SINAMICS G180 compact unit 400 V 6-pulse (230 to 500 V 3 AC TN/TT system, 50 to 60 Hz)
2.2
6SE0100?1AC15?5 . A7
2T2A?07400?002
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
3
6SE0100?1AC17?0 . A7
2T2A?07400?003
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
4
6SE0100?1AC21?0 . A7
2T2A?07400?004
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
5.5
6SE0100?1AC21?3 . A7
2T2A?07400?005
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
7.5
6SE0100?1AC21?8 . A7
2T2A?07400?007
4
16
Terminal
1
16
Terminal
4
16
Terminal
11
6SE0100?1AC22?5 . A7
2T2A?07400?011
4
16
Terminal
1
16
Terminal
4
16
Terminal
15
6SE0100?1AC23?7 . A7
2T2A?07400?015
0.75
35
Terminal
2.5
35
Terminal
0.75
35
Terminal
22
6SE0100?1AC24?8 . A7
2T2A?07400?022
0.75
35
Terminal
2.5
35
Terminal
0.75
35
Terminal
30
6SE0100?1AC25?8 . A7
2T2A?07400?030
0.75
35
Terminal
2.5
35
Terminal
0.75
35
Terminal
37
6SE0100?1AC27?8 . A7
2T2A?07400?037
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
45
6SE0100?1AC28?8 . A7
2T2A?07400?045
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
55
6SE0100?1AC31?1 . A7
2T2A?07400?055
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
75
6SE0100?1AC31?5 . A7
2T2A?07400?075
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
90
6SE0100?1AC31?8 . A7
2T2A?07400?090
2.5
120
1 x M8
2.5
150
Terminal
2.5
120
1 x M8
110
6SE0100?1AC32?1 . A7
2T2A?07400?110
2.5
120
1 x M8
2.5
150
Terminal
2.5
120
1 x M8
132
6SE0100?1AC32?5 . A7
2T2A?07400?132
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
160
6SE0100?1AC33?0 . A7
2T2A?07400?160
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
SINAMICS G180 compact unit 500 V 6-pulse (230 to 500 V 3 AC IT system, 50 to 60 Hz)
2.2
6SE0100?1AD14?5 . A7
2T2A?07500?002
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
3
6SE0100?1AD15?5 . A7
2T2A?07500?003
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
4
6SE0100?1AD17?0 . A7
2T2A?07500?004
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
5.5
6SE0100?1AD21?0 . A7
2T2A?07500?005
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
7.5
6SE0100?1AD21?3 . A7
2T2A?07500?007
0.2
6
Terminal
1
16
Terminal
0.2
6
Terminal
11
6SE0100?1AD21?8 . A7
2T2A?07500?011
4
16
Terminal
1
16
Terminal
4
16
Terminal
15
6SE0100?1AD22?5 . A7
2T2A?07500?015
4
16
Terminal
1
16
Terminal
4
16
Terminal
22
6SE0100?1AD23?7 . A7
2T2A?07500?022
0.75
35
Terminal
2.5
35
Terminal
0.75
35
Terminal
30
6SE0100?1AD24?8 . A7
2T2A?07500?030
0.75
35
Terminal
2.5
35
Terminal
0.75
35
Terminal
37
6SE0100?1AD25?8 . A7
2T2A?07500?037
0.75
35
Terminal
2.5
35
Terminal
0.75
35
Terminal
45
6SE0100?1AD27?8 . A7
2T2A?07500?045
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
55
6SE0100?1AD28?8 . A7
2T2A?07500?055
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
75
6SE0100?1AD31?1 . A7
2T2A?07500?075
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
90
6SE0100?1AD31?5 . A7
2T2A?07500?090
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
110
6SE0100?1AD31?8 . A7
2T2A?07500?110
2.5
120
1 x M8
2.5
150
Terminal
2.5
120
1 x M8
132
6SE0100?1AD32?1 . A7
2T2A?07500?132
2.5
120
1 x M8
2.5
150
Terminal
2.5
120
1 x M8
160
6SE0100?1AD32?5 . A7
2T2A?07500?160
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
200
6SE0100?1AD33?0 . A7
2T2A?07500?200
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
SINAMICS G180 compact unit 690 V 6-pulse (230 to 6001)/690 V 3 AC TN/TT or IT system, 50 to 60 Hz)
7.5
6SE0100?1A . 21?0 . A7
2T2A?07600?007
4
16
Terminal
1
16
Terminal
4
16
Terminal
11
6SE0100?1A . 21?3 . A7
2T2A?07600?011
4
16
Terminal
