I-Time Electronics 7007 Loop Mate 2 Loop Signal Inkomba

© 2021 Time Electronics Ltd.
Wonke Amalungelo Agodliwe.
Akukho okuvela kule manuwali okungaphindaphindwa, noma kwenziwe esidlangalaleni nganoma iyiphi indlela noma ngendlela, ngekhompyutha noma ngekhophi ephepheni, ngaphandle kwemvume ebhalwe phansi evela kwa-Time Electronics Ltd.
Lokhu kusebenza futhi kunoma yiziphi izinhlelo, imidwebo nemidwebo equkethwe lapha.
Le manuwali inikeza imiyalelo yokusebenza nokuphepha yomkhiqizo we-Time Electronics. Ukuqinisekisa ukusebenza kahle nokuphepha, sicela ulandele imiyalelo ekule manuwali.
I-Time Electronics inelungelo lokushintsha okuqukethwe, imininingwane kanye nolunye ulwazi oluqukethwe kuleli bhukwana ngaphandle kwesaziso.

Isingeniso

Izici

• 4 – 20 mA, 0 -10 V, 0 – 50 V ububanzi
• Isibonisi se-LCD samadijithi angu-4, mA, V, % wobubanzi
• Ukunemba 0.05 %
• Izinhlobo ze-RxSim, TxTest, noma 50 mA / 50 V
• Ukunikezwa kwe-loop yangaphakathi, 25 mA max
• Ibhethri lisebenza 9 V PP3
• Ihlinzekwa ngamakesi okuthwala nemikhondo yokuhlola

Incazelo

I-7007 LoopMate 2 iyinkomba yesignali yeluphu ezinikele (RxSim) ene-24 V loop drive supply eyakhelwe ngaphakathi (TxTest). Umsebenzisi angakhetha uhlobo lweluphu, kanye nohlobo lwamayunithi, kungaba okuqondile (mA) noma u-% wesibonisi se-span. Isignali yeluphu iboniswa kusibonisi se-LCD esifundeka kalula ngokunemba okungu-0.05% kungaba ku-mA, V, noma u-% we-span.

Kuyithuluzi lenqubo elingabizi elifanele isevisi nonjiniyela bokulungisa. Ihlanganisa ukusebenza okulula nokunemba okudingekayo ezinhlelweni eziningi zenqubo. Isetshenziswa ngokuhambisana ne-7006 LoopMate 1 ihlinzeka ngamakhono okuhlola iluphu yenqubo egcwele, isiza indawo esheshayo yamaphutha, ukuhlola kanye nokulinganiswa kabusha.

Ngokungeziwe ku-TxTest (ukuhlolwa kwe-transmitter) kanye ne-RxSim (ukulingiswa komamukeli) i-7007 ingasetshenziswa ukukala i-DC vol.tage ku-loop yenqubo kufika ku-50 V.
Iyunithi inikwa amandla uhlobo lwebhethri lohlobo lwe-PP3. Amabhethri ashajwa kabusha angasetshenziswa uma kudingeka.

Iza iphelele nesikhwama esiphethe, imikhondo kanye nebhukwana lomsebenzisi.

