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Lowara e-GS 4 GS 07M-L4C [12/47] Gsl series operating characteristics at 50 hz
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13
1GSL SERIES
OPERATING CHARACTERISTICS AT 50 Hz
These performances are valid for liquids with density ρ = 1.0 Kg/dm
3
and kinematic viscosity ν = 1 mm
2
/sec.
1GSL ~ 2900 [rpm] ISO 9906:2012 - Grade 3B
012345
0 5 10 15 20 25
Q [Imp gpm]
Q [l/min]
1GSL15
1GSL11
1GSL07
1GSL05
1GSL03
1GSL02
01234567
0
200
400
600
800
1000
0
50
100
150
200
250
300
350
Q [US gpm]
H[ft]
H[m]
25
30
35
40
0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6
η[%]
Q [m
3
/h]
η
ηη
η
P
[%]
[%][%]
[%]
1GSL_2P50_A_CH
Содержание
- Contents 2
- E gs series hydraulic performance range at 50 hz 3
- Abrasion resistant 4
- Applications 4
- Approvals acs d m 74 2004 4
- Compact 4
- Construction characteristics pump 4
- E gs series submersible pumps 4
- Ecodesign compliant mei 0 4 4
- Fire fighting 4
- Floating impellers 4
- Optional features 4
- Pressure boosting 4
- Sprinkler irrigation 4
- Water supply from drilled wells cisterns 4
- E gs series pump section 5
- E gs series table of materials 6
- E gs series identification code electric pump 7
- E gs series identification code pump 7
- G s 4 0 r b 7
- G s 5 5 r t b l 4 c 7
- E gs series rating plate pump 8
- Legend 8
- Mei 0 40 8
- Rating plate electric pump 8
- Rating plate single phase motor rating plate three phase motor 8
- E gs series pumps 9
- Erp 2009 125 ec 9
- 2900 rpm 10
- E gs series hydraulic performance range at 50 hz 10
- Gsl gs iso 9906 2012 grade 3b 10
- Gsl l4c series dimensions and weights 11
- Gsl os series dimensions and weights 11
- Gsl series operating characteristics at 50 hz 11
- Gsl 2900 rpm iso 9906 2012 grade 3b 12
- Gsl series operating characteristics at 50 hz 12
- Gs l4c series dimensions and weights 13
- Gs os series dimensions and weights 13
- Gs series operating characteristics at 50 hz 13
- Gs 2900 rpm iso 9906 2012 grade 3b 14
- Gs series operating characteristics at 50 hz 14
- Gs l4c series dimensions and weights 15
- Gs os series dimensions and weights 15
- Gs series operating characteristics at 50 hz 15
- Gs 2900 rpm iso 9906 2012 grade 3b 16
- Gs series operating characteristics at 50 hz 16
- Gs l4c series dimensions and weights 17
- Gs os series dimensions and weights 17
- Gs series operating characteristics at 50 hz 17
- Gs 2900 rpm iso 9906 2012 grade 3b 18
- Gs series operating characteristics at 50 hz 18
- Gs l4c series dimensions and weights 19
- Gs os series dimensions and weights 19
- Gs series operating characteristics at 50 hz 19
- Gs 2900 rpm iso 9906 2012 grade 3b 20
- Gs series operating characteristics at 50 hz 20
- Gs l4c series dimensions and weights 21
- Gs os series dimensions and weights 21
- Gs series operating characteristics at 50 hz 21
- Gs 2900 rpm iso 9906 2012 grade 3b 22
- Gs series operating characteristics at 50 hz 22
- Gs l4c series dimensions and weights 23
- Gs os series dimensions and weights 23
- Gs series operating characteristics at 50 hz 23
- Gs 2900 rpm iso 9906 2012 grade 3b 24
- Gs series operating characteristics at 50 hz 24
- Os l4c series motors motor control panel combination table 25
- Cooling sleeve 26
- Components required for correct installation 29
- M a 1 m b 29
- Submersible electric pump installation diagram 29
- Technical appendix 29
- Example of installation of a submersible electric pump controlled by an inverter 30
- Technical appendix 30
- Calculating the speed of the fluid that flows around a submerged motor and sizing of the cooling sleeve 31
- D v q d π 31
- Technical appendix 31
- Asynchronous motor starting systems 32
- Autotransformer 32
- Direct 32
- Impedances 32
- Indirect 32
- Star delta 32
- Technical appendix 32
- Coefficient for apartments with one bathroom and controlled flushing system wc 33
- Coefficient for apartments with one bathroom and flush tank wc 33
- Coefficient for apartments with two bathrooms and controlled flushing system wc 33
- Coefficient for apartments with two bathrooms and flush tank wc 33
- F coefficient nr number of delivery points na number of apartments 33
- Maximum consumption for each delivery point 33
- Sink 9 dishwasher 10 washing machine 12 shower 12 bathtub 15 washbasin 6 bidet 6 flush tank wc 6 controlled flushing system wc 90 33
- Technical appendix 33
- Type consumption l min 33
- Water requirements in civil users 33
- Table of water requirements in civil users 34
- Technical appendix 34
- Appendice tecnica 35
- Fabbisogni idrici nelle comunità 35
- Per gli edifici adibiti a uso specifico quali uffici residence alberghi grandi magazzini case di cura e simili i fabbisogni sono generalmente maggiori come quantità complessiva giornaliera e come portata di massima contemporaneità rispetto a quelli dei condomini il diagramma dei fabbisogni idrici nelle co munità riporta a titolo indicativo la portata di massima contemporaneità per alcune tipologie di comunità i fabbisogni devono essere comunque valutati caso per caso in considerazione delle esigenze particolari e di even tuali disposizioni legislative e determinati con la massima accuratezza mediante procedimenti analitici 35
- Per località balneari maggiorare la portata almeno del 20 35
- Technical appendix 35
- Uffici nr di persone 2 grandi magazzini nr di persone 3 case di cura nr di posti letto 4 hotel residence nr di posti letto 35
- Water requirements for community buildings 35
- Technical appendix 36
- Technical appendix 37
- Technical appendix vapour pressure ps vapour pressure and ρ density of water table 37
- Technical appendix vapour pressure vapour pressure ps and ρ density of water table 37
- Table of flow resistance in 100 m of straight cast iron pipeline hazen williams formula c 100 38
- Technical appendix 38
- Flow resistance 39
- Table of flow resistance in bends valves and gates 39
- Technical appendix 39
- The flow resistance is calculated using the equivalent pipeline length method according to the table below 39
- The table is valid for the hazen williams coefficient c 100 cast iron pipework for steel pipework multiply the values by 1 1 for stainless steel copper and coated cast iron pipework multiply the values by 1 5 when the equivalent pipeline length has been determined the flow resistance is obtained from the table of flow resistance the values given are guideline values which are bound to vary slightly according to the model especially for gate valves and non return valves for which it is a good idea to check the values supplied by the manufacturers 39
- Length 40
- Pressure and head 40
- Technical appendix 40
- Temperature 40
- Volume 40
- Volumetric capacity 40
- Further product selection and documentation 41
- Technical appendix 41
- Further product selection and documentation 42
- Technical appendix 42
- Enntech 47
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