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34

TECHNICAL SPECIFICATIONS

100% 

GEOTHERMAL HEAT

HEAT COLLECTION CIRCUIT(S):

Esi 6

Esi 9

Esi 11

Esi 11 

1x230V

Esi 14

Esi 14 

1x230V

Esi 17

Emi 22(22P) Emi 28 (28P) Emi 43 (43P) ELi 60 (60P) ELi 90 (90P)

Energy class of brine pump

A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter)

Input power of brine pump

W

5-89

5-89

10-170

10-170

10-170

10-170

10-170

160-1330

160-1330

160-1330

30-2100

Factory setting of brine pump

%

90

90

90

90

90

90

90

90

90

90

90

100

Ground loop maximum 

length, 1 ground loop

(6

Borehole,  

PEH, PN6

m

500

350

450

500

-

-

-

-

-

-

-

-

Horizontal pipe, 

PEM, PN10

m

450

300

-

380

-

-

-

-

-

-

-

-

Ground loop maximum 

length, 2 ground loops

(6

Borehole,  

PEH, PN6

m

-

900

1200

1600

900

1000

600

1050

-

-

-

-

Horizontal pipe, 

PEM, PN10

m

-

750

1050

1250

650

800

500

900

-

-

-

-

Ground loop maximum 

length, 3 ground loop

(6

Borehole,  

PEH, PN6

m

-

-

-

-

-

-

-

-

700

-

500

-

Horizontal pipe, 

PEM, PN10

m

-

-

-

-

-

-

-

-

550

-

400

-

Ground loop maximum 

length, 4 ground loop

(6

Borehole,  

PEH, PN6

m

-

-

-

-

-

-

-

-

-

750

900

-

Horizontal pipe, 

PEM, PN10

m

-

-

-

-

-

-

-

-

-

600

700

-

Nominal flow

∆T=3K (ISO 

14511)

l/s

0,64

0,79

0,94

0,91

1,18

1,11

1,34

1,65

2,19

3,41

-

700

Maximum external 

pressure drop

kPa

53

48

81

82

65

71

54

203

89***

127

-

550

Nominal flow

∆T=4K

l/s

0,48

0,59

0,70

0,68

0,89

0,83

1,00

1,24

1,64

2,56

-

900

Maximum external 

pressure drop

kPa

66

65

96

100

84

91

77

208

100***

152

-

750

HEAT DISTRIBUTION CIRCUIT:
Energy class of HC pump

A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter) A (inverter)

Accessory

Input power of HC pump

W

5-53

5-53

5-53

5-53

5-53

5-53

5-53

Nominal flow

∆T=5K Floor 

heating

l/s

0,40

0,50

0,59

0,58

0,74

0,71

0,70**

Maximum external 

pressure drop

kPa

51

42

29

30

15

18

19**

Nominal flow

∆T=10K Ra

-

diator heating

l/s

0,18

0,23

0,27

0,27

0,34

0,33

0,40

Maximum external 

pressure drop

kPa

71

69

66

66

57

60

51

*Meets the energy efficiency class A+++ requirements. Meets the domestic hot water energy efficiency class A+ requirements.
**Calculated according to nominal flow at ∆T=7K.
***Maximum external pressure drop is possible to raise 191 kPa ∆T3, (204 ∆T4) when using 35 A fuses. Contact to your local dealer.

1) Tested according to ISO 3744/2010 at standard point B0/W55.
2) Tested according to ISO 14511/2013.
3) Tested according to EU 811/2013 at colder climate conditions.
4) Package means the combination of heat pump and heating regulator (EU 811/2013).
5) If conditions are requiring long cable work it is recommended to use 5x6 mm2 cable.

6) Calculated length according to nominal flow at ∆T=4K. Actual pressure drop is determined case by case.

8.  ENERGY LABEL

9.  HVAC SCHEMES

10.  ELECTRICITY SCHEMES

Summary of Contents for ESI 6-17

Page 1: ...100 GEOTHERMAL HEAT L MP SS 10 2016 L MP SS GROUND SOURCE HEAT PUMP ESI 6 17 EMI 22 43 ELI 60 90 INSTRUCTIONS FOR USE INSTALLATION AND MAINTENANCE...