Imininingwane

Imisebenzi	I-RxSim, i-TxTest, i-Meas Volt DC.
Amabanga	I-RxSim: 0 kuya ku-50 mA noma 0% kuya ku-100% (4-20mA). I-TxTest (RxSim plus yangaphakathi 24V DC loop drive): 0 kuya ku-25 mA noma 0% kuya ku-100% (4-20mA). Meyiwa I-Volt DC: 0 kuya ku-50 V DC noma 0% kuya ku-100% (0 kuya ku-10 V).
Ukunemba	0.05% we-Spani (% of span) 0.05% Wobubanzi (mA/V).
Inkomba	Isibonisi se-LCD samadijithi we-4.5
Ukuxhumana	Amasokhethi amabili ahlehlisiwe angu-4 mm
Amandla	PP3 ibhethri
I-Case Material	Ipulasitiki ye-ABS
Ephethe Isikhwama	Izinto ze-Leatherette. Kubandakanya ikhompathimenti yomkhondo nebhethri eliyisipele.
Ukuhola	4mm izixhumi ezipuletiwe ngegolide.
I-Temperature Co-efficient	Iyunithi ihlala ekucacisweni kwebanga lokushisa lokusebenza.
Izinga Lokushisa Lokusebenza	0 kuya ku-50 °C.
Izinga Lokushisa Lesitoreji	-30 kuya ku-70 ° C.
Umswakama Osebenzayo	I-10 kuya ku-90% ayinciphisi, i-25 °C.
Ubukhulu	H 140 x W 65 x D 27 mm (6.0 ´ 2.5 ´ 1.0 in).
Isisindo	200 amagremu (7 oz).
Izinketho	I-C145: Isitifiketi sokulinganisa okulandelekayo (Ifekthri). I-C144: Isitifiketi sokulinganiswa esigunyaziwe (ISO 17025). 7006: I-Loop-Mate 1: I-Loop Simulator (umkhiqizo ohlukile).

Izilawuli zamaphaneli angaphambili

Ukusebenza

Umsebenzi Khetha

I-Loop-Mate 2 inemisebenzi emi-3:

1. Umsebenzi 1 ………………… Rx SIM
2. Umsebenzi 2 ………………… Tx TEST
3. Umsebenzi 3 ………………… Meas Volt DC

Lezi zikhethwa kusetshenziswa iswishi yokukhetha umsebenzi.

Bonisa Khetha

Ku-RxSim ne-TxTest isignali ingaboniswa ngokuqondile (mA) noma i-% ye-span
Lezi zikhethwa kusetshenziswa iswishi yokukhetha isibonisi, ephinde ivale i-Loop-Mate 2.

Incazelo yezingxenye ezijwayelekile ze-loop yenqubo

	4 – 20 mA inqubo loop
	0 - 10 V inqubo loop
	4-20 mA Iluphu yenqubo kanye 4 – 20 mA Iluphu yokulawula. Lokhu kungasetshenziselwa ukulawula iluphu evaliwe.

I-Tx (umthumeli):
Le ngxenye iguqula amasignali aphathekayo afana nokucindezela, izinga lokushisa, ukugeleza, nezinga njll, ibe amasignali eluphu (4 – 20 mA noma 0 – 10 V).

I-Rx (umamukeli):
Le ngxenye ikala isignali yeluphu futhi iyayiveza (inkomba) noma iyiguqulele kwelinye uhlobo isb okukhiphayo kwedijithali ngezinjongo zokulawula, (isilawuli).

Izilawuli Zenqubo:
Lolu cingo ngokuvamile luqukethe kokubili izingxenye ze-Rx (signal loop) kanye ne-Tx (control loop), ezisebenza ngamaluphu ahlukene. I-Rx ne-Tx ingaba ngu-4 – 20 mA noma u-0 – 10 V.

Ukunikezwa kwe-Loop excitation:
Ugesi we-DC (obizwa ngokuthi 24 V) oshayela iluphu.

Umsebenzi we-Rx Sim

Iyunithi ibonisa i-loop yamanje ku-mA (0-50 mA) noma iphesentitagI-e ye-span (4-20 mA), kuye ngendawo yeswishi ekhethiwe yokubonisa.

Ukusebenza 

1. Xhuma iyunithi kuluphu yenqubo ebheka i-polarity efanele.
2. Setha ukushintshwa komsebenzi ku-RxSim.
3. Vula iyunithi, ukhethe amayunithi esibonisi owafunayo, usebenzisa iswishi yokubonisa.

Qaphela: Uma i-loop current ingaphansi kuka-4 mA, i-negative % ye-span izoboniswa.