1
16
Terminal
4
16
Terminal
15
6SE0100?1A . 21?8 . A7
2T2A?07600?015
4
16
Terminal
1
16
Terminal
4
16
Terminal
22
6SE0100?1A . 22?5 . A7
2T2A?07600?022
4
16
Terminal
1
16
Terminal
4
16
Terminal
30
6SE0100?1A . 23?4 . A7
2T2A?07600?030
2.5
120
1 x M8
2.5
35
Terminal
2.5
120
1 x M8
37
6SE0100?1A . 24?2 . A7
2T2A?07600?037
2.5
120
1 x M8
2.5
35
Terminal
2.5
120
1 x M8
45
6SE0100?1A . 25?0 . A7
2T2A?07600?045
2.5
120
1 x M8
2.5
35
Terminal
2.5
120
1 x M8
55
6SE0100?1A . 25?8 . A7
2T2A?07600?055
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
75
6SE0100?1A . 28?0 . A7
2T2A?07600?075
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
90
6SE0100?1A . 31?0 . A7
2T2A?07600?090
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
110
6SE0100?1A . 31?2 . A7
2T2A?07600?110
2.5
120
1 x M8
2.5
95
Terminal
2.5
120
1 x M8
132
6SE0100?1A . 31?4 . A7
2T2A?07600?132
2.5
120
1 x M8
2.5
150
Terminal
2.5
120
1 x M8
160
6SE0100?1A . 31?7 . A7
2T2A?07600?160
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
200
6SE0100?1A . 32?1 . A7
2T2A?07600?200
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
SINAMICS G180 cabinet system 400 V 6-pulse (230 to 500 V 3 AC TN/TT system, 50 to 60 Hz)
2.2
6SE0140?1 . C15?5 . A7
2X . A?8740 . ?002
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
3
6SE0140?1 . C17?0 . A7
2X . A?8740 . ?003
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
4
6SE0140?1 . C21?0 . A7
2X . A?8740 . ?004
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
5.5
6SE0140?1 . C21?3 . A7
2X . A?8740 . ?005
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
7.5
6SE0140?1 . C21?8 . A7
2X . A?8740 . ?007
4
16
Terminal
4
16
Terminal
4
16
Terminal
11
6SE0140?1 . C22?5 . A7
2X . A?8740 . ?011
4
16
Terminal
4
16
Terminal
4
16
Terminal
15
6SE0140?1 . C23?7 . A7
2X . A?8740 . ?015
0.75
35
Terminal
0.75
35
Terminal
0.75
35
Terminal
22
6SE0140?1 . C24?8 . A7
2X . A?8740 . ?022
0.75
35
Terminal
0.75
35
Terminal
0.75
35
Terminal
30
6SE0140?1 . C25?8 . A7
2X . A?8740 . ?030
0.75
35
Terminal
0.75
35
Terminal
0.75
35
Terminal
37
6SE0140?1 . C27?8 . A7
2X . A?8740 . ?037
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
45
6SE0140?1 . C28?8 . A7
2X . A?8740 . ?045
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
55
6SE0140?1 . C31?1 . A7
2X . A?8740 . ?055
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
75
6SE0140?1 . C31?5 . A7
2X . A?8740 . ?075
2 ? 6
2 ? 300
1 ? M10
2 ? 2.5
2 ? 150
1 ? M6
2 ? 6
2 ? 300
1 ? M10
90
6SE0140?1 . C31?8 . A7
2X . A?8740 . ?090
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
110
6SE0140?1 . C32?1 . A7
2X . A?8740 . ?110
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
132
6SE0140?1 . C32?5 . A7
2X . A?8740 . ?132
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
160
6SE0140?1 . C33?0 . A7
2X . A?8740 . ?160
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 300
1 ? M10
SINAMICS G180 cabinet systems 500 V 6-pulse (230 to 500 V 3 AC IT system, 50 to 60 Hz)
2.2
6SE0140?1 . D14?5 . A7
2X . A?8750 . ?002
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
3
6SE0140?1 . D15?5 . A7
2X . A?8750 . ?003
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
4
6SE0140?1 . D17?0 . A7
2X . A?8750 . ?004
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
5.5
6SE0140?1 . D21?0 . A7
2X . A?8750 . ?005
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
7.5
6SE0140?1 . D21?3 . A7
2X . A?8750 . ?007
0.5
10
Terminal
0.5
10
Terminal
0.5
10
Terminal
11
6SE0140?1 . D21?8 . A7
2X . A?8750 . ?011
4
16
Terminal
4
16
Terminal
4
16
Terminal
15
6SE0140?1 . D22?5 . A7
