English (GB)
21
Values in the form of
digits
In automatic mode, faults are indicated by means of a code, and in normal operation these two
values are shown:
• the liquid level in the tank, if the pump is not running
• the current consumption, if the pump is running. If both pumps are running, the current
consumption shown is the value for both pumps.
In the information menu, the following information is indicated:
• fault codes
• operating hours
• impulses
• max. measured motor current.
In the setup menu, the following information is indicated:
• set start level
• set delays
• set currents
• sensor calibration (presettings for level sensor)
• service intervals
• total reset to factory settings.
Pump operation and
pump fault in pump 1
The symbol is visible when pump 1 is running and flashes when pump 1 has a fault.
In case of fault, it can be combined with other symbols or fault codes in the display.
Pump operation and
pump fault in pump 2
The symbol is visible when pump 2 is running and flashes when pump 2 has a fault.
In case of fault, it can be combined with other symbols or fault codes in the display.
Phase-sequence fault
(Only three-phase pumps)
The symbol flashes in case of a phase-sequence fault and missing phase. See fault codes.
Thermal switch failure
The symbol is visible if the motor temperature exceeds the permissible value and the thermal
switch cuts out the pump.
High-water alarm
The symbol is visible if the liquid level in the tank reaches max. level.
Liquid level
The symbol is visible when the current liquid level is indicated in the middle of the display.
Symbol
Function
Description
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...