The HH Series Heatless Regeneration Adsorption Dryer is designed to deliver stable and ultra-dry compressed air through pressure swing adsorption (PSA). Equipped with high-efficiency activated alumina and molecular sieve adsorbents, this series ensures a consistent outlet dew point of ≤ –40°C, meeting the moisture-control requirements of demanding industrial processes.
The HH Series operates without external heating, resulting in lower energy usage, simple structure, and fewer maintenance needs. Its durable design ensures reliable moisture removal, making it ideal for environments where high-quality, moisture-free compressed air is essential.
| Model | Capacity (m³/min) | Voltage (V/Hz) | Power (kW) | Inlet/Outlet | Weight (kg) | Dimensions (mm) |
|---|
| LY-HH10NX | 1.5 | 220/50 | 0.1 | G1″ | 175 | 725×630×1795 |
| LY-HH20NX | 2.5 | 220/50 | 0.1 | G1″ | 310 | 840×570×1695 |
| LY-HH30NX | 3.8 | 220/50 | 0.1 | G1½” | 430 | 1020×610×1690 |
| LY-HH50NX | 6.5 | 220/50 | 0.1 | G1½” | 522 | 1160×680×1860 |
| LY-HH75NX | 10.5 | 220/50 | 0.1 | G2″ | 580 | 1200×720×2180 |
| LY-HH100NX | 13.5 | 220/50 | 0.1 | G2″ | 720 | 1260×780×2230 |
| LY-HH120NX | 17.0 | 220/50 | 0.1 | DN65 | 820 | 1350×930×2440 |
| LY-HH150NX | 21.5 | 220/50 | 0.1 | DN80 | 1000 | 1470×1000×2270 |
| LY-HH180NX | 25.0 | 220/50 | 0.1 | DN80 | 1100 | 1460×1000×2470 |
| LY-HH200NX | 28.5 | 220/50 | 0.1 | DN80 | 1180 | 1560×1070×2450 |
| LY-HH250NX | 32.0 | 220/50 | 0.1 | DN80 | 1350 | 1600×1050×2650 |
| LY-HH300NX | 37.0 | 220/50 | 0.1 | DN100 | 1420 | 1700×1100×2680 |
| LY-HH350NX | 41.5 | 220/50 | 0.1 | DN100 | 1550 | 1830×1150×2700 |
| LY-HH400NX | 45.0 | 220/50 | 0.1 | DN100 | 1670 | 1830×1150×2790 |
| LY-HH450NX | 50.0 | 220/50 | 0.1 | DN100 | 1790 | 2040×1240×2780 |
| LY-HH500NX | 55.0 | 220/50 | 0.1 | DN100 | 2000 | 2040×1240×2875 |
| LY-HH550NX | 60.0 | 220/50 | 0.1 | DN100 | 2120 | 2130×1300×2790 |
| LY-HH600NX | 65.0 | 220/50 | 0.1 | DN125 | 2320 | 2210×1340×2970 |
| LY-HH700NX | 75.0 | 220/50 | 0.1 | DN125 | 2500 | 2350×1380×2920 |
| LY-HH800NX | 85.0 | 220/50 | 0.1 | DN125 | 2850 | 2350×1380×2920 |
| LY-HH900NX | 95.0 | 220/50 | 0.1 | DN150 | 3000 | 2446×1430×3170 |
| LY-HH1100NX | 110 | 220/50 | 0.1 | DN150 | 4300 | 2610×1580×3060 |
| LY-HH1300NX | 130 | 220/50 | 0.1 | DN150 | 5100 | 2900×1400×3079 |
Note:Customized models are available for air flow above 130 m³/min or when special materials, specifications, or inlet temperature requirements are needed. All data is subject to change without prior notice.
In the Philippines, where high humidity, warm ambient temperatures, seasonal heavy rainfall, and coastal operating conditions can significantly increase the risk of condensation and moisture contamination in compressed air systems, the HH Series Heatless Regeneration Adsorption Dryer is especially suitable for applications that require a stable low pressure dew point of ≤ -40°C, reliable deep drying performance, and continuous-duty operation.
Using pressure swing adsorption (PSA) with activated alumina and molecular sieve adsorbents, the HH Series delivers moisture-free compressed air without external heating. This makes it a practical solution for facilities that need dependable low-dew-point air, lower operating complexity, and long-term stability in demanding industrial environments.
Recommended applications for the Philippine market include:
- Electronics and Electrical Manufacturing
Suitable for electronics assembly support systems, dry instrument air, chip testing support, and moisture-sensitive production environments. Stable low-dew-point compressed air helps reduce moisture-related defects and supports cleaner, more reliable manufacturing conditions. - Food and Beverage Processing and Packaging
Recommended for non-product-contact compressed air uses in food and beverage plants, including pneumatic controls, packaging lines, actuators, and utility air systems. In hot and humid factory environments, deeper drying helps reduce condensation risk and improves equipment stability. For direct product-contact uses, the air system should also be matched with appropriate filtration and plant quality requirements. - Laboratory Analyzers and Scientific Equipment
Well suited for laboratory analyzers, gas analyzers, environmental test chambers, FTIR spectrometers, ozone generators, and other scientific systems that require dry and stable compressed air for consistent performance. - Medical and Dental Air Systems
Applicable to medical air compressors, dental air compressors, and related clean air support systems where low moisture content is important for downstream equipment protection and stable air quality. - Pneumatic Automation and Robotics
Recommended for pneumatic automation equipment, robotic machinery, precision cylinders, and industrial control systems that require dry compressed air for stable motion, reduced maintenance, and reliable long-term operation. - Precision Instrumentation and Control Air
Suitable for instrument air supply, air-operated pumps, HVAC control systems, antenna pressurization, and other control applications where moisture can affect sensitivity, response accuracy, and operating reliability. - Dry Nitrogen Replacement and Specialized Utility Systems
Applicable to dry nitrogen replacement support, waveguide drying, and other specialized systems that benefit from low-moisture compressed air and stable dew point performance. - Metalworking and General Manufacturing
Can be used in metal processing plants, general manufacturing workshops, and production lines where moisture can cause corrosion, pneumatic instability, and avoidable downtime. This is especially relevant in humid Philippine operating conditions. - Graphic Printing and Precision Finishing
Suitable for graphic printing equipment, air brushing systems, and precision finishing operations where water contamination in compressed air can negatively affect process consistency and product quality. - Coastal and High-Humidity Industrial Facilities
For factories and technical facilities located in coastal Philippine cities or other high-humidity environments, the HH Series provides a clear advantage by delivering deeper drying performance for compressed air systems exposed to warm, moisture-laden ambient air.
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