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CJX2 115-630 Series AC Contactor Featured Image

CJX2 115-630 Series AC Contactor

Contactores in serie AC CJX2 maxime adhibentur in circuitibus cum AC 50Hz (vel 60Hz), intentione laborantis usque ad 690V aestimatae, et currentes aestimantur ad 630A laborantes, propter remotum nexum et disiunctio circulorum.Coniungi etiam possunt congruis subsidiis onerariis scelerisque ad tuendos circuitus qui cultro operationali experiri possunt.
Productum confirmat: GB14048.4, IEC60947-4-1 signa etc


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  • CJX2 115-630 Series AC Contactor
  • CJX2 115-630 Series AC Contactor
  • CJX2 115-630 Series AC Contactor
  • CJX2 115-630 Series AC Contactor

Product Detail

Applicationem

Morbi laoreet

Exempla & Structures

Dimensiones

Product Introduction

Contactores in serie AC CJX2 maxime adhibentur in circuitibus cum AC 50Hz (vel 60Hz), intentione laborantis usque ad 690V aestimatae, et currentes aestimantur ad 630A laborantes, propter remotum nexum et disiunctio circulorum.Coniungi etiam possunt congruis subsidiis onerariis scelerisque ad tuendos circuitus qui cultro operationali experiri possunt.
Productum confirmat: GB14048.4, IEC60947-4-1 signa etc

Exemplar atque implicatio

50

3.1 Altitudo altitudinis ofInstallation locorum 2000m non excedit
3.2 temperatus Ambiens
Limitatio temperatus ambientis +40°C non excedit: Mediocris valor in 24h ambientium temperaturae +35°C non excedit.Humilis modus temperatus ambientium non lowerthan -5°C
3.3 conditio atmosphaerae
3.3.1 Umor
Cum temperatura summa +40°C est, humiditas relativa non excedit L%, et quandam summam humiditatem relativam in se habet cum in caliditate relative humilis.Exempli gratia, attingit 90% cum 20C et debet accipere mensuras speciales cum occurrente condensatione propter temperiem variationem.
3.3.2 Pollutio gradus: Classis III
3.4 institutionem conditionem
Insertis loca sine tremore et sine labefacto nivis vel pluviae;usque terminales
connectit vim, and the low terminal onus connectit;in CLIVUS inter verticalem et productum non excedit V °
3.5 Installation category: III

4.1 Main specificationem

4.1.1 Current: 115,150,185,225,265,330,400,500,630A

4.1.2 Ratum imperium potestas voltage of contactoris coil Us: AC 50Hz, 110, 127, 220, 380, 415, 440Vspecialis intentione nativus esse potest.

42 Praecipua ars parametri contactoris

4.2.1 Characteres agendi

Trahere-in voltage LXXXV%~ CX% Us

Dimitte intentionem CJX2-115~ 265 s 20%~75% Us

4.2.2 Praecipuus modulus et ars perficiendi index contactus ad mensam videndi l

Model Current scelerisque A Rated operating current A Imperium maximum trium tempus sciurus custodia generis motoris KW Operatio revolutio
frequency tempore / h *
(AC-3)		 Electrical vita cum AC-III decies milies Mechanica vita
(Decies millies)		 Fuse aptus (SCPD)
AC-3 AC-3 Model Ratum current
380V 660V 1000V 380V 660V 1000V
CJX2-115 200 115 86 46 63 80 63 1200 120 1000 RT16-2 250
CJX2-150 200 150 108 50 80 100 75 RT16-2 355
CJX2-185 275 185 118 71 100 110 100 600 100 600 RT16-3 425
CJX2-225 275 225 137 90 110 129 132 RT16-3 500
CJX2-265 315 265 170 112 140 160 160 / RT16-3 630
CJX2-330 380 330 235 155 180 220 200 RT16-4 800
CJX2-400 450 400 303 200 200 280 250 RT16-4 800
CJX2-500 630 500 353 232 250 335 300 RT16-4 1000
CJX2-630 800 630 462 331 335 450 475 RT16-4 1250

