Optimal Adiabatic Cooler Equipment for High-Performance Air Cooling

Customization: Available
Ventilation Mode: Mechanical Ventilation
Material: Metal

Product Description

Basic Specifications
Model NO.
NWFL-VA
Air Contact Form
Dry
Air Contact Way
Closed
Noise Level
Ultra Low
Application Fields
Industrial
Certification
ISO, CE
Cooling Capacity
300kw-1680kw
HS Code
84195000
Adiabatic Cooler Solutions

Introducing the NWFL-VA series—a groundbreaking V-type dry air cooler that redefines excellence in cooling technology with its state-of-the-art Adiabatic Cooling System. Dive into an unmatched cooling performance that promises exceptional efficiency throughout the year, precisely engineered for data centers and a wide range of other facilities.

This cutting-edge solution delivers an elite free cooling experience, significantly minimizing water usage when compared to conventional evaporative cooling technologies. It stands as a sustainable and economically savvy choice for forward-thinking enterprises striving for modernity and environmental responsibility.

Adiabatic Cooler Equipment
Key Features
1
V-type Configuration: Ingeniously crafted with a V-type configuration that harmoniously integrates a superior adiabatic cooling system, delivering unparalleled cooling efficiency while minimizing water consumption.
2
EC Motor Technology: Incorporates groundbreaking EC motors, ensuring the pinnacle of system efficiency and significantly reducing energy costs.
3
Robust Redundancy: Thoughtfully designed with robust redundancy measures to guarantee the absolute eradication of potential thermal performance degradation.
4
Reliability & Maintenance: Boasts exceptional reliability and is engineered for effortless maintenance and long-term service.
Cooling Features
Working Principle
Working Principle Diagram

When the adiabatic cooler springs into action: refreshingly cold water cascades from the apex of the cooler, smoothly permeating high-efficiency evaporative cooling pads. Meanwhile, the EC axial fan draws in cool and dry air, allowing it to glide over the pads and undergo a remarkable precooling process. This significantly amplifies the cooling capability for warm process fluids.

Technical Parameters
Parameter Chart
Model Cooling Capacity (kw) Dimensions (L/W/H mm) Fans (Nos) Noise dB(A) Power (kw) Ship Weight (kg)
NWFL-231-4D10-800VA2002500/2400/2190483.74.051348
NWFL-231-6D10-800VA2502500/2400/2190489.15.211494
NWFL-241-4D10-800VA2552500/2400/2550482.25.611498
NWFL-241-6D10-800VA3152500/2400/2550485.26.751690
NWFL-251-4D10-800VA3102500/2400/2980483.37.781670
NWFL-251-6D10-800VA4002500/2400/2980485.59.181909

Note: Standard design based on 5ºC fluid difference and 17ºC temp approach.

Components & Options
Construction
Heavy-duty Construction

Galvanized steel panel fortified with anti-corrosion coating. Resilience matches stainless steel, reducing water consumption via more concentrated cycles.

Heat Exchanger
V Type Finned Coil

Copper tubes and aluminum fins maximize heat transfer efficiency. Robust design ensures superior thermal conduction and outstanding performance.

Axial Fan
EC Axial Fan

IP55 protection, F insulation, and efficiency exceeding IE4 standards. Noise is expertly minimized without compromising heat exchange efficacy.

Adiabatic Pre-cooler Intelligent Controls
Manufacturing & Logistics
Manufacturing Base

Our expansive manufacturing base spans 10,000 square meters, fully equipped for world-class production. We hold ISO9001:2015 and ISO14001:2015 certifications, reflecting our adherence to rigorous international standards.

Packaging & Shipping
Shipping 1 Shipping 2 Shipping 3
Technical Strength & Certifications
Strength 1
Cert 1 Cert 2
Cert 3
Frequently Asked Questions
Q1: What is the main advantage of an adiabatic cooler over a standard dry cooler?
A: Adiabatic coolers use evaporative cooling pads to precool the incoming air, significantly increasing cooling capacity during peak summer temperatures while using much less water than a traditional cooling tower.
Q2: How does the EC motor help in energy saving?
A: EC motors feature intelligent frequency conversion that adjusts fan speed based on real-time cooling demands, often exceeding IE4 efficiency standards and reducing operational costs.
Q3: Is the NWFL-VA series suitable for data center applications?
A: Yes, it is specifically engineered for high-demand environments like data centers where reliability, ultra-low noise, and high thermal efficiency are critical.
Q4: What maintenance do the evaporative pads require?
A: The pads are anti-UV treated and can be cleaned with a pressure washer. Their impregnated cellulose construction ensures long-term durability with simple routine inspections.
Q5: Can this unit operate in areas with limited water access?
A: Absolutely. The system is designed to maximize water saving (over 90% annually compared to normal cooling towers) and can operate in dry mode when ambient temperatures are low.
Q6: What materials are used for anti-corrosion protection?
A: We use galvanized steel panels with specialized anti-corrosion coatings that offer resistance comparable to stainless steel, ensuring a long service life even in industrial environments.

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