Bheka ithebula elingezansi.

I-Loop Yamanje (mA)	Khombisa Ukufunda
Vula Isekethe	-25.00
1	-18.75
2	-12.50
3	- 06.25
4	00.00

Ukuxhumana

Tx Test umsebenzi

Nge-TxTest ekhethiwe, i-loop excitation drive supply (24v) yenziwa ngaphakathi.
Isibonisi sizobonisa i-loop yamanje njenge-mA (0-50 mA) noma iphesentitagI-e ye-span (4-20 mA), kuye ngendawo yeswishi ekhethiwe yokubonisa.

Ukusebenza 

1. Xhuma iyunithi kuluphu yenqubo ebheka i-polarity efanele.
2. Setha ukushintshwa komsebenzi ku-TxTest.
3. Vula iyunithi, ukhethe amayunithi esibonisi owafunayo, usebenzisa iswishi yokubonisa.

Qaphela: Uma i-loop current ingaphansi kuka-4 mA, i-negative % ye-span izoboniswa.

Bheka ithebula elingezansi.

I-Loop Yamanje (mA)	Khombisa Ukufunda
Vula Isekethe	-25.00
1	-18.75
2	-12.50
3	- 06.25
4	00.00

Ukuxhumana 

Umsebenzi weMeas Volt DC

Uma iyunithi isethelwe ku-Meas Volt DC iveza ivolumutage njengama-Volts (0 - 50 V) noma amaphesentitagI-e ye-span (0 – 10V), kuye ngendawo yeswishi ekhethiwe yokubonisa.

Ukusebenza 

1. Xhuma iyunithi kuluphu yenqubo ebheka i-polarity efanele.
2. Setha ukushintshwa komsebenzi ku-Meas Volt DC.
3. Vula iyunithi, ukhethe amayunithi esibonisi owafunayo, usebenzisa iswishi yokubonisa.

Ukuxhumana Qaphela: Iyunithi ingasetshenziswa ukukala umthamo we-DCtagkuze kufike ku-50V DC.

Ukunikezwa kwamandla kagesi

Impilo yebhethri

Ibhethri elilodwa le-PP3 linika amandla iyunithi. Izinhlobo ezingasetshenziswa iZinc Carbon (250mAh), Alkaline (450mAh), Lithium (1200mAh) kanye neshajwa kabusha (150mAh). Ukuze usebenze kahle kakhulu amabhethri e-lithium ayanconywa. Ngaphansi kokusetshenziswa okuvamile ibhethri le-Alkaline (450mA) lizohlala cishe amahora angu-14 – 16 wokusebenza okuqhubekayo. Uma sicabanga ukuthi i-Loop-Mate2 isetshenziswa cishe amahora angu-3 ngosuku amabhethri azohlala isonto noma ngaphezulu. Ukusebenza okuqhubekayo kumsebenzi we-TxTest kuzofinyeza impilo yebhethri. Iyunithi izobonisa 'ibhethri ephansi' uma ibhethri ivolumutage iphansi kakhulu. Kuleli qophelo ukushintshwa kwebhethri kuyadingeka. Kunconywa ukuthi ibhethri eliyisipele lihlale lithwalwa endaweni ehlinzekwe esikhwameni sokuphatha.

Ukushintshwa kwebhethri

Slayida ikhava yangemuva yekesi bese ukhipha ibhethri endaweni yalo. Khipha ibhethri bese ufaka i-PP3 entsha njengoba kukhonjisiwe ngezansi. Bese uslayida ikhava yebhethri uyibuyisele endaweni.

Isondlo

Ukulinganisa

Imishini yokulinganisa iyadingeka
Umthombo wamanje we-Precision DC (I-Time Electronics 1024 yesibample). I-Precision DC voltagumthombo (I-Time Electronics 5025 yesibample).

