I-KEWTECH KT400DL Loop Impedance kunye ne-PSC yoMyalelo woMvavanyi

Ukhuseleko lokusebenza:
I-KT400DL yenzelwe ukusetyenziswa ngabantu abanezakhono abalandela iindlela ezikhuselekileyo zokusebenza. Hlola imveliso ngaphambi kokusebenzisa, kwaye ungasebenzi ukuba kukho umonakalo obonakalayo. Musa ukusebenza xa isigqubuthelo sebhetri sicinyiwe.

Inkcazo
I-KT400DL ayilohambo kwaye iphezulu yangoku, isisombululo esiphezulu somvavanyi we-impedance yomhlaba wedijithali. Ibonisa isibane esimhlophe esibonisa umva, ukucima kombane okuzenzekelayo, kunye nevolthi enkulutage isalathisi.

Ukusetyenziswa

Umvavanyi unamaqhosha ahlukeneyo kunye nemisebenzi:

IiVolts zangoku / Polarity LED
Umqulutage LN/LE/NE iqhosha lokuguqula

Iqhosha lokukhetha elingasebenziyo ngezandla
PFC – PSC / Voltagiqhosha lokuguqula

Umdawuli wokhetho olujikelezayo
I-Polarity touch pad

Iisokethi ezinemibala e-4mm

Ukufakela ibhetri
Iyunithi ifuna iibhetri ezi-4 x AA. Landela la manyathelo:

Susa zonke iintambo zovavanyo phambi kokufaka iibhetri.
Susa irabha engaphezulu kokungunda kunye nesigqubuthelo sebhetri ngasemva kweyunithi.

Fakela iibhetri ezintsha ezinepolarity echanekileyo.
Jonga umsebenzi ochanekileyo emva kofakelo.

Ukusebenza
Lo mvavanyi unokusetyenziselwa uvavanyo lweLoop No Trip LE ukulinganisa iiZs kwiisekethe ezikhuselwe yi-RCD. Nciphisa izixhobo zombane ezingabalulekanga zokunciphisa amathuba okuhamba nge-RCD.

FAQ

Umbuzo: Ndimele ndenze ntoni ukuba umhloli ubonisa umonakalo obonakalayo?
A: Musa ukusebenzisa iyunithi ukuba kukho umonakalo obonakalayo. Qhagamshelana nenkxaso yabathengi ukufumana uncedo olongezelelweyo.

Q: Kufuneka ndijonge kangaphi ukuba umvavanyi uyasebenza?
A: Umvavanyi kufuneka ahlolwe ngamaxesha aqhelekileyo kusetyenziswa ibhokisi yokukhangela efana ne-Kewtech FC2000 checkbox ukuqinisekisa ukhuseleko kunye nokuchaneka.

UKHUSELEKO

Izixhobo zokuphawula

	Isilumkiso – jonga kwincwadi yemiyalelo.
	Ulwakhiwo lufakwe i-insulated kabini.
	Imveliso kufuneka ihlaziywe njengenkunkuma yombane.
	Ihambelana nemigangatho ye-EU.
	Akuvumelekanga ukusetyenziswa kwiiNkqubo zoMbane ezisebenzisa umthamotagIngaphezulu kwe-550V.
Ikati IV 300V	ICandelo loMlinganiso IV lisebenza kwiisekethe zokuvavanya kunye nokulinganisa kwimvelaphi yobonelelo lofakelo. Ziinqanaba eliluncedo lokujonga i-CAT. Le nxalenye yofakelo kulindeleke ukuba ibe nobuncinci benqanaba elinye lesixhobo sokukhusela esingaphezulu kwangoku phakathi kwe-transformer kunye namanqaku okudibanisa kwisekethe yokulinganisa. Umqulu womvavanyitage rating kwiindawo CAT IV yi 300V, apho voltage siSigaba (umgca) ukuya eMhlabeni.
CAT III 500V	ICandelo loMlinganiso III lisebenza kuvavanyo kunye neesekethe zokulinganisa eziqhagamshelwe emva komthombo wevolthi ephantsi yesakhiwo.tage MAINS ufakelo. Le nxalenye yofakelo ilindelwe ukuba nobuncinci bemigangatho emibini yezixhobo zokukhusela ezingaphezulu kwangoku phakathi kwe-transformer kunye namanqaku okudibanisa kwisekethe yokulinganisa. Exampi-les ye-CAT III yimilinganiselo kwizixhobo ezifakwe emva kwe-fuse ephambili okanye i-breaker circuit ehleliweyo ngaphakathi kofakelo lwesakhiwo. Okufana neebhodi zokuhambisa, iiswitshi kunye neendawo zokuthengisa. Umqulu womvavanyitage rating CAT III indawo 500V apho voltage siSigaba (umgca) ukuya eMhlabeni.

