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Our cooling system is designed for maximum safety, efficiency, and flexibility in server room applications. With features like water-free operation, redundant fan design, and energy-saving heat pipe technology, it minimizes energy consumption and operational risks. The intelligent control system continuously monitors environmental conditions, ensuring stable, balanced performance with remote control capabilities. Multiple configuration options and easy expandability make this system ideal for both current and future data center needs.

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Product Features

Product Advantages

FAQ

1.Safe and Reliable Operation
The system ensures no water enters the server room, completely eliminating the safety risks associated with chilled water. Its redundant fan design automatically adjusts airflow, optimizing energy consumption while reducing noise levels.

2.High-Strength Testing and Stable Performance
The system undergoes rigorous testing to verify its durability and efficiency. The high-efficiency, stable system design ensures reliable operation, even under challenging conditions.

3.Energy-Saving and Cost-Reducing
By utilizing refrigerant phase change and natural gravity principles, the system achieves a closed-loop cooling cycle within the server room, minimizing power consumption. The heat pipe technology eliminates the need for compressors, using gravity to complete the cooling cycle, further reducing energy usage.

4.Intelligent Control
Equipped with a temperature and humidity controller that continuously monitors heat load, the system supports remote control via communication interfaces. Advanced networking and group control functions ensure balanced operation across multiple units, with features like redundant backup, automatic restart after power failure, and dynamic cooling control for efficient operation.

5.Versatile Configurations
A range of end-user options is available, including aisle-level, room-level, backplane-type, and ceiling-mounted configurations. The system can be customized with high-efficiency parallel-flow or copper-aluminum fin heat exchangers, and can be easily expanded to meet future growth needs.

type	Heat pipe backplane air conditioner MGB003G	Heat pipe backplane air conditioner MGB005G	Heat pipe backplane air conditioner MGB007G	Heat pipe backplane air conditioner MGB010G	Heat pipe backplane air conditioner MGB013G	Heat pipe interrow air conditioning MGA025G	Heat pipe interrow air conditioning MGH025G	Heat pipe interrow air conditioning MGH040G	Heat pipe ceiling air conditioner MGC008C	Heat pipe ceiling air conditioner MGC016C
Total cooling capacity(kw)	3.2	5.6	7.5	10.5	15.1	25.6	26.8	40.2	8.5	16.4
Sensible cooling capacity(kw)	3.3	5.6	7.5	10.5	13.4	25.6	26.8	40.2	8.5	16.4
Sensible heat ratio	1	1	1	1	1	1	1	1	1	1
Fan type			DC axial flow fan				EC centrifugal fan		EC centrifugal fan
Number of fans (units)	6	8	8	16	16	6	3	3	1	2
Blast rate(m³/h)	1000	1500	2200	3000	4300	6500	6840	12000	3600	6000
Air supply mode	Forward discharge	Forward discharge	Forward discharge	Forward discharge	Forward discharge	Last in, first out	Last in, first out	Back in and out	downwind	downwind
Outlet static pressure(Pa)						20	20	20	50	50
Power consumption(W)	47	82	115	164	216	424	445	1140	243	480
Energy efficiency ratio(EER)	70.2	68.3	65.2	64	62	60.3	60.2	35.3	35	34.2
Condenser/copper pipe(mm)	9.52/12.7	12.7/15.88	12.7/15.88	15.88/19.05c	15.88/19.05c	19.05/22	19.05/22	19.05/22	15.88/19.05	15.88/22
Condensate drainage(mm)	10	10	10	10	10	20	20	20	20	20
Power source(V/Hz/P)	220/50/1	220/50/1	220/50/1	220/50/1	220/50/1	220/50/1	220/50/1	220/50/1	220/50/1	220/50/1
Air switch(A)	C6A/2P	C6A/2P	C6A/2P	C10A/2P	C10A/2P	C16A/2P	C16A/2P	C16A/2P	C6A/2P	C10A/2P
breadth(mm)	595	595	595	595	595	300	300	600	650	1200
profundity(mm)	130	130	130	130	130	1200	1200	1200	600	600
Altitude(mm)	2000/2200	2000/2200	2000/2200	2000/2200	2000/2200	2000/2200	2000/2200	2000/2200	600	600
weight(kg)	50/58	52/60	72/80	81/89	88/96	48/56	62/65	104/120	60	110

1.Maximized Safety
The system’s design prevents water from entering the server room, eliminating the potential risks associated with traditional chilled water systems and ensuring a safer environment for critical equipment.

2.Energy Efficiency
By utilizing natural gravity and heat pipe technology, the system significantly reduces power consumption, eliminating the need for compressors and lowering overall energy costs while maintaining effective cooling.

3.Enhanced Operational Flexibility
Multiple configuration options, including aisle-level, room-level, and ceiling-mounted systems, provide flexibility to suit various facility layouts. The system is also designed for easy expansion, allowing it to grow alongside your data center's evolving needs.

4.Intelligent and Automated Control
With continuous monitoring of temperature and humidity, the system adjusts dynamically to changing conditions, ensuring optimal performance. Features like remote control, redundancy backup, and automatic restart further enhance reliability and ease of management.

5.Proven Reliability
The system undergoes high-strength testing and features a robust, stable design, offering long-term durability and dependable performance even in demanding environments.

FAQs

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?

Redundancy 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.