I-Multimeter (DMM) ngokunemba okungu-0.02% noma okungcono. Exampezinye zezinsimbi ezifanele i-Time Electronics 5075 noma i-HP 34401A.
Ukulinganisa kufanele kwenziwe ku-23 °C ± 5 °C.

Ukulinganiswa kwe-Rx Sim
Ukufunda okuqondile (mA)

1. Xhuma umthombo wamanje onembile we-dc kumatheminali okokufaka we-Loop-Mate 2.
2. Setha ukushintshwa kwe-Function ku-RxSim.
3. Setha inkinobho yokubonisa ibe yi-mA/V.
4. Setha okukhiphayo komthombo wamanje we-DC kulawo abonisiwe (okufakwayo kwe-mA ku-Loop-Mate 2) kuthebula elingezansi futhi uhlole ukuthi ukufundwa kwesibonisi kuphakathi kwamanani Aphansi kanye Nobukhulu.

Ukucaciswa kwephutha okuvunyelwe:

Okokufaka kwe-mA	Inani elincane (mA)	Inani eliphezulu (mA)
10	9.975	10.025
20	19.975	20.025
30	29.975	30.025
40	39.975	40.025
50	49.975	50.025

Iphesentitage kweSpani

1. Ngomjikelezo ovulekile we-Loop-Mate 2, setha ukushintshwa kwe-Function ku-RxSim.
2. Setha iswishi yokubonisa ibe ngu-% we-span.
3. Isibonisi kufanele sifundeke -25.00 ± 0.01.
4. Vala iyunithi.
5. Xhuma umthombo wamanje we-dc onembayo kumatheminali okokufaka we-Loop-Mate2.
6. Setha ukushintshwa kwe-Function ku-RxSim.
7. Setha iswishi yokubonisa ibe ngu-% we-span.
8. Setha okukhiphayo komthombo wamanje we-DC kulawo abonisiwe (ukufakwa kwe-mA ku-Loop-Mate2) kuthebula elingezansi futhi uhlole ukuthi ukufundwa kwesibonisi kuphakathi kwamanani Aphansi kanye Nobukhulu.

Ukucaciswa kwephutha okuvunyelwe:

% yesikhala	okokufaka kwe-mA	Inani elincane (%)	Inani eliphezulu (%)
0	4	-0.05	0.05
25	8	24.95	25.05
50	12	49.95	50.05
75	16	74.95	75.05
100	20	99.95	100.05

Uma ukufundwa kusibonisi se-Loop-Mate 2 kungaphandle kokucaciswa kuyodingeka ukulungiswa kokulinganisa (bheka kamuva kulesi sigaba).

Ukulinganiswa kwe-Meas Volt DC
Ukufunda okuqondile (V)

1. Xhuma i-precision dc voltagumthombo wamatheminali okokufaka we-Loop-Mate 2.
2. Setha iswishi ye-Function ibe yi-Meas Volt DC.
3. Setha inkinobho yokubonisa ibe yi-mA/V.
4. Setha okukhiphayo kwe-dc voltage umthombo kulawo abonisiwe (Ama-Volts okokufaka ku-Loop-Mate 2) kuthebula elingezansi, futhi uhlole ukuthi ukufundwa kwesibonisi kuphakathi kwamanani we-Min kanye ne-Max.

Ukucaciswa kwephutha okuvunyelwe:

Okokufaka kwama-volts	Inani elincane (V)	Inani eliphezulu (V)
0	-0.025	0.025
10	9.975	10.025
20	19.975	20.025
30	29.975	30.025
40	39.975	40.025
50	49.975	50.025

Iphesentitage span 

1. Xhuma i-precision dc voltagfuthi umthombo wamatheminali okokufaka we-Loop-Mate2.
2. Setha iswishi ye-Function ibe yi-Meas Volt DC.
3. Setha iswishi yokubonisa ibe ngu-% we-span.
4. Vula i-Loop-Mate 2.
5. Setha okukhiphayo kwe-dc voltage umthombo kulawo abonisiwe (Ama-Volts okokufaka ku-Loop-Mate 2) kuthebula elingezansi, futhi uhlole ukuthi ukufundwa kwesibonisi kuphakathi kwamanani we-Min kanye ne-Max.

