I-IVIC1L-1616MAR-T Isilawuli Sengqondo Esihlelekayo Esincane
Umhlahlandlela WomsebenzisiInguqulo: V1.0 202212

I-IVIC1L-1616MAR-T Isilawuli Sengqondo Esihlelekayo Esincane

I-Quick Reference Manual ye-IVC1L-1616MAR-T ene-2PT PLC
Le manuwali yokuqala esheshayo eyokukunikeza inkomba esheshayo yokuklama, ukufakwa, ukuxhuma nokugcinwa kochungechunge lwe-IVC1L-1616MAR-T PLC, olulungele inkomba esizeni. Okwethulwe kafushane kule ncwajana imininingwane yezingxenyekazi zekhompuyutha, izici, nokusetshenziswa kwe-IVC1L-1616MAR-T PLC, kanye nezingxenye ozikhethele kanye ne-FAQ ukuze uthole inkomba yakho. Ukuze u-ode amamanyuwali omsebenzisi angenhla, xhumana nomsabalalisi we-INVT noma ihhovisi lokuthengisa. Ungavakashela futhi http://www.invt-control.com ukulanda ulwazi lobuchwepheshe oluhlobene ne-PLC noma unikeze impendulo ngezinkinga ezihlobene ne-PLC.

Isingeniso

1.1 Ukuqokwa kwemodeli
Incazelo yemodeli iboniswa esithombeni esilandelayo.

Kumakhasimende: Siyabonga ngokukhetha imikhiqizo yethu. Ukuze uthuthukise umkhiqizo futhi unikeze isevisi engcono kuwe, ungacela ugcwalise ifomu ngemva kokuba umkhiqizo ususetshenziswe inyanga engu-1, futhi ulithumele ngeposi noma ngefeksi esikhungweni sethu Sesevisi Yamakhasimende? Sizokuthumelela isikhumbuzo esihle lapho sithola Ifomu Eliphelele Lempendulo Yekhwalithi Yomkhiqizo. Ngaphezu kwalokho, uma ungasinika izeluleko zokuthuthukisa umkhiqizo nekhwalithi yesevisi, uzoklonyeliswa ngesipho esikhethekile. Ngibona kakhulu!
Inkampani Shenzhen INVT Electric Co., Ltd.
Ifomu Lempendulo Yekhwalithi Yomkhiqizo

Igama lekhasimende		Ucingo
Ikheli	Iposi	Ikhodi
Imodeli		Idethi yokusetshenziswa
Umshini SN
Ukubukeka noma isakhiwo
Ukusebenza
Iphakheji
Okubalulekile
Inkinga yekhwalithi ngesikhathi sokusetshenziswa
Isiphakamiso mayelana nokwenza ngcono

Ikheli: INVT Guangming Technology Building, Songbai Road, Matian, Guangming District, Shenzhen, China Ucingo: +86 23535967
1.2 Uhlaka
Uhlaka lwemojuli eyisisekelo luboniswa emfanekisweni olandelayo ngokuthatha i-exampIdatha ye-IVC1L-1616MAR-T
I-PORTO kanye ne-PORT1 PORT2 yizikhungo zokuxhumana. I-PORTO isebenzisa imodi ye-RS232 enesokhethi le-Mini DIN8. I-PORT1 ne-PORT2 zine-RS485 ephindwe kabili. Isokhethi yebha yebhasi eyokuxhuma imojula yesandiso. Iswishi yokukhetha imodi inezindawo ezintathu: VULIWE, TM futhi VALIWE.
1.3 Isingeniso Setheminali
1. Izakhiwo zamatheminali ziboniswa kanje: Amatheminali okokufaka: Ithebula lencazelo yetheminali yokokufaka

