Ultrapac 2000 Super plus /Standard Heatless Regenerated Adsorption Dryers, manufactured by Donaldson Germany, provide a reliable, cost-effective solution for achieving low-pressure dew points. These dryers are suitable for various industrial applications, ensuring consistent, clean, and dry air. Proper maintenance and system integration are crucial for optimal performance and longevity.

Product Features:

• Efficient air drying with pressure dew points of -40 ºC and -70 ºC.

• Modular design available in mini and midi series with varying capacities.

• Pre-installed coalescing pre-filter and particulate after-filter.

• User-friendly microprocessor controller for optimal filter replacement notifications.

• Clear text display showing operating status, fault indications, and maintenance intervals.

• Desiccant housed in replaceable cartridges for consistent clean, dry air supply.

• Intelligent capacity control for adjusting adsorption cycles based on water inlet load.

• Economizer providing real-time information for optimal filter element exchange.

• High-efficiency oil separating filter (0.01 micron) and automatic drainage system for oil-lubricated compressors.

Applications:

• Compressed air systems require low-pressure dew points.

• Industrial processes need consistent, clean, dry air.

• Facilities using oil-lubricated compressors.

• Environments where energy efficiency and maintenance cost reduction are critical.

Industries:

1. Manufacturing

2. Food and Beverage

3. Pharmaceuticals

4. Electronics

5. Automotive

6. Chemical Processing

Specifications:

• Pressure Dew Points: -40 ºC and -70 ºC.

• Series: Mini and Midi.

• Filters: Coalescing pre-filter and particulate after-filter.

• Controller: Microprocessor with clear text display.

• Desiccant: Replaceable cartridges.

• Capacity Control: Intelligent adjustment based on water load.

• Oil Separation: High-efficiency oil separating filter (0.01 micron).

• Drainage: Automatic system for oil-lubricated compressors.

Advantages:

• Low capital cost compared to alternatives.

• 6% energy consumption with extended switching durations, slow part wear.

• Final air dryness surpasses heat-free regenerated gas.

Disadvantages:

• Greater initial expense for non-refrigerated dryers.

• Desiccant beds require replacement every three to five years.

• Certain activities may affect overall energy efficiency.

• Inadequate pre-drying filtration and drainage may lead to oil aerosol contamination.