2X . A?8750 . ?015
4
16
Terminal
4
16
Terminal
4
16
Terminal
22
6SE0140?1 . D23?7 . A7
2X . A?8750 . ?022
0.75
35
Terminal
0.75
35
Terminal
0.75
35
Terminal
30
6SE0140?1 . D24?8 . A7
2X . A?8750 . ?030
0.75
35
Terminal
0.75
35
Terminal
0.75
35
Terminal
37
6SE0140?1 . D25?8 . A7
2X . A?8750 . ?037
0.75
35
Terminal
0.75
35
Terminal
0.75
35
Terminal
45
6SE0140?1 . D27?8 . A7
2X . A?8750 . ?045
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
55
6SE0140?1 . D28?8 . A7
2X . A?8750 . ?055
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
75
6SE0140?1 . D31?1 . A7
2X . A?8750 . ?075
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
90
6SE0140?1 . D31?5 . A7
2X . A?8750 . ?090
2 ? 6
2 ? 300
1 ? M10
2 ? 2.5
2 ? 150
1 ? M6
2 ? 6
2 ? 300
1 ? M10
110
6SE0140?1 . D31?8 . A7
2X . A?8750 . ?110
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
132
6SE0140?1 . D32?1 . A7
2X . A?8750 . ?132
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
160
6SE0140?1 . D32?5 . A7
2X . A?8750 . ?160
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
200
6SE0140?1 . D33?0 . A7
2X . A?8750 . ?200
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 300
1 ? M10
SINAMICS G180 cabinet systems 690 V 6-pulse (230 to 6001)/690 V 3 AC TN/TT or IT system, 50 to 60 Hz)
7.5
6SE0140?1 . . 21?0 . A7
2X . A?8769 . ?007
4
16
Terminal
4
16
Terminal
4
16
Terminal
11
6SE0140?1 . . 21?3 . A7
2X . A?8769 . ?011
4
16
Terminal
4
16
Terminal
4
16
Terminal
15
6SE0140?1 . . 21?8 . A7
2X . A?8769 . ?015
4
16
Terminal
4
16
Terminal
4
16
Terminal
22
6SE0140?1 . . 22?5 . A7
2X . A?8769 . ?022
4
16
Terminal
4
16
Terminal
4
16
Terminal
30
6SE0140?1 . . 23?4 . A7
2X . A?8769 . ?030
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
37
6SE0140?1 . . 24?2 . A7
2X . A?8769 . ?037
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
45
6SE0140?1 . . 25?0 . A7
2X . A?8769 . ?045
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
55
6SE0140?1 . . 25?8 . A7
2X . A?8769 . ?055
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
75
6SE0140?1 . . 28?0 . A7
2X . A?8769 . ?075
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 240
1 ? M10
2 ? 6
2 ? 240
1 ? M10
90
6SE0140?1 . . 31?0 . A7
2X . A?8769 . ?090
2 ? 6
2 ? 300
1 ? M10
2 ? 2.5
2 ? 150
1 ? M6
2 ? 6
2 ? 300
1 ? M10
110
6SE0140?1 . . 31?2 . A7
2X . A?8769 . ?110
2 ? 6
2 ? 300
1 ? M10
2 ? 2.5
2 ? 150
1 ? M6
2 ? 6
2 ? 300
1 ? M10
132
6SE0140?1 . . 31?4 . A7
2X . A?8769 . ?132
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
160
6SE0140?1 . . 31?7 . A7
2X . A?8769 . ?160
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
200
6SE0140?1 . . 32?1 . A7
2X . A?8769 . ?200
2 ? 6
2 ? 300
1 ? M10
2 ? 6
2 ? 185
1 ? M10
2 ? 6
2 ? 300
1 ? M10
SINAMICS G180 cabinet units 400 V 6-pulse, air-cooled and liquid-cooled (230 to 415 V 3 AC TN/TT system, 50 to 60 Hz)
200
6SE01 . 0?1BA33?7 . A7
2T . A? . 7401?200
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
1 ? 2.5 2 ? 95
1 ? 150 2 ? 150
1 x M8
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
250
6SE01 . 0?1BA34?6 . A7
2T . A? . 7401?250
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
2 ? 10
2 ? 300
1 ? M12
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
315
6SE01 . 0?1BA36?3 . A7
2T . A? . 7401?315
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
2 ? 10
2 ? 300
1 ? M12
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
400
6SE01 . 0?1BA37?3 . A7
2T . A? . 7401?400
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
3 ? 10 6 ? 150
3 ? 300 6 ? 300
3 ? M12
500
6SE01 . 0?1BA38?8 . A7
2T . A? . 7401?500
