| Customization: | Available |
|---|---|
| After-sales Service: | Consult Newin Sales Representative |
| Warranty: | Consult Newin Sales Representative |
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ADVANTAGE
Dry-Wet Hybrid Cooling Mode
The NCFN-GS cooling tower is a marvel of engineering, skillfully adapting its operational modes in response to ambient temperature fluctuations, ensuring optimal performance and efficiency.Dry Cooling Mode
When the ambient temperature dives below -10ºC or when the output temperature is cooler than the set threshold, the intelligent system halts the spray pump. This transition to dry cooling mode significantly curtails water evaporation during the chilly months. Furthermore, it provides ice water, serving as an innovative alternative to conventional refrigeration, ultimately leading to substantial water and energy savings.
Wet Cooling Mode
As temperatures rise beyond a specified limit of -2ºC, or when output temperatures exceed a certain point, the system seamlessly triggers the spray pump. This initiates the wet cooling mode, where evaporative cooling ensures a robust and substantial cooling capacity, meeting demanding thermal management needs.
Water saving, Energy conservation, Environmental protection
> Compared to traditional wet cooling towers, this innovative design excels in reducing spray water usage and significantly decreases overall water consumption, setting a new standard for resource efficiency.
> Through the integration of cutting-edge intelligent control systems and advanced cooling technology, the tower achieves remarkable reductions in energy consumption, maximizing energy utilization and culminating in impressive electricity savings.
> The dry-wet hybrid design proficiently minimizes water mist emissions, diminishing environmental impact and enhancing eco-friendliness, reflecting a commitment to sustainable cooling solutions.
Operation & Maintenance Cost Saving
> The closed-circuit circulation system is engineered to ensure the purity of the cooling medium, effectively reducing water contamination and lowering water treatment costs. Additionally, the use of dry cooling mode during winter significantly mitigates the risk of freezing, safeguarding cooling tower components. This not only slashes equipment operation and maintenance expenses but also guarantees long-term stability and reliability.
> The product's factory-assembled design ensures seamless transportation and installation, saving precious time and effort, and facilitating a smooth and hassle-free setup process.
MAIN PARTS
Forced Draft Centrifugal Fan Drive System
Our premium centrifugal fan, endorsed with the prestigious AMCA Seal for exemplary air performance, sound, and FEG, promises superior functionality. It features expertly crafted wheel blades and a precision belt pulley driving system. This powerhouse has undergone exhaustive static and dynamic examinations, ensuring it is balanced to an impressive G2.5 grade. Revel in its outstanding cooling tower heat transfer capabilities with whisper-soft operation. Its immense air volume spans a flow range from an astonishing 1000m3h-100000m3h. Esteemed for its unwavering stability, remarkable efficiency, subdued noise levels, and low power demands, it stands as a paragon of modern engineering.
Key Parts for Closed Circuit System and Dry-Wet Cooling Modes.
The cooling fluid circulates with finesse through the fin tube heat exchanger and stainless steel heat exchange coil within the closed circuit system, offering unparalleled cleanliness, significantly slashing water treatment and maintenance costs, while also conserving valuable water resources with supreme cooling proficiency.
Fin Tube Heat Exchanger and stainless steel heat exchange coil are indispensable not just to closed circuit systems but also as vital components in Dry-Wet cooling modes.
Finned Tube Heat Exchanger
Crafted from stainless steel tubes and aluminum spiral fins, the fin tube heat exchanger boasts exceptional anti-corrosion abilities and robust stability. Its meticulously engineered structural design maximizes the heat exchange area, advancing efficiency in heat transfer. It facilitates comprehensive air interaction with the fin tube, ensuring water-saving operation during both dry and wet cooling phases. This ingenious design also eliminates the phenomenon of "white smoke" during winter operation, guaranteeing an optimal working environment and prolonging the service life of the equipment.
