(Evaporative air cooler) excellent electrics water air cooler high rpm motor for air cooler
Model | XZ13-060 |
Airflow(m3/h) | 6000 |
Power supply(V/Hz) | 220/50 |
Power(W) | 210 |
Applicable area(m2) | 30-45 |
Noise(dB) | ≤65 |
Fan type | Axial fan |
Speed | 3 speeds |
Overall Size(mm) | 850x480x1080 |
Water capacity(L) | 60 |
Water consumption(L/h) | 4 to 6 |
Controller | LCD-panel+Remote |
Net weight(kg) | 35 |
Air Discharge | side |
Comparisons with conventional air conditioning
Evaporative Air Cooling | Refrigerated Air Conditioning |
• Uses only 10% of the electricity compared with conventional air conditioning | • High electrical use due to refrigerant circuit compressor |
• No refrigerants | • Use environmentally damaging refrigerants |
• Supplies 100% fresh cooled air | • Use mainly recycled air |
• Low carbon dioxide footprint | • High carbon dioxide impact |
• Simple engineering | • Complex engineering |
• Low purchase cost | • High purchase cost |
• Performance improves at high temperatures | • Performance reduces at high temperatures |
• doors & windows can be kept open | • doors & windows must be closed,easy to get "air conditioner disease" |
• cools the whole room | • cools the rooms they are placeed in |
(1)How about the warranty of the air coolers?
1-2 year warranty for the whole machine.
(2)What are the differences between air coolers and air conditions?
| Parameters | Air cooler | Air Conditoner |
| Capital Cost | Low | High |
| Recurring cost | 90% lower than AC | Very high |
| Indoor Air Quality | 100% Fresh Filtered Cool Air | Stale Dry Air Re-circulated |
| Refrigerants | Water | Polluting Refregerants |
| Maintenance | Simple & Cost Effective | Complex & Expensive |
| Portability | Yes | No |
| Usage | Outdoor & Indoor | Indoor Only |
| Emission | Eco-friendly | Environmentally Harmful CFC |
| Carbon Emissions | Nil | Very high |
The 3-step air cooling process is very simple and no less effective than morden refrigerated air conditioning technologies.
Step-1:
An air moving system pulls fresh outside air and drives it through the moist cooling pad.
Step-2:
The water in the pads evaporates, bringing down the temperature of the air passing through the cooing pads.
Step-3:
Then blows the cool 100% fresh air into the room.
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