Key Features
- Maximum cooling capacity: 9,800 Btu/h (2.5 kW)
- Low Energy Consumption: Class A
- Silent Technology
- Eco-friendly gas: R290
- Fan function
- Dehumidifying function
- Exclusive condensate recirculation system
- 3 fan speeds
- Soft touch control panel
- Remote control
- 12h electronic timer and thermostat
- Handles and castors for easy transportation
Product Visual Description
A white De'Longhi PAC N90 ECO SILENT portable air conditioner unit is shown. It features a modern design with a soft-touch control panel on top and ventilation grilles. A remote control is also depicted.
Energy Efficiency Information
The unit is rated Class A for energy efficiency. The EU energy label indicates:
- Cooling capacity: 2.5 kW
- Energy Efficiency Ratio (EER): 2.6 W/W
- Energy consumption: 0.9 kWh/60min
- Sound power level: 64 dB(A)
Key Feature Highlights
- Efficiency: Perfect match of advanced technology and low consumption, achieving Class A of Energy Efficiency.
- New Eco-Design: Stylish and innovative design, kind to the environment.
- 700 Times Eco-Friendly: Uses the refrigerant gas R290, up to 696 times more environmentally friendly than traditional gases.
- Silent Technology: Offers up to 50% more silent operation thanks to DL technology.
- Soft Touch Control Panel: User-friendly panel for easy use of all functions.
Technical Data
| Specification | Value |
|---|---|
| Maximum cooling capacity | 9,800 Btu/h* / 2.5 kW** |
| Energy Efficiency Ratio (EER) | 2.6 (W/W) |
| For rooms up to | 85 m³ |
| Refrigerant gas | R290 |
| Energy Efficiency Class | A |
| Rated voltage – frequency | 220-240 V~50 Hz |
| Input power** | 940 W |
| Maximum sound power level | 64 dB(A) |
| Noise pressure level (min-max) | 50-52 dB(A) |
| Air flow (min-med-max) | 250-310-350 m³/h |
| Max dehumidifying (dehum. mode) | 34 l/24h |
| Dimensions (hxlxp) | 750x449x395 mm |
| Weight | 30 Kg |
* 35°C/80% R.H.
** 35°C/40% R.H. (EN14511)
*** 696 times compared to the impact of Global Warming of R410 - F-Gas Reg. 517/2014.
**** Tested in our laboratory by comparing the maximum sound level using max. fan speed vs sound level with min. fan speed.
