background image

G

Configurations without jumpers (cables) 

A

141

147

CON MOSTRINA

WITH FLANGE

SENZA MOSTRINA
WITHOUT FLANGE

2PS+2PS

LOAD

LOAD

4PS

Availability for Lower Supply

UP TO

1500V

UP TO

1500V

31.6

31.5

28

30

43 Nm

ø21.5

268

134

150

150

458

70

70

70

105

28

320

= =

2

FCCuAl (4 x 240 mm )

X

Y

Y

280

24

24

125

A

224.5

118.5

237

X

X

18 Nm

F

268

134

150

280

25

70

70

70

105

320

458

150

= =

X

Y

Y

LOAD

2PS+2PS

LOAD

4PS

Availability for Upper Supply

UP TO

1500V

UP TO

1500V

Tmax T7D/PV  | ABB

166.1

191.5

166.1

191.5

125

A

224.5

34.8

34.8

66.3

66.3

X

X

18 Nm

43 Nm

Summary of Contents for SACE Tmax T7D/PV

Page 1: ...azione Tmax T7D PV T7D PV E Tmax T7D PV T7D PV E Installation instructions Installationsanleitung Tmax T7D PV T7D PV E Instructions pour l installation Tmax T7D PV T7D PV E Instrucciones de instalación Tmax T7D PV T7D PV E 200 T7D PV UP TO 1100V T7D PV E UP TO 1500V 1 2 Nm 2 5 Nm ...

Page 2: ...TH FLANGE CON MOSTRINA WITHOUT FLANGE SENZAMOSTRINA 103 206 208 X X Y Y 263 151 4 Ø 245 140 226 241 ø5 5 M5 35 289 X X Y Y Y Y X X Example for 1600A 2 CABLE SECTION 4x240mm 350 230 200 250 165 165 X X Y Y See fig G 350 230 165 165 X X Y 200 ...

Page 3: ...cas entre los terminales 1 y 2 Opening through SOR UVR WARNING Opening through lever for emergency use only Apertura mediante SOR UVR ATTENZIONE Apertura mediante leva solo in caso di emergenza Ausschaltung durch SOR UVR ACHTUNG Ausschaltung durch hebel nur im Fall einer Notfall Ouverture par SOR UVR ATTENTION Ouverture par levier seulement en cas d urgence Disparo mediante SOR UVR ATENCIÓN Dispar...

Page 4: ...00V UP TO 1500V 31 6 31 5 28 30 43 Nm ø21 5 268 134 150 150 458 70 70 70 105 28 320 2 FCCuAl 4 x 240 mm X Y Y 280 24 24 125 A 224 5 118 5 237 X X 18 Nm F 268 134 150 280 25 70 70 70 105 320 458 150 X Y Y LOAD 2PS 2PS LOAD 4PS Availability for Upper Supply UP TO 1500V UP TO 1500V Tmax T7D PV ABB 166 1 191 5 166 1 191 5 125 A 224 5 34 8 34 8 66 3 66 3 X X 18 Nm 43 Nm ...

Page 5: ...t wiring configurations than those shown afterwards perform specific type test on the installation and use insulated terminals connection LOAD 0NQ 0NQ UPPER SUPPLY EF FCCuAl F F FCCuAl EF 1100 V 1100 V 1500 V 1500 V 1250 A 1600 A 2PS 2PS LOWER SUPPLY VR HR ES EF FCCuAl F F FCCuAl EF ES HR VR 1100 V 1100 V 1500 V 1500 V 1600 A 1250 A LOAD 2NQ LOWER SUPPLY ES EF FCCuAl F F FCCuAl EF ES 1100 V 1100 V...

Page 6: ...K Configurations with jumpers 3 1 2 18 Nm 1 2 3 18 Nm Example with jumper for 1250A 4PS Lower Supply Example with jumper for 1600A 4PS Lower Supply Tmax T7D PV ABB ...

Page 7: ...80 199 5 173 210 X X 18 Nm 480 LOAD A 141 147 CON MOSTRINA WITH FLANGE SENZA MOSTRINA WITHOUT FLANGE 268 134 70 105 230 230 123 200 205 480 210 111 X X 25 44 15 ø11 UPPER SUPPLY According to scheme L terminals configurations must be symmetrical respect to x x CB axis 2PS 2PS UPPER SUPPLY VR F EF 2PS 2PS LOWER SUPPLY LOAD ES 210 111 X X 25 44 15 ø11 HR LOWER SUPPLY Tmax T7D PV ABB ...

Page 8: ...0 43 Nm 28 34 8 66 3 25 44 15 29 5 ø11 2 8 31 5 ø21 5 FC Cu Al 2 4 x 240 mm A 141 147 CON MOSTRINA WITH FLANGE SENZA MOSTRINA WITHOUT FLANGE 24 70 125 A 224 5 X X 268 134 X 70 105 X Y Y 230 230 123 200 205 480 LOAD 4PS UPPER SUPPLY F EF ES 4PS LOWER SUPPLY UPPER SUPPLY According to scheme L terminals configurations must be symmetrical respect to x x CB axis LOWER SUPPLY ...

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