kW
6.96
V
3/4
Šķidruma līnija
es
Rotējošais
Kompresora zīmols
/
Panasonic
Panasonic
Aukstumaģenta veids
/
R410A
Aukstumaģenta slodze
K
g5.2
6.5
| A | gaisa kondicionēšanas maksimālais spiediens | Bārs | ||
| Gaisa kondicionēšanas izplešanās tvertnes tilpums | L | itres | A | |
| kondicionēšanas ūdens pieslēgums Collas1.2 | 1.5 | D | izmēriem | es |
| ndurvju vienība | mm (HxWxL) | 720x435x353 | O | |
| āra vienība | mm (HxWxL) | 1161x476x1550 | 1161x476x1550 | |
| Iepakots D izmēriemes | ndurvju vienība | mm (HxWxL) | 830x530x450 | O |
| āra vienība | mm (HxWxL) | 1220x550x1650 | 1440/550/2070 | |
| N | un svars | es | ndurvju vienība | |
| Kilograms Oāra vienība | Kilograms | Iepakots svars | es | ndurvju vienība |
| Kilograms | O | āra vienība | Kilograms | |
| N | trokšņa līmenis | es | ndurvju vienība | |
| dB(A) Oāra vienība | dB(A) | pilns līdzstrāvas invertors siltumsūknis, pilns līdzstrāvas invertors | Sadalītā līdzstrāvas invertora siltumsūknis | Uzstādīšana |
| SF Pro teksts | , Roboto, | Helvetica Neue | , Helvetica, Tahoma, Arial, | |
| PingFang SC | , | Microsoft YaHei | Flamingo R410a Wifi sadalītā gaisa avota siltumsūkņa uzstādīšana: | |
| SF Pro teksts, Roboto, | Helvetica Neue, Helvetica, Tahoma, Arial, | PingFang SC | , | |
| Microsoft YaHei1. Atrašanās vietas izvēle: izvēlieties piemērotu vietu āra blokam, nodrošinot, ka tai ir pietiekami daudz vietas ventilācijai, un tā ir aizsargāta no tiešiem saules stariem un skarbiem laikapstākļiem. | 2. Ūdens tvertnes savienojums: siltumsūknis ir savienots ar ūdens tvertni, izmantojot tiešu cauruļvadu vai bufera tvertni. Šis savienojums nodrošina apsildāma vai atdzesēta ūdens cirkulāciju, kas tiek izplatīta visā sistēmā.3. Fan Coil vienības pieslēgšana: Fan coil vienības (FCU) tiek uzstādītas iekštelpās un savienotas ar siltumsūkni, izmantojot aukstumaģenta līnijas. Šīs vienības nodrošina kondicionētā gaisa sadali pa iekštelpu telpām. | 3/4 | 1 | |
| Liquid line | Inches | 3/8 | 1/2 | |
| Compressor type | / | Rotary | Rotary | |
| Compressor brand | / | Panasonic | Panasonic | |
| Refrigerant type | / | R410A | ||
| Refrigerant load | Kg | 5.2 | 6.5 | |
| Air conditioning maximum pressure | Bar | 3 | ||
| Air conditioning expansion tank volume | Litres | 5 | ||
| Air conditioning water connection | Inches | 1.2 | 1.5 | |
| Dimensions | Indoor unit | mm(HxWxL) | 720x435x353 | |
| Outdoor unit | mm(HxWxL) | 1161x476x1550 | 1161x476x1550 | |
| Packaged Dimensions | Indoor unit | mm(HxWxL) | 830x530x450 | |
| Outdoor unit | mm(HxWxL) | 1220x550x1650 | 1440/550/2070 | |
| Net weight | Indoor unit | Kg | 68 | 76 |
| Outdoor unit | Kg | 160 | 195 | |
| Packaged weight | Indoor unit | Kg | 76 | 84 |
| Outdoor unit | Kg | 175 | 215 | |
| Noise level | Indoor unit | dB(A) | 30 | |
| Outdoor unit | dB(A) | 57 | 59 | |
full dc inverter heat pumpfull dc inverter heat pumpfull dc inverter heat pumpfull dc inverter heat pumpfull dc inverter heat pumpfull dc inverter heat pump
Split DC Inverter Heat Pump
R32/R410a refrigerant, with Mitsubishi 10Hz~120Hz double rotor DC Inverter compressor, lower noise but more efficient.
