English (GB)
19
5.2.3 Internal layout of LC 221
Figure 13 shows the internal layout of LC 221.
Fig. 13
Internal layout of LC 221
TM
05
3
597
1
612
/ TM
0
5
3
719
1
712
Note:
Cable connections for pos. 8-15:
Use a cable tie if leads protrude more than 20 mm
from the cable sheath.
20
7
7
>20
Pos. Description
Comments
Terminal designation
1
Terminals for power supply
PE, N, L3, L2, L1
2
Terminals for connecting pump 1
PE, N, W1, V1, U1
3
Terminals for connecting pump 2
PE, N, W2, V2, U2
4
Terminals for thermal switch, pump 1
T1, T2
5
Terminals for thermal switch, pump 2
T1, T2
6
Terminals for external alarm
230 V
11, 12
7
Terminals for external reset
230 V
13, 14
8
Terminals for common fault
Potential-free changeover
contacts NO/NC with max.
250 V / 2 A.
Attention:
Connect these
terminals to supply network
potential or low voltage but do
not mix the two.
X11
9
Terminals for high water-level alarm
X10
10
Terminals for failure, pump 2
X9
11
Terminals for failure, pump 1
X8
12
Terminals for operation, pump 2
X7
13
Terminals for operation, pump 1
X6
14
Terminals for level switches
Digital
81-88
14.1
Terminals for additional high water-level alarm
(inside the tank)
Digital
81, 82
15
Terminals for analogue sensor
0-5 V or 4-20 mA
91 (GND), 92 (Signal), 93 (12 V)
16
Service connector to PC Tool
-
17
Connector for GENIbus interface module
-
18
Control circuit fuse
Fine-wire fuse:
100 mA / 20 mm x
∅
5
-
19
Piezoresistive pressure sensor module
0-5 V
-
20
DIP switches (not in use for this application)
-
21
Connector for battery, 9 V (accessory)
-
Summary of Contents for LC 221 Series
Page 1: ...Multilift MOG MDG Installation and operating instructions GRUNDFOS INSTRUCTIONS...
Page 2: ...2...
Page 46: ...BG 46 6 2 1 LC 221 6 2 LC 221 10 LC 221 TM05 1806 3811...
Page 49: ...BG 49 7 LC 221 7 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 7 3 7 2...
Page 50: ...BG 50 1 1 1 2 2 2...
Page 189: ...GR 189 5 2 1 LC 221 5 2 LC 221 10 LC 221 TM05 1806 3811...
Page 192: ...GR 192 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 6 3 6 2...
Page 193: ...GR 193 1 1 1 2 2 2...
Page 332: ...KZ 332 5 2 1 LC 221 i 5 2 LC 221 i 10 LC 221 TM05 1806 3811...
Page 335: ...KZ 335 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 6 3 6 2...
Page 336: ...KZ 336 1 1 1 2 2 2...
Page 340: ...KZ 340 30 17 F015 1 1 F016 1 1 F017 2 2 F018 2 2 TM05 3455 0412...
Page 349: ...KZ 349 11 LC 221 Fault 1 a 5 2 LC 221 b 6 LC 221 c d F018 e f F005 F006 10 3 Grundfos g...
Page 474: ...UA 474 5 2 1 LC 221 5 2 LC 221 10 LC 221 TM05 1806 3811...
Page 477: ...UA 477 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 6 3 6 2 Setup...
Page 478: ...UA 478 1 1 1 2 2 2...
Page 561: ...RU 561 7 2 1 LC 221 7 2 LC 221 10 LC 221 TM05 1806 3811...
Page 564: ...RU 564 8 LC 221 8 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 8 3 8 2...
Page 565: ...RU 565 1 1 1 2 2 2...
Page 574: ...RU 574 10 2 LC 221 LC 221 6 26 10 3 IP65 1 5 CEE LC 221 TM05 1940 4011 LC 221...
Page 791: ...CN 791 5 2 1 LC 221 5 2 LC 221 4 10 LC 221 TM05 1806 3811...
Page 794: ...CN 794 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 6 3 6 2...
Page 795: ...CN 795 1 1 1 2 2 2...
Page 799: ...CN 799 Man Auto ON OFF AUTO OFF ON OFF AUTO OFF 30 17 TM05 3455 0412...
Page 812: ...Appendix 812 Appendix 1 Fig A Dimensional sketch MOG TM05 0672 1011...
Page 813: ...Appendix 813 Fig B Dimensional sketch MDG TM05 0443 1011...
Page 814: ...814...
Page 815: ...815...
Page 816: ...816...