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| Model | HDF Series |
| Heat Exchanger | 3-in-1 Aluminum Plate Type |
| Refrigerant | R134a / R410A |
| Pressure Dew Point | 3-10℃ |
| Pressure Drop | 0.3bar |
| Design Temperature | 25/35°C |
Linghein HDF Series Refrigerated Air Dryers deliver exceptional performance as a leading Energy Efficient Refrigerated Dryer designed for modern industrial demands. This Energy Efficient Refrigerated Dryer incorporates advanced R410A Low GWP refrigerant technology to achieve superior cooling efficiency while supporting Sustainable Compressed Air production across various sectors. With integrated Smart IoT Monitoring capabilities, the Linghein HDF Series Refrigerated Air Dryers provide real-time insights and automated adjustments, making it an ideal Energy Efficient Refrigerated Dryer for facilities prioritizing Low Dew Point Technology and Sustainable Compressed Air solutions. The combination of R410A Low GWP and Smart IoT Monitoring ensures optimal operation in this Energy Efficient Refrigerated Dryer.
The innovative design of the Linghein HDF Series Refrigerated Air Dryers emphasizes Low Dew Point Technology that consistently removes moisture to protect downstream equipment. As an Energy Efficient Refrigerated Dryer, it minimizes energy consumption without compromising performance, aligning perfectly with global trends toward Sustainable Compressed Air systems. Users benefit from the R410A Low GWP features that reduce environmental impact while maintaining reliable cooling cycles. Smart IoT Monitoring allows remote oversight of key parameters, enhancing the overall value of this Energy Efficient Refrigerated Dryer and promoting Sustainable Compressed Air practices in daily operations.
Linghein (Shanghai) Gas Technology Co., Ltd., as a wholly owned subsidiary of the Atlas Copco Group, brings world-class expertise to every Energy Efficient Refrigerated Dryer in the HDF Series. Since joining Atlas Copco in 2011, Linghein has integrated advanced screw compressor technology with evolving R&D systems, resulting in continuous innovation for products like this Energy Efficient Refrigerated Dryer. The focus on R410A Low GWP refrigerants demonstrates commitment to Sustainable Compressed Air solutions that meet both performance and environmental standards. Low Dew Point Technology combined with Smart IoT Monitoring creates a highly responsive Energy Efficient Refrigerated Dryer suitable for diverse industrial applications.
In manufacturing environments, the Linghein HDF Series Refrigerated Air Dryers excel by delivering consistent Low Dew Point Technology results that prevent corrosion and contamination. This Energy Efficient Refrigerated Dryer supports Sustainable Compressed Air initiatives by lowering power usage through optimized cycles. The inclusion of Smart IoT Monitoring enables predictive maintenance, reducing downtime significantly. Facilities adopting R410A Low GWP technology appreciate how this Energy Efficient Refrigerated Dryer contributes to greener operations while ensuring high-quality air output. The Low Dew Point Technology embedded in the design makes it a preferred Energy Efficient Refrigerated Dryer for precision industries requiring Sustainable Compressed Air.
Key technical advantages of the Linghein HDF Series Refrigerated Air Dryers include robust heat exchange systems that enhance the performance of this Energy Efficient Refrigerated Dryer. R410A Low GWP refrigerant ensures lower global warming potential compared to older alternatives, supporting Sustainable Compressed Air goals. Smart IoT Monitoring provides data analytics that help operators fine-tune settings for maximum efficiency. The advanced Low Dew Point Technology achieves and maintains optimal moisture removal levels, distinguishing this Energy Efficient Refrigerated Dryer from conventional models. These features collectively advance Sustainable Compressed Air standards in competitive markets.
Applications for the Linghein HDF Series Refrigerated Air Dryers extend to food processing, pharmaceuticals, and automotive sectors where Low Dew Point Technology is critical. As an Energy Efficient Refrigerated Dryer, it reduces operational costs while delivering reliable results. The R410A Low GWP aspect appeals to organizations focused on sustainability targets. Smart IoT Monitoring facilitates seamless integration into smart factory ecosystems, further promoting Sustainable Compressed Air usage. This Energy Efficient Refrigerated Dryer proves valuable wherever clean, dry air is essential for production quality and equipment longevity.
Innovation in the Linghein HDF Series Refrigerated Air Dryers stems from intelligent engineering that prioritizes Energy Efficient Refrigerated Dryer performance. The implementation of Smart IoT Monitoring allows for adaptive control based on real-time conditions, optimizing Low Dew Point Technology outcomes. R410A Low GWP refrigerants reflect forward-thinking design for Sustainable Compressed Air applications. This Energy Efficient Refrigerated Dryer not only meets current industry needs but anticipates future requirements for eco-friendly operations. The synergy between Smart IoT Monitoring and Low Dew Point Technology creates a standout Energy Efficient Refrigerated Dryer solution.
The focus on Sustainable Compressed Air makes the Linghein HDF Series Refrigerated Air Dryers an excellent investment for forward-looking businesses. Every unit functions as a high-performance Energy Efficient Refrigerated Dryer with built-in R410A Low GWP benefits. Low Dew Point Technology ensures air quality that exceeds expectations, while Smart IoT Monitoring simplifies management. This Energy Efficient Refrigerated Dryer supports long-term sustainability by reducing energy demands and environmental footprint. Organizations seeking reliable Low Dew Point Technology continue to choose this advanced Energy Efficient Refrigerated Dryer for their compressed air systems.