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
560
6SE01 . 0?1BA41?0 . A7
2T . A? . 7401?560
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
630
6SE01 . 0?1BA41?1 . A7
2T . A? . 7401?630
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
SINAMICS G180 cabinet units 400 V 12-pulse, air-cooled and liquid-cooled (230 to 415 V 3 AC TN/TT system, 50 to 60 Hz)
200
6SE01 . 0?2BA33?7 . A7
2T . F? . 7401?200
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
1 ? 2.5 2 ? 95
1 ? 150 2 ? 150
1 x M8
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
250
6SE01 . 0?2BA34?6 . A7
2T . F? . 7401?250
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
2 ? 10
2 ? 300
1 ? M12
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
315
6SE01 . 0?2BA36?3 . A7
2T . F? . 7401?315
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
2 ? 10
2 ? 300
1 ? M12
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
400
6SE01 . 0?2BA37?3? . A7
2T . F? . 7401?400
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
3 ? 10 6 ? 150
3 ? 300 6 ? 300
3 ? M12
500
6SE01 . 0?2BA38?8 . A7
2T . F? . 7401?500
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
560
6SE01 . 0?2BA41?0 . A7
2T . F? . 7401?560
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
630
6SE01 . 0?2BA41?1 . A7
2T . F? . 7401?630
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
SINAMICS G180 cabinet units 500 V 6-pulse, air-cooled and liquid-cooled (230 to 500 V 3 AC IT system, 50 to 60 Hz)
250
6SE01 . 0?1BD33?7 . A7
2T . A? . 7501?250
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
1 ? 2.5 2 ? 95
1 ? 150 2 ? 150
1 x M8
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
315
6SE01 . 0?1BD34?6 . A7
2T . A? . 7501?315
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
2 ? 10
2 ? 300
1 ? M12
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
400
6SE01 . 0?1BD36?3 . A7
2T . A? . 7501?400
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
2 ? 10
2 ? 300
1 ? M12
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
500
6SE01 . 0?1BD37?3 . A7
2T . A? . 7501?500
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
3 ? 10 6 ? 150
3 ? 300 6 ? 300
3 ? M12
560
6SE01 . 0?1BD38?2 . A7
2T . A? . 7501?560
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
630
6SE01 . 0?1BD38?8 . A7
2T . A? . 7501?630
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
710
6SE01 . 0?1BD41?0 . A7
2T . A? . 7501?710
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
800
6SE01 . 0?1BD41?1 . A7
2T . A? . 7501?800
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
SINAMICS G180 cabinet units 500 V 12-pulse, air-cooled and liquid-cooled (2 ? 230 to 500 V 3 AC IT system, 50 to 60 Hz)
250
6SE01 . 0?2BD33?7 . A7
2T . F? . 7501?250
2 ? 6
2 ? 185
1 ? M10
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
315
6SE01 . 0?2BD34?6 . A7
2T . F? . 7501?315
2 ? 6
2 ? 185
1 ? M10
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
400
6SE01 . 0?2BD36?3 . A7
2T . F? . 7501?400
2 ? 6
2 ? 300
1 ? M10
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
500
6SE01 . 0?2BD37?3 . A7
2T . F? . 7501?500
2 ? 6
2 ? 300
1 ? M10
3 ? 10 6 ? 150
3 ? 300 6 ? 300
3 ? M12
560
6SE01 . 0?2BD38?2 . A7
2T . F? . 7501?560
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
630
6SE01 . 0?2BD38?8 . A7
2T . F? . 7501?630
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
710
6SE01 . 0?2BD41?0 . A7
2T . F? . 7501?710
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
800
6SE01 . 0?2BD41?1 . A7
2T . F? . 7501?800
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