Cha.	Sayina	Incazelo	Cha.	Sayina	Incazelo
1	I-S/S	Itheminali yokukhetha umthombo wokufaka/usinki	14	X1	Itheminali yokufaka yesignali yedijithali X1
2	XO	Itheminali yokufaka yesignali yedijithali XO	1 c mina”'	n ‘	Itheminali yokufaka yesignali yedijithali X3
3	X2	Itheminali yokufaka yesignali yedijithali X2	16	c X'	Itheminali yokufaka yesignali yedijithali X5
4	X4	Itheminali yokufaka yesignali yedijithali X4	17 ''	y7 ”	Itheminali yokufaka yesignali yedijithali X7
5	X6	Itheminali yokufaka yesignali yedijithali X6	18	X11	Itheminali yokufaka yesignali yedijithali X11
6	X10	Itheminali yokufaka yesignali yedijithali X10	19	X13	Itheminali yokufaka yesignali yedijithali X13
7	X12	Itheminali yokufaka yesignali yedijithali X12	20	X15	Itheminali yokufaka yesignali yedijithali X15
8	X14	Itheminali yokufaka yesignali yedijithali X14	21	X17	Itheminali yokufaka yesignali yedijithali X17
9	X16	Itheminali yokufaka yesignali yedijithali X16	22	FG	Isivikelo sentambo ye-RTD
10	11	Ipositive RTD insiza yamanje ye-CH1	23	R1+	I-Positive thermal-resistor sisnal iniut ye-CH1
11	11	I-RTD engeyiyo eyisisizi yamanje ye-CH1	24	R1	I-Negative thermal-resistor sisnal ineut ye-CH1
12	12+	Ipositive RTD insiza yamanje ye-CH2	25	R2+	I-Positive thermal-resistor sisnal iniut ye-CH2
13	12—	I-RTD engeyiyo eyisisizi yamanje ye-CH2	26	R2—	Okokufaka kwesignali ye-thermal-resistor engalungile ye-CH2

Amatheminali okukhiphayo:   

Cha.	Sayina	Incazelo	Cha.	Sayina	Incazelo
1	+24	I-Positive pole of output power supply 24V	14	COM	Isigxobo esinegethivu sokuphuma kwamandla kagesi 24V
2	YO	Lawula itheminali yokuphumayo	15	I-COMO	Lawula itheminali evamile yokuphumayo
3	Y1	Lawula itheminali yokuphumayo	16		Akunalutho
4	Y2	Lawula itheminali yokuphumayo	17	I-COM1	Itheminali evamile yokulawula ukuphuma kwetheminali
5	Y3	Lawula itheminali yokuphumayo	18	I-COM2	Itheminali evamile yokulawula ukuphuma kwetheminali
6	Y4	Lawula itheminali yokuphumayo	19	Y5	Lawula itheminali yokuphumayo
7	Y6	Lawula itheminali yokuphumayo	20	Y7	Lawula itheminali yokuphumayo
8	•	Akunalutho	21	I-COM3	Itheminali evamile yokulawula ukuphuma kwetheminali
9	Y10	Lawula itheminali yokuphumayo	22	Yll	Lawula itheminali yokuphumayo
10	Y12	Lawula itheminali yokuphumayo	23	Y13	Lawula itheminali yokuphumayo
11	Y14	Lawula itheminali yokuphumayo	24	Y15	Lawula itheminali yokuphumayo
12	Y16	Lawula itheminali yokuphumayo	25	Y17	Lawula itheminali yokuphumayo
13	•	Akunalutho	26	•	Akunalutho

Ukucaciswa kokunikezwa kwamandla

Ukucaciswa kwamandla akhelwe ngaphakathi kwe-PLC namandla amamojula esandiso kufakwe kuhlu kuthebula elilandelayo.

Into		Iyunithi	Okuncane.	Inani elijwayelekile	Ubukhulu.	Qaphela
Amandla kagesi voltage		I-Vac	85	220	264	Ukuqala nokusebenza okujwayelekile
Okokufaka kwamanje		A	/	/	2.	Okokufaka: 90Vac, 100% okukhiphayo
Ikalwe okukhiphayo okwamanje	5V/GND	mA	/	900	/	Amandla aphelele wokuphumayo 5V/GND kanye ne-24V/GND 10.4W. Ubukhulu. amandla okukhipha: 24.8W (isamba sawo wonke amagatsha)
	24V/GND	mA	/	300	/
	+-15V/AGND	mA	/	200
	24V/COM	mA	/	600	/

