I-TRU COMPONENTS TK4S-14RC Imanuwali Yezilawuli Zezinga Lokushisa Eziphezulu Ezisebenza Kakhulu ze-PID

Funda futhi uqonde imanuwali yeziqondiso ngaphambi kokusebenzisa umkhiqizo.
Ukuze uphephe, funda futhi ulandele ukucatshangelwa kokuphepha okungezansi ngaphambi kokusebenzisa. Ukuze uphephe, funda futhi ulandele okucatshangelwayo okubhalwe encwadini yeziqondiso.
Gcina le manuwali yemiyalo endaweni lapho ungathola khona kalula.
Ukucaciswa, ubukhulu, njll kungashintsha ngaphandle kwesaziso sokuthuthukiswa komkhiqizo.

Ukucatshangelwa Kokuphepha

• Bheka konke 'Ukucatshangelwa Kokuphepha' ukuze usebenze ngendlela ephephile futhi efanele ukugwema izingozi.
• uphawu lubonisa ukuqapha ngenxa yezimo ezikhethekile lapho izingozi zingase zenzeke.

Isexwayiso Ukwehluleka ukulandela imiyalelo kungase kubangele ukulimala okubi kakhulu noma ukufa

1. Idivayisi ehluleka ukuphepha kufanele ifakwe uma kusetshenziswa iyunithi enemishini engase ibangele ukulimala okubi kakhulu noma ukulahlekelwa okukhulu komnotho. amadivaysi, njll.)
   Ukwehluleka ukulandela lo myalelo kungase kubangele ukulimala komuntu siqu, ukulahlekelwa kwezomnotho noma umlilo.
2. Ungayisebenzisi iyunithi endaweni lapho igesi evuthayo/eqhumayo/ebolayo, umswakama ophezulu, ukukhanya kwelanga okuqondile, ukushisa okukhazimulayo, ukudlidliza, umthelela noma usawoti omningi.
   Ukwehluleka ukulandela lo myalelo kungase kubangele ukuqhuma noma umlilo.
3. Faka kuphaneli yedivayisi ozoyisebenzisa.
   Ukwehluleka ukulandela lo myalelo kungase kubangele ukushaqeka kukagesi.
4. Ungaxhumeki, ulungise, noma uhlole iyunithi ngenkathi uxhumeke kumthombo wamandla.
   Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukushaqeka kukagesi.
5. Hlola 'Izixhumi' ngaphambi kokufaka izintambo.
   Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo.
6. Ungaliqeqeshi noma uliguqule iyunithi.
   Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukushaqeka kukagesi.

Isexwayiso Ukwehluleka ukulandela imiyalelo kungase kubangele ukulimala noma ukulimala komkhiqizo

1. Uma uxhuma okokufaka kwamandla kanye nokuphumayo kwe-relay, sebenzisa ikhebuli engu-AWG 20 (0.50 mm2 ) noma ngaphezulu, bese uqinisa isikulufu setheminali ngetorque eqinisayo engu-0.74 kuya ku-0.90 N m.
   Uma uxhuma ikhebuli yenzwa neyokuxhumana ngaphandle kwekhebula elizinikele, sebenzisa ikhebuli engu-AWG 28 ukuya ku-16 futhi uqinise isikulufu setheminali ngetorque eqinisayo engu-0.74 ukuya ku-0.90 N m.
   Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukungasebenzi kahle ngenxa yokwehluleka ukuxhumana.
2. Sebenzisa iyunithi ngaphakathi kokucaciswa okulinganiselwe.
   Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma umonakalo womkhiqizo
3. Sebenzisa indwangu eyomile ukuhlanza iyunithi, futhi ungasebenzisi amanzi noma i-organic solvent.
   Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukushaqeka kukagesi.
4. Gcina umkhiqizo kude ne-chip yensimbi, uthuli, nezinsalela zocingo ezigelezela kuyunithi.
   Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma umonakalo womkhiqizo.