Ukucaciswa kwephutha okuvunyelwe:

% yesikhala	Okokufaka kwama-volts	Inani elincane (%)	Inani eliphezulu (%)
0	0	-0.05	0.05
25	2.50	24.95	25.05
50	5.00	49.95	50.05
75	7.50	74.95	75.05
100	10.00	99.95	100.05

Uma ukufundwa kusibonisi se-Loop-Mate 2 kungaphandle kokucaciswa kuyodingeka ukulungiswa kokulinganisa (bheka kamuva kulesi sigaba).

Ukulungiswa Kokulinganisa

Uma i-Loop-Mate 2 itholakala ingaphandle kokucaciswa kwezinqubo ezichazwe ezigabeni ezilandelayo zingalandelwa ukuze kulungiswe futhi kulinganiswe ithuluzi.

Ukuqaqa i-Loop-Mate 2 

1. Okokuqala khipha ikhava yekhompathi yebhethri bese ukhipha ibhethri, njengoba kukhonjisiwe esigabeni 4.2 sale manuwali.
2. Susa izikulufu ezi-4 ngemuva kwekesi.
3. Misa i-Loop-Mate 2 ukuze iphaneli yangaphambili ibheke phezulu.
4. Phakamisa ngokucophelela isivalo sekesi.
5. Bese uxhuma kabusha ibhethri.

Izindawo ze-Trimmer (ezisetshenziselwa ukulungisa ukulinganisa) 

Ireferensi voltage isheke futhi ukulungiswa 

1. Setha ukushintsha komsebenzi ku-RxSIM
2. Setha inkinobho yokubonisa ibe yi-mA/V.
3. Khetha ivolumutagku-DMM
   Xhuma umkhondo wokuhlola osuka kokokufaka okunegethivu kwe-DMM uye kutheminali ye-Loop-Mate 2 khipha (-).
4. Xhuma umkhondo wokuhlola ngophenyo olucijile kokokufaka okuphozithivu kwe-DMM.
5. Beka i-probe ecijile kuphedi eduze ne-VR3 njengoba kuboniswe esithombeni, ngaleyo ndlela uthintane nephinikhodi ephakathi ye-VR3. Ukufundwa kufanele kube ngu-1 V.
6. Lungisa i-VR3 kuze kuvele u-1 V ku-DMM.

Ukulinganisa kwe-RxSim / TxTest 

Qaphela: Ngokulinganisa i-RxSIM, i-TxTest nayo iyalinganiswa.

Ukufunda okuqondile (mA)

1. Xhuma umthombo wamanje onembile we-dc kumatheminali okokufaka we-Loop-Mate 2.
2. Setha ukushintshwa kwe-Function ku-RxSim.
3. Setha inkinobho yokubonisa ibe yi-mA/V.
4. Setha okukhiphayo komthombo wamanje ku-50 mA DC.
   Lungisa i-VR2 kuze kube yilapho isibonisi sifundeka ngo-50.00

Iphesentitagi-e ye-span (%)
Ukulinganiswa kwe-offset
Ngaphambi kokuxhuma i-Loop-Mate 2 kunoma iyiphi imishini yokuhlola,

• Setha ukushintshwa kwe-Function ku-RxSim.
• Setha iswishi yokubonisa ibe ngu-% we-span.