Stainless Steel Heat Exchange Coil
Featuring a high-grade stainless steel serpentine bending tube encased in a durable framework, this coil provides outstanding thermal performance, ensuring seamless contact with spray water for superior heat exchange and effective cooling. These stainless steel pipes are not only corrosion-resistant but also lightweight and environmentally sustainable, being fully recyclable.
Optional Various Additional Functions
Enhance your system with versatile options: Two-speed & VFD variable frequency motor, Vibration Cut-off Switch, Electronic descaler, Advanced water treatment equipment, Anti-freeze automatic heating system, Noise reduction enhancements, External maintenance platform with guardrail, and Installation and maintenance boom, among others.
| Model | Wet Cooling | Free Cooling | Fan Motor | Spray Pump | Total Dimension (without silencer) |
Weight | ||||
| Fluid flow | Cooling capacity | Capacity 12/7/0ºC |
Power | Power | L | W | H | Shipping | Operation | |
| m³/h | kW | kW | kW | kW | mm | mm | mm | kg | kg | |
| NCFN-GS-L-510-F | 66 | 340 | 77 | 5.5 | 2.2 | 4680 | 2200 | 2920 | 3468 | 5184 |
| NCFN-GS-L-510-S | 66 | 340 | 108 | 7.5 | 2.2 | 4680 | 2200 | 3040 | 3636 | 5421 |
| NCFN-GS-L-640-S | 97 | 499 | 111 | 7.5 | 2.2 | 4680 | 2200 | 3240 | 3908 | 5812 |
| NCFN-GS-L-640-E | 97 | 499 | 142 | 11.0 | 2.2 | 4680 | 2200 | 3360 | 4082 | 6041 |
| NCFN-GS-L-1000-F | 119 | 612 | 139 | 15.0 | 4.0 | 6920 | 2200 | 2990 | 5438 | 8061 |
| NCFN-GS-L-1000-S | 119 | 612 | 211 | 18.5 | 4.0 | 6920 | 2200 | 3110 | 5647 | 8213 |
| NCFN-GS-L-1250-S | 175 | 900 | 218 | 22.0 | 4.0 | 6920 | 2200 | 3310 | 5898 | 8698 |
| NCFN-GS-L-1250-E | 175 | 900 | 273 | 30.0 | 4.0 | 6920 | 2200 | 3430 | 6107 | 9019 |
| NCFN-GS-L-1560-F | 225 | 1158 | 206 | 37.0 | 5.5 | 7520 | 2400 | 3190 | 6291 | 9928 |
| NCFN-GS-L-1560-S | 225 | 1158 | 273 | 37.0 | 5.5 | 7520 | 2400 | 3310 | 6534 | 10311 |
| NCFN-GS-L-1560-E | 225 | 1158 | 273 | 45.0 | 5.5 | 7520 | 2400 | 3430 | 6777 | 10694 |
| Note: 1. Standard Design Working Condition: Fluid in/out temperature: 35/30ºC. 2. Standard design ambient wet/dry bulb temperature: 21/31ºC. 3. Above data sheet based on 40% ethylene glycol solution fluid. 4. Please contact NEWIN sales representative if working condition not same as above standard design condition. |
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NEWIN FACTORY
Nestled in the vibrant Huizhou, Guangdong, our expansive manufacturing base spans an impressive 10,000 square meters, offering a state-of-the-art environment for innovation and production excellence.
ISO CERTIFICATION
Boasting prestigious ISO certifications, including ISO9001:2015 for Quality Management and ISO14001:2015 for Environmental Management, Newin exemplifies a commitment to superior quality and sustainable practices.
WORKSHOPS
Welding Workshop
Filler Thermoforming Workshop
Sheet Metal Processing Workshop
Cooling Tower Assembly Workshop
Open Type Cooling Towers Shipment: Experience seamless transit with our expertly coordinated shipping solutions, ensuring your equipment arrives on time and in pristine condition.
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