Izixwayiso ngesikhathi sokusetshenziswa

• Landela imiyalelo kokuthi 'Izixwayiso ngesikhathi sokusebenzisa'. Uma kungenjalo, kungase kubangele izingozi ezingalindelekile.
• Hlola i-polarity yamatheminali ngaphambi kokufaka izintambo zenzwa yezinga lokushisa. Ngenzwa yezinga lokushisa ye-RTD, yifake ngentambo njengohlobo lwezintambo ezi-3, usebenzisa amakhebuli awugqinsi nobude obufanayo.
  Ngenzwa yethempelesha ye-thermocouple (TC), sebenzisa intambo yesinxephezelo emisiwe ukuze unwebe intambo.
• Gcina kude nevolumu ephezulutagolayini be-e noma izintambo zikagesi ukuvimbela umsindo ongenisayo. Uma kufakwa ulayini wamandla kanye nolayini wesignali wokufaka eduze, sebenzisa isihlungi somugqa noma i-varistor kulayini wamandla kanye nentambo evikelekile kulayini wesiginali yokufaka. Ungasebenzisi eduze kwesisetshenziswa esikhiqiza amandla kazibuthe anamandla noma umsindo wefrikhwensi ephezulu.
• Ungasebenzisi amandla weqile lapho uxhuma noma unqamula izixhumi zomkhiqizo.
• Faka iswishi yamandla noma i-circuit breaker endaweni efinyeleleka kalula ukuze unikeze noma unqamule amandla.
• Ungasebenzisi iyunithi ngezinye izinjongo (isb. voltmeter, ammeter), kodwa isilawuli lokushisa.
• Lapho ushintsha inzwa yokufaka, cisha ugesi kuqala ngaphambi kokushintsha. Ngemuva kokushintsha inzwa yokufaka, shintsha inani lepharamitha ehambisanayo.
• Ungadluli ulayini wokuxhumana nolayini kagesi. Sebenzisa izintambo ezimbili ezisontekile kulayini wokuxhumana futhi uxhume ubuhlalu be-ferrite ekugcineni komugqa ukuze unciphise umphumela womsindo wangaphandle.
• Yenza isikhala esidingekayo ezungeze iyunithi yemisebe yokushisa. Ukuze uthole isilinganiso esinembile sezinga lokushisa, fudumeza iyunithi ngaphezu kwamaminithi angu-20 ngemva kokuvula amandla.
• Qinisekisa ukuthi ukunikezwa kwamandla kagesi voltage ifinyelela ku-voltage elinganiselwetage phakathi kwamasekhondi angu-2 ngemva kokunikeza amandla.
• Ungafaki ucingo kumatheminali angasetshenziswanga.
• Le yunithi ingasetshenziswa ezindaweni ezilandelayo.
  • Ngaphakathi (kwisimo semvelo sikalwe 'Ngezici')
  • I-Altitude Max. 2,000 m
  • Idigri yokungcola 2
  • Isigaba sokufakwa II

Izingxenye Zomkhiqizo

• Umkhiqizo (+ ubakaki)
• Incwadi yeziqondiso

Imiyalelo yokusebenza ukuze ulande

Sebenzisa i- isixhumanisi: www.conrad.com/downloads (ungaskena ikhodi ye-QR) ukuze ulande okuphelele
imiyalelo yokusebenza (noma izinguqulo ezintsha/zamanje uma zikhona). Landela imiyalelo ku- web ikhasi.