Isibonisi kufanele sifundeke -25.00, uma singalungisi i-VR6 kuze kuvele –25.00 ± 0.01. Bese:

1. Xhuma umthombo wamanje we-dc onembayo kumatheminali okokufaka we-Loop-Mate2.
2. Setha ukushintshwa kwe-Function ku-RxSim.
3. Setha iswishi yokubonisa ibe ngu-% we-span.
4. Setha okukhiphayo komthombo wamanje ku-20 mA DC.
   Lungisa i-VR1 kuze kube yilapho isibonisi sifundeka ngo-100.00

Ukulinganisa kwe-Meas Volt DC 

Ukufunda okuqondile (ama-volts)

1. Xhuma i-precision dc voltagumthombo wamatheminali okokufaka we-Loop-Mate 2.
2. Setha ukushintshwa komsebenzi ku-Meas Volt DC.
3. Setha inkinobho yokubonisa ibe ngamaVolts.
4. Khetha okukhiphayo okungu-50v dc kuvolumu yokunembatage umthombo.
   Lungisa i-VR5 kuze kube yilapho isibonisi sifundeka ngo-50.00.

Iphesentitage span 

1. Xhuma i-precision dc voltagfuthi umthombo wamatheminali okokufaka we-Loop-Mate2.
2. Setha ukushintshwa komsebenzi ku-Meas Volt DC.
3. Setha iswishi yokubonisa ibe ngu-% we-span.
4. Khetha okukhiphayo okungu-10v dc kuvolumu yokunembatage umthombo.
   Lungisa i-VR4 kuze kube yilapho isibonisi sifundeka ngo-100.00

Phinda ukufunda okuqondile kanye namaphesentitage yezinqubo zokulinganiswa kwe-span kuze kube yilapho kungekho okudinga ukulungiswa. Lokhu kuyadingeka ngenxa yokuxhumana okuthile phakathi kwezikali.

Hlanganisa kabusha

• Nqamula ibhethri ngemva kokulinganisa kabusha.
• Faka kabusha isivalo bese ugoqa izikulufi zamakesi amane endaweni yazo.
• Shintshanisa ibhethri nekhava yengxenye yebhethri. Bheka isigaba 4.2.

Ukushintshwa kwe-Fuse
Iyunithi ifakwe fuse engu-100 mA. Uma kungekho ukufundwa okuboniswayo uma usebenzisa umsebenzi we-RxSIM noma we-TxTest uma uxhumeke kuluphu yenqubo yokusebenza eyaziwayo, kungenzeka ukuthi ifuse yangaphakathi ivuthele.

Ukushintsha i-fuse:
Okokuqala khipha ikhava yekhompathi yebhethri bese ukhipha ibhethri, njengoba kukhonjisiwe esigabeni 4.2 sale manuwali.
Susa izikulufu ezi-4 ngemuva kwekesi.
Misa i-Loop-Mate2 ukuze iphaneli yangaphambili ibheke phezulu. Phakamisa ngokucophelela isivalo sekesi.
I-fuse itholakala ngezansi futhi kwesokudla seswishi yokubonisa njengoba kukhonjisiwe esithombeni esingezansi.

Khipha i-fuse bese ufaka enye yenani elifanayo.
Buyisela isivalo sekesi bese ugoqa izikulufi zamakesi amane endaweni yawo.

Iwaranti kanye nesevisi

Iwaranti
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Uma lo mkhiqizo utholakala unesici, sicela usithinte usebenzisa le mininingwane engezansi. Sazise ngohlobo lomkhiqizo, inombolo yomkhiqizo, kanye nemininingwane yanoma yiliphi iphutha kanye/noma isevisi edingekayo. Sicela ugcine i-invoyisi yomhlinzeki njengobufakazi bokuthenga.
Lesi siqinisekiso asisebenzi ekulimaleni okuvela esenzweni somsebenzisi esinjengokusebenzisa kabi, ukusebenza ngaphandle kokucaciswa, ukulungiswa okungafanele noma ukulungiswa, noma ukuguqulwa okungagunyaziwe. Isikweletu esiphelele se-Time Electronics sinqunyelwe ukulungisa noma ukushintshwa komkhiqizo. Qaphela ukuthi uma i-Time Electronics inquma ukuthi iphutha kumkhiqizo obuyisiwe lidalwe umsebenzisi, sizoxhumana nekhasimende ngaphambi kokuqhubeka nanoma yikuphi ukulungisa.

