Nikezela nge-ODM yoThuthu-bubungqina ngeendlela ezininzi zoLawulo lwe-AC Capacitor Umnxibelelanisi weCapacitor Ukutshintshela umfanekiso obonakalayo

Nikeza i-ODM yoThuthu-Ubungqina ngeendlela ezininzi zoLawulo lwe-AC Capacitor Umnxibelelanisi we-Capacitor Switching

I-CJX2-09 ~ 95 Series AC Contactor (emva koku kuthiwa "i-contactor") ifanelekile kwiisekethe kunye ne-AC 50 Hz okanye i-60 Hz, i-voltage yokusebenza elinganisiweyo ukuya kwi-660 V, ilinganiswe ngokusebenzayo ngoku ukuya kwi-95 A xa i-voltage esebenzayo elinganisiweyo i-380 V kudidi lokusetyenziswa kwe-AC-3. I-contactor ingasetyenziselwa ukwenza umgama omde kunye nokwaphulwa kweesekethe, kwaye inokudityaniswa kunye nokuhanjiswa kwe-thermal overload efanelekileyo ukwenza i-electromagnetic starter ukukhusela iisekethe ezinokuthi zilayishwe kakhulu.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Isicelo

Iiparamitha

Iisampulu kunye neZakhiwo

Imilinganiselo

Konke esikwenzayo kuhlala kuhambelana ne-tenet yethu ” Umthengi kuqala, Thembela kuqala, ukuzinikela ekupakishweni kokutya kunye nokukhuselwa kokusingqongileyo kwi-Supply ODM Dust-Proof Multiple Control Methods AC Capacitor Contactor for Capacitor Switching, Wamkelekile ukuya kuthi nanini na kwintsebenziswano yenkampani eqinisekisiweyo.
Konke esikwenzayo kuhlala kunxulunyaniswa netenet yethu ” uMthengi kuqala, Thembela kuqala, ukuzinikela ekupakishweni kokutya kunye nokukhuselwa kwendalo.Ukutshintsha uQhagamshelwano lweCapacitor kunye noQhagamshelwano, Ngethuba leminyaka emifutshane, sikhonza abathengi bethu ngokunyanisekileyo njengoMgangatho wokuQala, uBulunga beNgqibelelo, ukuhanjiswa kwangexesha, okuye kwasenzela ukuba sibe nodumo olubalaseleyo kunye nepotifoliyo yokhathalelo lomxumi. Ndijonge phambili ekusebenzeni nawe Ngoku!

Intshayelelo yeMveliso

CJX2 series AC Contactor isetyenziswa ikakhulu kwisekethe AC 50Hz okanye 60 Hz, umbane osebenzayo ulinganiswe ukuya kuthi ga kwi-690V, ireyithwe ukusebenza ngoku ukuya kuthi ga kwi-95A, ukuze kusetyenziswe ukudityaniswa nokuqhawuka ukude kunye nokuqhawuka, inokudityaniswa ne-thermal relay edityaniswe kwi-electromagnetic starter ukukhusela umthwalo ogqithileyo wesekethe. I-Contactor inokuxhotyiswa kunye nohlobo lwebhloko yesakhiwo soqhagamshelwano oluncedisayo, uqhagamshelwano lokulibaziseka komoya, umatshini we-interlock womatshini, njl.

Iimveliso zihambelana nemigangatho ye-GB14048.4, IEC60947-4-1 njl.

Iimbonakalo

1.Ivolumu encinci

2.Ubunzima obulula

3.Ukusetyenziswa kwamandla aphantsi

4.Ubomi obuphezulu

5.Ukhuseleko kunye nokuthembekaInto yonke esiyenzayo isoloko inxulunyaniswa ne-tenet yethu ” UMthengi kuqala, Thembela kuqala, ukuzinikela ekupakishweni kokutya kunye nokukhuselwa kokusingqongileyo kwiSupply ODM Dust-Proof Multiple Control Methods AC Capacitor Contactor for Capacitor Switching, Wamkelekile ukuba uye kuthi nanini na ubambiswano lwenkampani lubonakaliswe.
Ukubonelela nge-ODMUkutshintsha uQhagamshelwano lweCapacitor kunye noQhagamshelwano, Ngethuba leminyaka emifutshane, sikhonza abathengi bethu ngokunyanisekileyo njengoMgangatho wokuQala, uBulunga beNgqibelelo, ukuhanjiswa kwangexesha, okuye kwasenzela ukuba sibe nodumo olubalaseleyo kunye nepotifoliyo yokhathalelo lomxumi. Ndijonge phambili ekusebenzeni nawe Ngoku!