Imininingwane

Uchungechunge				I-TK4S
Amandla hlinzeka		Uhlobo lwe-AC		100 – 240 VAC~ 50/60 Hz
Kuvumelekile ivolumutage ububanzi				90 kuya ku-110% wevolumu elinganiselwetage
Amandla ukusetshenziswa		Uhlobo lwe-AC		≤ 8 VA
Iyunithi isisindo (pakishiwe)				≈ 105 g(≈ 150 g)
Sampisikhathi sokulala				50 ms
Ukucaciswa kokokufaka				Bheka 'Uhlobo Lokufaka Nokusebenzisa Ububanzi'
Lawula okukhiphayo	I-Relay		250 VAC ~ 3 A, 30 VDC 3 A 1a
	I-SSR		11 VDC ±2 V, ≤ 20 mA
	Okwamanje		I-DC 4-20 mA noma i-DC 0-20 mA (ipharamitha), Ukumelana nomthwalo: ≤ 500 Ω
I-alamu okukhiphayo	I-Relay		AL1: 250 VAC~ 3 A 1a
Bonisa uhlobo			7 ingxenye (obomvu, oluhlaza, ophuzi), uhlobo lwe-LED
Lawula uhlobo	Ukushisisa, Ukupholisa		VULIWE/VAMILE, P, PI, PD, PID Control
	Ukushisa Nokuphola
I-Hysteresis			I-Thermocouple, i-RTD: 1 kuya ku-100 (0.1 kuya ku-100.0) °C/°F I-Analog: 1 kuya ku-100 idijithi
Ngokulinganayo ibhande (P)			0.1 kuya ku-999.9 °C/°F (0.1 kuya ku-999.9%)
Okuphelele isikhathi (I)			0 kuya ku-9,999 isekhondi
Okuphuma kokunye isikhathi (D)			0 kuya ku-9,999 isekhondi
Lawula umjikelezo (T)			Ukukhishwa kwe-Relay, ukuphuma kwedrayivu ye-SSR: 0.1 kuya ku-120.0 isekhondi Okukhiphayo okukhethekayo kwamanje noma kwedrayivu ye-SSR: 1.0 kuya ku-120.0 isekhondi
Imanuwali setha kabusha			0.0 ukuya ku-100.0%
I-Relay ukuphila umjikelezo	Omakhenikha		OUT1/2: ≥ 5,000,000 imisebenzi AL1/2: ≥ 20,000,000 imisebenzi
	Ezogesi		≥ 100,000 imisebenzi
I-Dielectric amandla			Kuncike ekunikezeni amandla
Ivolumu ye-ACtage uhlobo			Phakathi kwengxenye yokushaja nekesi: 3,000 VAC ~ 50/60 Hz iminithi elingu-1
Ukudlidliza			0.75 mm amplitude imvamisa ye-5 kuye ku-55 Hz endaweni ngayinye engu-X, Y, Z amahora ama-2
I-Insulation ukumelana			≥ 100 MΩ (500 VDC megger)
Umsindo ukungatheleleki			±2 kV umsindo oyisikwele oyisikwele ngesifanisi somsindo (ububanzi bepulse: 1 µs) R-isigaba, S-isigaba
Inkumbulo ukugcinwa			≈ iminyaka eyi-10 (uhlobo lwenkumbulo ye-semiconductor engaguquki)
I-ambient izinga lokushisa			-10 kuya ku-50 °C, isitoreji: -20 kuya ku-60 °C (akukho ukuqandisa noma ukujiya)
I-ambient umswakama			35 kuya ku-85%RH, isitoreji: 35 kuya ku-85%RH (akukho ukuqandisa noma ukujiya)
Ukuvikelwa isakhiwo			IP65 (Iphaneli yangaphambili, amazinga e-IEC)
I-Insulation uhlobo			Ukufakwa kabili noma ukwahlukanisa okuqinisiwe (maka: , amandla e-dielectric phakathi kwengxenye yokukala nengxenye yamandla: 2 kV)
Isitifiketi

Uhlobo Lokufaka kanye Nokusetshenziswa Kwebanga

Uhla lwamasethingi lwamanye amapharamitha lunomkhawulo uma usebenzisa isibonisi sephoyinti ledesimali.