4.2.3 Exemplar specificationis et parametri coetus contactus auxiliaris ad mensam 2

Exemplar of
auxilia contactus coetus		 Quantitas contactus Rated velit voltage V Imperium facultatem Simple map
quantitas of
NO contactu		 quantitas of
NC contactum
F4-11 1 1 690 AC-15
360VA
DC-13
33w		  1
F4-20 2 0
F4-02 0 2
F4-22 2 2
F4-13 1 3  2
F4-40 4 0
F4-04 0 4
F4-31 3 1

4.3 Main specification code of coil to see table 3

1113 AC-115~225:50Hz AC-265~630:40~400Hz Potestas VA Simple map
110 127 220 380 Start up Servatio
CJX2-115,150 FF110 FF127 FF220 FF380 660 54 4
CJXW-185/225 FG110 FG127 FG220 FG380 966 66
CJX2-265/330 FH110 FH127 FH220 FH380 840 12
CJX2-400 FJ110 FJ127 FJ220 FJ380 1380 24
CJX2-500 FK110 FK127 FK220 FK380 1380 24
CJX2-630 FL110 FL127 FL220 FL380 2076 30

6.1 Contactor maxime comprehenditur systematis arcus, systematis contacti, basi et systenincludendi nucleum magneticum et coil) figuram 1 videre.

In pictura:
I .Arcing systemn
2.Contact soror
3.Base
4.Magnetic system

5

Figure 1 General structure

6.2 Contactus ratio contactoris directa agendi est, duplex dispositio rupturae, inferior nothi aluminium mixturae materialis, gyrus est structurae obsignationis plasticae, et coil coniungitur cum iugo magnetico in totum, quod directe evelli potest. vel collocatum, id ipsum opportunum et conservatum est.figure videre 1

6.3 Unum duorum contactus NO intra angulum contactoris sunt, qui uti possunt ad contactum auto- localem vel contactum insignem;Praeterea adiungi potest cum duobus coetibus contactus auxiliaribus totali numero 8 coniugum contactuum instruere, vide tabula 2. Coniunctio informationis contactus auxiliaris ad tabulam 2 vide.

6.4 Distantia parva arcus contactoris, exempli gratia, distantia arcus CIX2-115-330 est fere 10mm (200-500V), quae est sexta pars alterius eiusdem contactoris capacitatis.Adhibetur ad apparatum integrum usum spatii minuere potest, et optimum instrumentum in potestate electrica instrumenti dicionis sustinendum component

6.5 Adiungi potest coetus auxiliares, contactus mora aeris, aliaque accessoria ad aedificandum impedimentum generis institutionis modum ad figuram 2 videndam.

6.6 Contactor applicari potest cum interlock mechanico horizontali vel verticali et reciproco interlocletween duos pedes institutionis verticalis contactoris.

6.7 Derivable duo / vectes quattuor contactor

5.1 Dimensio externa et ratio institutionis contactoris ad mensam videndam 4

CJX2-115~330 CJX2-400~500 CJX2-630
20 21 22
24 25 23
27 26 28
Unit: mm CJX2-115 CIX2-150 CJX2-185 CJX2-225 CJX2-265 CJX2-330 CJX2-400 CJX2-500 CJX2-630
3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 2 polos 3 polos 4 polos 2 polos 3 polos 4 polos 2 polos 3 polos 4 polos
A 167 204 167 204 171 211 171 211 202 247 213 261 213 213 261 233 233 288 309 309 309
B 163 163 171 171 174 174 197 197 203 203 206 206 206 206 206 238 238 238 304 304 304
C 172 172 172 172 183 183 183 183 215 215 220 220 220 220 220 233 233 233 256 256 256
P 37 37 40 40 40 48 48 48 48 48 48 48 48 48 48 55 55 55 80 80 80
S 20 20 20 20 20 20 25 25 25 25 25 25 25 25 25 30 30 30 40 40 40
Φ M6 M6 M8 M8 M8 M8 M10 M10 M10 M10 M10 M10 M10 M10 M10 M10 M10 M10 M12 M12 M12
f① 131 131 131 131 131 131 131 131 147 147 147 147 146 146 146 150 150 150 181 181 181
M 147 147 150 150 154 154 174 174 178 178 181 181 181 181 181 208 208 208 264 264 264
H 124 124 124 124 127 127 127 127 147 147 158 158 158 158 158 172 172 172 202 202 202
L 107 107 107 107 113.5 113.5 113.5 113.5 141 141 145 145 145 145 145 146 146 146 155 155 155
X1②
200~500V
660~1000V		 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 20 20 20
15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 30 30 30
Ga 80 96 80 140 180 240
Ha 110~ 120 170~ 180 180~190

