Contrôle WiFi Pompe à Chaleur Eau Chaude, Chauffe-eau hybride/pompe à chaleur air-eau basse température pour le chauffage et les travaux d'eau chaude
Modèle NON.
YY-800DG
Rated Heating Capacity
37kw
Pouvoir
380V.50Hz
Rated Heating Input Capacity
9.11kw
Rated Input Current
15.7UNE
Max Input Capacity
13kw
Max Input Current
22.27UNE
Rated Water Heating Temperature
55-75 Degree
Water Pressure
80kpa
Compressor
Mitsubishi/Panasonic/Copeland
Température de fonctionnement
-7–43 Degree
Inlet/Output Fitting Size
1.25″
Waterproof Grade
Ipx4
dB(un)
Less or Equal to 65
Freezing Medium
R22/134A/407c/410A
Marque déposée
FEO
Forfait transport
Plastic Bag Inside with Wooden Frame
spécification
3–20HP
Origine
la province de Zhejiang, Chine
Code SH
8418612090
La description
Air Source Heat Pump, Air to Water Heat Pump (11KW to 75KW)
A heat pump is a mechanical device that transfers heat from one environmental compartment to another, typically against a temperature gradient (i.e. from cool to hot). In order to do this, an energy input is required: this may be mechanical, electrical or thermal energy. In most modern heat pumps, electrical energy powers a compressor, which drives a compression-expansion cycle of refrigerant fluid between two heat exchangers: a cold evaporator and a warm condenser. The efficiency, or coefficient of performance (COP), of a heat pump is defined as the thermal output divided by the primary energy (electricity) input. The COP decreases as the temperature difference between the cool heat source and the warm heat sink increases. An efficient ground source heat pump (GSHP) may achieve a COP of around 4. Heat pumps are ideal for exploiting low‐temperature environmental heat sources: the air, surface waters or the ground. They can deliver significant environmental (CO2) and cost savings.
A heat pump is a mechanical device that transfers heat from one environmental compartment to another, typically against a temperature gradient (i.e. from cool to hot). In order to do this, an energy input is required: this may be mechanical, electrical or thermal energy. In most modern heat pumps, electrical energy powers a compressor, which drives a compression-expansion cycle of refrigerant fluid between two heat exchangers: a cold evaporator and a warm condenser. The efficiency, or coefficient of performance (COP), of a heat pump is defined as the thermal output divided by the primary energy (electricity) input. The COP decreases as the temperature difference between the cool heat source and the warm heat sink increases. An efficient ground source heat pump (GSHP) may achieve a COP of around 4. Heat pumps are ideal for exploiting low‐temperature environmental heat sources: the air, surface waters or the ground. They can deliver significant environmental (CO2) and cost savings.
| Specification-English | Data-3P | Data-5P | Data-7P | Data-10P |
| Modèle Non. | YY-245DG | YY-400DG | YY-520DG | YY-800DG |
| Rated Heating Capacity(O) | 11000 | 18500 | 24000 | 37000 |
| Rated Heating Input Capacity(O) | 2650 | 4550 | 6000 | 9114 |
| Rated Heating Input Current(UNE) | 12 | 7.9 | 10.6 | 15.7 |
| Coefficient of Performance(W/W) | 4.15 | 4.1 | 4.0 | 4.1 |
| Max Input Capacity(O) | 3500 | 6433 | 7600 | 12900 |
| Max Input Current(UNE) | 16 | 11.11 | 13.3 | 22.27 |
| Pouvoir | 220V/50Hz | 380V/50Hz | 380V/50Hz | 380V/50Hz |
| Compressor Type | Scroll Type | Scroll Type | Scroll Type | Scroll Type |
| Max Water Heating Temperature(°C) | 60 | 60 | 60 | 60 |
| Température ambiante(°C) | -7~43 | -7~43 | -7~43 | -7~43 |
| Rated Water Heating Capacity(△t=40°C) | 245L/H | 400L/H | 520L/H | 800L/H |
| Freezing Medium | R22 | R22 | R22 | R22 |
| Freezing Medium amount (g) | 1450 | 2800 | 4000 | 2800*2 |
| Inlet/Output Fitting Size | 3/4″ | 1″ | 1″ | 11/2“ |
| Allowed Working Overpressure of Suction Side | 0.7MPa | 0.7MPa | 0.7MPa | 0.7MPa |
| Allowed Working Overpressure of Exhaust Side | 2.7MPa | 2.7MPa | 2.7MPa | 2.7MPa |
| Allowed Working Overpressure of High Pressure Side | 3.0MPa | 3.0MPa | 3.0MPa | 3.0MPa |
| Allowed Working Overpressure of Low Pressure Side | 0.85MPa | 0.85MPa | 0.85MPa | 0.85MPa |
| Allowed Working Overpressure of Heat Exchanger Side | 2.7MPa | 2.7MPa | 2.7MPa | 2.7MPa |
| Protection against Electric Shock | 1st Grade | 1st Grade | 1st Grade | 1st Grade |
| Waterproof Grade | IPX4 | IPX4 | IPX4 | IPX4 |
| Masse(N.W) | 125KGS | 200KGS | 380KGS | 380KGS |
| Dimension(cm) | 72*81*118 | 80*80*119.5 | 80*80*129.5 | 150*80*129.5 |
About Us
We Yangyang Trade Company is a leading supplier of solar water heaters and related products with over 10 années‘ export experience.
Main market covers India,Vietnam,Moyen-Orient,East Africa,Argentina,Mexico,etc…….
Products include Non-Pressure,pressurized solar water heater,flat plate solar water heater,solar collector project with all variety of configuration.
Do welcome to join us for a same concept—-Making a friendly environment,solar water heater,go GREEN!!!!
Notre service
| Inquriy Response | Your Inquiry will be replied within 24 Hours |
| Sample Order | 3–7 Days for sample order |
| FEO/ODM | Can do OEM/ODM Basing on your detailed Request |
RAQ
| Heure de livraison | LCL order/Sample order: 3–7journées Full container order:10-15journées. |
| garantie | 3 years for whole system,1 year for accessories |
| FEO | Could do OEM Basing on all your detailed requirements |
| Paiement | T/T,L/C,West Union,Money Gram |
| SHIPPING TERM | EXW/FOB/CFR/CIF/CIP |
| Quantité minimale de commande | 1 Set |
| Forfait | LCL order/Sample order in wooden box Package Full container order in Standard quality export carton with PE Foam Protection |
| Monthly Production Capacity | 5000 SETS |
| Shipping Term | By Sea/Air/Rail |