Okokufaka uhlobo		Idesimali iphuzu	Bonisa	Ukusebenzisa ububanzi (°C)			Ukusebenzisa ububanzi (°F)
Thermo -umbhangqwana	I-K (CA)	1		-200	ku	1,350	-328	ku	2,462
		0.1		-199.9	ku	999.9	-199.9	ku	999.9
	I-J (IC)	1		-200	ku	800	-328	ku	1,472
		0.1		-199.9	ku	800.0	-199.9	ku	999.9
	E (CR)	1		-200	ku	800	-328	ku	1,472
		0.1		-199.9	ku	800.0	-199.9	ku	999.9
	I-T (CC)	1		-200	ku	400	-328	ku	752
		0.1		-199.9	ku	400.0	-199.9	ku	752.0
	B (PR)	1		0	ku	1,800	32	ku	3,272
	I-R (PR)	1		0	ku	1,750	32	ku	3,182
	I-S (PR)	1			ku	1,750	32	ku	3,182
	N (NN)	1		-200	ku	1,300	-328	ku	2,372
	C (TT) 01)	1		0	ku	2,300	32	ku	4,172
	G (TT) 02)	1		0	ku	2,300	32	ku	4,172
	I-L (IC)	1		-200	ku	900	-328	ku	1,652
		0.1		-199.9	ku	900.0	-199.9	ku	999.9
	U (CC)	1		-200	ku	400	-328	ku	752
		0.1		-199.9	ku	400.0	-199.9	ku	752.0
	I-Platinel II	1		0	ku	1,390	32	ku	2,534
I-RTD	ku50 Ω	0.1		-199.9	ku	200.0	-199.9	ku	392.0
	ku100 Ω	0.1		-199.9	ku	200.0	-199.9	ku	392.0
	I-JPt100 Ω	1		-200	ku	650	-328	ku	1,202
		0.1		-199.9	ku	650.0	-199.9	ku	999.9
	I-DPt50 Ω	0.1		-199.9	ku	600.0	-199.9	ku	999.9
	I-DPt100 Ω	1		-200	ku	650	-328	ku	1,202
		0.1		-199.9	ku	650.0	-199.9	ku	999.9
	I-Nickel 120 Ω	1		-80	ku	200	-112	ku	392
I-Analog	0 ukuze 10 V	-		0 ukuze 10 V
	0 ukuze 5 V	-		0 ukuze 5 V
	1 ukuze 5 V	-		1 ukuze 5 V
	0 kuya ku-100 mV	-		0 kuya ku-100 mV
	0 kuya ku-20 mA	-		0 kuya ku-20 mA
	4 kuya ku-20 mA	-		4 kuya ku-20 mA

1. C (TT): Ngokufanayo nenzwa yohlobo lwe-W5 (TT) ekhona
2. G (TT): Ngokufanayo nenzwa yohlobo lwe-W (TT) ekhona
   • Ukumelana komugqa okuvunyelwe ngomugqa ngamunye: ≤ 5 Ω

Bonisa ukunemba

Okokufaka uhlobo	Ukusebenzisa izinga lokushisa	Bonisa ukunemba
Thermo-couple RTD	Ezingeni lokushisa lekamelo (23 °C ±5 °C)	(PV ±0.3% noma ±1 °C ephakeme) ±1-idijithi I-Thermocouple K, J, T, N, E ngezansi -100 °C no-L, U, PLII,RTD Cu50 Ω, Dpt50 Ω : (PV ±0.3% noma ±2 °C ephakeme) ±1-idijithi I-Thermocouple C, G no-R, S ngaphansi kuka-200 °C: (PV ±0.3% noma ±3 °C ephakeme) ±1-idijithi I-Thermocouple B ngaphansi kuka-400 °C: Azikho izindinganiso zokunemba
	Ngaphandle kwebanga lokushisa kwegumbi	(PV ±0.5% noma ±2 °C ephakeme) ±1-idijithi I-RTD Cu50 Ω, Dpt50 Ω : (PV ±0.5% noma ±3 °C ephakeme) ±1-idijithi I-Thermocouple R, S, B, C, G : (PV ±0.5% noma ±5 °C ephakeme) ±1-idijithi Ezinye izinzwa: ≤ ±5 °C (≤-100 °C)
I-Analog	Ezingeni lokushisa lekamelo (23 °C ±5 °C)	±0.3% FS ±1-idijithi
	Ngaphandle kwebanga lokushisa kwegumbi	±0.5% FS ±1-idijithi

Izincazelo zeyunithi

1. Ingxenye yesibonisi se-PV (Bomvu)
   • Imodi yokuqalisa: Ibonisa i-PV (inani lamanje).
   • Imodi yokusetha: Ibonisa igama lepharamitha.
2. Ingxenye yesibonisi ye-SV (Luhlaza)
   • Imodi yokuqalisa: Ibonisa i-SV (Inani lokusetha).
   • Imodi yokusetha: Ibonisa inani lokusetha ipharamitha.
3. Ukhiye wokufaka
   

   Bonisa	Igama
   [A/M]	Lawula ukhiye wokushintsha
   [IMODE]	Ukhiye wemodi
   [◄], [▼], [▲]	Ukusetha ukhiye wokulawula inani