Izinsizakalo Zokulinganisa Nokulungisa
I-Time Electronics ihlinzeka ngezinsizakalo zokulungisa nokulinganisa kuyo yonke imikhiqizo esiyenzayo nesiyithengisayo. Ukunakekelwa okujwayelekile komkhiqizi kuqinisekisa ukusebenza kahle nesimo somkhiqizo. Ukulinganisa okulandelekayo ngezikhathi ezithile noma okugunyaziwe kuyatholakala.

Ukuxhumana ne-Time Electronics
Ku-inthanethi:
Sicela uvakashele ku-www.timeelectronics.com bese ukhetha Isicelo sokusekela kusukela kuzixhumanisi Zokuxhumana. Kusukela kuleli khasi uzokwazi ukuthumela ulwazi ethimbeni lesevisi ye-Time Electronics elizokusiza futhi likusekele.
Ngefoni:
+44 (0) 1732 355993
Nge-imeyili:
mail@timeelectronics.co.uk

Amathuluzi Abuyayo
Ngaphambi kokubuyisela umkhiqizo wakho sicela uxhumane ne-Time Electronics. Sizokhipha inombolo ye-return merchandise authorization (RMA) ezohambisana nezimpahla ezibuyayo. Eminye imiyalo nayo izokhishwa ngaphambi kokuthunyelwa. Uma ubuyisela amathuluzi, sicela uqinisekise ukuthi apakishwe ngokwanele, okungcono kakhulu emaphaketheni oqobo anikeziwe. I-Time Electronics Ltd ngeke yamukele umthwalo wemfanelo wamayunithi abuyiswe alimele. Sicela uqinisekise ukuthi wonke amayunithi anemininingwane yesevisi edingekayo kanye nawo wonke amaphepha afanelekile.

Thumela ithuluzi, izindleko zokuthumela ezikhokhelwa ku:

Inkampani Time Electronics Ltd
Unit 5, TON Business Park, 2-8 Morley Road,
I-Tonbridge, Kent, TN9 1RA.
I-United Kingdom.

Ucingo: +44(0)1732 355993
Ifeksi: +44(0)1732 350198

I-imeyili: mail@timeelectronics.co.uk
Web Isayithi: www.timeelectronics.com

Ukulahlwa kwezinto zakho ezindala

1. Uma lolu phawu lomgqomo onamasondo onqanyuliwe lunamathiselwe kumkhiqizo kusho ukuthi umkhiqizo umbozwe yi-European Directive 2002/96/EC.
2. Yonke imikhiqizo kagesi neye-elekthronikhi kufanele ilahlwe ngokuhlukana nomfula kamasipala kusetshenziswa izindawo eziqokiwe zokuqoqa eziqokwe uhulumeni noma iziphathimandla zendawo.
3. Ukulahlwa ngendlela efanele kwesisetshenziswa sakho esidala kuzosiza ekuvimbeleni imiphumela engemihle engaba khona emvelweni nempilo yabantu.
4. Ukuze uthole ulwazi oluthe xaxa mayelana nokulahlwa komshini wakho omdala, sicela uthinte ihhovisi ledolobha lakho, isevisi yokulahla imfucuza noma ubuyele ku-Time Electronics.

Amadokhumenti / Izinsiza

I-Time Electronics 7007 Loop Mate 2 Loop Signal Inkomba [pdf] Imaniwali yosebenzisayo 7007, I-Loop Mate 2 I-Loop Signal Indicator, 7007 Loop Mate 2 I-Loop Signal Indicator, Inkomba Yesiginali ye-Loop, Inkomba Yesiginali, Inkomba

Izithenjwa

• Imaniwali yosebenzisayo