BSMJ(Y) Series BCMJ(Y) (Capacitor) Imago Praecipua

Series BSMJ(Y) BCMJ(Y) (Capacitor)

Condensator shunt humilis tensionis auto-sanans seriei BSMJ(Y), BCMJ(Y), applicabilis est systematibus potentiae AC tensionis usque ad 1000V, et ad factorem potentiae retis humilis tensionis emendandum adhibetur.

Habet etiam proprietates altae efficientiae et parvae energiae consumptionis, quae sumptus energiae usoribus servare possunt. Simul, etiam proprietates sonitus et vibrationis humilis habet, quae usoribus experientiam usus commodiorem praebere potest.

Haec productio normae IEC60831-1996 congruit.

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Detalia Producti

Parametri

Exempla et Structurae

Dimensiones

Characteristica

1. Characteristica
①Parvum volumen, qualitas certa

②Ad locum undae tensionis systematis altae temperaturae et magnae applicabile

③Bona obsignatio

④Firma, commoda installatio

⑤terminalis connectens commodus

⑥Tegumentum metallicum anticorrosionis

2. Notitia
① Supertensio et nimia calefactio vitam condensatoris breviorem facerent.

② Cum condensator derivativus in systemate instituitur, huic rei attentionem adhibere oportet:
a. Condensatorem derivationis directe sub harmonica gravi instituere non potest. (Reactor antiharmonicus instituendus est.)
b. Cum transformator sine onere currit, capacitor operationem desistere debet.

③Condensator circuitui coniunctus tres minutas et plus morari debet. Tantum postquam fons potentiae interruptus est et per circuitum brevem exoneratus est, tangi et metiri potest.

④MCB secundum bis vel ter vicibus currentis aestimati condensatoris eligendum est.

Tabula 1
Tensio aestimata	250VCA, 400VCA, 450VCA, 525VCA, 690VCA, 750VCA
Capacitas aestimata	1-50kVAR
Error	0 ~ +10%
Factor dissipationis humilis	infra 0.10%
Tensio tolerabilis iuncturae	1.75Vn10s testa iuncturae 3kV10s
Insulatio	testa iuncturae 500VDC 1 min maior quam 100M
Maxima tensio oneris excessivi	110% tensionis aestimatae
Maxima onerationis fluxus	130% currentis aestimati
Functio auto-exonerationis	Post minutum unum post exstinctionem, tensio residua ad 50V et infra decrescit.

Specificatio (Tabula 2)	Tensio aestimata (kV)	Capacitas nominalis (Kvar)	Capacitas totalis (uF)	Currens aestimatus (A)	Forma et Altitudo (mm)
BSMJ0.4-3-3	0.4 (50Hz)	Tres	59	4.3	Typus H=115
BSMJ0.4-5-3		5	99	7.2	Typus H=115
BSMJ0.4-7.5-3		7.5	149	10.8	Typus H=135
BSMJ0.4-8-3		8	CLVIII	11.5	Typus H=135
BSMJ0.4-10-3		10	198	14.4	Typus H=175
BSMJ0.4-12-3		12	238	17.3	Typus H=175
BSMJ0.4-14-3		14	278	20.2	Typus H=215
BSMJ0.4-15-3		XV	298	21.7
BSMJ0.4-16-3		XVI	318	23.1
BSMJ0.4-18-3		18	358	26	Typus H=245
BSMJ0.4-20-3		20	398	28.9	Typus H=245
BSMJ0.4-25-3		25	498	36	Typus B H=215
BSMJ0.4-30-3		30	597	43.3	Typus B H=245
BSMJ0.4-40-3		40	DCCXCVI	57.7	Typus B H=300
BSMJ0.4-50-3		50	995	72.2	Typus C H=230

Specificatio (Tabula 3)	Tensio aestimata (kV)	Capacitas nominalis (Kvar)	Capacitas totalis (uF)	Currens aestimatus (A)	Forma et Altitudo (mm)
BSMJ0.45-3-3	0.45 (50Hz)	Tres	47	3.8	Typus H=115
BSMJ0.45-5-3		5	78	6.4	Typus H=115
BSMJ0.45-7.5-3		7.5	118	9.6	Typus H=135
BSMJ0.45-8-3		8	126	10.3	Typus H=135
BSMJ0.45-10-3		10	157	12.8	Typus H=175
BSMJ0.45-12-3		12	CLXXXVIII	15.4	Typus H=175
BSMJ0.45-14-3		14	220	18	Typus H=215
BSMJ0.45-15-3		XV	236	19.2
BSMJ0.45-16-3		XVI	251	20.5
BSMJ0.45-18-3		18	283	23	Typus H=245
BSMJ0.45-20-3		20	314	25.7	Typus H=245
BSMJ0.45-25-3		25	393	32	Typus B H=215
BSMJ0.45-30-3		30	471	38.5	Typus B H=245
BSMJ0.45-40-3		40	DCXXIX	51.3	Typus B H=300
BSMJ0.45-50-3		50	DCCLXXXVI	64.2	Typus C H=230