4. Inkomba
   

   Bonisa	Igama	Incazelo
   °C, %, °F	Iyunithi	Ibonisa iyunithi ekhethiwe (ipharamitha)
   AT	Ukushuna okuzenzakalelayo	Iyabaneka ngesikhathi sokushuna okuzenzakalelayo njalo ngesekhondi elingu-1
   OUT1/2	Lawula okukhiphayo	IVULA uma okukhiphayo kokulawula KUVULIWE Okukhiphayo kwe-SSR (umjikelezo/ukulawula kwesigaba) MV ngaphezu kuka-5% KUVULIWE Okukhiphayo kwamanje Ukulawula mathupha: 0% ISELWE, phezu kokuthi VULA Ukulawula okuzenzakalelayo: ngaphansi kuka-2% ISELWE, ngaphezu kuka-3% VULIWE
   AL1	Okukhipha i-alamu	IVULA uma okukhiphayo kwe-alamu KUVULIWE
   INDODA	Ukulawula komuntu	IVULA ngesikhathi sokulawula mathupha
   SV1/2/3	I-Multi SV	Inkomba ye-SV IVULIWE okwamanje eboniswayo. (Uma usebenzisa umsebenzi we-SV eminingi)

   

5. Imbobo ye-PC loader:
   Okokuxhuma i-converter yezokuxhumana (SCM series)

Ubukhulu

• Iyunithi: mm
  

  	Umzimba						Iphaneli ukuphuma
  	A	B	C	D	E	F	G	H	I	J
  I-TK4S	48	48	6	64.5	1.7	45	≥65	≥65	45 +0.60	45 +0.60

• Ubakaki
  I-TK4S
  
  

Indlela Yokufaka

• I-TK4S
  
  I-screwdriver ye-flathead

Ngemva kokukhweza umkhiqizo kuphaneli enobakaki, faka iyunithi kuphaneli, qinisa ubakaki ngokuphusha ngesikrudrayiva se-flathead.

Amaphutha

Bonisa	Okokufaka	Incazelo	Okukhiphayo	Ukuxazulula inkinga
	Inzwa yezinga lokushisa	Ikhanya ngesikhawu samasekhondi angu-0.5 lapho inzwa yokufaka inqanyulwa noma inzwa ingaxhumekile.	'Iphutha lenzwa, MV' inani lokusetha ipharamitha	Hlola isimo sesizweli sokufaka.
	I-Analog	Ibaneka ngesikhawu sesekhondi elingu-0.5 uma okokufaka kungaphezu kwe-FS ±10%.	'Iphutha lenzwa, MV' inani lokusetha ipharamitha	Hlola isimo sokufakwayo kwe-analogi.
	Inzwa yezinga lokushisa	Ibaneka ngezikhawu zamasekhondi angu-0.5 uma inani lokokufaka lingaphezu kobubanzi bokufaka.01)	Ukushisisa: 0%,Ukupholisa: 100%	Lapho okokufaka kungaphakathi kwebanga lokufaka elinganisiwe, lesi sibonisi siyanyamalala.
	I-Analog	Ibaneka ngezikhawu zamasekhondi angu-0.5 uma inani lokokufaka lingaphezu kuka-5 kuya ku-10% womkhawulo ophezulu noma inani lomkhawulo ophansi.	Okukhipha okujwayelekile
	Inzwa yezinga lokushisa	Ikhanya ngo-0.5 sec. izikhawu uma inani lokokufaka lingaphansi kwebanga lokokufaka.01)	Ukushisisa: 100%,Ukupholisa: 0%
	I-Analog	Ibaneka ngezikhawu zamasekhondi angu-0.5 uma inani lokokufaka lingaphezu kuka-5 kuya ku-10% womkhawulo ophansi noma inani eliphezulu lomkhawulo.	Okukhipha okujwayelekile
	Inzwa yezinga lokushisa	Ibaneka ngezikhawu ezingamasekhondi angu-0.5 uma kunephutha lokusetha futhi ibuyela kuphutha-ngaphambi kwesikrini.	-	Hlola indlela yokusetha.
	I-Analog

1. Qaphela ukuthi nini/kwenzeka iphutha, okukhiphayo kokulawula kungase kwenzeke ngokubona okokufaka okuphezulu noma okuncane kuye ngohlobo lokulawula.

Ukuxhumana

• • Amatheminali anomthunzi ayimodeli evamile.
  • Okokufaka kwedijithali akuvalwa ngogesi kusuka kumasekhethi angaphakathi, ngakho-ke kufanele kugqunywe lapho kuxhunywa amanye amasekhethi.
• I-TK4S
  
  

Imininingwane ye-Crimp Terminal

• Iyunithi: mm, sebenzisa itheminali ye-crimp yomumo olandelayo.
  
