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Product features
1. Energy-efficient and highly efficient, with low operating costs
2. Simple structure and easy maintenance
3. Stable ultra-low dew point
4. Oil-free and pollution-free
5. Long-life adsorbent
6. Adaptable to high load fluctuations
Technical Parameters
| SGD Series Zero Loss Blower Heat Desiccant Air Dryer | ||||
| Model | SGD-60 | SGD-80 | SGD-100 | |
| Capacity | m3/min | 65 | 87 | 110 |
| Heating power | kW | 48 | 64.8 | 81 |
| Blower power | kW | 10.8 | 13.8 | 17.5 |
| Air pipe connection | DN125 | DN150 | DN150 | |
| Weight | Kg | 4120 | 5500 | 6300 |
| Dimension | L | 2920 | 3040 | 3210 |
| W | 2510 | 2780 | 2920 | |
| H | 3080 | 3120 | 3200 | |
Main Applications
Oil & Gas: Instrument air for explosion-proof environments
Power & Chemical: High-purity compressed air requirements
Railway & Marine: Environments with unstable power supply
Laboratories & Precision Manufacturing: Ultra-low dew point requirements
FAQ
Q1. How does a heatless adsorption dryer work?
A. Principle: It uses a dual-tower pressure swing adsorption (PSA) system: While one tower adsorbs moisture, the other tower purges and regenerates the adsorbent (molecular sieve/alumina) with a small amount of dry air (approximately 12-15%).
Cycling: The dual-tower operating state is automatically switched (adsorption tower → regeneration tower) every 4-10 minutes, ensuring continuous air supply.
Q2. Is 15% regeneration air consumption a waste? How can it be reduced?
A. Necessity: Regeneration air consumption is an inherent characteristic of physical adsorption and is used to remove moisture from the adsorption tower.
Optimization Method: Optimize the model to match actual air consumption.
Install a dew point energy-saving control system: Automatically adjust regeneration air consumption based on humidity (reducing it to 8-10%).
Q3. What causes a sudden increase in outlet dew point (e.g., -20°C to 0°C)?
A. Adsorbent failure, adsorbent pulverization, valve leakage, or incomplete regeneration.
Q4. Does a heatless adsorption dryer require a power source?
A. Only control power is required: to drive the solenoid valve and controller (power <100W), no high-power electricity is required (unlike micro-heating types).
Q5. Which industries require heatless adsorption dryers?
A. Semiconductor manufacturing, medical ventilators, lithium battery coating, and food packaging.
Q6. What precautions should be taken when restarting after a shutdown?
A. Adsorbent regeneration: If the system has been down for >48 hours, the regeneration process must be manually initiated to prevent wet adsorbent from clumping.
Gradual loading: Start with a low flow rate for 10 minutes, then gradually increase the load.
Product features
1. Energy-efficient and highly efficient, with low operating costs
2. Simple structure and easy maintenance
3. Stable ultra-low dew point
4. Oil-free and pollution-free
5. Long-life adsorbent
6. Adaptable to high load fluctuations
Technical Parameters
| SGD Series Zero Loss Blower Heat Desiccant Air Dryer | ||||
| Model | SGD-60 | SGD-80 | SGD-100 | |
| Capacity | m3/min | 65 | 87 | 110 |
| Heating power | kW | 48 | 64.8 | 81 |
| Blower power | kW | 10.8 | 13.8 | 17.5 |
| Air pipe connection | DN125 | DN150 | DN150 | |
| Weight | Kg | 4120 | 5500 | 6300 |
| Dimension | L | 2920 | 3040 | 3210 |
| W | 2510 | 2780 | 2920 | |
| H | 3080 | 3120 | 3200 | |
Main Applications
Oil & Gas: Instrument air for explosion-proof environments
Power & Chemical: High-purity compressed air requirements
Railway & Marine: Environments with unstable power supply
Laboratories & Precision Manufacturing: Ultra-low dew point requirements
FAQ
Q1. How does a heatless adsorption dryer work?
A. Principle: It uses a dual-tower pressure swing adsorption (PSA) system: While one tower adsorbs moisture, the other tower purges and regenerates the adsorbent (molecular sieve/alumina) with a small amount of dry air (approximately 12-15%).
Cycling: The dual-tower operating state is automatically switched (adsorption tower → regeneration tower) every 4-10 minutes, ensuring continuous air supply.
Q2. Is 15% regeneration air consumption a waste? How can it be reduced?
A. Necessity: Regeneration air consumption is an inherent characteristic of physical adsorption and is used to remove moisture from the adsorption tower.
Optimization Method: Optimize the model to match actual air consumption.
Install a dew point energy-saving control system: Automatically adjust regeneration air consumption based on humidity (reducing it to 8-10%).
Q3. What causes a sudden increase in outlet dew point (e.g., -20°C to 0°C)?
A. Adsorbent failure, adsorbent pulverization, valve leakage, or incomplete regeneration.
Q4. Does a heatless adsorption dryer require a power source?
A. Only control power is required: to drive the solenoid valve and controller (power <100W), no high-power electricity is required (unlike micro-heating types).
Q5. Which industries require heatless adsorption dryers?
A. Semiconductor manufacturing, medical ventilators, lithium battery coating, and food packaging.
Q6. What precautions should be taken when restarting after a shutdown?
A. Adsorbent regeneration: If the system has been down for >48 hours, the regeneration process must be manually initiated to prevent wet adsorbent from clumping.
Gradual loading: Start with a low flow rate for 10 minutes, then gradually increase the load.