SINAMICS G180 cabinet units 690 V 6-pulse, air-cooled and liquid-cooled (230 to 6001)/690 V 3 AC TN/TT or IT system, 50 to 60 Hz)
250
6SE01 . 0?1B . 33?2 . A7
2T . A? . 7601?250
2 ? 10
2 ? 300
1 ? M12
1 ? 2.5 2 ? 95
1 ? 150 2 ? 150
1 x M8
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
315
6SE01 . 0?1B . 33?6 . A7
2T . A? . 7601?315
2 ? 10
2 ? 300
1 ? M12
1 ? 2.5 2 ? 95
1 ? 150 2 ? 150
1 x M8
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
400
6SE01 . 0?1B . 34?2 . A7
2T . A? . 7601?400
2 ? 10
2 ? 300
1 ? M12
2 ? 10
2 ? 300
1 ? M12
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
500
6SE01 . 0?1B . 35?2 . A7
2T . A? . 7601?500
2 ? 10
2 ? 300
1 ? M12
2 ? 6
2 ? 300
1 ? M10
3 ? 10 6 ? 150
3 ? 300 6 ? 300
3 ? M12
560
6SE01 . 0?1B . 35?7 . A7
2T . A? . 7601?560
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
630
6SE01 . 0?1B . 36?4 . A7
2T . A? . 7601?630
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
710
6SE01 . 0?1B . 37?1 . A7
2T . A? . 7601?710
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
800
6SE01 . 0?1B . 37?7 . A7
2T . A? . 7601?800
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
900
6SE01 . 0?1B . 41?0 . A7
2T . A? . 7601?909
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
1000
6SE01 . 0?1B . 41?1 . A7
2T . A? . 7601?910
4 ? 10
4 ? 300
2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
1200
6SE01 . 0?1C . 41?2 . A7
2T . A? . 7602?912
8 ? 10
8 ? 300
2 ? 2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1300
6SE01 . 0?1C . 41?3 . A7
2T . A? . 7602?913
8 ? 10
8 ? 300
2 ? 2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1500
6SE01 . 0?1C . 41?5 . A7
2T . A? . 7602?915
8 ? 10
8 ? 300
2 ? 2 ? M12
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1100
6SE01 . 0?1C . 41?7 . A7
2T . A? . 7602?917
8 ? 10
8 ? 300
2 ? 2 ? M12
2)
2)
2)
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1900
6SE01 . 0?1C . 42?0 . A7
2T . A? . 7602?919
8 ? 10
8 ? 300
2 ? 2 ? M12
2)
2)
2)
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
SINAMICS G180 cabinet units 690 V 12-pulse, air-cooled and liquid-cooled (2 ? 400 to 6001)/690 V 3 AC IT system, 50 to 60 Hz)
250
6SE01 . 0?2BH33?2 . A7
2T . F? . 7601?250
2 ? 2.5
2 ? 150
1 ? M6
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
315
6SE01 . 0?2BH33?6 . A7
2T . F? . 7601?315
2 ? 6
2 ? 185
1 ? M10
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
400
6SE01 . 0?2BH34?2 . A7
2T . F? . 7601?400
2 ? 6
2 ? 185
1 ? M10
1 ? 10 2 ? 150
1 ? 300 2 ? 300
1 ? M12
500
6SE01 . 0?2BH35?2 . A7
2T . F? . 7601?500
2 ? 6
2 ? 300
1 ? M10
3 ? 10 6 ? 150
3 ? 300 6 ? 300
3 ? M12
560
6SE01 . 0?2BH35?7 . A7
2T . F? . 7601?560
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
630
6SE01 . 0?2BH36?4 . A7
2T . F? . 7601?630
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
710
6SE01 . 0?2BH37?1 . A7
2T . F? . 7601?710
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
800
6SE01 . 0?2BH37?7 . A7
2T . F? . 7601?800
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
900
6SE01 . 0?2BH41?0 . A7
2T . F? . 7601?909
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
1000
6SE01 . 0?2BH41?1 . A7
2T . F? . 7601?910
2 ? 6
2 ? 300
1 ? M10
4 ? 10 8 ? 150
4 ? 300 8 ? 300
4 ? M12
1200
6SE01 . 0?2CH41?2 . A7
2T . F? . 7602?912
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1300
6SE01 . 0?2CH41?3 . A7
2T . F? . 7602?913
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1500
6SE01 . 0?2CH41?5 . A7
2T . F? . 7602?915
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1100
6SE01 . 0?2CH41?7 . A7
2T . F? . 7602?917