Okokufaka Kwedijithali & Okuphumayo

3.1 Isici Sokufaka Nokucaciswa
Isici sokufaka kanye nemininingwane kuboniswa kanje:

Into		Amatheminali okokufaka anesivinini esikhulu X0—X7	Itheminali yokufaka evamile
Imodi yokufaka		Imodi yomthombo noma imodi yokusinki, isethwe ku-s/s terminal
Imingcele kagesi	Okokufaka ivoltage	24Vdc
	Ukumelana nokokufaka	4k0	4.3k0
	Okokufaka VULIWE	Ukumelana nesekethe yangaphandle <4000	Ukumelana nesekethe yangaphandle <4000
	Okokufaka KUVALIWE	Ukumelana nesekethe yangaphandle > 24k0	Ukumelana nesekethe yangaphandle > 24k0
Umsebenzi wokuhlunga	Isihlungi sedijithali	X0—X7 inesikhathi se-digital fi: 0, 8, 16, 32 noma 64ms uhlelo)	umsebenzi we-tering. Ukuhlunga (kukhethwe ngokusebenzisa umsebenzisi
	Isihlungi sezingxenyekazi zekhompuyutha	Amatheminali okokufaka ngaphandle kwe-X0—X7 awokuhlunga ihadiwe. Isikhathi sokuhlunga: mayelana ne-10ms
Umsebenzi wejubane eliphezulu		X0—X7: ukubala ngesivinini esiphezulu, ukuphazamisa, nokubamba ishayela I-XO ne-X1: kufika ku-50kHz ukubala imvamisa X2—X5: kufika ku-10kHz ukubala imvamisa Isamba sefrikhwensi yokokufaka kufanele sibe ngaphansi kuka-60kHz
Itheminali evamile		Itheminali eyodwa kuphela evamile: COM

Itheminali yokufaka isebenza njengekhawunta inomkhawulo ngaphezu kwefrikhwensi enkulu. Noma iyiphi ifrikhwensi ephakeme kunaleyo ingase ibangele ukubala okungalungile noma ukusebenza kwesistimu okungavamile. Qiniseka ukuthi ilungiselelo letheminali yokufaka linengqondo futhi izinzwa zangaphandle ezisetshenziswayo zifanelekile.
I-PLC inikeza itheminali ye-S/S yokukhetha imodi yokufaka isignali phakathi kwemodi yomthombo nemodi yokucwila. Ukuxhuma itheminali ye-S/S kutheminali +24, okungukuthi ukusetha imodi yokufaka kumodi yokucwila, kunika amandla ukuxhumana nenzwa ye-NPN. Uxhumano lokokufaka example
Umdwebo olandelayo ubonisa i-example ye-IVC1L-1616MAR-T ngokuphathelene ne-IVC1-0808ENR, eqaphela ukulawula kokuma okulula. Amasiginali okuma asuka ku-PG afakwa ngamatheminali wokubala isivinini esiphezulu XO kanye ne-X1, amasiginali okushintsha umkhawulo adinga impendulo yesivinini esikhulu angafakwa ngamatheminali anesivinini esikhulu X2—X7. Amanye amasiginali womsebenzisi angafakwa nganoma yimaphi amanye amatheminali okokufaka.

3.2 Isici Somphumela Nokucaciswa
Imininingwane kagesi yokuphumayo ikhonjiswe kuthebula elilandelayo.

Into		Okukhiphayo kwe-relay
Ivolumu eshintshiwetage		Ngaphansi kuka-250Vac, 30Vdc
Ukuhlukaniswa kwesifunda		Nge-Relay
Inkomba yokusebenza		Oxhumana nabo abaphumayo bokudlulisa bavaliwe, i-LED ivuliwe
Ukuvuza kwamanje kwesekethe evulekile		/
Ubuncane bomthwalo		2mA/5Vdc
Ubukhulu. okukhiphayo okwamanje	Umthwalo ophikisayo	2A/1 iphuzu; 8A/4 amaphuzu, kusetshenziswa i-COM 8A/8 amaphuzu, kusetshenziswa i-COM
	Umthwalo we-inductive	220Vac, 80VA
	Umthwalo wokukhanyisa	220Vac, 100W
Isikhathi sokuphendula	VULIWE—› VULIWE	20ms Max
	KHANYISA CISHA	20ms Max
Y0, Y1 ubuningi. imvamisa yokuphumayo		/
Y2, Y3 ubuningi. imvamisa yokuphumayo		/
Itheminali evamile yokuphumayo		YO/ Y1-COMO; Y2/Y3-COM1. Ngemva kwe-Y4, amatheminali angu-Max 8 asebenzisa itheminali eyodwa evamile eyodwa
Ukuvikelwa kwe-fuse		Lutho

