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Air conditioner-heat pump PANASONIC Heatcharge VZ Inverter+ 2.5/3.6kW, R32, CS-VZ9SKE / CU-VZ9SKE
Heatcharge. Energy Charge System.
Energy class A+++ and offers maximum comfort and energy savings. This powerful air heat pump is designed for commercial and residential climate that places extremely high demands on the heating system.
- Energy Charge System. Heat storage unit which utilizes non-stop heating and fast heating function
- nanoe™, technology with the benefits of hydroxyl radicals, improve protection 24/7
- Econavi Sunlight Detection sensor: Even higher efficiency and great comfort
- Super Quiet! Only 18dB(A), equivalent to night-time in the countryside
- Performance tested at -35°C Outdoor temperature
- More powerful airflow to quickly reach the desired temperature
Voice control. Words do more than actions
Control without boundaries and get hands-free help to fully access the features of your air conditioners. Maximising your cooling comfort is now a breeze with our Network-Enabled air conditioners with Panasonic Comfort Cloud and voice control.
nanoe™️ X: improving protection 24/7
7 effects of nanoe™ X – Panasonic unique technology
nanoe™ X, internationally-validated technology in testing facilities
The effectiveness of nanoe™ X technology has been tested by 3rd party laboratories in Germany, Denmark, France, Malaysia and Japan.
99,9 %* of certain bacteria inhibited*
Reduction of 99,9% of Staphyloccocus aureus after 8 hours of exposure. Texting organisation: Danish Technological Institute. Report no. 868988.
Specifications
| Heatcharge VZ Inverter+ • R32 | |||
|---|---|---|---|
| 2.5 kW | |||
| Kit | CS-VZ9SKE/CU-VZ9SKE | ||
| Annual energy consumption cooling (3) | kWh/a | 83,00 | |
| Heating capacity at -7°C | kW | 5,00 | |
| Annual energy consumption heating (3) | kWh/a | 812 | |
| Indoor power source | V | 230 | |
| Indoor recommended fuse | A | 16 | |
| Indoor air flow (Cool) | m³/min | 12,5 | |
| Indoor air flow (Heat) | m³/min | 15,5 | |
| Indoor sound pressure (Cool -Hi) (4) | dB(A) | 44 | |
| Indoor sound pressure (Cool -Hi) (4) | dB(A) | 44 | |
| Indoor sound pressure (Cool -Lo) (4) | dB(A) | 27 | |
| Indoor sound pressure (Cool -Q-Lo) (4) | dB(A) | 18 | |
| Indoor sound pressure (Heat -Hi) (4) | dB(A) | 44 | |
| Indoor sound pressure (Heat -Lo) (4) | dB(A) | 26 | |
| Indoor sound pressure (Heat -Q-Lo) (4) | dB(A) | 18 | |
| Outdoor air flow (Cool) | m³/min | 33,1 | |
| Outdoor air flow (Heat) | m³/min | 33,1 | |
| Outdoor sound pressure (Cool -Hi) (4) | dB(A) | 49 | |
| Outdoor sound pressure (Cool -Hi) (4) | dB(A) | 49 | |
| Outdoor sound pressure (Heat -Hi) (4) | dB(A) | 49 | |
| Outdoor dimension (Height) (5) | mm | 630 | |
| Outdoor dimension (Width) (5) | mm | 799 | |
| Outdoor dimension (Depth) (5) | mm | 299 | |
| Pipe length range | m | 3 ~ 15 | |
| Elevation difference (in/out) (6) | m | 12 | |
| Lowest outdoor temperature tested by 3rd party laboratory (7) | °C | -35 | |
(1) Energy Label Scale from A+++ to D.
(2) EER and COP calculation is based in accordance to EN14511.
(3) The annual energy consumption is calculated in accordance to EU/626/2011.
(4) The sound pressure of the indoor unit shows the value measured of a position 1 m in front of the main body and 0,8 m below the unit. For outdoor unit 1 m in front and 1 m in rear side of main body. The sound pressure is measured in accordance with JIS C 9612. Q-Lo: Quiet mode. Lo: The lowest set fan speed.
(5) Add 70 mm for piping port.
(6) When installing the outdoor unit at a higher position than the indoor unit.
(7) Tested by 3rd party laboratory, SP, according to EN14511:2013 and SP Method 1721, this temperature is not guaranteed by Factory.