Product Introduction:
Cold plate liquid cooling load bank use liquid air with high specific heat capacity as the refrigerant to minimize power consumption for heating components. Compared with common air-cooled loads, water-cooled loads have lower noise and are suitable for data centers with high requirements for hard drives and hibernation. They can test and accept key power equipment such as computer room power supplies, UPS, emergency power supplies, and photovoltaic groups, maintain.
Application areas:
It is used in many fields such as data centers, scientific research institutes, communication facilities, equipment, aerospace, industrial enterprises, rail transportation, etc.
Product advantages:
1.Higher energy consumption efficiency: Water-cooled loads can save 30%-50% of power consumption on average compared to air-cooled loads.
2.Better silent quality: Under the same heat dissipation level, the noise of water-cooled loads can be reduced by 20-35 decibels compared with air-cooled loads.
Higher heat dissipation efficiency: The heat taken away by the same volume of liquid is nearly 3,000 times that of the same volume of air, and the heat conductivity of the liquid is 25 times that of air.
3.Stable performance and long life: Due to higher heat dissipation efficiency, the main component loss of water-cooled loads is lower than that of air-cooled loads, which can bring long-term stable performance and service life.
4.Generally speaking, water-cooled loads are more energy-saving, quieter, and more reliable, and are suitable for users who value energy consumption and silence.
Product Introduction:
Cold plate liquid cooling load bank use liquid air with high specific heat capacity as the refrigerant to minimize power consumption for heating components. Compared with common air-cooled loads, water-cooled loads have lower noise and are suitable for data centers with high requirements for hard drives and hibernation. They can test and accept key power equipment such as computer room power supplies, UPS, emergency power supplies, and photovoltaic groups, maintain.
It is used in many fields such as data centers, scientific research institutes, communication facilities, equipment, aerospace, industrial enterprises, rail transportation, etc.
※Higher energy consumption efficiency: Water-cooled loads can save 30%-50% of power consumption on average compared to air-cooled loads.
※Better silent quality: Under the same heat dissipation level, the noise of water-cooled loads can be reduced by 20-35 decibels compared with air-cooled loads.
※Higher heat dissipation efficiency: The heat taken away by the same volume of liquid is nearly 3,000 times that of the same volume of air, and the heat conductivity of the liquid is 25 times that of air.
※Stable performance and long life: Due to higher heat dissipation efficiency, the main component loss of water-cooled loads is lower than that of air-cooled loads, which can bring long-term stable performance and service life.
Generally speaking, water-cooled loads are more energy-saving, quieter, and more reliable, and are suitable for users who value energy consumption and silence.
Name | Cold plate liquid cooling load bank |
Voltage | 220VAC |
Power | 4 kW |
Control mode | Miniature circuit breaker |
Distribution | Route A: 2kW 1st gear Route B: 2kW, 1st gear |
Socket requirements | Dual IEC power socket (C19) with 2 national standard power cords |
Weight | 12kg |
Colour | black |
Way of working | continuously working |
Installation method | Meets 19 inch standard cabinet installation |
Usage environment | Liquid cooled data center |
Ambient temperature | -10℃~50℃ |
Operating environment humidity | 0~90%,No condensation |
Altitude | ≤2000m |
Protection grade | IP31 |
Front of equipment | Front layout handle, slightly broken |
On the back of the device | Arrangement of power interface and waterway interface at the back door |
Overall dimensions | Depth ≤700mm, height ≤3U |
Withstand voltage level | AC 2000V/50HZ /1 minute without breakdown flashing |
Insulation | F/AC1000V,insulation resistance≥10MΩ |
Inlet water temperature | 5~40℃ |
Outlet water temperature | Temperature difference under rated flow rate ≥ 10 ℃ |
Waterway interface | Two in and two out, with each circuit carrying a load of 2kW The external interface of the water pipe is UQD04 (male) |
Design pressure | 1.0MPa |
Pressure loss | ≤70KPa |
Flow | Single circuit 0.6-3.15LPM |
Cooling method | water-cooling |
Liquid receiving material | The main body of the pipeline shall not be less than 304 stainless steel, and the elastic sealing material shall be EPDM rubber |
Surface treatment and cleaning | Stainless steel pipes are pickled and passivated, cleaned and dried with pure water, and properly packaged to prevent secondary pollution |
Full load accuracy | ±3% |
Instrument sampling accuracy | Level 0.5 |
Display | Display the temperature of two outlet pipes; |
Protection function | Short circuit protection Over temperature protection: High temperature alarm at 55~60 ℃, alarm above 60 ℃ and automatic unloading protection, can be set |
Communication | Supports RS485 or RJ45 |
Service life | ≥15 years |
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