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1900
6SE01 . 0?2CH42?0 . A7
2T . F? . 7602?919
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
2000
6SE01 . 0?2DH42?2 . A7
2T . F? . 7603?920
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
2300
6SE01 . 0?2DH42?4 . A7
2T . F? . 7603?923
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
2600
6SE01 . 0?2DH42?7 . A7
2T . F? . 7603?926
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
2900
6SE01 . 0?2DH43?0 . A7
2T . F? . 7603?929
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
3100
6SE01 . 0?2EH43?2 . A7
2T . F? . 7604?931
2)
2)
2)
16 ? 10 32 ? 150
16 ? 120 32 ? 300
4 ? 4 ? M12
3500
6SE01 . 0?2EH43?6 . A7
2T . F? . 7604?935
2)
2)
2)
16 ? 10 32 ? 150
16 ? 120 32 ? 300
4 ? 4 ? M12
3900
6SE01 . 0?2EH44?0 . A7
2T . F? . 7604?939
2)
2)
2)
16 ? 10 32 ? 150
16 ? 120 32 ? 300
4 ? 4 ? M12
SINAMICS G180 cabinet units 690 V 18-pulse, air-cooled and liquid-cooled (3 ? 400 to 6001)/690 V 3 AC IT system, 50 to 60 Hz)
2000
6SE01 . 0?3DH42?2 . A7
2T . K? . 7603?920
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
2300
6SE01 . 0?3DH42?4 . A7
2T . K? . 7603?923
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
2600
6SE01 . 0?3DH42?7 . A7
2T . K? . 7603?926
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
2900
6SE01 . 0?3DH43?0 . A7
2T . K? . 7603?929
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
12 ? 10 24 ? 150
12 ? 120 24 ? 300
3 ? 4 ? M12
4100
6SE01 . 0?3HH44?3 . A7
2T . K? . 7606?941
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
4100
6SE01 . 0?3HH44?8 . A7
2T . K? . 7606?947
2)
2)
2)
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
5300
6SE01 . 0?3HH45?4 . A7
2T . K? . 7606?953
2)
2)
2)
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
5800
6SE01 . 0?3HH46?0 . A7
2T . K? . 7606?958
2)
2)
2)
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
SINAMICS G180 cabinet units 690 V 24-pulse, air-cooled and liquid-cooled (4 ? 400 to 6001)/690 V 3 AC IT system, 50 to 60 Hz)
1200
6SE01 . 0?4CH41?2 . A7
2T . L? . 7602?912
2 ? 6
2 ? 300
1 ? M10
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1300
6SE01 . 0?4CH41?3 . A7
2T . L? . 7602?913
2 ? 6
2 ? 300
1 ? M10
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1500
6SE01 . 0?4CH41?5 . A7
2T . L? . 7602?915
2 ? 6
2 ? 300
1 ? M10
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1100
6SE01 . 0?4CH41?7 . A7
2T . L? . 7602?917
2 ? 6
2 ? 300
1 ? M10
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
1900
6SE01 . 0?4CH42?0 . A7
2T . L? . 7602?919
2 ? 6
2 ? 300
1 ? M10
8 ? 10 16 ? 150
8 ? 300 16 ? 300
2 ? 4 ? M12
3100
6SE01 . 0?4EH43?2 . A7
2T . L?87604?931
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
16 ? 10 32 ? 150
16 ? 120 32 ? 300
4 ? 4 ? M12
3500
6SE01 . 0?4EH43?6 . A7
2T . L?87604?935
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
16 ? 10 32 ? 150
16 ? 120 32 ? 300
4 ? 4 ? M12
3900
6SE01 . 0?4EH44?0 . A7
2T . L?87604?939
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
16 ? 10 32 ? 150
16 ? 120 32 ? 300
4 ? 4 ? M12
4100
6SE01 . 0?4HH44?3 . A7
2T . L?87606?941
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
4100
6SE01 . 0?4HH44?8 . A7
2T . L?87606?947
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
5300
6SE01 . 0?4HH45?4 . A7
2T . L?87606?953
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
5800
6SE01 . 0?4HH46?0 . A7
2T . L?87606?958
2 ? 10 4 ? 120
2 ? 300 4 ? 300
2 ? M12
24 ? 10 48 ? 150
24 ? 300 48 ? 300
6 ? 4 ? M12
1) With an NRTL unit ("U" in 14th position of article number), the voltage range ends at max. 600 V, otherwise at 690 V.