Okukhiphayo uxhumano example
Umdwebo olandelayo ubonisa i-exampI-le ye-IVC1L-1616MAR-T mayelana ne-IVC1-0808ENR. Ezinye (ezifana ne-Y0-COMO) zixhunywe kumjikelezo we-24Vdc oxhaswe yi-24V-COM yendawo, ezinye (njenge-Y2-COM1) zixhunywe ku-5Vdc low vol.tage-signal circuit, nezinye (njenge-Y4—Y7) zixhunywe ku-220Vac voltagi-signal circuit. Amaqembu ahlukene okukhiphayo angaxhunywa kumasekhethi esignali ahlukene anevolumu ehlukiletages.

3.3 Isici Se-Thermistor Nokucaciswa
Ukucaciswa Kokusebenza

Into	Ukucaciswa
	Amadigri Celsius (°C)		I-Degres Fahrenheit (°F) '
Isignali yokokufaka.	Uhlobo lwe-Termistor: Pt100, Cu100, Cu50 Inani lamashaneli: 2
Ukuguqula isivinini	(15±2%) ms x 4 amashaneli (Ukuguqulwa akwenzelwanga amashaneli angasetshenzisiwe.)
Ibanga lokushisa elilinganiselwe	I-Pt100	—150°C—+600°C	I-Pt100	—238°F—+1112°F
	Ku100	—30°C—+120°C	Ku100	—22°F—+248°F
	Ku50	—30°C—+120°C	Ku50	—22°F—+248°F
Okukhiphayo kwedijithali	Inani lokushisa ligcinwa kukhodi ehambisanayo kanambambili engu-16-bit.
	I-Pt100	—1500—+6000	I-Pt100	—2380—+11120
	Ku100	—300—+1200	Ku100	—220—+2480
	Ku50	—300—+1200	Ku50	—220—+2480

Into	Ukucaciswa
	Amadigri Celsius (°C)		Ama-degrees Fahrenheit (°F)
Okuphansi kakhulu isixazululo	I-Pt100	0.2°C	I-Pt100	0.36°F
	Ku100	0.2°C	Ku100	0.36°F
	Ku50	0.2°C	Ku50	0.36°F
Ukunemba	±1% webanga eligcwele
Ukuzihlukanisa	Amasekhethi e-analog ahlukanisiwe kumasekhethi edijithali ngokusebenzisa photoelectric couplers. Iziteshi ze-analog azihlukanisiwe komunye nomunye.

Umfanekiso olandelayo ubonisa izintambo zetheminali: Amalebula 0 kuya ku-0 emfanekisweni ongenhla abonisa ukuxhumana okudingeka ukunake ngokukhethekile.

1. Kunconywa ukuthi uxhume amasiginali we-thermistor ngokusebenzisa ikhebula elisontekile elivikelekile, futhi ugcine ikhebula likude nezintambo zikagesi noma ezinye izintambo ezingase zibangele ukuphazamiseka kukagesi. Ukuxhumana kwe-thermistor kuchazwa kanje:
   Kuzinzwa ze-thermistor zezinhlobo ze-Pt100, Cu100, ne-Cu50, ungasebenzisa izindlela zokuxhuma izintambo ezi-2, izintambo ezi-3, nezindlela zokuxhuma izintambo ezingu-4. Phakathi kwazo, ukunemba kwendlela yokuxhuma izintambo ezingu-4 kuphezulu kakhulu, leyo yendlela yokuxhuma izintambo ezi-3 ingeyesibili ephezulu, futhi leyo yendlela yokuxhuma izintambo ezingu-2 iphansi kakhulu. Uma ubude bocingo bungaphezu kwamamitha angu-10, kunconywa ukuthi usebenzise indlela yokuxhuma izintambo ezingu-4 ukuze uqede iphutha lokumelana elibangelwa ucingo.
   Ukuze unciphise amaphutha okulinganisa futhi uvimbele ukuphazamiseka komsindo, kunconywa ukuthi usebenzise izintambo zokuxhuma ezimfushane kune-100 m.
2. Uma kubangelwe ukuphazamiseka okuningi kukagesi, xhuma indawo evikelayo kutheminali yaphansi engu-PG yemojuli.
3. Gcoba kahle itheminali yaphansi engu-PG yemojuli.
4. Sebenzisa ugesi we-220Vac. O. Ifinyeza amatheminali avumayo noma angalungile angasebenzisi isiteshi ukuvimbela ukutholwa kwedatha yephutha esiteshini.