Nota:

1) Colloquium convenite et disgregate distantiam minimam arcingi secundum capacitatem operantem et fractionem.

3.1 Altitudo altitudinis ofInstallation locorum 2000m non excedit
3.2 temperatus Ambiens
Limitatio temperatus ambientis +40°C non excedit: Mediocris valor in 24h ambientium temperaturae +35°C non excedit.Humilis modus temperatus ambientium non lowerthan -5°C
3.3 conditio atmosphaerae
3.3.1 Umor
Cum temperatura summa +40°C est, humiditas relativa non excedit L%, et quandam summam humiditatem relativam in se habet cum in caliditate relative humilis.Exempli gratia, attingit 90% cum 20C et debet accipere mensuras speciales cum occurrente condensatione propter temperiem variationem.
3.3.2 Pollutio gradus: Classis III
3.4 institutionem conditionem
Insertis loca sine tremore et sine labefacto nivis vel pluviae;usque terminales
connectit vim, and the low terminal onus connectit;in CLIVUS inter verticalem et productum non excedit V °
3.5 Installation category: III

4.1 Main specificationem

4.1.1 Current: 115,150,185,225,265,330,400,500,630A

4.1.2 Ratum imperium potestas voltage of contactoris coil Us: AC 50Hz, 110, 127, 220, 380, 415, 440Vspecialis intentione nativus esse potest.

42 Praecipua ars parametri contactoris

4.2.1 Characteres agendi

Trahere-in voltage LXXXV%~ CX% Us

Dimitte intentionem CJX2-115~ 265 s 20%~75% Us

4.2.2 Praecipuus modulus et ars perficiendi index contactus ad mensam videndi l

Model Current scelerisque A Rated operating current A Imperium maximum trium tempus sciurus custodia generis motoris KW Operatio revolutio
frequency tempore / h *
(AC-3)		 Electrical vita cum AC-III decies milies Mechanica vita
(Decies millies)		 Fuse aptus (SCPD)
AC-3 AC-3 Model Ratum current
380V 660V 1000V 380V 660V 1000V
CJX2-115 200 115 86 46 63 80 63 1200 120 1000 RT16-2 250
CJX2-150 200 150 108 50 80 100 75 RT16-2 355
CJX2-185 275 185 118 71 100 110 100 600 100 600 RT16-3 425
CJX2-225 275 225 137 90 110 129 132 RT16-3 500
CJX2-265 315 265 170 112 140 160 160 / RT16-3 630
CJX2-330 380 330 235 155 180 220 200 RT16-4 800
CJX2-400 450 400 303 200 200 280 250 RT16-4 800
CJX2-500 630 500 353 232 250 335 300 RT16-4 1000
CJX2-630 800 630 462 331 335 450 475 RT16-4 1250

4.2.3 Exemplar specificationis et parametri coetus contactus auxiliaris ad mensam 2

Exemplar of
auxilia contactus coetus		 Quantitas contactus Rated velit voltage V Imperium facultatem Simple map
quantitas of
NO contactu		 quantitas of
NC contactum
F4-11 1 1 690 AC-15
360VA
DC-13
33w		  1
F4-20 2 0
F4-02 0 2
F4-22 2 2
F4-13 1 3  2
F4-40 4 0
F4-04 0 4
F4-31 3 1

4.3 Main specification code of coil to see table 3

1113 AC-115~225:50Hz AC-265~630:40~400Hz Potestas VA Simple map
110 127 220 380 Start up Servatio
CJX2-115,150 FF110 FF127 FF220 FF380 660 54 4
CJXW-185/225 FG110 FG127 FG220 FG380 966 66
CJX2-265/330 FH110 FH127 FH220 FH380 840 12
CJX2-400 FJ110 FJ127 FJ220 FJ380 1380 24
CJX2-500 FK110 FK127 FK220 FK380 1380 24
CJX2-630 FL110 FL127 FL220 FL380 2076 30

6.1 Contactor maxime comprehenditur systematis arcus, systematis contacti, basi et systenincludendi nucleum magneticum et coil) figuram 1 videre.

