RDM1L Series Earthleakage Circuit Breaker (ELCB) Molded Case Case Breaker Featured Image

RDM1L Series Earthleakage Circuit Breaker (ELCB) Molded Case Circuit Breaker

Uchungechunge lwe-RDM1L olubunjiweyo lwe-breaker circuit, lusetyenziswa ikakhulu kwi-circuit ye-AC50 / 60Hz, i-voltage yokusebenza elinganisiweyo yi-400V, ihlelwe ngoku ukuya kwi-800A ngokubonelela ngokhuseleko ngokungangqalanga kunye nokuthintela umlilo obangelwa yimpazamo yangoku, kwaye inokuba nayo. isetyenziselwa ukuhanjiswa kwamandla kunye nokukhuselwa kwesekethe ekugqithiseni kunye ne-short-circuit, iphinda isebenze ukudlulisa isiphaluka kunye nokuqala i-motor ngokungaqhelekanga.
Le mveliso ifanelekile ukuba ibe yodwa.
Le mveliso isetyenziswa kumgangatho we-IEC 60947-2.

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Imeko yokusebenza eqhelekileyo kunye nendawo yoFakelo

3.1 Ubushushu: akukho ngaphezulu kwe +40 °C, kwaye akukho ngaphantsi kwe -5 °C ,kwaye iqondo lobushushu alikho ngaphezulu kwe +35°C.
3.2 Indawo yokufakela ingabi ngaphezu kwe-2000m.
3.3 Ukufuma okuhambelanayo: akukho ngaphezu kwe-50%, xa iBuzulu buyi +40°C.Imveliso inokumelana nokufuma okuphezulu phantsi kobushushu obuphantsi, umzekelo, xa iqondo lobushushu liku-+20°C, imveliso inokumelana ne-90% yokufuma.
I-condensation eyenzeka ngenxa yokutshintsha kweqondo lokushisa kufuneka ithathelwe ingqalelo ngemilinganiselo ekhethekileyo
3.4 Udidi longcoliseko: Iklasi yesi-3
3.5 Kufuneka ifakwe kwindawo engenangozi yokuqhuma, nayo ayinayo igesi kunye nothuli oluqhubayo oluya kubangela ukubola kwesinyithi kunye nomonakalo-umonakalo.
3.6 Ukufakela okuphezulu okufakwe kwi-Angle 5 °, kufuneka kufakwe kwindawo ayinayo impembelelo ecacileyo kunye nefuthe lemozulu.
3.7 Uhlobo lofakelo lwesekethe engundoqo: III, iSekethe eNcedisayo kunye nohlobo lokufakwa kwesekethe yolawulo: 11
3.8 Imagnethi yangaphandle yendawo yoFakelo mayingabi ngaphezu kwamaxesha ama-5 omhlaba wemagnethi.
3.9 Ufakelo lwemekobume ye-electromagnetic: B uhlobo

Ikhowudi	Umyalelo
Uhlobo	I-N pole ayinayo ukukhululwa kwe-overload, kwaye i-N pole isoloko ixhunyiwe kwaye ayidibanisi okanye iphule kunye nezinye ii-3 pole kunye.
Uhlobo B	Ipali ye-N ayinayo ukukhululwa okugqithisileyo, kwaye i-N pole idibanisa okanye ikhefu kunye nezinye iipali ezi-3 kunye.
C uhlobo	Ipali ye-N ayinayo ukukhululwa okugqithisileyo, kwaye i-N pole idibanisa okanye ikhefu kunye nezinye iipali ezi-3 kunye.
D uhlobo	Ipali ye-N inokukhutshwa okugqithisileyo, kwaye isibonda se-N sihlala siqhagamshelwe, musa ukuqhagamshelwa okanye uqhawuke kunye nezinye iipali ezi-3 kunye.

Igama lesincedisi Isincedisi ikhowudi Imowudi yokuhamba	Hayi	Uqhagamshelwano olothusayo	Shunt ukukhululwa	Umncedi uqhagamshelwano	phantsi kokukhululwa kombane	Shunt ukukhutshwa kokuncedisa	phantsi kombane we-shunt khulula	2 iseti abafowunelwa	Uqhagamshelwano oluncedisayo kunye nokukhutshwa kwamandla ombane	Umfowunelwa owothusayo kunye nokukhululwa kweShunt	Uqhagamshelwano oluncedisayo olothusayo	Uqhagamshelwano lomncedisi owothusayo & Shunt ukukhululwa	I-2 ibeka uqhagamshelwano oluncedisayo olothusayo
Ukukhululwa kwangoko	200	208	210	220	230	240	250	260	270	218	228	248	268
Ukukhutshwa kabini	300	308	310	320	330	340	350	360	370	318	328	348	368

Phawula:
1. Kuphela uhlobo lwe-4P B kunye nohlobo lwemveliso ye-C ine-240, 250, 248 kunye ne-340, 350, 318, 348 ikhowudi ye-accessory.
2. Kuphela i-RDM1L-400 kunye ne-800 ubungakanani besakhelo se-4P uhlobo lwe-B kunye nohlobo lwemveliso ye-C ene-260, 270, 268 kunye ne-360, 370, 368 ikhowudi ye-accessory.

