Piston compressor COMPACT-AIR SILENCE 231/20 OF E

• Compressed air filters are used for highly efficient removal of solid particles, water, oil, aerosols, hydrocarbons, odors and vapors from compressed air systems.
• To achieve the required quality of compressed air, filters that gradually remove all types of solid and liquid contaminants from the compressed air must be installed in the compressed air line.
• Your advantages through better quality compressed air:
• Safe filtration of both liquids such as water and aerosols as well as particles, dust and gases
• Better working and production conditions
• Optimum protection of connected tools and machines
• Improved product quality through reduction of rejects
• Protection of the compressed air system against contamination
• Increase of productivity by reduction of instant maintenance

• for the separation of solid contaminants up to 0.1μm
• Residual oil aerosol content up to 0.1 mg / m³ at 20 ° C and 1 bar
• Operating temperature 1.5 to 65 ° C
• absolute compressed air quality according to ISO 8573-1
• for safe separation of condensate and particles
• complete with filter element and float valve

Manufacturer
Aircraft Kompressorenbau und Maschinenhandel GmbH
Gewerbestraße Ost 6, 4921 Hohenzell, Austria
info@aircraft.at

When producing and conditioning compressed air, condensate inevitably accumulates, oily and frequently polluted with dirt particles. Since condensate accumulates irregularly depending on the year and time of day or load of the compressor, the BEKOMAT® with its capacitive sensor often pays for itself over time-controlled drain valves within half a year.
Features and Benefits:

• Usable and resistant to oily and oil-free, aggressive condensates
• Easy connection to filter or boiler by adapting the inlet nozzle with horizontal or vertical condensate inlet
• With discharge with BEKOMAT® improved function with oil / water separators
• BEKOMAT® 32 with alarm function and switchable fault message

function Description

• Condensate collects in the collection container of the arrester.
• A capacitive sensor detects the level of the condensate. At maximum level, a diaphragm opens, through which the condensate is discharged through the system pressure.
• The membrane is closed before compressed air can escape

The advantages at a glance

• No unnecessary compressed air losses
• Derivation according to the amount of seizure
• Sensor detects every type of condensate
• Insensitive to dirt
• simple electrical installation (230 V)
• Low maintenance

Including service unit

• Economical: Complete replacement of all wearing parts and pressure-bearing parts with just one handle.
• no electrical installation required during maintenance
• no assembly of seals and individual parts
• Only one spare part, factory pressure and function tested

Manufacturer
BEKO Technologies GmbH
Im Taubental 7, 41468 Neuss, Germany
www.beko.de

Advantages of DRYPOINT eco control

• Integrated DRYPOINT M Plus solution: filtration and dryer in a compact form, as well as condensate drain integrated
• Filtration on the spot in the treatment chain where the highest efficiency is achieved
• Easy maintenance / replacement of filter element as with a filter
• Application-specific degree of dryness can be selected
• Consistent compressed air quality under fluctuating operating conditions
• Energy saving through minimization of purging air consumption for actual amount of useful air and degree of drying
• Power evaluation via LED, forwarding via current output 4 … 20 mA possible
• User-friendly: Easy to use, test functions, error messages
• Concept based on the fail-safe principle, error message can be picked up via potential-free contact

Functionality of the DRYPOINT® M eco control

Based on the measurement result from the sensor, the control software decides in defined cycles whether and how long the full amount of purge air has to be provided to achieve and stabilize the required degree of dryness. This process is implemented by means of a targeted clocking of a solenoid valve. In each cycle, the duration of the two process sections described below varies in order to keep the degree of drying within the specified tolerance range.

Manufacturer
BEKO Technologies GmbH
Im Taubental 7, 41468 Neuss, Germany
www.beko.de

Higher efficiency - lower costs
The innovative and highly efficient ASDB series uses a patented 3-circuit heat exchanger system. In combination with the glycol cycle, a significant energy saving is achieved. The glycol mass acts like a cold-storing medium. The ASD dryers are particularly suitable for partial load operation and for irregular compressed air requirements. By using the ASD dryers, you can noticeably save operating costs.
Operation and advantages of the glycol cycle
The water-glycol mixture is cooled when not all the cooling energy is needed to cool the compressed air. When the refrigeration compressor shuts off during partial load operation, the compressed air is cooled down by the cold stored in the glycol mass. Only when the mass is no longer cool enough, the refrigerant compressor turns on again. Therefore, the ASD dryers show their potential for savings, especially during partial load operation and irregular compressed air requirements. When the air compressor starts again after a pause and releases compressed air into the piping system, the ASD dryers immediately cool this compressed air to dew point because the glycol mass immediately provides the temperature required. Many other systems, in which the refrigeration compressor can cool down to operating temperature only after a start-up period, allow humid air to flow into the supply network during this time, with all the adverse effects.
The advantages at a glance

• Improved energy efficiency thanks to patented 3-circuit heat exchanger system
• Energy saving and longer service life by switching off the refrigeration compressor in partial load operation
• Optimal dew point control with additional temperature sensor for the glycol control
• Condensate drainage without pressure loss through integrated electronic, level-regulated condensate separator
• Optimum performance under all load and ambient conditions thanks to variable fan speed control
• By using quality components longevity and reduction of service costs
• Operating cost reduction with active environmental protection

The operation of the patented 3-circuit heat exchanger system

1. Warm saturated with compressed air compressed air flows into the heat exchanger.
2. Pre-cooling of the inlet air is caused by the countercurrent cold outlet air in the heat exchanger.
3. Input air is brought to dew point temperature by the refrigerant circuit, causing condensate.
4. Condensate is collected and removed in the integrated electronic, level-regulated condensate separator.
5. Glycol circulation stores excess energy and cools the intake air at partial load.
6. The refrigeration compressor switches off at partial load, which can double its service life.
   (Explanation in product description series ASD under " Function and advantages of the glycol cycle " )

Manufacturer
Aircraft Kompressorenbau und Maschinenhandel GmbH
Gewerbestraße Ost 6, 4921 Hohenzell, Austria
info@aircraft.at

• Hot-dip galvanised inside and outside with fifteen-year warranty against rusting through
• Built according to EC Directive 87/404/EEC or DGRL 97/23/EC -AD 2000, module: H / H 1

Manufacturer
Aircraft Kompressorenbau und Maschinenhandel GmbH
Gewerbestraße Ost 6, 4921 Hohenzell, Austria
info@aircraft.at