I-JR28 I-Thermal Overload Relay

Vikela izinjini zakho nge-JR28 Thermal Overload Relay, isixazululo esiqinile nesikhaliphile sokuvikela esakhiwe i-CDADA, umkhiqizi othembekile e-China. Idizayinelwe ukuhlanganiswa okungenamthungo nezixhumi zochungechunge lwe-CDADA D (i-D9 kuye ku-D150), ukudluliselwa kwe-JR28 kunikeza ukuzivikela okuphelele ngokumelene:

● Okulayishwayo

● Ukwehluleka kwesigaba (ukulahlekelwa yisigaba esisodwa)

● Izikhathi zokuqalisa imoto ezinde kakhulu

● Ukuma kwe-rotor isikhathi eside

Ngobubanzi bamanje obulungisekayo obubanzi obusuka ku-0.1A ukuya ku-140A, uchungechunge lwe-JR28 luhlanganisa izinhlelo zokusebenza kusuka kubalandeli abancane ukuya kumaphampu ezimboni ezinkulu nama-compressor. Ifaka inkinobho yokuhlola yokuqinisekisa umjikelezo wokulawula, inkomba yohambo olucacile, ukukhetha okwenziwa ngesandla noma ukusetha kabusha okuzenzakalelayo, kanye nekhava evalekayo ukuvimbela ukulungiswa okungagunyaziwe. Yakhelwe kubuchwepheshe obushisayo obufakazelwe be-bimetallic futhi ithobelana ne-IEC 60947-4-1, i-CDADA JR28 iqinisekisa ukuvikelwa kwemoto okuthembekile, nokunakekelwa okufanele ezindaweni ezifunwa kakhulu emhlabeni jikelele.

Imininingwane Ebalulekile

Uchungechunge: I-JR28 Thermal Overload Relay

Igama Brand: CDADA | Umkhiqizi: I-Shanghai DADA Electric CO., LTD

Ukuhambisana: Idizayinelwe i-D9, D12, D18 … kufika koxhumana nabo be-D150 (uchungechunge lwe-LC1-D/F)

Kukalwe Ububanzi Bamanje: 0.1A – 140A (amamodeli amaningi: JR28-25, JR28-36, JR28-93, JR28-150, njll.)

Izigxobo: 3-pole (iqapha zonke izigaba zokungalingani)

Imisebenzi yokuvikela:

★ Thermal overload

★ Ukutholwa kokwehluleka kwesigaba

★ Ukuqapha isikhathi eside sokuqala

★ Rotor ukuvikelwa kwetafula

Imodi Yokusetha Kabusha: Ngezandla noma Ngokuzenzakalelayo (nge-switch switch)

Inkinobho Yokuhlola: Ilingisa uhambo—yenza isebenze kokubili oxhumana nabo abasizayo be-NO kanye ne-NC

Inkinobho Yokumisa: Ivula othintana naye we-NC kuphela (ngokubonisa isimo esiphuthumayo)

Inkomba Yohambo: Ifulegi elibonakalayo libonisa isimo sokukhubeka

I-Setting Lock: Ikhava ingavalwa ukuze kusebenze ukuvikela ukuphazamiseka

Oxhumana Nabo Abasizayo: Okujwayelekile 1NO + 1NC (kuma-alamu, impendulo ye-PLC, noma izikhiya)

Ukukhweza: Idizayini eshunqayo ngqo koxhumene nabo be-CDADA abahambisanayo

Isitifiketi: Ihambisana ne-IEC/EN 60947-4-1 (imibhalo ye-CE iyatholakala)

Kungani Khetha i-CDADA JR28 Thermal Overload Relay?

★  Ukufakwa Okubanzi Kwamanje

Kusukela ku-0.1A kuya ku-140A—isekela yonke into kusukela kumamotho amafrakshini e-HP ukuya kumadrayivu emboni angu-110kW+.

★ Ukuhambisana Okugcwele ne-D-Series Contactors

Iklanyelwe ukulingana i-D9 nge-D150—iqinisekisa ukusebenzisana okuphelele komshini nokokushisa.

★ Izici Ezithuthukisiwe Zokuxilonga

★ Inkinobho TEST iqinisekisa ukulawula izintambo ngaphandle kokuphazamiseka kwamandla

★ STOP inkinobho inika amandla ukusayina kwangaphandle

★ Inkomba yohambo isheshisa ukuxazulula inkinga

★ Ukwethenjelwa kwe-Industrial-Grade

I-bimetallic thermal mechanism yeqiniso (hhayi i-electronic)—amasosha omzimba ku-EMI, ama-voltage spikes, namaphutha esoftware.