3.2 Ukuhlelwa
3.2.1 Pole: 2P, 3P kunye 4P (2P imveliso kuphela RDM1L-125L/2300, RDM1 L-125M/2300,RDMl L-250M/2300,RDM1 -250M/2300)
3.2.2 Uhlobo loqhagamshelo: uxhulumaniso lwebhodi yangaphambili, uxhulumaniso lwebhodi yangasemva kunye nohlobo lokufaka.
3.2.3 Isicelo: uhlobo lokuhanjiswa kwamandla kunye nohlobo lokhuseleko lwemoto
3.2.4 Uhlobo olushiyekileyo lwangoku lokukhutshwa: uhlobo lwe-electromagnetic, uhlobo oluzenzekelayo.
3.2.5 Ixesha eliseleyo langoku lokuqhawuka: uhlobo lokulibaziseka kunye nohlobo olungalibazisi
3.2.6 Umlinganiselo wokuqhawula umthamo wesekethe emfutshane: Uhlobo lwe-L, uhlobo lwe-M-Medium, uhlobo lwe-H-high
3.2.7 Uhlobo lokusebenza: Ukusebenza okuqondiswe kwiHandle, ukusebenza kweMotor(P), ukujikeleza-ukusingatha (Z, kwikhabhinethi)

Eyona parameter yobugcisa

4.1 Ui=690V, Uimp=8kV, eyona parameter yobugcisa bona iThebhile3.

Umzekelo No.	Ilinganiswe ngoku ln (A)	Ulinganiso lwamandla ombane osebenzayo (V)	Umthamo wokuqhawuka kwesekethe emfutshane R		Ulinganiso lwentsalela yokwenziwa kwesekethe emfutshane kunye nokophula umthamo lm (A)	Ixabiso lentshukumo yangoku kwi(mA)	Umgama weArc mm
			I-lcu (kA)	lc (skA)
RDM1L-125L	10 16 20 25 32 40 50 63 80 100	400	35	22	25%lcu	30/100/300 Akukho didi lokulibaziseka 100/300/500 uhlobo lokulibaziseka	≤50

RDM1L-125M			50	35
RDM1L-125H			85	50
RDM1L-250L	100, 125, 160, 180, 200, 225	400	35	22	25%lcu	100/300/500	≤50
RDM1L-250M			50	35
RDM1L-250H			85	50
RDM1L-400L	225,250,315,350,400	400	50	25	25%lcu	100/300/500	≤50
RDM1L-400M			65	35
RDM1L-400H			100	50
RDM1L-800L	400, 500, 630, 700, 800	400	50	25	25%lcu	300/500/1000	≤50
RDM1L-800M			70	35
RDM1L-800H			100	50

4.2 Ikhefu lesekhethi ixesha elishiyekileyo lokhuseleko langoku jonga iTheyibhile4

Intsalela yangoku		l△n	2I△n	5I△n	10 mna △n
Uhlobo olungalibazisi	Ubuninzi bexesha lokuqhawula (s)	0.3	0.15	0.04	0.04
Uhlobo lokulibazisa	Ubuninzi bexesha lokuqhawula (s)	0.4/1.0	0.3/1.0	0.2/0.9	0.2/0.9
Uhlobo lokulibazisa	Ixesha eliqingqiweyo lokuvula (s)	-	0.1/0.5	-	-

4.3 Ukukhutshwa kokugcwala okugqithisileyo kubandakanya ukukhutshwa kokulibaziseka okushushu okuneempawu zexesha eliguquguqukayo kunye nokukhutshwa kwesenzo esikhawulezileyo, into eyenziwayo jonga kwiThebhile5.

Power-Distribution circuit breaker				I-motor-protection circuit breaker
Ilinganiswe ngoku ln (A)	Ukukhutshwa kwe-thermal			Ilinganiswe ngoku ln (A)	Ukukhutshwa kwe-thermal		Isenzo sokukhutshwa kwe-electromagnetic ngoku
	1.05ln (ilizwe elipholileyo) Ixesha elingenzi ntshukumo (h)	1.30ln (imeko yobushushu) Ixesha lokusebenza (h)	i-electromagneticrelease action yangoku		1.0 ln (imeko epholileyo) ixesha elingenzi ntshukumo (h)	1.20ln (imeko yobushushu) ixesha lokwenza (h)
10≤ln≤63	1	1	10ln±20%	10≤ln≤630	2	2	12ln±20%
63＜ln≤l00	2	2
100＜ln≤800	2	2	5ln±20% 10ln±20%

