- Immersion Cooling Containers
- W40 Hydro Cooling Container
- Tower-Inside Immersion Cooling Container
- Rack X Hydro Cooling Container
- Immersion Cooling System
- Immersion Cooling Plant Type 1.1MW
- Immersion Cooling Plant Type 1.0 MW
- Immersion Cooling Container 1.1MW/2.0MW
- Immersion Cooling Container
- Hydro Cooling Container
- Cabinet Cooling System
Introduction:
The Inrow Cooling Chilled Water System provides localized cooling by installing cooling units directly near the equipment, effectively reducing the temperature. The system offers advantages such as higher cooling efficiency and precision, eliminating energy losses from long-distance air distribution, and the ability to scale and adjust according to the cooling needs of different equipment.
The Row-Based Air Conditioner (Chilled water), while maintaining the characteristics of close proximity to heat sources and precise cooling, is more suitable for scenarios with limited on-site installation (no need to install a separate outdoor unit), supporting the continuous development of green data centers.
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Single Row Modular Solution |
Double Row Modular Solution |
Double Layer Modular Solution |
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Application:
● Small-to-medium sized Data Centers
● Modular Data Centers
● Cabinet Row Cooling (or heat) channel retrofitting
● Medium-to-high heat-density Communication Equipment
● Computer Rooms
Features:
● The key components are selected from well-known brands.
● A fully EC variable frequency design, automatically adjusting cooling and airflow output.
● The humidification component has zero power consumption and is energy-efficient.
● The "full cabinet-style straight or U-shaped" evaporator has a large area and low air resistance.
● The high-return air temperature design significantly improves energy efficiency.
● Three operation modes automatically switch and adjust in real time.
● The pump cabinet system is designed in series, highly integrated, and more energy-efficient.
● The pump cabinet is integrated on the outside, eliminating the need for separate space.
● Integrate efficient energy-saving algorithms and supports group control, rotation, and cascading.
Working Principle
The chiller supplies chilled water, which is pumped into the indoor unit for heat exchange, removing the heat from the room, and then returning the cooled water to the chiller.
The indoor fan drives air through the chilled water coils, accelerating the indoor heat exchange process.

Technical Data:
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CRC Row-Based Air Conditioner (Chilled water) |
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Indoor unit model |
CRC0030 |
CRC0060 |
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Air supply |
Front air supply |
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Performance parameter |
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Cooling capacity(kW) |
30 |
60 |
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Sensible capacity(kW) |
30 |
60 |
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Rated voltage/HZ |
220V1Ph~50Hz |
380V3Ph~50Hz |
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Max. operation current FLA (A) |
17.5 |
13.0 |
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Fan type |
EC centrifugal fan |
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Fan QTY |
6 |
2 |
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Circulating air volume(m³/h) |
5000 |
11500 |
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Heating capacity (kW) |
3 |
6 |
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Humidification (kg /h) |
1.5 |
3 |
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Connecting pipe size(30m) |
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Water inlet pipe size(mm) |
DN25 |
DN32 |
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Water outlet pipe size(mm) |
DN25 |
DN32 |
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Humidification inlet pipe(Internal thread) |
G3/4" |
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Water pump drain pipe(mm) |
ID12 |
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Natural drain pipe(mm) |
ID16*OD24 |
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Unit dimension and weight |
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Dimension-W(mm) |
300 |
600 |
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Dimension-D(mm) |
1200 |
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Dimension-H(mm) |
2000 |
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Weight(kg) |
165 |
205 |
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Electronic element specification |
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Air switch recommended (A) |
40 |
25 |
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Cable size (mm²) |
6 |
4 |
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Note: |
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Downloads
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