English (GB)
14
5.1.4 Motor cable
The motor cable is fitted to the motor via a cable entry.
The enclosure class is IP68. The length of the cable is 10 m.
Nameplate, motor
Fig. 4
Nameplate, motor
5.1.5 Grinder system
The grinder system consists of two parts, a stationary grinder ring
and a rotating grinder head. See fig. 5.
The grinder ring is secured to the pump housing by means of a
bayonet socket and fixed in the right position with a screw.
The grinder head is secured to the shaft by means of the screw
that keeps the impeller in position. To adjust or replace grinder
system, see service instructions.
Fig. 5
Grinder system
5.1.6 Level sensor
The piezoresistive pressure sensor placed in the controller is
connected via a hose to a pressure tube in the tank. The screw
cap where the hose is connected includes a condensate trap and
a connection for a DN 100 tube. This tube, the pressure tube,
extends down into the tank. The rising liquid level compresses the
air inside the pressure tube and hose, and the piezoresistive
sensor transforms the changing pressure into an analogue signal.
The control box uses the analogue signal to start and stop the
pump and to indicate high water-level alarm. The pressure tube is
fixed underneath the screw cap and can be taken out for
maintenance, service and for cleaning the inside of the tube.
An O-ring ensures tightness.
The hose is supplied in a length of 10 m. The hose must be
connected to the controller.
Fig. 6
Screw cap with hose, DN 100 tube and condensate
trap
T
M
04
65
34
05
1
0
Pos.
Description
1
Ex mark
2
Type designation
(not filled out, see name plate lifting station)
3
Product number
4
Production code (year/week)
5
Maximum head
(not filled out, see name plate lifting station)
6
Number of phases
7
Rated input power
8
Rated speed
9
Rated voltage,
Δ
10
Rated voltage, Y
11
Frequency
12
Weight without cable
13
Operation mode
14
CE mark
15
Explosion protection
16
Enclosure class to IEC
17
Maximum installation depth
(not filled out, see name plate lifting station)
18
Maximum flow rate
(not filled out, see name plate lifting station)
19
Maximum liquid temperature
20
Output power
21
Power factor
22
Rated current,
Δ
23
Rated current, Y
24
Starting capacitor
25
Operating capacitor
26
Insulation class
27
Country of production
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
TM
05
37
22
16
12
TM
05 033
2 101
1
Содержание LC 221 Series
Страница 1: ...Multilift MOG MDG Installation and operating instructions GRUNDFOS INSTRUCTIONS...
Страница 2: ...2...
Страница 46: ...BG 46 6 2 1 LC 221 6 2 LC 221 10 LC 221 TM05 1806 3811...
Страница 49: ...BG 49 7 LC 221 7 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 7 3 7 2...
Страница 50: ...BG 50 1 1 1 2 2 2...
Страница 189: ...GR 189 5 2 1 LC 221 5 2 LC 221 10 LC 221 TM05 1806 3811...
Страница 192: ...GR 192 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 6 3 6 2...
Страница 193: ...GR 193 1 1 1 2 2 2...
Страница 195: ...GR 195 6 3 OFF AUTO 16 16 TM0 5 1809 3811 EXIT EXIT R_03 A 3 9 007200 000020 20 01 20 20 F006 01 F002 R_02 R_01 F_01...
Страница 207: ...GR 207 2 a 10 3 b LED F011 F012 3 3 3 90 DN 32 60 DN 40 c F005 F006 LCD 221 8 4 LC 221 ON OFF AUTO OFF S3 12 10 3 3 a 24...
Страница 332: ...KZ 332 5 2 1 LC 221 i 5 2 LC 221 i 10 LC 221 TM05 1806 3811...
Страница 335: ...KZ 335 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 6 3 6 2...
Страница 336: ...KZ 336 1 1 1 2 2 2...
Страница 338: ...KZ 338 6 3 16 16 TM0 5 1809 3811 EXIT R_03 A 3 9 007200 000020 01 20 20 20 F006 01 F002 R_02 R_01 F_01...
Страница 340: ...KZ 340 30 17 F015 1 1 F016 1 1 F017 2 2 F018 2 2 TM05 3455 0412...
Страница 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...
Страница 350: ...KZ 350 2 a 10 3 b F011 F012 3 3 3 DN 32 90 DN 40 60 c F005 F006 LC 221 8 4 LC 221 S3 12 10 3 3 a 24...
Страница 474: ...UA 474 5 2 1 LC 221 5 2 LC 221 10 LC 221 TM05 1806 3811...
Страница 477: ...UA 477 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 6 3 6 2 Setup...
Страница 478: ...UA 478 1 1 1 2 2 2...
Страница 480: ...UA 480 6 3 ON OFF AUTO 16 16 TM0 5 1809 3811 EXIT R_03 3 9 007200 000020 20 01 20 20 F006 01 F002 R_02 R_01 F_01...
Страница 482: ...UA 482 Man Auto ON OFF AUTO OFF ON OFF AUTO 30 17 F015 1 1 F016 1 1 F017 2 2 F018 2 2 Auto TM05 3455 0412...
Страница 561: ...RU 561 7 2 1 LC 221 7 2 LC 221 10 LC 221 TM05 1806 3811...
Страница 564: ...RU 564 8 LC 221 8 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 8 3 8 2...
Страница 565: ...RU 565 1 1 1 2 2 2...
Страница 567: ...RU 567 8 3 16 16 TM0 5 1809 3811 EXIT EXIT R_03 3 9 007200 000020 20 01 20 20 F006 01 F002 R_02 R_01 F_01...
Страница 574: ...RU 574 10 2 LC 221 LC 221 6 26 10 3 IP65 1 5 CEE LC 221 TM05 1940 4011 LC 221...
Страница 575: ...RU 575 10 4 LC 221 180 250 315 220 180 180 250 315 0 0 Multilift MOG MDG 0 0 3 6 12 8 4 8 2 10 4 1 230 2 A 35 36...
Страница 579: ...RU 579 13 LC 221 Fault 1 a 7 2 LC 221 b 8 LC 221 c d RELAY F018 e f SENSOR F005 F006 12 3 Grundfos g...
Страница 580: ...RU 580 2 a 12 3 b F011 F012 3 3 3 90 DN 32 60 DN 40 c TEMP F005 F006 LC 221 10 4 LC 221 S3 14 12 3 3 a 24...
Страница 791: ...CN 791 5 2 1 LC 221 5 2 LC 221 4 10 LC 221 TM05 1806 3811...
Страница 794: ...CN 794 6 LC 221 6 1 LC 221 14 14 LC 221 TM05 1861 3811 1234 AUTO 6 3 6 2...
Страница 795: ...CN 795 1 1 1 2 2 2...
Страница 797: ...CN 797 6 3 ON OFF AUTO 16 16 TM0 5 1809 3811 EXIT R_03 A 3 9 007200 000020 01 20 20 20 F006 01 F002 R_02 R_01 F_01...
Страница 799: ...CN 799 Man Auto ON OFF AUTO OFF ON OFF AUTO OFF 30 17 TM05 3455 0412...
Страница 812: ...Appendix 812 Appendix 1 Fig A Dimensional sketch MOG TM05 0672 1011...
Страница 813: ...Appendix 813 Fig B Dimensional sketch MDG TM05 0443 1011...
Страница 814: ...814...
Страница 815: ...815...
Страница 816: ...816...