Dimensio Totalis et Montaturae

Numerus exemplaris BSMJ(Y), BZMJ(J) (Tabula 4)	Radius testae M(mm)	Altitudo testae (mm)
0.4-10-3	76	240
0.4-12.5-3	76	240
0.4-14-3	86	240
0.4-15-3	86	240
0.4-16-3	86	240
0.4-18-3	96	240
0.4-20-3	96	240
0.4-25-3	116	280
0.4-30-3	116	280
0.45-10-3	76	240
0.45-12.5-3	76	240
0.45-14-3	86	240
0.45-15-3	86	240
0.45-16-3	86	240
0.45-18-3	96	240
	96	240
	106	240
	116	280

Numerus exemplaris

Tensio aestimata			250VCA, 400VCA, 450VCA
			525VCA, 690CA, 750CA
Capacitas aestimata			1-50kVAR
Error			0~+10%
Factor dissipationis humilis			infra 0.10%
Tensio tolerabilis iuncturae			1.75Vn10s testa iuncturae 3kVA10s
Insulatio			testa iuncturae 500VDC 1 min maior quam 100M
Maxima tensio oneris excessivi			110% tensionis aestimatae
Maxima onerationis fluxus			130% currentis aestimati
Functio auto-exonerationis			Post minutum unum post exstinctionem, tensio residua ad 50V et infra decrescit.

Specificatio	Tensio aestimata (kV)	Capacitas nominalis (Kvar)	Capacitas totalis (uF)	Currens aestimatus (A)	Forma et Altitudo (mm)
BSMJ0.4-3-3	0.4 (50Hz)	Tres	59	4.3	Typus AH=115
BSMJ0.4-5-3		5	99	7.2
BSMJ0.4-7.5-3		7.5	149	10.8	Typus AH=135
BSMJ0.4-8-3		8	CLVIII	11.5
BSMJ0.4-10-3		10	198	14.4	Typus AH=175
BSMJ0.4-12-3		12	238	17.3
BSMJ0.4-14-3		14	278	20.2	Typus AH=215
BSMJ0.4-15-3		XV	298	21.7
BSMJ0.4-16-3		XVI	318	23.1
BSMJ0.4-18-3		18	358	26	Typus AH=245
BSMJ0.4-20-3		20	398	28.9
BSMJ0.4-25-3		25	498	36	Typus BH=215
BSMJ0.4-30-3		30	597	43.3	Typus BH=245
BSMJ0.4-40-3		40	DCCXCVI	57.7	Typus BH=300
BSMJ0.4-50-3		50	995	72.2	Typus C

Specificatio	Tensio aestimata (kV)	Capacitas nominalis (Kvar)	Capacitas totalis (uF)	Currens aestimatus (A)	Forma et Altitudo (mm)
BSMJ0.45-3-3	0.45 (50Hz)	Tres	47	3.8	Typus AH=115
BSMJ0.45-5-3		5	78	6.4
BSMJ045-7.5-3		7.5	118	9.6	Typus AH=135
BSMJ0.45-8-3		8	126	10.3
BSMJ045-10-3		10	157	12.8	Typus AH=175
BSMJ0.45-12-3		12	CLXXXVIII	15.4
BSMJ045-14-3		14	220	18	Typus AH=215
BSMJ045-15-3		XV	236	19.2
BSMJ045-16-3		XVI	251	20.5
BSMJ0.45-18-3		18	283	23	Typus AH=245
BSMJ0.45-20-3		20	314	25.7
BSMJ0.45-25-3		25	393	32	Typus BH=215
BSMJ045-30-3		30	471	38.5	Typus BH=245
BSMJ045-40-3		40	DCXXIX	51.3	Typus BH=300
BSMJ045-50-3		50	DCCLXXXVI	64.2	Typus C

Dimensio generalis et dimensionum montaturae

Numerus exemplaris: BSMJ(Y), BZMJ(J)	radius testae M(mm)	Altitudo testae (mm)
0.4-10-3	76	240
0.4-12.5-3	76	240
0.4-14-3	86	240
0.4-15-3	86	240
0.4-16-3	86	240
0.4-18-3	96	240
0.4-20-3	96	240
0.4-25-3	116	280
0.4-30-3	116	280
0.45-10-3	76	240
0.45-12.5-3	76	240
0.45-14-3	86	240
0.45-15-3	86	240
0.45-16-3	86	240
0.45-18-3	96	240
0.45-20-3	96	240
0.45-25-3	106	240
0.45-30-3	116	280