I-LS XGF-SOEA isiLawuli esiQinisekileyo esiQinisekayo

Esi sikhokelo sofakelo sibonelela ngolwazi olulula lomsebenzi wolawulo lwe-PLC. Nceda ufunde ngononophelo olu xwebhu lwedatha kunye neencwadana ngaphambi kokusebenzisa iimveliso. Ngokukodwa funda amanyathelo okhuseleko kwaye uphathe iimveliso ngokufanelekileyo.

ImiGaqo yoKhuseleko

Intsingiselo yesilumkiso kunye nombhalo wokulumkisa

ISILUMKISO ibonisa imeko enokuba yingozi enokuthi, ukuba ayiphetshwa, ingabangela ukufa okanye ukwenzakala okumandundu.
ISILUMKO ibonisa imeko enokuba yingozi enokuthi, ukuba ayiphetshwa, ingabangela ukwenzakala okungephi okanye okuphakathi.
Isenokusetyenziswa ukulumkisa ngokuchasene nezenzo ezingakhuselekanga.

ISILUMKISO

1. Musa ukuqhagamshelana neetheminali ngelixa umbane usetyenziswa.
2. Khusela imveliso ekungenwe kuyo yintsimbi yangaphandle.
3. Musa ukuyisebenzisa kakubi ibhetri(ukutshaja, qhaqha, ukubetha, mfutshane, ukusoda).

ISILUMKO

1. Qiniseka ukuba ujonga umthamo olinganisiweyotage kunye nolungiselelo lwetheminali phambi kocingo.
2. Xa ufaka iintambo, qinisa isikrufu sebhloko yeterminal ngoluhlu lwetorque echaziweyo.
3. Musa ukufaka izinto ezinokutsha kwindawo ezingqongileyo.
4. Musa ukusebenzisa i-PLC kwindawo yokungcangcazela ngokuthe ngqo.
5. Ngaphandle kwabasebenzi benkonzo yeengcali, musa ukuqhawula okanye ukulungisa okanye ukuguqula imveliso.
6. Sebenzisa i-PLC kwimeko-bume ehlangabezana neenkcukacha ngokubanzi eziqulethwe kule datha.
7. Qinisekisa ukuba umthwalo wangaphandle awudluli umlinganiselo wemodyuli yemveliso.
8. Xa ulahla i-PLC kunye nebhetri, yiphathe njengenkunkuma yamashishini.

Indawo yokusebenza

Ukufakela, jonga le miqathango ingezantsi.

Hayi	Into	Inkcazo					Umgangatho
1	Ithuba elikwiNdawo.	0 ~ 55℃					–
2	Ubushushu bokugcina.	-25 ~ 70℃					–
3	Ukufuma kwendawo	I-5 ~ 95%RH, i-non-condensing					–
4	Ukugcinwa kokufuma	I-5 ~ 95%RH, i-non-condensing					–
5	Ukunyangwa kweVibration	Ukungcangcazela ngamaxesha athile				–	–
		Ukuphindaphinda	Ukukhawulezisa				IEC 61131-2
		5≤f<8.4㎐	–		3.5mm	Amaxesha ali-10 kwicala ngalinye X AND Z
		8.4≤f≤150㎐	9.8㎨(1g)		–
		Ukungcangcazela okuqhubekayo
		Ukuphindaphinda	Ukuphindaphinda	Ukuphindaphinda
		5≤f<8.4㎐	–	1.75mm
		8.4≤f≤150㎐	4.9㎨(0.5g)	–

Isoftware yenkxaso esebenzayo

Kubumbeko lwesixokelelwano, oluguqulelo lulandelayo luyimfuneko.

