| Customization: | Available |
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| After-sales Service: | Oneline |
| Warranty: | 1 Year |
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Low-pressure compressor: Compression ratio down to 1.1, saves 17% energy in transitional seasons
Dual expansion valves: 7% low-load dehumidification, prevents condensation
Wet membrane humidifier: Easy upkeep, saves 95%+ energy
Smart mode switching: Uses outdoor air for free cooling
| IDU model | CTACJ-CRA3060 |
| Power supply | 380 - 415V/3Ph/50Hz |
| Air supply | Frontal air supply |
| Cooling capacity(kW) | 60 |
| Sensible capacity(kW) | 60 |
| FL(A) | 57.2 |
| Compressor QTY | 1 |
| Fan type | EC centrifugal fan |
| Fan QTY | 3 |
| Air flow(m³/h) | 12000 |
| Heater capacity(kW) | 9.0 |
| Humidification capacity(kg/h) | 4.5 |
| Connection pipe(30m) | |
| Liquid pipe(mm) | 15.9 |
| Gas pipe(mm) | 22.0 |
| Humidifier water inlet pipe | G1/2" |
| Gravity drainage pipe(mm) | ID9.53*OD17.02 |
| Condensate pump drainage pipe(mm) | ID15*OD24 |
| Physical parameters | |
| Dimension(WDH)(mm) | 600*1100/1200*2000 |
| Net weight(kg) | 310 |
| ODU model | |
| Flat - type ODU(40ºC) | CMT088SP |
| Flat - type ODU(45ºC) | CMT099SP |
| V - type ODU(45ºC) | CMT099SF |
| ODU model | Fan QTY | Circuit | Net weight(kg) | Dimension | ||
| W | D | H | ||||
| CMT038SP | 1 | Single | 124 | 1146 | 817 | 1078 |
| CMT044SP | 1 | Single | 134 | 1146 | 817 | 1216 |
| CMT050SP | 1 | Single | 145 | 1146 | 817 | 1216 |
| CMT055SP | 1 | Single | 152 | 1346 | 817 | 1216 |
| CMT066SP | 2 | Single | 168 | 2171 | 817 | 1048 |
| CMT077SP | 2 | Single | 172 | 2171 | 817 | 1048 |
| CMT088SP | 2 | Single | 245 | 2171 | 817 | 1216 |
| CMT099SP | 2 | Single | 245 | 2171 | 817 | 1216 |
| ODU model | Fan QTY | Circuit | Net weight(kg) | Dimension | ||
| W | D | H | ||||
| CMT044SF | 1 | Single | 180 | 1275 | 1100 | 2130 |
| CMT050SF | 1 | Single | 180 | 1275 | 1100 | 2130 |
| CMT066SF | 1 | Single | 210 | 1275 | 1100 | 2130 |
| CMT088SF | 1 | Single | 240 | 1275 | 1100 | 2130 |
| CMT099SF | 1 | Single | 240 | 1275 | 1100 | 2130 |
How does a data center achieve precise temperature and humidity control?
Through advanced sensing technology and control systems, temperature accuracy of ±0.5°C and humidity control of ±3% RH can be achieved, ensuring optimal operating conditions for data center equipment.
What energy efficiency and saving measures are included?
Utilizes high-efficiency components such as variable frequency compressors and EC fans, combined with intelligent control systems that automatically adjust output based on actual load, effectively reducing energy consumption.
How is reliability and redundancy designed?
Redundant design and fault warning systems are typically implemented to enhance overall system reliability and availability.
How does it adapt to different environmental conditions?
The design considers the year-round cooling needs of data centers, even during winter. Equipment, pipelines, and valves are equipped with effective measures to prevent freezing or cold air from directly entering the main server room, which could lead to condensation and negatively impact electronic information equipment.
What are the maintenance and operational costs?
The design is simple and easy to maintain, while energy-saving technologies reduce operational costs. For instance, centralized systems have higher maintenance costs, whereas decentralized systems require less than 1 million RMB in annual operating expenses.
How does it address high heat density issues?
For high-density IT cabinets, high heat density solutions are provided to effectively address localized hotspots, including regional high heat density strategies and localized hotspot mitigation methods. For instance, centralized systems have higher maintenance costs, whereas decentralized systems require less than 1 million RMB in annual operating expenses.
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