Ukhuseleko lokuSebenza

I-KT400DL yenzelwe ukuba isetyenziswe ngabantu abanezakhono ngokuhambelana neendlela ezikhuselekileyo zokusebenza. Ukuba i-KT400DL isetyenziswe ngendlela engachazwanga yi-Kewtech, ukhuseleko olunikezelwa yiyo lunokonakala.
Jonga imveliso phambi kokuba uyisebenzise. Ukuba kukho umonakalo obonakalayo; njengokuqhekeka kwi-casing, umonakalo kuyo nayiphi na i-accessory, isikhokelo okanye i-probes, iyunithi akufanele isetyenziswe.
Ungayisebenzisi i-KT400DL isivalo sebhetri sivaliwe njengoko oku kuya kubeka esichengeni umqobo wokhuseleko ogqunyiweyo.
Ukugcina ukhuseleko, qinisekisa ukusebenza kunye nokubeka esweni ukuchaneka kwe-KT400DL, umvavanyi kufuneka ahlolwe kwibhokisi yokukhangela efana ne-Kewtech FC2000 checkbox ngamaxesha aqhelekileyo.

Nangona ikhuselwe ngokupheleleyo ngokuchasene nomthamotage ukuya kuthi ga kwi-440V, umvavanyi kufuneka asetyenziswe kuphela kwiinkqubo ze-230V.

Imixholo

I-KT400DL Loop Impedance kunye ne-PSC/PSF Tester KAMP 12 Iintloko eziphambili
Iibhetri
I-Case Case
Imanyuwali

Ukhetho

ACC063 ibhodi ekhokelayo iseti ekhokelayo
I-Kewcheck R2 - iadaptha ekhokelayo yokuvavanya i-socket Lightmates - iadaptha ezikhokelayo zokuvavanya iindawo zokukhanyisa

INKCAZO

I-KT400DL ayilohambo kwaye iphezulu yangoku, isisombululo esiphezulu somvavanyi we-impedance yomhlaba wedijithali.

Iimbonakalo

Akukho Trip LOOP LE uvavanyo

Uvavanyo oluphezulu lwangoku lwe-LE loop
Umgangatho ophezulu wangoku, uvavanyo oluphezulu lwe-LE loop
Umgangatho ophezulu wangoku, uvavanyo oluphezulu lweLN loop

AC Voltage VLN – VLE – VNE
Unikezelo lwephedi yomsebenzisi womnatha wovavanyo lwepolarity
PFC / PSC imilinganiselo

Izandla umsebenzi free
I-Polarity, voltagkukho i-LED ekhoyo
Cima ngokuzenzekelayo umsebenzi wogcino lwebhetri.

Isalathiso
Isibane esimhlophe somboniso siya kukhanyisa ekutshintsheni kunye nangexesha lovavanyo. Ukugcina ubomi bebhetri isibane sangasemva siyakucima emva kwemizuzwana emi-4 yokungasebenzi. Iyunithi iya kuzicima ngokuzenzekelayo emva kwemizuzu emi-3 yokungasebenzi. Ukuphinda uvule umvavanyi emva kokucima kombane ozenzekelayo, cofa naliphi na iqhosha.

Umboniso we-LCD oboniswe kwi-no trip loop function.

UKUSEBENZISA

Ukufakela ibhetri
Iyunithi ifuna iibhetri ezi-4 x AA.
Qinisekisa ukuba zonke iintambo zovavanyo zisusiwe phambi kokufaka iibhetri. Susa irabha engaphezulu kokungunda kunye nesigqubuthelo sebhetri ngasemva kweyunithi. Fakela iibhetri ezintsha uqinisekise ipolarity echanekileyo njengoko kubonisiwe. Emva kokufaka iibhetri naphambi kokusetyenziswa qinisekisa ukuba isigqubuthelo sebhetri kunye nokungunda okungaphezulu kufakwe ngokuchanekileyo, vula iyunithi kwaye ujonge ukusebenza okuchanekileyo.
Lahla iibhetri ezisetyenzisiweyo ngokwezikhokelo zomasipala.