Page 2: ...L mp ss for many decades to come Please familiarize yourself with these instruc tions for use and maintenance Keep the instructions for future use and reference should problems occur These instructio...

Page 3: ...ce requirements 19 4 2 HVAC installation 19 4 2 1 Heat collection circuit and fill group installation 19 4 2 2 Filling and de aeration of the heat collection circuit 20 4 2 3 Connections between heat...

Page 4: ...gerant vapour is transferred to COMPRESSOR 2 for ramping up the pressure This is accompanied by steep tempera ture rise In the course of the heat pump process the refrigerant tem perature is the highe...

Page 5: ...vaporator can commence 2 1 3 Hot water storage tank It is possible to connect multiple storage tanks to ESi EMi ELi models to store the thermal energy created These storage tanks can vary in size L mp...

Page 6: ...ile final heating takes place inside the coil located at the tank s upper part In general domes tic water temperature must exceed that of the heating water Owing to the two stage heat release of the s...

Page 7: ...or L mp ss offers multiple solutions for control of the cooling with ss Control control system These are available as accessories The L mp ss product family includes wall and ceiling mounted fan units...

Page 8: ...unctions 3 4 1 Room temperature adjustment The heat distribution circuit circuits heat curve setting can be adjusted by using the home screen shortcut Room temperature adjustment to achieve room tempe...

Page 9: ...e away function shortcut can be used to save energy when the residents are away for a long holiday trip for example The function Away changes the heat distribution circuit and storage tank temperature...

Page 10: ...that time and temperature have been set and the timer function has been activated 3 4 7 Heating curves This shortcut allows accessing the Heating curves menu which will be discussed in more detail in...

Page 11: ...C min and 55 C max The difference between Min and Max values can be 2 10 C The maxi mum allowed storage tank top and bottom section temperature set value is 60 C in case of full power geothermal heat...

Page 12: ...essor is seldom on and there is less superheat ing for domestic hot water production In such a case the storage tank upper part and lower part temperatures are close to each other 3 5 2 Heating curves...

Page 13: ...adjust the brightness of the screen and also the time after the screen goes off 3 5 3 3 Min and max temperature of HD circuits Set values are minimum possible values min and maximum possible values ma...

Page 14: ...ng circuits where summer function is effecting Circuit can be active during a whole summer when it is controlling bathroom area for example 3 5 3 7 Brine circuit circulation pump control This screen a...

Page 15: ...hen the cooling system is running In addition the menu will display the current room temperature coolant temperature humidity and dew point value as well as system status heating cooling off External...

Page 16: ...h the MASTER marking and other devices with SLAVE marking All heat pumps can be monitored and controlled from each heat pumps control screen The compressors rotation extra accessory can be enabled whe...

Page 17: ...ll of the additional features acquired are displayed on the Optional equipment screen Possible optional equipment includes Optional equipment For more information see Heat distribution circuit 2 Adjus...

Page 18: ...n platform elements and their fixation screws 4 pc To remove the platform lift the equipment by a fork lift for example 4 1 2 Ground source heat pump installation area We recommend that the L mp ss gr...

Page 19: ...returning line from the heat collection circuit Esi 1 Lauhduttimelta meno 2 Lauhduttimelle paluu 3 Tulistimelta meno 4 Tulistimelle paluu 5 Maapiiriin meno 6 Maapiirist paluu 1 2 3 4 5 6 1 Flow from...

Page 20: ...the motor protection switch QM1 on NOTE When using the system s own brine circulation pump for 1 2 4 5 3 de aeration purposes check that the flow direction of the separate submersible pump is always...

Page 21: ...tion pumps with EMi ELi series determined by demand of the heatable estate Heat circulation pumps will be adjusted according to manufacturer s instructions Grundfos UPM3 AUTO heat circulation pump whi...

Page 22: ...ctricians are permitted to carry out electrical work on the heat pump according to general regulations GSHP El network Fuse size slow A bivalent models Esi 6 400V 3N 3x10 16 Esi 9 400V 3N 3x16 20 Esi...

Page 23: ...or NTC X 1 4 and X 1 2 2 X 0 7 mm2 4 3 4 Current monitor If the equipment has been installed in the part power configuration load limiting relays must be installed to the building s master electrical...