Split system with better heating conditions. Well defrosting function and high working stability.
Simple controlling system for using.
Intelligent EEV achieve higher working performance. Standby after the temperature reaches the setting value,80%+energy saving.
With inverter technology. the unit could be started with lower current without big compact on the power grid which can reduce the indoor electrical interference being used. Service life could be extended 15 years.
heat pump air conditionerheat pump air conditionerheat pump air conditionerheat pump air conditionerheat pump air conditionerheat pump air conditioner
Multi-language Controller
R410A refrigeratorR410A refrigeratorR410A refrigeratorR410A refrigeratorR410A refrigeratorR410A refrigerator
Application
Heating, cooling, and domestic hot water functions
Heating+hot water
Cooling+hot water
Domestic hot water heat pump:
The domestic hot water heat pump is a highly efficient and environmentally friendly hot water supply system that heats water by extracting heat from the surrounding air, and has many advantages over traditional electric and gas water heaters. Below are the main advantages of domestic hot water heat pumps:
1. Environmentally friendly
Low carbon emission: domestic hot water heat pumps use electricity and do not directly burn fossil fuels, therefore reducing the emission of carbon dioxide and other greenhouse gases and lowering the impact on the environment.
Use of environmentally friendly refrigerants: Many domestic hot water heat pumps use environmentally friendly refrigerants such as R32 or R410A, which are less damaging to the ozone layer and have a lower global warming potential (GWP).
2. Stable and reliable
All-weather operation: Domestic hot water heat pumps can operate stably in all weather conditions, whether it is sunny or cloudy, to ensure the stability of hot water supply.
Long life: Domestic hot water heat pumps are designed to have a long life and low maintenance requirements, so users can enjoy a stable supply of hot water for a long time.
3.Convenient to use
Intelligent control: modern domestic hot water heat pumps are usually equipped with intelligent control systems, users can remotely control and monitor the operating status of the water heater through mobile phone apps or smart home systems, adjusting the temperature and mode, easy to operate.
4.Ready-to-use: heat pump water heaters can quickly heat water to meet the user's immediate water needs, without waiting for a long time for the heating process.
Product Advantages
Energy Efficiency: Split systems are highly energy-efficient due to their advanced technology and heat pump functionality. They can significantly reduce cooling and heating costs compared to traditional systems, providing long-term savings on energy bills.
Flexibility in Installation: Split systems offer great flexibility in installation, as the outdoor and indoor units can be separately mounted. This allows for easier integration into various building structures and allows the user to choose the most suitable locations for both units, optimizing performance and comfort.
Compact Design: Split systems are typically designed with a compact footprint, making them suitable for spaces where space is limited. The indoor units are often small and discreet, fitting into tight spaces without taking up valuable floor area.
Quiet Operation: Split systems are designed to operate quietly, minimizing noise pollution and ensuring a comfortable environment. The indoor units are typically equipped with sound-reducing features, making them suitable for use in bedrooms, libraries, or any other spaces where silence is essential.
Advanced Technology: Split systems often come with advanced features such as intelligent controls, temperature sensors, and air quality monitoring. These features enhance the user experience by providing optimal comfort, humidity control, and air purification, among others.
Zoning Capability: Split systems allow for zoning capabilities, meaning different areas of a building can be heated or cooled independently. This provides greater control and comfort, allowing users to adjust the temperature in specific areas based on their needs.
Creative And Detail-oriented
Installation
