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649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers

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649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers

649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers
649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers

Large Image :  649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers

Product Details:

Place of Origin: China
Brand Name: Shenglin
Certification: CE certification
Model Number: D1 Series

Payment & Shipping Terms:

Minimum Order Quantity: 1
Price: 500~31005 USD/Unit
Packaging Details: For sample and less than container order: plywood case For Container order: pallet and wrapping film
Delivery Time: 35~40days
Payment Terms: T/T, Western Union
Supply Ability: 50~100 units per month
Detailed Product Description
Tube Material: Inner Grooved Copper Tube Fin Material: Hydrophilic Aluminum Fin Or Epoxy Resin Aluminum Fin
Frame Material: Galvanized Steel Plate Or Stainless Steel Or Aluminum Fan Brand: High Efficient Axial, External Rotor Motor, Ziehl Abegg Or Equivalent Fans
Application In HVAC 1: For Data Center Air Conditioning Application In HVAC 2: Match With Water Cooled Chiller
Application In HVAC 3: Immersion Cooling System Coil Structure: Floated Type
Design Capacity: We Can Design And Taior Made For You With Your Specification. Medium In Tube: BC-888
Type: Hybrid Type Dry Cooler Fin Space: 2.1mm
High Light:

649kw closed loop cooling systems

,

Multiple circuits closed loop cooling systems

,

Glycol dry cooling system

649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers​

 

Dry cooler vs wet cooling tower:

Dry coolers are heat-transfer devices that use air to remove excess heat into the atmosphere. Usually, a dry cooler presents a heat exchanger (usually fin heat exchanger) and fans. The fans are responsible for directing the air flow through the heat exchanger. Here is where the fluid (it can be water or another solution) is cooled and then circulated back into the system.

 

Sure, for a dry cooler to be efficient, the air temperature needs to be cooler than the water (or any other glycol solution) in the system. This explains why, for example, dry coolers work better in cold climate regions (while wet cooling towers are more efficient in hot and dry climates). Dry coolers tend to not be affected by air humidity, on the contrary of wet cooling towers.

 

Dry coolers have a limited cooling capacity, compared to wet cooling towers: the first one only brings the water temperature down to the ambient temperature (additional cooling can be achieved in other ways), while the latter can bring the water temperature up to 5 degrees down the ambient temperature.

 

Dry cooler features:

Air discharge direction 649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers 0
Performance ranges

Cooling capacity: from 5 to 649 kw

Air volume: from 2828 to 263503 m3/h

Sound pressure level: from 31 to 69 dB A(10m)

Dry coolers:customized on demand

High efficiency heat exchanger

Capacity designs for maximizing the heat transfer relative to the energy consumption of the fan.

Tube and tube coupling design for low pressure drop in the coil on the media sides(maximum 100KPa at water designing condition).

Our thermodynamic and aerodynamic designing software is long year tested and proved in Germany

Fan

Only choose low specific energy consumption fans.

Fan nozzle designs for maximum air flow and air throw.

Our fans from the world`s leading manufacturer are practically proved to be reliable in operation and long lasting.

Motor: protection class IP 54 and insulation class F.

Voltage:400V/3N/50Hz

Air separator for each fan.

Testing Heat exchangers are supplied clean and tested at a pressure of 30 bars
Options

Coil design refrigerant: water, oil, glycol.

Multiple circuits.

Sub-cooling circuits.

Stainless steel or aluminum casing.

Coated aluminum or copper fins.

Explosion ploof motor.

Customized fin spacing.