Ukusebenza
Loop Akukho Trip LE
Olu luvavanyo lweengcingo ezintathu zokulinganisa ii-Zs apho isekethe ikhuselwe yi-RCD. Apho kunokwenzeka izixhobo zombane ezingabalulekanga kufuneka ziqhawulwe ukuze kuncitshiswe ithuba lokukhubeka kwe-RCD ngenxa yokwakhiwa kokuvuza.
Jika ukucofa okujikelezayo kwindawo yeLoop Akukho Uhambo LE. Vumela umvavanyi ukuba azihlole ngokwakhe kwaye ajonge umthamo ongenayotage kunye polarity. UmqulutagI-e LN iya kuboniswa kwaye iVolts Present LED iya kukhanyisa eluhlaza. Tyhala TEST. Iziphumo zeLoop ziyakuboniswa ngevoltagkwaye LN.

Iimowudi zelophu zangoku
Ngokungafaniyo nabavavanyi abaninzi abalinganisa kuphela ukuchasana kweLoop, imowudi ephezulu yangoku ye-KT400DL iya kulinganisa i-Impedance eyinyani yeLoop equka into yokusabela. Oku kunokubaluleka apho ibhodi yokuhambisa ikufutshane ne-transformer yonikezelo olungundoqo kwaye indlela ye-KT400DL's ke ngoko ichaneke kakhulu kuneendlela zakudala zokuvavanya iLoop.
Kuya kufuneka uqaphele ukuba ngenxa yoku kunokubakho ukwahluka kufundo xa kuthelekiswa nabavavanyi besiqhelo okanye kuhambo lokungahambi kulo mvavanyi, ngakumbi xa umlinganiselo wenziwa kufutshane nesiguquli sobonelelo olungundoqo.

Loop Hi yangoku LE kuVavanyo lweengcingo ezi-3
Olu vavanyo lwangoku lwe-Hi lusetyenziselwa ukulinganisa i-Ze kwibhodi yokusabalalisa phambi kwayo nayiphi na i-RCD okanye i-Zs apho isekethe ingakhuselwanga yi-RCD.
Jika ukucofa okujikelezayo kwiLoop Hi LE Position. UmqulutagI-e LN iya kuboniswa kwaye ii-volts eziluhlaza ezikhoyo i-LED iya kukhanyisa eluhlaza ukuba iimeko zichanekile. Tyhala TEST.
Iziphumo zeLoop yinyani yokuthintela loop kwaye iya kuboniswa ngeVoltagkwaye LN.

I-Loop Hi Resolution LE (kunye ne-LN) kwi-3 wire Testing
Olu vavanyo lwe-Hi yangoku oluphezulu lusetyenziselwa ukulinganisa i-Ze kwibhodi yokusabalalisa ekufutshane ne-transformer kwaye inika isisombululo se-0.001 Ω. Kananjalo kufuneka iqhutywe phambi kwayo nayiphi na i-RCD kwisekethe
okanye ingasetyenziselwa ukulinganisa ii-Zs apho isekethe ingakhuselwanga yi-RCD. Jika ukucofa okujikelezayo kwi-Loop Hi high-resolution LE (okanye i-LN) Indawo. UmqulutagI-e LN iya kuboniswa kwaye ii-volts eziluhlaza ezikhoyo i-LED iya kukhanyisa eluhlaza ukuba iimeko zichanekile. Tyhala TEST.

Iziphumo zeLoop yinyani yokuthintela loop kwaye iya kuboniswa ngeVoltagkwaye LN.

