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1. Caractéristiques techniques
1.1 Pompe à chaleur de Piscine hydro-pro inverter
Modèle
Inverter 07
Inverter 10
Inverter 13
Inverter 17
Inverter 21
Item No.
7018545
7018546
7018547
7018548
7018549
* Performance Air 27
℃
, Eau 27
℃
, Humidité 80%
Chauffage
kW
7-3.6
10-2.3
13-2.6
17-3.8
20-4
Consommation
d'énergie
kW
1.06-0.3
1.52-0.18
1.94-0.2
2.54-0.29
2.98-0.3
C.O.P.
12-6.6
13-6.6
13-6.7
13-6.7
13-6.7
* Performance Air 15
℃
, Eau 26
℃
, Humidité 70%
Chauffage
kW
5.1-2.5
7.1-1.9
9.6-2
11.5-3
14-3
Consommation
d'énergie
kW
1-0.38
1.4-0.25
1.84-0.27
2.2-0.37
2.7-0.37
C.O.P.
6.5-5.1
7.5-5.1
7.5-5.2
8.2-5.2
8.2-5.1
* Performance Air 35
℃
, Eau 27
℃
, Humidité 40%
Refroidissement
kW
3.6-1.68
5.0-1.21
6.6-1.4
8.3-2.0
9.7-2.06
Consommation
d'énergie
kW
1.25-0.44
1.75-0.28
2.3-0.31
2.88-0.42
3.68-0.4
E.E.R.
3.78-2.88
4.25-2.88
4.49-2.88
4.73-2.88
5.11-2.64
Débit d’eau conseillé
m
3
/h
2.50
3.00
4.00
5.00
6.00
Alimentation de
ventilateur
w
5-20
8-40
8-40
10-50
10-50
Voltage
220~240V/50Hz/1PH
Courant maximal
A
4.43
6.65
8.57
11.31
12.98
Fusible
A
12
18
24
31
36
Diamètre entrée-sortie
mm
50
Quantité de
ventilateur
1
1
1
1
1
Ventilation type
Horizontal
Horizontal
Horizontal
Horizontal
Horizontal
Compresseur
GMCC
GMCC
MITSUBISHI MITSUBISHI
MITSUBISHI
Niveau de brut à 1m
dB(A)
40-50
40-52
40-54
41-56
41-56
Dimension nette
mm
1008*380*577
1050*440*709
1050*450*870
Poids net
Kg
54
68
78
98
108
Dimension
d’emballage
mm
1095*430*705
1130*470*850
1140*480*1010
Poids brut
Kg
66
73
83
113
123
* Les données ci-dessus sont sujettes à modification sans préavis.
Summary of Contents for 7018545
Page 2: ......
Page 13: ... 11 2 Dimension mm Model Inverter 7 Model Inverter 10 13 ...
Page 14: ... 12 Model Inverter 17 21 Model Inverter 26 26T 35 35T ...
Page 21: ... 19 5 Electrical Wiring 5 1 SWIMMING POOL HEAT PUMP WIRING DIADRAM Inverter 7 10 13 17 21 ...
Page 22: ... 20 5 2 SWIMMING POOL HEAT PUMP WIRING DIADRAM Inverter 26 35 ...
Page 30: ... 28 8 Exploded Diagram and Maintenance 8 1 Exploded Diagram Model 7 kw ...
Page 32: ... 30 Model 26 kw ...
Page 41: ... 39 2 Dimension Model Inverter 7 Model Inverter 10 13 ...
Page 42: ... 40 Model Inverter 17 21 Model Inverter 26 26T 35 35T ...
Page 51: ... 49 5 2 SCHEMA DE CABLAGE DE POMPE À CHALEUR DE PISCINE Inverter 26 35 ...
Page 59: ... 57 8 Schéma eclaté et entretien 8 1 Schéma eclaté Modèle 7 kw ...
Page 61: ... 59 Modèle 26 kw ...
Page 70: ... 68 2 Afmeting Dimension Model Inverter 7 Model Inverter 10 13 ...
Page 71: ... 69 Model Inverter 17 21 Model Inverter 26 26T 35 35T ...
Page 78: ... 76 5 Elektrische bedrading 5 1 ZWEMBAD WARMTEPOMP BEDRADING SCHEMA Inverter 7 10 13 17 21 ...
Page 79: ... 77 5 2 ZWEMBAD WARMTEPOMP BEDRADING SCHEMA Inverter 26 35 ...
Page 87: ... 85 8 Open geklapt diagram en onderhoud 8 1 Open geklapt diagram Model 7 kw ...
Page 89: ... 87 Model 26kw ...
Page 98: ... 96 2 Ausmaße Model Inverter 7 Model Inverter 10 13 ...
Page 99: ... 97 Model Inverter 17 21 Model Inverter 26 26T 35 35T ...
Page 108: ... 106 5 2 VERKABELUNGSDIAGRAMM DER SCHWIMMBECKEN WÄRMEPUMPE Inverter 26 35 ...
Page 117: ... 115 8 Explosionszeichnung und Wartung 8 1 Explosionszeichnung Modell 7 kw ...
Page 119: ... 117 Modell 26 kw ...
Page 128: ... 126 2 Wymiary Model Inverter 7 Model Inverter 10 13 ...
Page 129: ... 127 Model Inverter 17 21 Model Inverter 26 26T 35 35T ...
Page 138: ... 136 5 2 SCHEMAT OKABLOWANIA POMPY GRZEWCZEJ DO BASENOW KĄPIELOWYCH Inverter 26 35 ...
Page 147: ... 145 8 Schemat budowy pompy 8 1 Widok urządzenia rozebranego Model 7kw ...
Page 149: ... 147 Model 26 kw ...
Page 158: ... 156 2 Dimension mm Model Inverter 7 Model Inverter 10 13 ...
Page 159: ... 157 Model Inverter 17 21 Model Inverter 26 26T 35 35T ...
Page 168: ... 166 5 2 SWIMMINGPOOL VARMEPUMPE WIRING DIAGRAM Inverter 26 35 ...
Page 176: ... 174 8 Eksploderede Diagram og vedligeholdelse 8 1 Eksploderede Diagram Model 7kw ...
Page 178: ... 176 Model 26 kw ...
Page 184: ... 182 ...
Page 185: ......
Page 186: ...A0111HYI07 ...