Energy Label; Hvac Schemes - Lampoassa ESI 6-17 User Manual

HEAT COLLECTION CIRCUIT(S):
Energy class of brine pump
Input power of brine pump
Factory setting of brine pump
Borehole,
Ground loop maximum PEH, PN6
length, 1 ground loop Horizontal pipe,
(6
PEM, PN10
Borehole,
Ground loop maximum PEH, PN6
length, 2 ground loops Horizontal pipe,
(6
PEM, PN10
Borehole,
Ground loop maximum
PEH, PN6
length, 3 ground loop
(6 Horizontal pipe,
PEM, PN10
Borehole,
Ground loop maximum PEH, PN6
length, 4 ground loop
(6 Horizontal pipe,
PEM, PN10
Nominal flow
∆T=3K (ISO
Maximum external
14511)
pressure drop
Nominal flow
∆T=4K
Maximum external
pressure drop
HEAT DISTRIBUTION CIRCUIT:
Energy class of HC pump
Input power of HC pump
Nominal flow
∆T=5K Floor
Maximum external
heating
pressure drop
Nominal flow
∆T=10K Ra-
Maximum external
diator heating
pressure drop
*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
100% GEOTHERMAL HEAT
TECHNICAL SPECIFICATIONS
Esi 6 Esi 9 Esi 11
A (inverter) A (inverter) A (inverter)
W 5-89 5-89 10-170
% 90 90 90
m 500 350 450
m 450 300 -
m - 900 1200
m - 750 1050
m - - -
m - - -
m - - -
m - - -
l/s 0,64 0,79 0,94
kPa 53 48 81
l/s 0,48 0,59 0,70
kPa 66 65 96
A (inverter) A (inverter) A (inverter)
W 5-53 5-53 5-53
l/s 0,40 0,50 0,59
kPa 51 42 29
l/s 0,18 0,23 0,27
kPa 71 69 66
Esi 11 Esi 14
Esi 14
1x230V 1x230V
A (inverter) A (inverter) A (inverter) A (inverter)
10-170 10-170 10-170
90 90 90
500 - -
380 - -
1600 900 1000
1250 650 800
- - -
- - -
- - -
- - -
0,91 1,18 1,11
82 65 71
0,68 0,89 0,83
100 84 91
A (inverter) A (inverter) A (inverter) A (inverter)
5-53 5-53 5-53
0,58 0,74 0,71
30 15 18
0,27 0,34 0,33
66 57 60
34
Esi 17 Emi 22(22P) Emi 28 (28P) Emi 43 (43P) ELi 60 (60P) ELi 90 (90P)
A (inverter) A (inverter) A (inverter)
10-170 160-1330 160-1330 160-1330
90 90 90
- - -
- - -
600 1050 -
500 900 -
- - 700
- - 550
- - -
- - -
1,34 1,65 2,19
54 203 89***
1,00 1,24 1,64
77 208 100***
5-53
0,70**
Accessory
19**
0,40
51
A (inverter) A (inverter)
30-2100
90 90 100
- - -
- - -
- - -
- - -
- 500 -
- 400 -
750 900 -
600 700 -
3,41 - 700
127 - 550
2,56 - 900
152 - 750