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MCB MCCB ACB Contactor Relay RDB5-63 RDM5 RDW5 RDC5 RDR5
Series RDC5 (Contactor AC) Imago Praecipua

Series RDC5 (Contactor AC)

Contactor AC seriei RDC5 imprimis designatus est circuitibus AC frequentiae 50Hz vel 60Hz, cum tensione nominali maxima 690V et currente nominali maxima 95A. Adhibetur ad circuitus remote accendendos et extinguendos, et etiam directe cum releo thermico integrari potest ad initiatorem electromagneticum formandum, quod circuitus ad operationes onerationis obnoxios protegendos servit. Praeterea, contactor accessionibus, inter quas coetus contactuum auxiliarium typi blocci, contactus morae aeris, mechanismus interclusionis mechanicae, etc., instrueri potest ad contactorem morae, contactorem directionalem, et initiatorem stella-triangolo coniungendum.

Hoc productum normae EC/EN60947-4-1 congruit.


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  • Series RDC5 (Contactor AC)
  • Series RDC5 (Contactor AC)
  • Series RDC5 (Contactor AC)
  • Series RDC5 (Contactor AC)
  • Series RDC5 (Contactor AC)
  • Series RDC5 (Contactor AC)

Detalia Producti

Parametri

Exempla et Structurae

Dimensiones

Conditio Operationis Normalis et Conditio Installationis

1. Temperatura ambientis: +5℃~+40℃, temperatura media intra 24 horas non excedit +35℃

2. Altitudo: non excedit 2000m

3. Status atmosphaericus: cum temperatura maxima +40℃ est, humiditas relativa 50% non excedit; humiditatem relative altam permittere potest cum temperatura relative humilis est, exempli gratia, 90% attingit cum +20℃ est, mensuram capere debet cum condensatio propter variationem temperaturae facta est.

4. Gradus pollutionis: 3

5. Categoria institutionis: III

6. Locus institutionis: inclinatio superficiei institutionis ad superficiem verticalem non excedit ±5°

7. Impetus et vibratio: productum in locis sine manifesta commotione, impactu et vibratione institui et adhiberi debet.

Parametrus Technicus Praecipuus

Parametrum technicum principalem contactoris in tabula 1 vide.