  Itheminali ye-Fork crimp
  
  Itheminali ye-crimp eyindilinga

Isibonisi Sasekuqaleni Lapho Amandla Evuliwe

Uma amandla enikezwa, ngemva kokuthi isibonisi sizokhanyisa isekhondi elingu-1, igama lemodeli liboniswa ngokulandelana. Ngemuva kokuthi uhlobo lwenzwa yokufaka luzokhanya kabili, ngena kumodi ye-RUN.

	1. Konke isibonisi	2. Imodeli	3. Ukucaciswa kokokufaka	4. Gijima imodi
PV isibonisi ingxenye
SV isibonisi ingxenye

Ukusetha Imodi

Iphasiwedi	Okokufaka kokhiye	Imodi yokungena
Dlula	Okuzenzakalelayo	Imodi ekhethiwe
Yehlulekile	[◄], [▲], [▼]	Ukufakwa kwephasiwedi
	[IMODE]	Imodi yokuqalisa

01) Uma kuyimodeli ye-TK4S, ukucindezela okufushane kokhiye we-[MODE] kungena esikhundleni sokhiye othi [A/M].

Ukusetha kabusha ipharamitha

1. Cindezela u-[◄] + [▲] + [▼] okhiye ngaphezu kwamasekhondi angu-5. kumodi yokuqalisa, i-INIT ivula.
2. Shintsha inani lokusetha ngokuthi YEBO ngokucindezela izinkinobho [▲] , [▼].
3. Cindezela ukhiye we-[MODE] ukuze usethe kabusha wonke amanani epharamitha njengokuzenzakalelayo futhi ubuyele kumodi yokuqalisa.

Ukusetha Ipharamitha

• Amanye amapharamitha ayenziwa asebenze/angasebenzi kuye ngemodeli noma ukulungiselelwa kwamanye amapharamitha. • Isici esithi 'Imaski Yepharamitha' sifihla amapharamitha angadingekile noma angasebenzi, futhi 'Iqembu lepharamitha yomsebenzisi' lisebenza ngokushesha futhi kalula limisa amapharamitha athile asetshenziswa njalo.
• Bheka kumanuwali yomsebenzisi ukuze uthole imininingwane.

Ukulahlwa

Lolu phawu kufanele luvele kunoma iyiphi into kagesi neye-elekthronikhi ebekwe emakethe ye-EU. Lolu phawu lubonisa ukuthi lo mshini akufanele ulahlwe njengodoti kamasipala ongahlungiwe ekupheleni kwesikhathi sokusebenza kwawo.
Abanikazi be-WEEE (Imfucuza Evela Ezinsizeni zikagesi neze-elekthronikhi) bazoyilahla ngokuhlukana nodoti kamasipala ongahlungiwe. Amabhethri asetshenzisiwe nama-accumulators, angavalwanga yi-WEEE, kanye ne-lampokungase kususwe ku-WEEE ngendlela engonakali, kufanele kususwe abasebenzisi bokugcina ku-WEEE ngendlela engacekeli phansi ngaphambi kokuthi idluliselwe endaweni yokuqoqa.
Abasabalalisi bempahla kagesi neye-elekthronikhi babophezelekile ngokomthetho ukuthi bahlinzeke ngokuthathwa kwemfucuza mahhala. I-Conrad inikeza izinketho ezilandelayo zokubuyisela mahhala (imininingwane eyengeziwe kweyethu webindawo):

• emahhovisi ethu eConrad
• ezindaweni zokuqoqa iConrad
• ezindaweni zokuqoqwa kweziphathimandla zokulawulwa kwemfucuza yomphakathi noma izindawo zokuqoqa ezisungulwe ngu
  abakhiqizi noma abasabalalisi ngaphakathi kwencazelo ye-ElektroG
  Abasebenzisi bokugcina banesibopho sokususa idatha yomuntu siqu ku-WEEE okufanele ilahlwe.
  Kufanele kuqashelwe ukuthi izibopho ezihlukene mayelana nokubuyiselwa noma ukugaywa kabusha kwe-WEEE zingasebenza emazweni angaphandle kweJalimane.

