikin DC. D = Digital, A = Analog, I = Input, O = Fitarwa NC = Ba a yi amfani da shi ba

Zaɓuɓɓukan Waya

Lura

• Volume na wajetage daidaitawa dole ne kuma yana buƙatar wiring na sarrafawa na yanzu da kuma akasin haka.
• The reference voltage na +10V ko ƙimar ƙima na iya zuwa a madadin sauran voltage kafofin. (Haɗa 0V).
• Umurnin ON/KASHE (fitina 12-6) dole ne a haɗa shi.

Aiki na analog interface

Gargadi: Kunna/kashe FITARWA

• Ana kunna DC OUPUT ta haɗa fil 12 zuwa fil 6, duba 1.3
• Idan an kunna DC OUTPUT tare da haɗin waya tsakanin fil 12 da fil 6, OUTPUT yana ci gaba da aiki har sai an buɗe haɗin tsakanin fil 12 da fil 6 ko kuma an kunna na'urar.
• A halin da ake ciki na mains voltage gazawar, DC OUTPUT ya kasance a kunne. Da zaran mains voltage an sake ba da shi, DC OUTPUT yana aiki kuma!

Gargadi: Mai yuwuwar girgiza wutar lantarki saboda saura voltage a fitarwa!

• Lokacin da naúrar aka kunna ko a yayin da aka sami gazawar wuta, saura voltage / halin yanzu ba za a nuna shi akan abubuwan saka idanu ba!
• Kula da lokacin fitarwa!

Sanya zaɓin shirye-shiryen analog / dubawa cikin aiki

1. Dole ne a aiwatar da shigarwar ƙirar analog ɗin kawai lokacin da wutar lantarki ta DC ba ta aiki!
2. Za a haɗa haɗin haɗin na'ura mai sarrafawa zuwa haɗin wutar lantarki na DC kamar yadda aka ƙayyade.
3. Yanzu kunna POWER switch (1).
4. Saita maɓallin REMOTE a gaban panel zuwa ON. Idan akwai ƙarin ƙirar dijital saitin canzawa zuwa ANALOG. Ana kunna ANALOG LED yanzu.

Don canza wutar lantarki oT, ci gaba kamar haka:

1. Saita ƙimar a fil (8) V-SET da fil (12) I-SET zuwa 0V.
2. Bude Pin (12), umarnin OUTPUT KASHE
3. Bayan fitarwa voltage ya kai darajar <50 V, canza na'urar gaba ɗaya ta amfani da maɓallin WUTA.
   • Ana kashe wutar lantarki ta DC.

Takardu / Albarkatu

XP Power PPT30 Analog Programming Option [pdf] Jagoran Jagora PPT30 Analog Programming Option, PPT30, Analog Programming Option, Programming Option, Option

Magana

• Manual mai amfani