Ukucushwa kweyunithi ye-SD

Inombolo yekheli.	Igama	RIW isibaluli	Qaphela
SD172	Sampisilinganiso se-Ch1	R	Inani elizenzakalelayo: 0
SD173	Sampizikhathi zokulala ze-CH1	RW	1-1000, Inani elizenzakalelayo: 8
SD174	Sampisilinganiso se-Ch2	R	Inani elizenzakalelayo: 0
SD175	Sampizikhathi zokulala ze-CH2	RW	1-1000, Inani elizenzakalelayo: 8
SD178	Ukukhetha imodi ye-CH1 (8 LSBs) Ukukhetha imodi ye-CH2 (8 MSBs)	RW	0: Khubaza 1:PT100 (-1500-6000, degrees Celsius) 2:PT100 (-2380-11120, degrees Fahrenheit) 3:Cu100 (-300-1200, degrees Celsius) 4:Cu100 (-220-2480, degrees Fahrenheit) 5:Cu50 (-300-1200, degrees Celsius) 6:Cu50 (-220-2480, degrees Fahrenheit)

Ukusetha isibample:
Ukuze ulungiselele i-PT100 yakho kokubili i-CH1 ne-CH2, ukhiphe inani ngamadigri Celsius, futhi usethe amaphuzu enani elimaphakathi libe ngu-4, udinga ukusetha amabhithi abalulekile okuqashisa angu-8 e-SD178 kuya ku-Ox01 kanye no-8 abaluleke kakhulu. amabhithi(MSBs) we-SD178 kuya ku-Ox01, okungukuthi setha i-SD178 ukuze ibe yi-Ox0101(hexadecimal). Bese usetha i-SD173 kanye ne-SD175 kuye ku-4. Amanani we-SD172 kanye ne-SD174 izinga lokushisa elijwayelekile ku-Celsius degree of the four s.ampama-lings atholwe yi-CH1 PT100 kanye ne-CH2 PT100, ngokulandelana.

Ichweba Lokuxhumana

Imojula eyisisekelo ye-IVC1L-1616MAR-T inezimbobo zokuxhumana ezilandelanayo ezintathu: PORTO, PORT1, kanye ne-PORT2. Amazinga e-baud asekelwe: 115200, 57600, 38400, 19200, 9600, 4800, 2400, 1200bps. Iswishi yokukhetha imodi inquma iphrothokholi yokuxhumana ye-PORTO.

Iphini No.	Igama	Incazelo
3	GND	Ground
4	I-RXD	Iphinikhodi yokuthola idatha ye-serial (kusuka ku-RS232 ukuya ku-PLC)
5	TX D	Iphinikhodi yokudlulisa idatha ye-serial (kusuka ku-PLC kuya ku-RS 232)
1, 2, 6, 7,8	Izinqolobane	Iphinikhodi engachaziwe, yishiye imisiwe

Njengetheminali enikezelwe ohlelweni lomsebenzisi, i-PORTO ingaguqulelwa kuphrothokholi yokuhlela ngokusebenzisa inkinobho yokukhetha imodi. Ubudlelwano phakathi kwesimo sokusebenza kwe-PLC kanye nephrothokholi esetshenziswa yi-PORTO kuboniswe kuthebula elilandelayo.

Isikhundla sokushintsha ukukhetha kwemodi	Isimo	Iphrothokholi yokusebenza ye-PORTO
VULA-	Gijima	Iphrothokholi yokuhlela, noma iphrothokholi ye-Modbus, noma iphrothokholi ye-free-port, noma iphrothokholi yenethiwekhi engu-N: N, njengoba kunqunywa uhlelo lomsebenzisi nokucushwa kwesistimu.
VULIWE→TM	Ukugijima	Iguqulelwe kuphrothokholi yokuhlela
VALIWE →TM	Ima
VALIWE	Ima	Uma ukucushwa kwesistimu yohlelo lomsebenzisi kuyiphrothokholi ye-free-port, iguqulela kuhlelo iphrothokholi ngokuzenzakalelayo ngemva kokumiswa; noma iphrothokholi yesistimu igcina ingashintshiwe

PORT1. I-PORT2 ilungele ukuxhumana nemishini ekwazi ukuxhumana (njengama-inverter). Ngephrothokholi ye-Modbus noma i-RS485 terminal free protocol, ingalawula amadivayisi amaningi ngenethiwekhi. Amatheminali ayo ahlanganiswe ngezikulufo. Ungasebenzisa ipheya esontekile evikelekile njengekhebula lesignali ukuze uxhume izimbobo zokuxhumana uwedwa.