Ubude bendawo yoFakelo abugqithi kwi-2000m

3.2 Ubushushu be-Ambient
Ukunciphisa ubushushu be-ambient akudluli +40C; Ixabiso eliphakathi kwi-24h yobushushu be-ambient ayidluli +35C. Umda ophantsi wobushushu be-ambient awukho ngaphantsi kwe -5C.

Isimo somoya

Ukufuma
Xa ilona qondo lobushushu liphezulu +40C, ukufuma okuhambelanayo akudluli kwi-50%, kwaye ivumela ukufuma okuphezulu okuphezulu xa kubushushu obuphantsi. Umzekelo, ifikelela kwi-90% xa i-20C, kwaye kufuneka ithathe imilinganiselo ekhethekileyo xa kusenzeka i-condensation duc ukuya kuguquko lobushushu.

Ibakala longcoliseko:3

Imeko yokufakela
Ukufaka kwiindawo ezingenayo impembelelo ye-vibration kwaye ngaphandle kwekhephu okanye imvula; i-terminal idibanisa amandla, kwaye i-terminal ephantsi idibanisa umthwalo; i-gradient phakathi kokuthe nkqo kunye nemveliso ayidluli kwi-5 °

Udidi lofakelo: III

CJX2 (2)

Umzekelo No.

10:32A kwaye ngaphantsi,3 iipali +1NO uqhagamshelwano oluncedisayo
01:32Akunye ngaphantsi, iipali ezi-3 + 1NC uqhagamshelwano oluncedisayo
11:40A nangaphezulu, iipali ezi-3+1NO+1NC abafowunelwa abancedisayo
004:25A nangaphantsi, 4NO qhagamshelwano oluphambili
008:25A nangaphantsi,2NO + 2NC abafowunelwa abaphambili

Ireyithiwe ukusebenza okwangoku

AC Contactol

Umzekelo	Amax	Bmax	B1 ubuninzi	B2 max	Cmax	C1 ubuninzi	C2 max
RDC5-06,09,12,18	74.5	45.5	58	71	82.5	114.5	139.5
RDC5-25,32,38	83	56.5	69	82	97	129	154
RDC5-40,50,65	127.5	74.5	88	101	117	148.5	173.5
RDC5-80.95	127.5	85.5	99	112	125.5	157	182
Phawula:	B1max=contactor+LA8; B2max=umnxibelelanisi+2×LA8; C1max=umnxibelelanisi+F4; C2max=contactor+LA2(3)D

Umzekelo	a	b	c	d	e	f
RDC5-06,09,12,18	35	50/60	-	-	-	-
RDC5-25,32,38	40	50/60	-	-	-	-
RDC5-40,50,65	-	-	105	40	100/110	59
RDC5-80.95	-	-	105	40	100/110	67

Imeko yokusebenza eqhelekileyo kunye nemeko yokufakela

3.1Ubushushu be-Ambient:+5℃~+40℃iqondo lobushushu be-averaae ngaphakathi kwe-24h aligqithisi+35℃

3.2Ubude:ayigqitheki ngama-2000m

3.3 Imeko ye-atmospheric: xa elona qondo lobushushu liphezulu +40℃ukufuma kwerelaanyv akudluli kwi-50%; inokuvumela ukufuma okuphezulu xa ikwiqondo lobushushu eliphantsi ngokwentelekiso,

umzekelo. ifikelela kuma-90% xa iku+20 kufuneka ithathe umlinganiselo xa kukho

Ukujiya kwenzeke ngenxa yokwahluka kobushushu.

3.4 Ibakala longcoliseko:3

3.5Icandelo lofakelo:l

3.6 Indawo yofakelo: i-aradient yomphezulu wentaba ukuya kumphezulu othe nkqo awugqithi ku+5°

I-3.7lmpact kunye nokungcangcazela: imveliso kufuneka ifakwe kwaye isetyenziswe kwiindawo ngaphandle kwefuthe elicacileyo lokungcangcazela kunye nokungcangcazela.