 

 

Dry Cooler technical parameter

Dry cooler D1 series parameter(fin space 2.1mm)

Type

D1-166-

4x630

D1-211-

6x630

D1-247-

6x630

D1-286-

8x630

D1-334-

8x630

D1-360-

10x630

D1-415-

10x630

D1-502-

12x630

D1-565-

14x630

D1-649-

16x630

Capacity Water 35℃ outdoor temp. Inlet 45℃, KW 165.92 211.36 247.3 286.15 334.49 359.72 415.31 502.25 565.18 649.48
outlet 40℃ Y 134.59 176.00 200.45 238.3 270.889 298.57 335.225 405.20 459.3 527.59
20% Glycol Inlet 45℃ 161.32 205.08 240.46 280.05 327.72 351.3 406.48 493.40 554.21 638.44
outlet 40℃ Y 130.96 170.87 195.07 233.18 265.64 291.81 328.48 398.45 450.87 519.13
Medium Water flow M3/h 29.00 37 43 50 58 63 72 88 98 113
Pressure drop kPa 50 70 47 97 95 92 70 97 96 95
Air flow M3/h 67455 109723 101185 146293 134908 179502 164442 197326 230584 263503
Y 51265 83661 76900 111544 102528 136437 124680 149612 174710 199665
Fan motor Phase 3 3 3 3 3 3 3 3 3 3
W 1100 16500 16500 22000 22000 27500 27500 33000 38500 44000
Y 700 10500 10500 14000 14000 17500 17500 21000 24500 28000
A 20.4 30.6 30.6 40.8 40.8 51.00 51.00 61.20 71.40 81.60
Y 12.00 18.00 18.00 24.00 24.00 30.00 30.00 36.00 42.00 48.00
Fan No X φ

2X2

X630

2x3

x630

2x3

x630

2x4

x630

2x4

x630

2x5

x630

2x5

x630

2x6

x630

2x7

x630

2x8

x630

Sound pressure level dB(A) 64 66 66 67 67 68 68 68 69 69
Y 10m 57 59 59 60 60 61 61 61 62 62
Dimension L mm 2930 4230 4230 5530 5530 6830 6830 8130 9430 10730
W mm 2100 2100 2100 2100 2100 2100 2100 2100 2100 2100
H mm 1070 1070 1070 1070 1070 1120 1120 1120 1120 1120
A mm -- -- -- -- -- -- -- -- -- --
B mm 1340 1340 1340 1340 1340 1340 1340 1340 1340 1340
C mm 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300
D mm 640 640 640 640 640 640 640 640 640 640
Inlet φ mm 3” 3” 3” DN100 DN100 DN100 DN125 DN125

2X

DN125

2X

DN125

Inlet φ mm 3” 3” 3” DN100 DN100 DN100 DN125 DN125

2X

DN125

2X

DN125

Product weight(empty) kg 658 689 760 1105 1270 1320 1420 1584 1848 2112

 

Application:

Industrial field: process engineering, heat / power plant, power generation, chemical industry, air conditioning chiller, heat transformer, sloar system, smelting, etc.. It is suitable for all equipment which needs heat dissipation and is installed in the open air.

 

 

Shenglin dry cooler selection software example:

649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers 1

 

How does immersion cooling work and what is the impact on the future of data centers?

Immersion cooling is a process in which servers and other IT hardware are immersed in non-conductive fluids such as 3M™ Novec™ Engineered Fluids. Heat generated by the electronic components is transferred to the fluid, reducing the need for active cooling components, such as interface materials, heat sinks and fans that are common in air cooling.

Data centers will need to improve energy efficiency and reduce size to keep up with the data demand. Liquid immersion cooling in data centers offers a unique opportunity to reduce cooling costs by 95% and reduce data center size by 10x.

Shenglin and Shenglin partner can offer one-stop solution:

For bitcoin mining farm, if use immersion cooling system, Shenglin dry cooler is the most cost-effective way to remove heat and a necessary component of the immersion cooling system, We designed a full range of immersion optimized dry coolers. From 5kW single fan unit to the V-shaped 48-921kW dry coolers. Made in China, sized to your needs.

Like this way:
649kw Hydrophilic Aluminum Fin Closed Loop Cooling Systems Fluid Coolers 2

Contact Details
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Contact Person: Sunny

Tel: +8613916639154

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