Ulungelelwaniso oluKhokeleyo loVavanyo lwangoku olu-2.
Zomibini iimvavanyo ze-Loop Hi zangoku ze-LE kunye ne-Loop Hi isisombululo se-LE (kunye ne-LN) zingaqhutywa kwimodi yocingo ezimbini ngokusebenzisa i-ACC063 ehamba phambili yovavanyo (engabandakanyi kunye nesixhobo, ekhoyo njengokhetho).
Ukulungiselela uvavanyo lukhokelela kwimowudi ye-2-tsala i-prod eluhlaza okanye ikliphu yengwenya kwisikhokelo sovavanyo oluluhlaza kwaye uvale i-Blue probe ngasemva kwe-Green 4mm isinxibelelanisi njengoko kubonisiwe ngaphaya kwekhasi.
Ngoku uya kuba noMhlaba kunye neenkokeli eziPhambili ezidityaniswe kunye zilungele uqhagamshelo kuMhlaba okanye umqhubi ophakathi ukuze avavanywe.

QAPHELA: Kwimo yocingo-mbini umlinganiselo welophu, voltagI-e ibonisiwe kunye neziphumo ze-PSC/PFC ziya kubhekiselele kwisekethe ye-LE okanye ye-LN apho izikhokelo zovavanyo ziqhagamshelwe.

Ayibekwa zandla

Umsebenzi weHands Free unokusetyenziswa kunye naluphi na umlinganiselo welophu. Khetha umlinganiselo welophu ofunekayo ngokucofa okujikelezayo. Cofa iqhosha le-HandsFree iqhosha le-HANDSFREE liza kuboniswa kwisikrini. Nje ukuba umvavanyi eqhagamshelwe, ivolthi echanekileyotagi-e kunye ne-polarity iqinisekisiwe uvavanyo lwe-loop luya kwenziwa ngaphandle kokucinezelwa kwe-TEST.

IiVolts LN/ LE / NE
Umqulutage-LN luseto oluhlala luhleli lomvavanyi. Ngokucinezela i-VOLTS LN-LENE i-voltagi ebonisiweyo iya kuguqulelwa. UmqulutagI-e ebonisiweyo inokuguqulwa phambi okanye emva kovavanyo lwe-loop.

PFC / PSC
Emva kokuba uvavanyo lwe-loop lwenziwe i-PCF okanye i-PSC ebalwayo inokuboniswa ngokukhetha i-PFC LE / PSC LN. Jonga inqaku phantsi koqwalaselo olukhokelayo lwe-Hi yangoku yovavanyo lweengcingo ezimbini xa zisetyenziswa kwimowudi yocingo ezimbini.

Polarity Test Pad
Kuyinto encinci eyaziwayo ukuba inkqubo inokubuyiselwa umva kwibhodi yokusabalalisa kunye ne-Live (iSigaba) ukuya emhlabeni / ngokungathathi hlangothi kunye nomhlaba / ophakathi kokuPhila (iSigaba). Kule meko iisokethi ziya kusebenza zonke kwaye abavavanyi be-loop abaqhelekileyo baya kubonisa kwaye bavavanye ukuba yonke into ichanekile nangona le meko iyingozi kakhulu yocingo.
Nangona kunqabile kakhulu, le meko inobungozi inokubakho ke ukuba uvavanyo lwakho lubonisa ukuba le ngxaki ingaqhubeki.

Chukumisa indawo yephedi yokucofa ecaleni kweqhosha lovavanyo. Akufunekanga kubekho utshintsho kwisalathiso esinikiweyo. Ukuba uMqulutagI-e/Polarity LED idanyaza Bubomvu kunye nethoni yesilumkiso iyakhutshwa xa i-touchpad ichukunyiswa ukuguqulwa okunokuba yingozi kwepolarity kukho. Sukuqhubela phambili. Ukuba nangayiphi na intandabuzo cebisa umthengi ukuba aqhagamshelane nenkampani yokubonelela ngombane ngoko nangoko.

UKULONDOLOZA NENKONZO

Ukuba kuyafuneka, coca ngentengisoamp ilaphu kunye nesicoci esithambileyo. Musa ukusebenzisa abrasives okanye izinyibilikisi.
Ngaphandle kweebhetri azikho iindawo ezinokusetyenziswa ngumsebenzisi.
Qhagamshelana ne-Kewtech ukufumana iinxalenye kunye noncedo lobugcisa.