Ukufakwa

I-PLC isebenza esigabeni sokufaka II, i-Pollution degree 2.

5.1 Ubukhulu bokufaka

Imodeli	Ubude	Ububanzi	Ubude	Isisindo sengqikithi
I-IVAL-1616MAR-T	182 mm	90 mm	71.2 mm	750g

5.2 Indlela Yokufaka
Ukufakwa kukajantshi we-DIN
Ngokuvamile ungafaka i-PLC kumzila wesitimela ongu-35mm-wide (DIN), njengoba kukhonjisiwe esithombeni esilandelayo.    

Inqubo enemininingwane imi kanje:

1. Lungisa ujantshi we-DIN endizeni engemuva yokufaka;
2. Khipha isiqeshana sesitimela se-DIN ngaphansi kwemojula;
3. Faka imojula ku-DIN.
4. Cindezela emuva isiqeshana sesitimela se-DIN ukuze ukhiye imojuli.
5. Lungisa iziphetho ezimbili zemojuli ngezitobhi zesitimela ukuze ugweme ukushelela.

Le nqubo ingasetshenziswa ukufaka ujantshi we-DIN wawo wonke amanye ama-IVC1L-1616MAR-T PLC.
Ukulungisa isikulufu
Ukulungisa i-PLC ngezikulufo kungama ukushaqeka okukhulu kunokufakwa kukaloliwe we-DIN.
Sebenzisa izikulufu ze-M3 ezimbotsheni ezifakwayo endaweni ebiyelwe ye-PLC ukuze ulungise i-PLC ngemuva kwekhabethe likagesi, njengoba kuboniswe esithombeni esilandelayo.

5.3 Ukuxhunywa kwekhebula nokucaciswa kwayo
Xhuma ikhebuli yamandla nekhebuli yaphansi. Siphakamisa ukuthi uxhume isekethe yokuvikela endaweni yokufaka yokufaka amandla. Umfanekiso olandelayo ukhombisa ukuxhunywa kwe-AC kanye nezinsiza zamandla ezisizayo.
Amandla okugxambukela kwe-anti-electromagnetic ama-PLCs angathuthukiswa ngokumisa amakhebuli aphansi athembekile. Lapho ufaka i-PLC, xhuma itheminali yokuphakela amandla phansi. Kunconywa ukuthi usebenzise izintambo zokuxhuma ze-AWG12 ukuya ku-AWG16 bese uzama ukufinyeza izintambo, nokuthi ulungise isisekelo esizimele futhi ugcine izintambo eziphansi zikude nalezo zamanye amadivaysi (ikakhulukazi lawo akhiqiza ukuphazamiseka okuqinile), njengoba kuboniswe esithombeni esilandelayo. .

Ukucaciswa kwekhebula
Lapho ufaka izintambo i-PLC, sebenzisa izintambo zethusi ezinemicu eminingi kanye namatheminali avaleleke enziwe ngomumo ukuze uqinisekise ikhwalithi. Imodeli enconyiwe kanye nendawo ephambanayo yekhebula ikhonjisiwe kuthebula elilandelayo.

Ikhebula	I-cross-sectional indawo	Kunconyiwe imodeli	Isikhwama sekhebula kanye ukushisa-shrink tube
Ikhebula lamandla e-AC (L, N)	1.0-2.0mm2	AWG12, 18	H1.5/14 isikhwama esivalekile esiyindilinga, noma isikhwama sekhebula esithathiwe
Ikhebula lomhlaba (e)	2.0 mm2	AWG12	I-H2.0114 isikhwama esivalekile esiyindilinga, noma isikhwama sekhebula esithayiwe
Ikhebuli yesiginali yokokufaka (X)	0.8-1.0mm2	AWG18, 20	UT1-3 noma OT1-3 solderless lug 1)3 noma c1314 ukushisa shrinkable tube
Ikhebuli yesignali yokuphumayo (Y)	0.8-1.0mm2	AWG18, 20

Lungisa ikhanda lekhebula elilungisiwe kumatheminali e-PLC ngezikulufo. I-torque yokusheshisa: 0.5-0.8Nm.
Indlela yokucubungula ikhebula enconyiwe iboniswa emfanekisweni olandelayo.

