I-Littfinski DatenTechnik (LDT)
Umyalelo wokuSebenza
Reverse-Loop Module ukusuka kwiDigital-Professional-Series !
KSM-SG-F LDT-Ingxenye-Nombolo: 700502
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Imiyalelo
Reverse Loop Module
Ukuguqulwa kwepolar kwi-reverse-loop kuya kwenziwa ngaphandle kwe-short-circuit ngokusebenzisa iileyili ezimbini zenzwa.
Ngesizathu sobonelelo lwamandla olunokwenzeka lwangaphandle lulawulo olulula lwe-reverse-loop kunye nemodyuli yendawo yokuhlala (umz. RM-GB-8(-N) kunye neRS-8) enokwenzeka. Iireyile zenzwa ziya kulawulwa ngokunjalo.
Le mveliso ayikho into yokudlala! Ayifanelekanga kubantwana abangaphantsi kweminyaka eyi-14 ubudala! Ikhithi iqulethe iindawo ezincinci, ekufuneka zigcinwe kude nabantwana abangaphantsi kwe-3! Ukusetyenziswa okungafanelekanga kuya kuthetha ingozi okanye ukulimala ngenxa yemida ebukhali kunye neengcebiso! Nceda ugcine lo myalelo ngononophelo.
Intshayelelo/Umyalelo wokhuseleko
Uthenge imodyuli ye-reverse-loop ye-KSM-SG yoyilo lwendlela kaloliwe yakho.
Imodyuli ye-KSM-SG yimveliso ekumgangatho ophezulu enikezelwa ngaphakathi kweDigital-Professional-Series yeLittfinski DatenTechnik (LDT).
Sinqwenela ukuba ube nexesha elimnandi usebenzisa le mveliso.
- Nceda ufunde le miyalelo ilandelayo ngononophelo. Iwaranti iya kuphelelwa ngenxa yomonakalo obangelwa kukungahoywa kwemiyalelo yokusebenza. I-LDT nayo ayisayi kuba noxanduva lwawo nawuphi na umonakalo obangelwe kukusetyenziswa ngokungafanelekanga okanye ufakelo.
I-KSM-SG iza njengemodyuli egqityiweyo kwaye njengemodyuli egqityiweyo kwimeko enewaranti yeenyanga ezingama-24.
Nxibelela umva-loop imodyuli kwimodeli yakho yedijithali kaloliwe ubeko:
- Ingqalelo: Phambi kokuba uqalise ufakelo cima idrive voltage ngokucofa iqhosha lokumisa okanye uqhawule unikezelo olungundoqo.
Imodyuli ye-loop ebuyela umva ifumana unikezelo lwamandla nge-clamp KL5. Umqulutage ye-16…18V~ yomfuziselo wenguqu kaloliwe (ac output) okanye 22…24V DC yamkelekile.
Imo yokusebenza
Ukuguqulwa kwe-polarity ye-reverse-loop iya kwenziwa ngaphandle kwesiphaluka esifutshane ngenxa ye-2 sensor-tracks ekhoyo ekungeneni nasekuphumeni kwe-reverse-loop.
Zombini iileyili zendlela yoluvo (A1/B1 kunye ne-A2/B2) kunye nelophu ebuyela umva (AK/BK) ziya kuba zodwa ngokupheleleyo kwaye ziqhagamshelwe kwi-cl ephawulweyo.amps kwimodyuli ebuyela umva i-KSM-SG.
I-sample uxhulumaniso 1 kwicala langasemva lo myalelo ibonisa iingcingo ezipheleleyo.
Ubude obude beereyile zenzwa buya kuba yi-5 ukuya kwi-20 cm. Ureverse-loop kaloliwe ufumana unikezelo nge clamps AK kunye BK.
Umzila kaloliwe obuyela umva kufuneka ubenobude ubuncinane boyena loliwe mde woyilo.
I-reverse-loop i-KSM-SG inokutshintsha ukuya kuthi ga kwi-8 Ampyangoku yedijithali.
Igalelo A kunye ne-B yemodyuli ye-reverse-loop i-KSM-SG iya kufumana idijithali yangoku kwisikhululo somyalelo okanye kwi-booster evela kwi-ring-conductor "driving". Kubalulekile ukuba i-reverse-loop iya kugqitywa ngaphakathi kwendawo enye ye-booster kwaye ingabi phakathi kwamacandelo amabini kaloliwe afumana unikezelo kwii-booster ezimbini ezahlukeneyo.
Ngenxa yokuba i-KSM-SG ngokwayo ayifuni yangoku yedijithali kwaye ifumana amandla kwimodeli yesiguquli sikaloliwe okanye iyunithi yonikezelo yangoku etshintshiweyo yingcingo elula yolawulo lwe-loop ebuyela umva ngokudityaniswa kunye nezinzwa zokuhlala komkhondo kunokwenzeka.
I sample uxhulumaniso 2 kwicala elingasemva lalo myalelo ubonisa ulawulo lwe-reverse-loop ngokusebenzisa imodyuli yempendulo RM- GB-8 (-N) enengxelo edibeneyo yokuhlala.
Imodyuli ye-reverse-loop i-KSM-SG ifaka i-A kunye ne-B ifumana i-digital current kwenye yeziphumo ezisi-8 ze-RM-GB-8(-N). Kule nkqubo iya kuba ngumthengi ngamnye okhoyo ngoku ngaphakathi kwe-reverseloop evunyiweyo kwaye avelise ingxelo yokuhlala. Iingoma zoluvo ziya kulawulwa ngokunjalo.
Ulwazi olongezelelekileyo olunxulumene nolawulo lokubuyela umva-loops lunokufumaneka kwi-Intanethi yethu Web-Indawo (www.ldtinfocenter.com) ngaphakathi kwecandelo "Ukhutshelweyo". Ndiyacela
Khuphela i file "reverse-loop_32" yomgca "Ukubuyisela ujongo kwi-loop" kwiPC yakho.
Kwicandelo elithi “Sample Connections” kweyethu Web-Indawo yongezwa sampLes yokubuyisela umva polarity kunye nemodyuli ebuyela umva i-KSM-SG yoyilo lomzila olungaphaya
ekhoyo.
Izincedisi
Ufakelo olukhuselekileyo lwemodyuli yereverse-loop ngezantsi uyilo lwemodeli yakho sinikezela ngofakelo lofakelo phantsi kwekhowudi yeodolo MON-SET kunye neekhithi ezidityanisiweyo ezomeleleyo xact i case ehambelanayo (ikhowudi yeodolo: LDT-01).
Sample Connection 1: I-automatic polarity ye-standard reverse-loop enemodyuli ye-reverse-loop ye-KSM-SG.
Sample UQhagamshelwano 2: Ukubuyela umva-loop polarity ngokusebenzisa imodyuli ye-reverse-loop i-KSM-SG kunye nokulandelela ingxelo yokuhlala kwi-reverse-loop nge-RM-GB-8-N. Iingoma zoluvo ziya kubekwa esweni ngokunjalo.
Yenziwe eYurophu ngu
I-Littfinski DatenTechnik (LDT)
Bühler electronic GmbH
Ulmenstraße 43
15370 Fredersdorf / eJamani
Ifowuni: +49 (0) 33439 / 867-0
I-Intanethi: www.ldt-infocenter.com
Ngokuxhomekeke kutshintsho lobugcisa kunye neempazamo. 08/2021 yi-LDT
Amaxwebhu / Izibonelelo
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Imodyuli ye-LDT yokubuyela umva iLoop [pdf] Imiyalelo Reverse Loop Module, Reverse Loop, Modyuli |