1. XGI CPU: V3.8 okanye ngaphezulu
2. XGK CPU: V4.2 okanye ngaphezulu
3. XGR CPU: V2.5 okanye ngaphezulu
4. XG5000 Software: V3.68 okanye ngaphezulu

Igama lendawo kunye nobungakanani (mm)

Le yinxalenye engaphambili ye-CPU. Bhekisela kwigama ngalinye xa uqhuba inkqubo. Ngolwazi oluthe vetshe, jonga kwincwadi yomsebenzisi.

Ukufakela / Ukususwa kweeModyuli

Apha kuchaza indlela yokuncamathisela imveliso nganye kwisiseko okanye ukuyisusa.
Kuhlohlwa imodyuli

1. Slayida indawo ephezulu yemodyuli ukulungisa kwisiseko, kwaye emva koko uyifake kwisiseko ngokusebenzisa isikrufu semodyuli esisigxina.
2. Tsala indawo ephezulu yemodyuli ukujonga ukuba ifakwe kwisiseko ngokupheleleyo.

Ukususa imodyuli

1. Khulula izikrufu ezisisigxina zenxalenye ephezulu yemodyuli ukusuka kwisiseko.
2. Bamba imodyuli ngezandla zozibini kwaye ucinezele i-hook esisigxina yemodyuli kakuhle.
3. Ngokucinezela i-hook, tsala indawo ephezulu yemodyuli ukusuka kwi-axis yendawo esezantsi yemodyuli.
4. Ngokuphakamisa imodyuli ukuya phezulu, susa uqikelelo olusisigxina lwemodyuli kumngxunya wokulungisa.

Iinkcukacha Zokusebenza

Iinkcukacha zokusebenza zimi ngolu hlobo lulandelayo.

Into	Inkcazo
Umthamo wenkumbulo	1Mbit
Ixesha lesiganeko	Ixesha langaphakathi: Ixesha le-PLC Ixesha langaphandle: Ixesha langaphandle leseva yexesha
Isisombululo(ukuchaneka)	Ixesha langaphakathi: 1ms(ukuchaneka: ±2ms) Ixesha langaphandle: 1ms(ukuchaneka: ±0.5ms)
Indawo yokufaka	Amanqaku angama-32(Ungqamaniso/uhlobo lomthombo)
Imisebenzi eyongezelelweyo	Igalelo lamanqaku angama-32 Vula/Vala i-U-isixhobo sokubonisa
Inombolo enkulu. yabafowunelwa	512points(16module)

Iintambo

Ukulumkisa kwiingcingo

1. Musa ukubeka intambo yombane ye-AC kufutshane nomgca wesignali wemodyuli yangaphandle. Kufuneka ibekude kunobuncinane be-100mm phakathi kwemigca yomibini ukuze ingachatshazelwa yingxolo nommandla wemagnethi.
2. Ikhebula iyakunyulwa ngokuqwalaselwa kobushushu be-ambient kunye nomsinga ovumelekileyo, obungakanani bayo bungekho ngaphantsi kobuninzi. umgangatho wentambo ye-AWG22 (0.3㎟).
3. Musa ukubeka intambo kufuphi kakhulu nesixhobo esishushu kunye nezinto eziphathekayo okanye ukudibana ngokuthe ngqo neoli ixesha elide, eliya kubangela umonakalo okanye ukusebenza okungaqhelekanga ngenxa ye-short-circuit.
4. Jonga i-polarity xa ufaka iintambo kwi-terminal.
5. Iingcingo ezinevolthi ephezulutagIntambo yentambo ye-e okanye intambo yombane inokuvelisa umqobo obangela ukusebenza okungaqhelekanga okanye isiphene.
6. Sebenzisa intambo ye-AWG24(0.3㎟) ngasentla ejijekileyo kwaye ekhuselweyo xa unxibelelana nge-RS-422 ngu-IRIG-B.
7. Qinisekisa ubuninzi bentambo. ubude kunye node ngokuchazwa kweTimeserver yeRS-422(IRIG-B).
8. Kwimeko apho indawo yomqondiso weTimeserver ayibekwanga yodwa, sebenzisa i-RS-422 isolator ngenxa yengxolo. Ulibaziseko lokuhamba lwento yoyedwana kufuneka lube phakathi kwe-100㎲.
9. Musa ukusebenzisa i-isolator enomsebenzi ngokuhlalutya umqondiso wedatha kwaye uyithumele.