Exemplar Producti (Tabula 1) RDC5-06 RDC5-09 RDC5-12 RDC5-18 RDC5-25 RDC5-32 RDC5-38 RDC5-40 RDC5-50 RDC5-65 RDC5-80 RDC5-95
Numerus polorum Tres pali
Tensio insulationis aestimata (Ui) V DCXC
Tensio operativa aestimata (Ue) V 380/400,660/690
Cursus calefactionis conventionalis (Ith)A 16 20 20 25 32 40 40 50 60 80 110 110
Currens nominalis (Ie)A AC-3 380/400V sex 9 12 18 25 32 38 40 50 65 80 95
660/690V 3.8 6.6 8.9 12 18 22 22 34 39 42 49 49
AC-4 380/400V 2.6 3.5 5 7.7 8.5 12 14 18.5 XXIV 28 37 44
660/690V 1 1.5 2 3.8 4.4 7.5 8.9 9 12 14 17.3 21.3
Potentia Aestimata (Pe) kW AC-3 380/400V 2.2 4 5.5 7.5 11 15 18.5 18.5 22 30 37 45
660/690V 3 5.5 7.5 10 15 18.8 18.5 30 33 37 45 45
AC-4 380/400V 1.1 1.5 2.2 3.3 4 5.4 5.5 7.5 11 15 18.5 22
660/690V 0.75 1.1 1.5 3 3.7 5.5 sex 7.5 10 11 15 18.5
Vita mechanica (10000 vicibus/h) 1200 mille 900 DCCL
Vita electrica AC-3 (10000 vicibus/h) 110 90 65
AC-4 (10000 vicibus/h) 22 22 17 11
Frequentia operationis AC-3 (vicibus/h) 1200 DC
AC-4 (vicibus/h) trecenti
Spira Tensio moderandi rara Us(V) AC 24,36,48,110,127,220/230,240,380/400,415,440
Tensio inductionis 50/60Hz V (0.85~1.1) Nos
Tensio emissionis 50/60Hz V (0.2~0.7) Nos
Consumptio potentiae spiralis VA trahens 50 60 70 ducenti ducenti
Tene VA VI~IX 6~9.5 6~9.5 XV~XX XV~XX
Potentia W 1~3 1~3 1~3 VI~X VI~X
Terminales Frusta mm² 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2
Filum flexibile cum terminali mm² 4 2.5 4 2.5 4 2.5 4 2.5 sex 4 sex 4 sex 4 25 10 25 10 25 10 50 16 50 16
Filum flexibile sine terminali mm² 4 4 4 4 4 4 4 4 sex sex sex sex sex sex 25 16 25 16 25 16 50 25 50 25
Filum durum mm² 4 4 4 4 4 4 sex sex sex sex 10 sex 10 sex 25 10 25 10 25 10 50 25 50 25
Momentum torquens adstringendi (N•m) 1.2 1.8 5 9
Typus fusibilis idoneus Modellum RDT16(NT)-00
Currens aestimatus (A) 16 20 20 32 40 50 63 63 80 80 centum 125
Relais thermalis aptus RDR5-25 RDR5-25 RDR5-25 RDR5-25 RDR5-25 RDR5-25
RDR5-36		 RDR5-25
RDR5-36		 RDR5-93 RDR5-93 RDR5-93 RDR5-93 RDR5-93
Contactus auxiliares Addi possunt cum F4, contactibus auxiliaribus LA8, contactibus morae aeris typi LA2-D/LA3-D.

Dimensiones

32d6ac9edca539e2d4ca6ee03d444337
Modellum (Tabula II) Amax Bmax B1max B2max Cmax C1max C2max
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 CLIV
RDC5-40, 50, 65 127.5 74.5 88 CI 117 148.5 173.5
RDC5-80, 95 127.5 85.5 99 112 125.5 157 CLXXXII
Nota: B1max = contactor + 1 × LA8; B2max = contactor + 2 × LA8; C1max = contactor + F4; C2max = contactor + LA2(3)D.
Modellum (Tabula 3) 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

Exemplar Producti

RDC5-06

RDC5-09

RDC5-12

RDC5-18

RDC5-25

RDC5-32

RDC5-38

RDC5-40

RDC5-50

RDC5-65

RDC5-80

RDC5-95

Numerus polorum

Tres pali

Tensio insulationis aestimata (Ui) V

DCXC

Tensio operativa aestimata (Ue) V

380/400, 660/690

Cursus calefactionis conventionalis (Ith)A

16

20

20

25

32

40

40

50

60

80

110

 

110

 

Current nominalis (le)A

AC-3

380/400V

sex

9

12

18

25

32

38

40

50

65

80

95

660/690V

3.8

6.6

8.9

12

18

22

22

34

39

42

49

49

AC-4

380/400V

2.6

3.5

5

7.7

8.5

12

14

18.5

XXIV

28

37

44

660/690V

1

1.5

2

3.8

4.4

7.5

8.9

9

12

14

17.3

21.3

Potentia Aestimata (PE) kW

AC-3

380/400V

2.2

4

5.5

7.5

11

15

18.5

18.5

22

30

37

45

660/690V

3

5.5

7.5

10

15

18.8

18.5

30

33

37

45

45

AC-4

380/400V

1.1

1.5

2.2

3.3

4

5.4

5.5

7.5

11

15

18.5

22

660/690V

0.75

1.1

1.5

3

3.7

5.5

sex

7.5

10

11

15

18.5

Vita mechanica (10000 vicibus/h)

1200

mille

900

DCCL

Vita electrica

AC-3 (10000 vicibus/h)

110

90

65

AC-4 (10000 vicibus/h)