2) On request.
Note: Device cable lugs must be used to connect cables to the main switch or circuit breaker. These cable lugs are narrower, for example, than DIN cable lugs. The lugs are not normally supplied with the converter since they are generally provided by the cable installer. It is generally possible to request a customized line connection or motor connection, see "Engineer To Order – ETO" under "Option descriptions". Please ask your Siemens contact person for further details.
Converter connection for different pulse numbers
Pulse number
Line connection on converter
6
Three phases
12
Two transformer secondary systems, each with three phases, i.e. six phases in total. Both systems must be phase offset by 30° in each case, e.g. using the transformer vector group Dy5d6.
Important: Does not apply to 400 V units owing to the shift transformer solution - the line connection for these units is made with three phases.
18
Three transformer secondary systems, each with three phases, i.e. nine phases in total. The three systems must be phase offset by 20° in each case, e.g. using the transformer vector group Dy0y+20y-20.
24
Four transformer secondary systems, each with three phases, i.e. twelve phases in total. The four systems must be phase offset by 15° in each case, e.g. by two transformers with vector groups Dy5,25d6,25 and Dy4,75d5,75.
Required cable cross-sections for line and motor connections
In order to ensure compliance with the EMC Directive, it is generally recommended that shielded cables or cables with a concentric PE conductor of type NYCWY are used to make the cable connections from the mains supply to the converter and from the converter to the motor.
Where possible, symmetrical 3-wire three-phase power cables should be installed between the converter and the motor on drives in the higher power range. It may be necessary to connect several of these cables in parallel. There are basically two reasons for this recommendation:
This is the only way in which the high IP55 degree of protection can be achieved for the motor terminal box without problems, because the cables enter the terminal box via glands and the number of possible glands is limited by the geometry of the terminal box. Therefore single cables are less suitable.
With symmetrical 3-wire three-phase cables, the summed ampere-turns over the cable outer diameter are equal to zero. They can be routed in conductive, metal cable ducts or racks without any significant currents (ground currents or leakage currents) being induced in these conductive metal connections. The danger of induced leakage currents and thus of increased cable sheath losses is significantly higher with single-wire cables.
Dimensioning of connecting cable between mains supply and converter:
The voltage load on the cable should equal at least V0/V = 0.6/1 kV.
Current load:
The cable cross-section must be dimensioned in accordance with the valid standards, e.g. IEC 60364?5?52.
The mains cable is dimensioned according to the converter input current (specified on the type plate).
Precaution against injury due to indirect contact:
An overcurrent protective device with additional equipotential bonding at the motor protects against injury caused by indirect contact.
A neutral conductor is not required.
Dimensioning of connecting cable between converter and motor:
The voltage load on the cable should equal at least V0/V = 0.6/1 kV.
Current load:
The cable cross-section must be dimensioned in accordance with the valid standards, e.g. IEC 60364?5?52.
The motor cable is dimensioned according to the converter output current (specified on the type plate).
The required cable cross-section depends on the amperage which flows through the cable. The permissible current loading of cables is defined, for example, in IEC 60364?5?52. It depends on ambient conditions, such as temperature, but also on the routing method. An important factor to consider is whether cables are routed singly and are therefore relatively well ventilated, or whether groups of cables are routed together. In the latter instance, the cables are not ventilated so well and might therefore heat one another to a greater degree. For the relevant correction factors applicable to these boundary conditions, please refer to IEC 60364?5?52. The table below provides a guide to the recommended cross-sections (based on IEC 60364?5?52) for PVC-insulated, 3-wire copper and aluminum cables, a permissible conductor temperature of 70 °C (e.g. Protodur NYY or NYCWY) and an ambient temperature of 40 °C.