ISIQINISEKISO – iminyaka emi-2 yomenzi xa ubhaliswa kwi webindawo:
Kewtechcorp.com/product-registration

ExpressCal, Unit 2, Shaw Wood Business Park, Shaw Wood Way, Doncaster DN2 5TB

Yinombolo: 01302 761044 E: expresscal@kewtechcorp.com

INGCACISO

Umqulutage
Uluhlu	Ukuchaneka
0 ukuya ku-260 V	± (3% + 3 amanani)

Akukho Trip LE Loop Test (Akukho hambo lwemowudi ye-LE, uvavanyo lweengcingo ezi-3, iSigaba - esingathathi hlangothi - Umhlaba wonke uqhagamshelwe)
Uluhlu	Ukuchaneka
0.00 ukuya 99.99 0	± (5% + 5 amanani)
100.0 ukuya 499.9 0	± (3% + 3 amanani)

Molo I LE Loop Test (Imowudi ye-HI I LE, uvavanyo lweengcingo ezi-3, iSigaba-Siphakathi-Umhlaba wonke uqhagamshelwe)
Uluhlu oluzenzekelayo	Ukuchaneka
0.00 ukuya 500.0 0	± (3% + 3 amanani)

Hi-Resolution, Hi I LE / LN Loop Test (Imowudi ye-HI I LE/LN, uvavanyo lweengcingo ezi-3, iSigaba – esingathathi hlangothi – Umhlaba wonke uqhagamshelwe)
Uluhlu	Ukuchaneka
0.000 ukuya 9.999 0	+ (3% + 30 m0)
10.00 ukuya 99.99 0	+ (3% + 3 amanani)
100.0 ukuya 500.0 0	+ (3% + 3 amanani)

Ukubonelela ngeVoltage	195 – 260V (50 – 60 Hz)
Ukhuseleko olugqithisileyo	440V

Ezi zilandelayo zinkcukacha zoluhlu olusebenzayo lomsebenzi ngamnye ohambelana neemfuno zokusebenza ze-EN61557

	Uluhlu loMlinganiso	Uluhlu lokuSebenza EN61557	Okunye
Loop Akukho Trip	0.010 0 - 500 0	1.04 0 - 500 0	230 V 50 Hz
Loop Hi-I	0.01 0 - 500 0	1.04 0 - 500 0	230 V 50 Hz

Ukunikezwa Amandla	4 x AA LR6 Iibhetri
Ubomi bebhetri	iiyure ezi-50
UkugqithisatagIcandelo	CAT III 500V Ikati IV 300V
Ubushushu bokusebenza	0 - 40ºC
Ubushushu bokugcina	-10 ukuya kuma-60ºC
Ukufuma okusebenzayo	80% @ 31ºC ukuya kuma-50% @ 40ºC
Ukuthotyelwa kokhuseleko	I-BSEN 61010-2-030: 2010
Ukuthobela i-EMC	I-BSEN 61326-2-2: 2013
Umgangatho wokusebenza	I-BSEN 61557-1: 2007 I-BSEN 61557-3: 2007
Probes	I-GS38 iyahambelana
Ubungakanani (mm)	180mm x 85mm x 50mm
Ubunzima (g)	Malunga nama-450g

Ukulungisa nokulinganisa nceda ubuyele kuthi apha:

Express Cal
Unit 2, Shaw Wood Business Park, Shaw Wood Way, Doncaster DN2 5TB
0345 646 1404 (Khetha ukhetho 2)
expresscal@kewtechcorp.com

Inkampani Kewtech Corporation Ltd
Suite 3 Halfpenny Court, Halfpenny Lane, Sunningdale, Berkshire SL5 0EF
0345 646 1404
sales@kewtechcorp.com

kewtechcorp.com

Amaxwebhu / Izibonelelo

I-KEWTECH KT400DL Loop Impedance kunye ne-PSC Tester [pdf] Incwadi Yomyalelo
I-KT400DL, i-KT400DL Loop Impedance kunye ne-PSC Tester, i-Loop Impedance kunye ne-PSC Tester, i-Impedance kunye ne-PSC Tester, i-PSC Tester, i-Tester

Iimbekiselo

Incwadi yokusebenzisa

I-KEWTECH KT400DL Loop Impedance kunye ne-PSC Tester

Imiyalelo yokusetyenziswa kwemveliso