| 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 engineered with an innovative capability to seamlessly transition its operational modes, adapting gracefully to the ever-changing ambient temperatures.Dry Cooling Mode
As the mercury dips below -10ºC or the output temperature registers lower than the set point, the spray pump halts, allowing the cooling tower to seamlessly switch to an efficient dry cooling mode. This smart transition reduces water evaporation in colder seasons and offers an economically sound alternative to refrigeration, delivering cooling efficiency with notable savings in both water and energy.
Wet Cooling Mode
When the thermometer climbs past a specific threshold of -2ºC, or the output temperature exceeds a predetermined level, the spray pump springs into action, engaging the cooling tower in the dynamic wet cooling mode. This process ensures robust evaporative cooling, delivering substantial cooling capacity when it's needed the most.
Water saving, Energy conservation, Environmental protection
> Compared to traditional wet cooling towers, this advanced system significantly reduces spray water usage, thereby decreasing overall water consumption, promoting superior sustainability.
> Through the implementation of cutting-edge intelligent control systems and state-of-the-art cooling technology, energy consumption is optimized, leading to remarkable reductions in electricity usage and enhanced energy utilization.
> The dry-wet hybrid cooling system efficiently minimizes water mist emissions, contributing to a lower environmental footprint and bolstering eco-friendliness.
Operation & Maintenance Cost Saving
> The closed-circuit circulation system maintains the purity of the cooling medium, significantly reducing water contamination and treatment costs. Moreover, utilizing the dry cooling mode in winter months greatly minimizes the risk of freezing, ensuring the components of the cooling tower are safeguarded. This strategic approach not only slashes operation and maintenance expenses but also guarantees the enduring, stable performance of the equipment.
> With factory assembly, transportation and installation are streamlined and efficient, ultimately conserving valuable time and effort in the setup process.
MAIN PARTS
Forced Draft Centrifugal Fan Drive System
Our state-of-the-art Forced Draft Centrifugal Fan Drive System features a premium centrifugal fan, proudly bearing the AMCA Seal for excellence in air performance, sound control, and FEG standards. Equipped with advanced wheel blades and a belt pulley drive mechanism, each fan is meticulously subjected to stringent static and dynamic testing, achieving a perfect balance at G2.5 grade. This ensures supreme heat transfer performance within our cooling towers, all while maintaining an impressively low noise level. Capable of handling vast air volumes, the flow range extends from 1000m3h-100000m3h. This fan system stands out for its unparalleled stability, exceptional efficiency, whisper-quiet operation, and remarkable energy conservation.
Key Parts for Closed Circuit System And Dry-Wet Cooling Modes.
Within our sophisticated system, the fluid medium requiring efficient cooling circulates seamlessly through the fin tube heat exchanger and stainless steel heat exchange coil enclosed within our closed circuit system. This innovative design ensures pristine cleanliness, significantly reduces water treatment and maintenance costs, and conserves valuable water resources, all while providing high-efficiency cooling.
Fin tube heat exchanger and stainless steel heat exchange coil serve as not only indispensable components of closed circuit systems but also as crucial elements of our Dry-Wet Cooling Modes.
Finned Tube Heat Exchanger
Crafted with precision, our finned tube heat exchanger incorporates stainless steel tubes combined with aluminum spiral fins, offering exceptional anti-corrosion properties and stability. The innovative structural design maximizes the heat exchange area, enhances heat transfer efficiency, and facilitates comprehensive air exchange with the fin tube. This ultimately leads to water-saving operation during both dry and wet cooling stages. Additionally, it effectively prevents the formation of 'white smoke' during winter operations, ensuring a superior working environment and extending the equipment's operational life.
Stainless Steel Heat Exchange Coil
Our premium heat exchange coil features a stainless steel serpentine bending tube and a robust framework, guaranteeing outstanding thermal performance and ensuring full contact with sprayed water for optimal heat exchange and efficient cooling. These stainless steel pipes are not only corrosion-resistant but also lightweight and recyclable, making them an eco-friendly choice.
Optional Various Additional Functions
Enhance your system with numerous optional features such as: Two-speed & VFD variable frequency motors, vibration cut-off switches, electronic descalers, advanced water treatment equipment, an anti-freeze automatic heating system, noise reduction upgrades, and external maintenance platforms with guardrails. Additionally, consider the installation and maintenance boom for comprehensive support.
| 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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