★ Ukuphepha Nokuhambisana Sekulungile

Ikhava evalekayo ihlangabezana ne-ISO, CE, nezimfuneko zokuhlolwa kwefekthri kumasethingi akhiyiwe.

★ Ukuvikelwa Okungabizi

Ivimbela ukutubeka kwezimoto, inciphisa isikhathi sokuphumula, futhi inwebe impilo yezisetshenziswa—ilungele ama-OEM nezihlanganisi zesistimu.

★ Imininingwane yokupakisha iyahlukahluka ngomkhiqizo. Sinikeza lolu lwazi kumakhotheshini ethu kanye nohlu lokupakisha. Amabhokisi okuthekelisa ajwayelekile adizayinelwe ukwenza i-palletization efanele kanye nokulayishwa kweziqukathi.

Izicelo Ezijwayelekile

★ Ama-Motor Starter Assemblies: Abhanqiwe nama-contactor amaphampu, amafeni, ama-conveyors

★ Amasistimu we-HVAC: Ama-Chiller, imibhoshongo yokupholisa, izibambi zomoya

★ Amanzi Namanzi Angcolile: Amaphampu angaphansi kwamanzi namaphakathi

★ Ukukhiqiza: Izixube, ama-extruder, imigqa yokupakisha

★ Imayini Nokwakha: Ama-Crushers, ama-hoists, abalandeli be-ventilation

imibuzo ejwayelekile ukubuzwa

Q1: Uyini umehluko phakathi kwe-JR28 ne-LRD series?

A1: Zombili ziyi-thermal overload relays ezivela ku-CDADA. Uchungechunge lwe-JR28 lusekela ama-currents aphezulu (kufika ku-140A) futhi ludizayinelwe abathintwayo abakhulu (kufika ku-D150), kuyilapho i-LRD ngokuvamile ihlanganisa ububanzi obuphansi (kufika ku-～104A). Ngokusebenza, banikeza ukuvikeleka okufanayo—kodwa i-JR28 ilungiselelwe ukusetshenziswa kwezimboni ezisindayo.

Q2: Ngingakwazi ukusebenzisa i-JR28 Thermal Overload Relay nabathintana nabo abangeyona i-CDADA?

A2: Nakuba kungenzeka kwezinye izimo, ukusebenza kahle nokusekelwa kwewaranti kudinga ukubhanqa nezixhumi zochungechunge lwe-CDADA D (D9–D150). Ukulingana kwemishini, ukunqanyulwa kokushisa, namajika okuxhumana aqinisekiswa njengesistimu.

Q3: Ngabe ukuvikela ukwehluleka kwesigaba kusebenza kanjani ku-JR28?

I-A3: Uma isigaba esisodwa silahleka, amakhondaktha amabili asele aphatha amandla angalingani, okubangela ukushisisa kwe-asymmetric emigqeni ye-bimetallic. I-JR28 ithola lokhu kungalingani futhi ihambe ngokushesha kunangaphansi kokugcwala okuvamile, ivimbele ukulimala kokusongwa kwezimoto.

Q4: Ingabe ukusetha kabusha mathupha kuphephile kunokusetha kabusha okuzenzakalelayo?

A4: Yebo-ngezinhlelo ezibucayi. Ukusetha kabusha mathupha kuphoqa isisebenzisi ukuthi sihlole futhi sisule iphutha ngaphambi kokuqala kabusha. Ukusetha kabusha ngokuzenzakalela kulungele okokusebenza okungagadiwe noma okukude lapho ukuqhubeka kubekwa phambili (isb., amaphampu okupholisa).

Q5: Kungani ukhetha i-CDADA JR28 ngaphezu kwemikhiqizo yomhlaba wonke?

A5: I-CDADA inikeza:

● Indlela ehlukile yokushisa eyiqiniso enembayo ephezulu

● Ukuhambisana ngokugcwele nezixhumi ze-D9–D150—ukwethembeka kwe-plug-and-play

● Hlola, misa, setha kabusha, futhi vala imisebenzi kuyunithi eyodwa ehlangene

● Amanani ancintisanayo nekhwalithi ethobelana ne-CE

● Usekelo olusheshayo lobuchwepheshe kanye nemibhalo yesiNgisi yamakhasimende omhlaba