4.4 Isixhobo sokuncedisa ipharamitha yobugcisa
4.4.1 Uqhagamshelwano oluncedisayo kunye nexabiso le-alam elirethiweyo, jonga kwiThebhile 6

Qhagamshelana	Ubungakanani besakhelo silinganiswe ngoku	ukufudumeza okuqhelekileyo ngoku lth (A)	Ukusebenza okuthelekelelweyo ngoku le (A)
Qhagamshelana	Ubungakanani besakhelo silinganiswe ngoku	ukufudumeza okuqhelekileyo ngoku lth (A)	I-AC400V	DC220V
Uqhagamshelwano oluncedisayo	Lnm≤225	3	0.3	0.15
Uqhagamshelwano oluncedisayo	lnm≥400	3	0.4	0.15
Uqhagamshelwano nge-alam	100≤lnm≤630	3	0.3	0.15

4.4.2 Ukukhutshwa kwesekethe yokulawula kunye ne-motor rated control power voltage (Us) kunye nomlinganiselo wombane wokusebenza (Ue) Jonga kwiTheyibhuli7.

Uhlobo		Umbane olinganisiweyo (V)
Uhlobo		I-AC 50Hz		DC
Khulula	ukukhululwa kwe-shunt	Us	230 400	24 110 220
Khulula	ukukhululwa undervoltage	Ue	230 400
indlela yemoto		Us	230 400	110 220

4.4.2.1 Ukukhutshwa kwamandla ombane angaphandle kwe-Shunt kuphakathi kwamandla olawulo olulinganisiweyo lwe-70% ~ 110%, inokukhubeka ukukhululwa ngokuthembekileyo.
4.4.2.2 Xa amandla ombane ehla ukuya kuma-70% ukuya kuma-35% ombane osebenza ngaphantsi kombane, ukukhutshwa kombane ongaphantsi kombane kunokophula umgca.Xa umbane wobonelelo lombane ungaphezulu kwe-85% yokukhutshwa kwevoltage ephantsi komlinganiselo osebenzayo wombane, ukukhutshwa okungaphantsi kombane kuya kuvala isaphuli sesekethe.Isilumkiso: Ukukhutshwa okungaphantsi kombane kufuneka kuhlawulwe kuqala, emva koko i-circuit breaker ivalwe.Ukuba akunjalo, i-breaker circuit iya konakala.
4.4.2.3 Indlela yokusebenza kwemoto iqinisekisa ukuba inokwenza i-breaker yesekethe ivalwe xa amandla ombane aphakathi kwe-85% -110%, phantsi kwe-frequency elinganisiweyo.
4.4.3 Imodyuli eyoyikisayo yokuvuza (RDM1 L-125L, 250L ayinayo.) Inkcazo: I-P5-P6 i-port ye-input power-source AC50 / 60Hz, 230Vor 400V.I-P1 -P2, i-P3-P4 port yomthamo yi-AC230V 5A, bona i-Fig1

Phawula:
1. I-Mode II inokuhlangabezana neemfuno ezikhethekileyo zesayithi, abasebenzisi bamkele lo msebenzi emva kokuqwalaselwa.
2. I-Circuit breaker kunye nemodyuli eyoyikisayo yokuvuza, xa ukuvuza okuvuzayo kwenzeka, imodyuli yokukhusela ukuvuza iya kusebenza emva kokusetha kwakhona iqhosha leModyuli II.Fig1.

5.1 Imbonakalo kunye noFakelo lobungakanani bona iFig2, Fig3 kunye neFig8.

Umzekelo No.	Ipali	Uqhagamshelo lwebhodi yangaphambili									Ubungakanani boFakelo
Umzekelo No.	Ipali	L1	L2	W1	W2	W3	H1	H2	H3	K	a	b	Φ d
RDM1L-125L	3	150	52	92	88	23	94	75	72	18	30	129	Φ 4.5
RDM1L-125L	4	150	52	122	88	23	94	75	72	18	60	129	Φ 4.5
RDM1L-250L	4	150	52	92	88	23	110	92	90	18	30	129	Φ 4.5
RDM1L-250L	3	150	52	122	88	23	110	92	90	18	60	129	Φ 4.5
RDM1L-250M.H	3	165	52	107	102	23	94	72	70	23	35	126	Φ 5
RDM1L-250M.H	3	165	62	142	102	23	94	72	70	23	70	126	Φ 5
RDM1L-400	3	165	52	107	102	23	110	90	88	23	35	126	Φ 5
RDM1L-400	4	165	62	142	102	23	110	90	88	23	70	126	Φ 5
RDM1L-800	4	257	130	150	150	65	150	110	108	32	44	194	Φ 7
RDM1L-800	4	257	92	198	142	65	150	110	108	32	44	194	Φ 7
RDM1L-100M.H	4	280	138	210	210	66	150	116	111	44	70	243	Φ 7
RDM1L-100M.H	3	280	92	280	182	67	150	116	111	44	70	243	Φ 7