Overall, the Linghein HDF Series Refrigerated Air Dryers represent the next generation of Energy Efficient Refrigerated Dryer technology. Through R410A Low GWP innovation, Smart IoT Monitoring intelligence, and Low Dew Point Technology precision, it delivers exceptional Sustainable Compressed Air results. This Energy Efficient Refrigerated Dryer stands ready to enhance productivity while aligning with global environmental priorities.
Thermal Zoning Design: Dedicated hot and cold zones prevent heat buildup around electrical components, ensuring stable operation and avoiding shutdowns caused by overheating.
Microchannel Condenser: Multi-channel flow design, increase heat transfer surface area by up to 30%. All-aluminum brazed construction, eliminates contact thermal resistance
3-in-1 Aluminum Plate Heat Exchanger: Ultra-high heat transfer efficiency with up to 20% performance improvement and up to 30% size reduction
Intelligent Controller: High-precision sensors with NTC temperature probe, ensuring dew point accuracy of ±0.1°C. RS485 communication enables real-time monitoring of evaporator and condenser outlet temperatures, as well as refrigerant pressure
Designed for applications requiring stable and dry compressed air, this refrigerated air dryer is ideal for manufacturing, laser cutting, electronics, food processing, and automotive industries. Its high-efficiency heat exchange system and precise dew point control ensure reliable moisture removal, helping protect downstream equipment, improve product quality, and maintain stable operation in continuous production environments.
| Model |
Capacity (㎡/min) |
Refrige-rant | Rated Power (W) |
Power Supply (V/Ph/Hz) |
Max Pressure (bar) |
Dimension(mm) | Weight (kg) |
Air Outlet |
Water Pipe |
|||||||||
| A-Cooled | W-Cooled | Length | Width |
Height A-Cooled W-Cooled |
A-Cooled | W-Cooled | ||||||||||||
| HDF10 | 1.0 | R134a | 220 | -- | 230/1/50 | 13 | 430 | 354 | 463 | -- | 30 | -- | G3/4" | -- | ||||
| HDF13 | 1.3 | R134a | 360 | -- | 230/1/50 | 13 | 548 | 400 | 615 | -- | 36 | -- | G3/4" | -- | ||||
| HDF21 | 2.1 | R134a | 370 | -- | 230/1/50 | 13 | 548 | 400 | 615 | -- | 38 | -- | G3/4" | -- | ||||
| HDF40 | 4.0 | R410A | 700 | -- | 230/1/50 | 13 | 600 | 520 | 750 | -- | 56 | -- | G1" | -- | ||||
| HDF66 | 6.6 | R410A | 1050 | -- | 230/1/50 | 13 | 600 | 520 | 750 | -- | 58 | -- | G1 1/2" | -- | ||||
| HDF85 | 8.5 | R410A | 1100 | -- | 230/1/50 | 13 | 650 | 650 | 875 | -- | 75 | -- | G1 1/2" | -- | ||||
| HDF105 | 10.5 | R410A | 1150 | -- | 230/1/50 | 13 | 650 | 650 | 875 | -- | 79 | -- | G2" | -- | ||||
| HDF140 | 14.0 | R410A | 1400 | -- | 230/1/50 | 13 | 752 | 745 | 960 | -- | 102 | -- | G2" | -- | ||||
| HDF175 | 17.5 | R410A | 1650 | -- | 230/1/50 | 13 | 752 | 800 | 1020 | -- | 119 | -- | G2" | -- | ||||
| HDF220 | 22.0 | R410A | 2650 | -- | 230/1/50 | 13 | 927 | 795 | 1126 | -- | 168 | -- | G2 1/2" | -- | ||||
| HDF260 | 26.0 | R410A | 2900 | -- | 230/1/50 | 13 | 927 | 795 | 1126 | -- | 174 | -- | G2 1/2" | -- | ||||
| HDF300(W) | 30.0 | R410A | 3663 | 3481 | 230/1/50 | 14 | 1120 | 1120 | 1400 | 1400 | 255 | 275 | DN80 | R3/4" | ||||
| HDF350(W) | 35.0 | R410A | 3943 | 3481 | 230/1/50 | 14 | 1120 | 1120 | 1400 | 1400 | 255 | 275 | DN80 | R3/4" | ||||
| HDF450(W) | 45.0 | R410A | 7218 | 6272 | 380/3/50 | 14 | 1270 | 1220 | 1600 | 1600 | 390 | 410 | DN100 | R1" | ||||
| HDF500(W) | 50.0 | R410A | 7218 | 6272 | 380/3/50 | 14 | 1270 | 1220 | 1600 | 1600 | 390 | 410 | DN100 | R1" | ||||
| HDF600(W) | 60.0 | R410A | 8530 | 7056 | 380/3/50 | 14 | 1420 | 1220 | 2050 | 1880 | 550 | 580 | DN150 | R1" | ||||
| HDF750(W) | 75.0 | R410A | 10590 | 9116 | 380/3/50 | 14 | 1570 | 1220 | 2050 | 1880 | 580 | 610 | DN150 | R1 1/2" | ||||
Linghein provides a comprehensive range of compressed air solutions, including screw air compressors, air dryers, filtration systems, piping solutions, and energy recovery systems. Backed by Atlas Copco expertise, our products are designed to deliver reliable performance, energy efficiency, and flexible configurations for diverse industrial applications worldwide.
Whether operating in manufacturing plants, textile workshops, mining sites, food processing facilities, or precision production environments, Linghein solutions are designed to adapt to varying airflow demands, operating conditions, and environmental challenges. From continuous heavy-duty production to clean air applications, we support stable and efficient industrial operation worldwide.