Ipharamitha 1 iqembu

Ipharamitha	Bonisa	Okuzenzakalelayo
Lawula okukhiphayo RUN/STOP
Ukukhetha okuningi kwe-SV
Ukuqapha kwamanje kwe-heater
Okukhipha i-alamu1 umkhawulo ophansi
Okukhipha i-alamu1 umkhawulo ophezulu
I-Multi SV 0
I-Multi SV 1
I-Multi SV 2
I-Multi SV 3

Ipharamitha 2 iqembu

Ipharamitha	Bonisa	Okuzenzakalelayo
Ukushuna okuzenzakalelayo RUN/STOP
Ibhendi yokulinganisa yokushisisa
Ibhendi elinganiselayo yokupholisa
Isikhathi esibalulekile sokushisa
Ukupholisa isikhathi esibalulekile Ukushisa kokuphuma kokunye
Isikhathi sokuphuma kokushisisa
Ukupholisa isikhathi sokuphuma kokunye
Ibhendi yokudlulana efile
Ukusetha kabusha mathupha
Ukushisa kwe-hysteresis
Ukushisisa OFF offset
Ukupholisa i-hysteresis
Ukupholisa OFF offset
MV umkhawulo ophansi
Inani eliphakeme kakhulu lama-MV
RAMP izinga lokushintsha
RAMP izinga lokushintsha eliphansi
RAMP iyunithi yesikhathi

Ipharamitha 3 iqembu

Ipharamitha	Bonisa	Okuzenzakalelayo
Ukucaciswa kokokufaka
Iyunithi yezinga lokushisa
Umkhawulo ophansi we-analogi
Umkhawulo ophezulu we-analogi
Ukukala iphoyinti ledesimali
Isikali somkhawulo ophansi
Isilinganiso esiphezulu somkhawulo
Iyunithi yokubonisa
Ukulungisa okokufaka
Isihlungi sedijithali sokufaka
SV umkhawulo ophansi
Inani eliphakeme kakhulu lama-SV
Lawula imodi yokuphumayo		(Uhlobo olujwayelekile)
		(Ukushisa nokupholisa uhlobo)
Uhlobo lokulawula		(Uhlobo olujwayelekile)
		Uhlobo lokushisisa nokupholisa)
Imodi yokushuna ngokuzenzakalela
OUT1 lawula ukukhetha okukhiphayo
OUT2 lawula ukukhetha okukhiphayo
OUT2 ibanga lokuphumayo lamanje
Umjikelezo wokulawula ukushisa		I-Relay
Umjikelezo wokulawula ukupholisa		I-SSR

Ipharamitha 4 iqembu

Ipharamitha	Bonisa	Okuzenzakalelayo
Okukhipha i-alamu1 Imodi yokusebenza
Okukhipha i-alamu1 Inketho
Okukhipha i-alamu1 I-Hysteresis
Uhlobo lokuxhumana lwe-alamu1
Okukhipha i-alamu1 KUVULIWE isikhathi sokulibaziseka
Isikhathi sokulibaziseka se-alamu1 VALIWE
Isikhathi se-LBA
Iqembu le-LBA
Imodi ye-Analog Transmission1
Umkhawulo wokudlulisa ongu-1 umkhawulo ophansi
Ukukhishwa kokudlulisela1 umkhawulo ophezulu
Imodi ye-Analog Transmission2
Umkhawulo wokudlulisa ongu-2 umkhawulo ophansi
Ukukhishwa kokudlulisela2 umkhawulo ophezulu
Ikheli lokuxhumana
Isivinini sokuxhumana
Comm. ukulingana kancane
Comm. yima kancane
Isikhathi sokuphendula
Comm. bhala

 

 

 

[◄], [▼], [▲]

 

 

 

 

         

 

 

Amadokhumenti / Izinsiza

I-TRU COMPONENTS TK4S-14RC Izilawuli Zezinga Lokushisa Ezisebenza Kakhulu ze-PID [pdf] Incwadi Yeziqondiso TK4S-14RC, 3016144, TCD210240AD, TK4S-14RC High Performance PID Temperature Controllers, TK4S-14RC, High Performance PID Temperature Controllers, PID Temperature Controllers, Temperature Controllers, Controllers

Izithenjwa

• Imaniwali yosebenzisayo