22

22

17

11

Frequentia operationis

AC-3 (vicibus/h)

1200

DC

AC-4 (vicibus/h)

trecenti

Spira

Tensio moderandi rara Us(V)

AC 24,36,48,110,127,220/230,240,380/400,415,440

Tensio inductionis 50/60Hz V

(0.85-1.1) Nos

Tensio emissionis 50/60Hz V

(0.2-0.7) Nos

Consumptio potentiae spiralis

VA trahens

50

60

70

ducenti

ducenti

Tene VA

VI-IX

6-9.5

6-9.5

XV-XX

XV-XX

Potentia W

1-3

1-3

1-3

VI-X

VI-X

Frusta mm²

1

2

1

2

1

2

1

2

1

2

1

2

1

2

1

2

1

2

1

2

1

2

1

2

Terminales

Filum flexibile cum terminali mm²

4

2.5

4

2.5

4

2.5

4

2.5

sex

4

sex

4

sex

4

25

10

25

10

25

10

50

16

50

16

Filum flexibile sine terminali mm²

4

4

4

4

4

4

4

4

sex

sex

sex

sex

sex

sex

25

16

25

16

25

16

50

25

50

25

Filum durum mm²

4

4

4

4

4

4

sex

sex

sex

sex

10

sex

10

sex

25

10

25

10

25

10

50

25

50

25

Momentum torquens adstringendi

(N*m)

1.2

1.8

5

9

Typus fusibilis idoneus

Modellum

RDT16(NT)-00

Currens aestimatus (A)

16

20

20

32

40

50

63

63

80

80

centum

 

125

 

Relais thermalis aptus

RDR5-25

RDR5-25

RDR5-25

RDR5-25

RDR5-25

RDR5-25 RDR5-36

RDR5-25 RDR5-36

RDR5-93

RDR5-93

RDR5-93

RDR5-93

RDR5-93

Contactus auxiliares

Addi possunt cum contactibus auxiliaribus F4, LA8, contactibus morae aeris typi LA-D/LA3-D.

XXIV

Numerus exemplaris

sex

 

 

10:32A et infra, 3 poli + 1NO contactus auxiliaris
01:32A et infra, 3 poli + 1NC contactus auxiliaris
11:40A et supra, 3 poli + 1NO + 1NC contactus auxiliares
004:25A et infra, 4NO contactus principales
008:25A et infra, contactus principales 2NO + 2NC

Currens operandi aestimatus

Contactolum AC

XXVI

Modellum Amax Bmax B1max B2max Cmax C1max C2max
RDC5-06,09,12,18 74.5 45.5 58 71 82.5 114.5 139.5
RDC5-25,32,38 LXXXIII 56.5 LXIX LXXXII 97 129 CLIV
RDC5-40,50,65 127.5 74.5 LXXXVIII CI 117 148.5 173.5
RDC5-80.95 127.5 85.5 99 112 125.5 157 CLXXXII
Nota: B1max = contactor + LA8; B2max = contactor + 2 × LA8; C1max = contactor + F4; C2max = contactor + LA2(3)D.
Modellum 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

Conditio operationis normalis et condicio institutionis

3.1 Temperatura ambientis: +5℃~+40℃ temperatura media intra 24h non excedit +35℃

3.2 Altitudo: non excedit 2000m

3.3 Status atmosphaericus: cum temperatura maxima +40℃ est, humiditas relativa 50% non excedit; humiditatem relative altam permittere potest cum temperatura relative humilis est, exempli gratia...

Exempli gratia, ad 90% pervenit cum ad +20 est; mensuram capere debet cum adsunt.

Condensatio propter variationem temperaturae facta est.

3.4 Gradus pollutionis: 3

3.5 Categoria institutionis

3.6 Positio institutionis: radius superficiei montis ad superficiem verticalem non excedit +5°

3.7 Impactus et vibratio: productum in locis sine manifesto tremori, impactu et vibratione institui et adhiberi debet.

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