In pictura:
I .Arcing systemn
2.Contact soror
3.Base
4.Magnetic system

5

Figure 1 General structure

6.2 Contactus ratio contactoris directa agendi est, duplex dispositio rupturae, inferior nothi aluminium mixturae materialis, gyrus est structurae obsignationis plasticae, et coil coniungitur cum iugo magnetico in totum, quod directe evelli potest. vel collocatum, id ipsum opportunum et conservatum est.figure videre 1

6.3 Unum duorum contactus NO intra angulum contactoris sunt, qui uti possunt ad contactum auto- localem vel contactum insignem;Praeterea adiungi potest cum duobus coetibus contactus auxiliaribus totali numero 8 coniugum contactuum instruere, vide tabula 2. Coniunctio informationis contactus auxiliaris ad tabulam 2 vide.

6.4 Distantia parva arcus contactoris, exempli gratia, distantia arcus CIX2-115-330 est fere 10mm (200-500V), quae est sexta pars alterius eiusdem contactoris capacitatis.Adhibetur ad apparatum integrum usum spatii minuere potest, et optimum instrumentum in potestate electrica instrumenti dicionis sustinendum component

6.5 Adiungi potest coetus auxiliares, contactus mora aeris, aliaque accessoria ad aedificandum impedimentum generis institutionis modum ad figuram 2 videndam.

6.6 Contactor applicari potest cum interlock mechanico horizontali vel verticali et reciproco interlocletween duos pedes institutionis verticalis contactoris.

6.7 Derivable duo / vectes quattuor contactor

5.1 Dimensio externa et ratio institutionis contactoris ad mensam videndam 4

CJX2-115~330 CJX2-400~500 CJX2-630
20 21 22
24 25 23
27 26 28
Unit: mm CJX2-115 CIX2-150 CJX2-185 CJX2-225 CJX2-265 CJX2-330 CJX2-400 CJX2-500 CJX2-630
3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 3 polos 4 polos 2 polos 3 polos 4 polos 2 polos 3 polos 4 polos 2 polos 3 polos 4 polos
A 167 204 167 204 171 211 171 211 202 247 213 261 213 213 261 233 233 288 309 309 309
B 163 163 171 171 174 174 197 197 203 203 206 206 206 206 206 238 238 238 304 304 304
C 172 172 172 172 183 183 183 183 215 215 220 220 220 220 220 233 233 233 256 256 256
P 37 37 40 40 40 48 48 48 48 48 48 48 48 48 48 55 55 55 80 80 80
S 20 20 20 20 20 20 25 25 25 25 25 25 25 25 25 30 30 30 40 40 40
Φ M6 M6 M8 M8 M8 M8 M10 M10 M10 M10 M10 M10 M10 M10 M10 M10 M10 M10 M12 M12 M12
f① 131 131 131 131 131 131 131 131 147 147 147 147 146 146 146 150 150 150 181 181 181
M 147 147 150 150 154 154 174 174 178 178 181 181 181 181 181 208 208 208 264 264 264
H 124 124 124 124 127 127 127 127 147 147 158 158 158 158 158 172 172 172 202 202 202
L 107 107 107 107 113.5 113.5 113.5 113.5 141 141 145 145 145 145 145 146 146 146 155 155 155
X1②
200~500V
660~1000V		 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 20 20 20
15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 30 30 30
Ga 80 96 80 140 180 240
Ha 110~ 120 170~ 180 180~190

Nota:

1) Colloquium convenite et disgregate distantiam minimam arcingi secundum capacitatem operantem et fractionem.

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