Iingcingo Example

1. Ubungakanani bentambo yesixhobo se-I/O bukhawulelwe kwi-0.3 ~ 2 mm2 kodwa kuyacetyiswa ukuba ukhethe ubungakanani (0.3 mm2) obunokusetyenziswa ngokulula.
2. Nceda wahlule umgca wesignali yegalelo kwimveliso yomgca wesignali..
3. Imigca yesignali ye-I/O kufuneka ifakwe iingcingo eziyi-100mm nangaphezulu kude nevolthi ephezulutage/intambo yesekethe ephezulu yangoku.
4. I-Batch shield cable kufuneka isetyenziswe kwaye icala le-PLC kufuneka limiswe ngaphandle kokuba intambo yesekethe engundoqo kunye nentambo yamandla ayinakwahlukaniswa.
5. Xa usebenzisa i-piping-wiring, qiniseka ukuba ugxininise umbhobho.
6. Umgca wokuphuma kwe-DC24V kufuneka ube wodwa kwintambo ye-AC110V okanye intambo ye-AC220V.

Iwaranti

• Ixesha lewaranti ziinyanga ezingama-36 ukusuka kumhla wokwenziwa.
• Ukuxilongwa kokuqala kweempazamo kufuneka kuqhutywe ngumsebenzisi. Nangona kunjalo, ngesicelo, i-LS ELECTRIC okanye abameli bayo banokuwenza lo msebenzi ngentlawulo. Ukuba unobangela wesiphoso ufunyaniswa uxanduva lwe-LS ELECTRIC, le nkonzo iya kuba simahla.
• Ukukhutshwa kwiwaranti
  1. Ukutshintshwa kwezinto ezisetyenziswayo nezinobomi kuphela (umz. iireyiyidi, iifuse, iicapacitor, iibhetri, iiLCDs, njl.njl.)
  2. Ukusilela okanye umonakalo obangelwe ziimeko ezingafanelekanga okanye ukuphatha ngaphandle kwezo zichazwe kwincwadana yomsebenzisi
  3. Ukungaphumeleli okubangelwa yimiba yangaphandle engahambelani nemveliso
  4. Ukusilela okubangelwa luhlengahlengiso ngaphandle kwemvume ye-LS ELECTRIC
  5. Ukusetyenziswa kwemveliso ngeendlela ebezingalindelekanga
  6. Ukusilela okungenakuxelwa kwangaphambili/ukusonjululwa bubuchwephesha bezenzululwazi bangoku ngexesha lokwenziwa
  7. Ezinye iimeko apho i-LS ELECTRIC ayinaxanduva
• Ngolwazi oluneenkcukacha lwewaranti, nceda ujonge kwincwadana yomsebenzisi.
• Umxholo wesikhokelo sokufakela unokutshintsha ngaphandle kwesaziso sokuphucula ukusebenza kwemveliso.

I-LS ELECTRIC Co., Ltd. www.ls-electric.com 10310000989 V4.5 (2024.06)
I-imeyile: automation@ls-electric.com

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· LS ELECTRIC Japan Co., Ltd. (Tokyo, Japan)	Umnxeba: 81-3-6268-8241
· LS ELECTRIC America Inc. (Chicago, USA)	Ifowuni: 1-800-891-2941

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Amaxwebhu / Izibonelelo

I-LS XGF-SOEA isiLawuli esiQinisekileyo esiQinisekayo [pdf] Isikhokelo soFakelo XGF-SOEA Programmable Logic Controller, XGF-SOEA, Programmable Logic Controller, Logic Controller, Controller

Iimbekiselo

• Incwadi yokusebenzisa