Page 24: ...r fuse The regulator is not au thorised to start the pump Check the measured set values The shut off valves are in the fill position Check that the de aeration and fill valves are in the closed positi...

Page 25: ...ne off or High pressure switch gone off The low pressure switch has gone off Check functional ity of the brine circuit pump by running it through the mainte nance menu and acknowledge the alarm text d...

Page 26: ...the page You can see earlier alarms by pressing the alarm history button at the menu functions The software automatically stores the newest 100 fault messages This menu allows resetting the fault log...

Page 27: ...nput statuses Digital Input ID 1 Compressor 1 Motor protection 10 Low pressure alarm circuit 1 2 Not in use 11 High pressure alarm circuit 1 3 Brine pump 1 Run indicator 12 Compressor 1 Run indicator...

Page 28: ...ssa alakulmassa olevasta painikkeesta Edelliselle sivulle palataan n yt n oikeassa alakulmassa olevasta nuolipai nikkeesta Oikean yl kulman i painikkeesta avautuu ohjesivu Toimintah iri ss yl palkkiin...

Page 29: ...setting 50 s If integration time is 10 s the valve position is changed once in every 10 s if required Derivative time 0 10 s Temperature diver gence reaction time Factory setting 0 The longer the der...

Page 30: ...he soft starter alarms can be activated at this page 5 4 12 Super heat valve control This menu is for adjusting superheat trim valve settings Value in the menu indicates the setting point when compres...

Page 31: ...ng Three way valve control settings in a free cooling Digital output selection in flexible cooling Manual mode for cooling is intended for testing the function Manual settings can be controlled from t...

Page 32: ...e voltage fluctuations over 10 of the nominal voltage lightning fire or other respective event Transport dam ages are not covered by the warranty Also the warranty does not cover situations caused by...

Page 33: ...3 58 13 86 24 Cooling power at temperature 35 C 2 kW 6 91 8 49 10 09 10 24 12 75 12 91 14 37 17 57 23 19 33 15 46 67 67 03 Cooling power at temperature 55 C 2 kW 5 62 6 88 8 16 8 19 10 28 10 32 11 69...

Page 34: ...nal flow T 4K l s 0 48 0 59 0 70 0 68 0 89 0 83 1 00 1 24 1 64 2 56 900 Maximum external pressure drop kPa 66 65 96 100 84 91 77 208 100 152 750 HEAT DISTRIBUTION CIRCUIT Energy class of HC pump A inv...

Page 35: ...A A 55 C 35 C 60 dB 00 dB 58 58 58 kW 61 61 61 kW 2015 811 2013 ELi 60 A A A B C D E F G...

Page 36: ...A A A A A B C D E F G A 2015 811 2013 X ELi 60...

Page 37: ...ions Colder 157 Warmer 154 Annual energy consumption under colder and warmer climate conditions Colder 36542 kWh a Warmer 20178 kWh a Package information Controller class III Controller contribution t...

Page 38: ...kW 4 47 COPd Tj 12 C 60 1 kW 4 73 COPd Tj bivalent temperature 58 1 kW 3 08 COPd Tj operation limit 58 1 kW 3 08 COPd Degradiation coefficient when Tj 7 C Cdh 1 00 Bivalent temperatures Heating Averag...

Page 39: ...A A 55 C 35 C 60 dB 00 dB 58 58 58 kW 61 61 61 kW 2015 811 2013 ELi 60P A A A B C D E F G...

Page 40: ...A A A A A B C D E F G A 2015 811 2013 X ELi 60P...

Page 41: ...tions Colder 157 Warmer 154 Annual energy consumption under colder and warmer climate conditions Colder 36542 kWh a Warmer 20178 kWh a Package information Controller class III Controller contribution...

Page 42: ...kW 4 47 COPd Tj 12 C 60 1 kW 4 73 COPd Tj bivalent temperature 58 1 kW 3 08 COPd Tj operation limit 58 1 kW 3 08 COPd Degradiation coefficient when Tj 7 C Cdh 1 00 Bivalent temperatures Heating Averag...

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Page 62: ...L mp ss is a trademark of Suomen L mp pumpputekniikka Oy We reserve the right to make changes Suomen L mp pumpputekniikka Oy Unikontie 2 62100 Lapua FINLAND www lampoassa com R...

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