Ukusebenza kwamandla nokulungisa

6.1 Ukuqalisa
Hlola uxhumo lwekhebula ngokucophelela. Qinisekisa ukuthi i-PLC icacile ezintweni ezingaziwa futhi isiteshi sokukhipha ukushisa sicacile.

1. Amandla ku-PLC, inkomba ye-PLC AMANDLA kufanele ivulwe.
2. Qala isofthiwe ye-AutoStation kumsingathi bese ulanda uhlelo lomsebenzisi oluhlanganisiwe ku-PLC.
3. Ngemva kokuhlola uhlelo lokulanda, shintsha inkinobho yokukhetha imodi iye endaweni ethi ON, inkomba ye-RUN kufanele ivulwe. Uma inkomba ye-ERR ivuliwe, uhlelo lomsebenzisi noma isistimu inephutha. Bheka phezulu ochungechungeni lwe-IVC lwe-PLC Programming Manual bese ususa iphutha.
4. Faka amandla kusistimu yangaphandle ye-PLC ukuze uqale ukulungisa iphutha lesistimu.

6.2 Isondlo Esijwayelekile
Yenza lokhu okulandelayo:

1. Qinisekisa i-PLC indawo ehlanzekile. Ivikele kwabafokazi nothuli.
2. Gcina umoya kanye nokuchithwa kokushisa kwe-PLC kusesimweni esihle.
3. Qinisekisa ukuthi uxhumo lwekhebula luthembekile futhi lusesimweni esihle.

Isexwayiso

1. Sebenzisa oxhumana nabo abadluliselwe kuphela uma kunesidingo, ngoba ubude bempilo ye

Qaphela

1. Ibanga lewaranti livalelwe ku-PLC kuphela.
2. Isikhathi sewaranti izinyanga eziyi-18, phakathi naleso sikhathi i-INVT inakekela futhi ilungise mahhala ku-PLC enanoma yiliphi iphutha noma umonakalo ngaphansi kwezimo ezivamile zokusebenza.
3. Isikhathi sokuqala sewaranti usuku lokulethwa komkhiqizo, lapho umkhiqizo we-SN uwukuphela kwesisekelo sokwahlulela. I-PLC ngaphandle komkhiqizo we-SN izothathwa njengengaphandle kwewaranti.
4. Ngisho zingakapheli izinyanga eziyi-18, isondlo sizokhokhiswa ezimeni ezilandelayo:
   Umonakalo owenziwe ku-PLC ngenxa yokungasebenzi kahle, okungahambisani neManuwali Yomsebenzisi;
   Umonakalo owenziwe ku-PLC ngenxa yomlilo, izikhukhula, ivolumu engavamiletage, njll;
   Umonakalo owenziwe ku-PLC ngenxa yokusetshenziswa okungafanele kwemisebenzi ye-PLC.
5. Imali yesevisi izokhokhiswa ngokwezindleko zangempela. Uma kukhona noma iyiphi inkontileka, inkontileka iyanqoba.
6. Sicela ugcine leli phepha futhi ubonise leli phepha endaweni yokulungisa lapho umkhiqizo udinga ukulungiswa.
7. Uma unombuzo, sicela uxhumane nomsabalalisi noma inkampani yethu ngokuqondile.

Inkampani Shenzhen INVT Electric Co., Ltd.
Ikheli: INVT Guangming Technology Building, Songbai Road, Matian,
Isifunda saseGuangming, eShenzhen, China
Webindawo: www.invt.com
Wonke Amalungelo Agodliwe. Okuqukethwe kulo mbhalo kungashintsha ngaphandle kwesaziso.

Amadokhumenti / Izinsiza

I-INVT IVIC1L-1616MAR-T Isilawuli Sengqondo Esihlelekayo Esincane [pdf] Umhlahlandlela Womsebenzisi I-IVIC1L-1616MAR-T I-Micro Programmable Logic Controller, IVIC1L-1616MAR-T, Isilawuli Sengqondo Esihleleka Kancane, Isilawuli Sengqondo Esehlelekayo, Isilawuli Esinengqondo

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