Water-cooled air conditioner uses an advanced combination of evaporative cooling technology and water cooling for refrigeration. Specifically, when IDU of air conditioner is cooling, it generates heat. The heat is carried to ODU by circulating water. With the advanced evaporative cooling technology, the heat in the water is quickly transferred to the outdoor, thus achieving the entire cooling process.
Motor :
AHK25-LDA-SElectrical Source (V/Hz) :
220-240V, 380-415V,50/60HZPower :
5.3Fan Type :
CentrifugalAirflow(m3/h) :
6000Compressor :
5PCooling Area (m2) :
150-200Water Flow (m3/h) :
4Air supply distance :
15Cooling Capacity (kW) :
25Eco-Friendly & Energy-Efficient Air Conditioner Airflow Water Air Conditioner Warehouse Factory Cooling System Retail Stores Workshop Floors
Low-Carbon Life
Energy-Saving AC Key Advantages:
1.30% Higher Cooling Output - Achieves 20-30% greater cooling capacity with the same horsepower compressor.
2.Copper Pipe-Free Design - Eliminates connecting pipes between units to reduce installation costs and prevent energy loss.
3.Ultra-Long Distance Installation - Supports separation distances up to 200 meters between indoor and outdoor units.
Specification:
| Electric source |
220-240V, 380-415V,50/60HZ |
|
| Power | 5.3KW |
|
| Cooling Capacity | 25KW |
|
| Airflow | 6000m³/h |
|
| Type | Hanging type | |
| Fan Type | Centrifugal |
|
| Compressor | 5P |
|
| Current | 11A |
|
| Water Flow (m3/h) | 4 |
|
| Cooling Area (m2) | 150-200 | |
| Pipe Diameter | DN25 |
|
| Unit | IDU | ODU |
| Net Weight (kg) | 165 | 80 |
| Operation Weight (kg) | 170 | 140 |
| Dimensions (LxWxH) | 1400*850*750mm | 800*800*1350mm |
Characteristics:
WORKING PRINCIPLE
 |
Refrigeration principle of refrigerant system
The compressor compresses gaseous refrigerant into a high - temp, high - pressure gas, sending it to the condenser for cooling, turning it into a medium - temp, high - pressure liquid. |
The eco-friendly and energy-efficient air conditioning system utilizes a synergistic combination of evaporative cooling technology and water-cooling circulation to achieve high-efficiency refrigeration. Its operational principle involves: during the cooling cycle, the indoor unit generates heat which is then transferred to the outdoor unit via circulating water. Advanced evaporative cooling technology rapidly dissipates the heat from the water into the outdoor air, thereby completing the entire refrigeration process.
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The water-cooled AC employs an innovative hybrid of evaporative cooling and water-cooling technologies. During operation, the IDU's generated heat is transferred via water circulation to the ODU, where advanced evaporative cooling rapidly discharges heat outdoors, completing the refrigeration cycle.
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Water-cooled air conditioner uses an advanced combination of evaporative cooling technology and water cooling for refrigeration. Specifically, when IDU of air conditioner is cooling, it generates heat. The heat is carried to ODU by circulating water. With the advanced evaporative cooling technology, the heat in the water is quickly transferred to the outdoor, thus achieving the entire cooling process.
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The mini chiller air conditioner utilizes an advanced refrigeration system combining evaporative cooling and water-cooling technologies. Working principle: 1.Heat generated by the Indoor Unit (IDU) during operation 2.Transferred to the Outdoor Unit (ODU) via water circulation 3.Advanced evaporative cooling rapidly dissipates heat outdoors 4.Completes the refrigeration cycle
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