Current-carrying capacity according to IEC 60364?5?52 at 40 °C
Cross-section 3-wire cable
3-wire copper cable
3-wire aluminum cable
Single routing
Groups of cables routed in parallel1)
Single routing
Groups of cables routed in parallel1)
mm?
A
A
A
A
3 ? 2.5
22
17
17
13
3 ? 4.0
30
23
23
18
3 ? 6.0
37
29
29
22
3 ? 10
52
41
40
31
3 ? 16
70
54
53
41
3 ? 25
88
69
68
53
3 ? 35
110
86
84
65
3 ? 50
133
104
102
79
3 ? 70
171
133
131
102
3 ? 95
207
162
159
124
3 ? 120
240
187
184
144
3 ? 150
278
216
213
166
3 ? 185
317
247
244
190
3 ? 240
374
292
287
224
3 ? 300
432
337
331
259
1) Maximum 9 cables may be routed horizontally in direct contact with one another on a cable rack (reduction factor 0.68).
With higher amperages, cables must be connected in parallel.
Note: The recommendations for the North American market in AWG or MCM must be taken from the appropriate NEC (National Electrical Code) and/or CEC (Canadian Electrical Code) standards.
Grounding and PE conductor cross-section
The PE conductor must be dimensioned to meet the following requirements:
In the case of a ground fault, no impermissibly high contact voltages resulting from voltage drops on the PE conductor caused by the ground fault current may occur (< 50 V AC or < 120 V DC, IEC 61800?5?1, IEC 60364, IEC 60543).
The PE conductor should not be excessively loaded by any ground fault current it carries.
If it is possible for continuous currents to flow through the PE conductor when a fault occurs, the PE conductor cross-section must be dimensioned for this continuous current.
The PE conductor cross-section should be selected according to IEC 60204?1, IEC 60439?1, IEC 60364.
Cross-section of the phase conductor
Minimum cross-section of external PE conductor
mm2
mm2
? 16
Minimum phase conductor cross-section
16 ... 35
16
? 35
Minimum half the phase conductor cross-section
Note: The recommendations for the North American market in AWG or MCM must be taken from the appropriate NEC (National Electrical Code) and/or CEC (Canadian Electrical Code) standards.
Switchgear and motors are usually grounded separately via separate local ground connections. When this grounding arrangement is used, the current caused by a ground fault flows through the parallel ground connections and is divided. Despite the use of the relatively small PE conductor cross-sections specified in the table above, no impermissible contact voltages can develop with this grounding system. Based on experience with different grounding configurations, however, we recommend that the ground wire from the motor should be routed directly back to the converter. For EMC reasons and to prevent bearing currents, symmetrical 3-wire, three-phase cables should be used where possible instead of 4-wire cables, especially on drives in the higher power range. The protective or PE conductor must be routed separately when 3-wire cables are used or must be arranged symmetrically in the motor cable. The symmetry of the PE conductor is achieved using a conductor surrounding all phase conductors or using a cable with a symmetrical arrangement of the three phase conductors and three ground conductors.
Through their high-speed controllers, the converters limit the load current (motor and ground fault currents) to an rms value corresponding to the rated current. We therefore recommend the use of a PE conductor cross-section analogous to the phase conductor cross-section for grounding the control cabinet.
skener.ru
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Àðìàòóðà DENDOR
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Äàò÷èêè è èçìåðèòåëè
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Ðåãóëÿòîðû è ðåãèñòðàòîðû
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Ïíåâìàòè÷åñêîå îáîðóäîâàíèå
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Êðàíû è Êëàïàíû
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Èçìåðèòåëüíûå ïðèáîðû
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Ñèñòåìû áåñïðîâîäíîãî óïðàâëåíèÿ «óìíûé äîì»
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Áåñêîíòàêòíûå âûêëþ÷àòåëè Êîíå÷íûå âûêëþ÷àòåëè Îïòè÷åñêèå äàò÷èêè Ýíêîäåðû
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SKW-FS - Óñòàíîâêà óìÿã÷åíèÿ
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SKW-FK - Óñòàíîâêà îáåçæåëåçèâàíèÿ
