Rakennuskoneet ja -laitteet

• Electronic control with power display
• Easy to maintain
• Housing made of anodised aluminium
• All connections on the back of the housing
• Control functions: maintenance/running time alarm, power-dependent regeneration cycle, Modbus compatible

• Reliable drying of compressed air
• Electronic control with power display
• Easy to maintain
• Pneumatic cleaning valves
• Housing made of anodised aluminium
• Low noise emission of max. 75 dB(A)
• All connections on the back of the housing
• Pressure manometer on the back for easy control of the input /output pressure
• Enclosure designed for transport with forklift

Electronic control functions:

• Maintenance alarm
• Runtime alarm
• Power-dependent regeneration cycle, i.e.: lower compressed air requirement and reduced purging times
• Modbus compatible: alarm indications on external device

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

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

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

• User-friendly operating concept
• Efficient construction for cost-effective and safe operation
• Cooling fan from 0 - 100% speed controlled, this eliminates the usual pressure switch and the thermostat for the fan control
• Less wearing parts with constant pressure dew point
• Control displays five different alarm conditions and keeps them in memory
• Refrigerant compressor switches off below 15 ° ambient temperature, if no compressed air flows through
• Clarity and good accessibility of all components to be serviced
• With built-in automatic steam trap

The advantages at a glance

• High profitability
• Excellent price-performance ratio
• No unnecessary compressed air losses due to integrated electronic steam trap
• Connected tools and machines are optimally protected
• User-friendly operating concept

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

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

• Warm saturated with compressed air compressed air flows into the heat exchanger.
• Pre-cooling of the inlet air is caused by the countercurrent cold outlet air in the heat exchanger.
• Input air is brought to dew point temperature by the refrigerant circuit, causing condensate.
• Condensate is collected and removed in the integrated electronic, level-regulated condensate separator.
• Glycol circulation stores excess energy and cools the intake air at partial load.
• The refrigeration compressor switches off at partial load, which can double its service life.

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

• User-friendly operating concept
• Efficient construction for cost-effective and safe operation
• Cooling fan from 0 - 100% speed controlled, this eliminates the usual pressure switch and the thermostat for the fan control
• Less wearing parts with constant pressure dew point
• Control displays five different alarm conditions and keeps them in memory
• Refrigerant compressor switches off below 15 ° ambient temperature, if no compressed air flows through
• Clarity and good accessibility of all components to be serviced
• With built-in automatic steam trap

The advantages at a glance

• High profitability
• Excellent price-performance ratio
• No unnecessary compressed air losses due to integrated electronic steam trap
• Connected tools and machines are optimally protected
• User-friendly operating concept

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

• Electronic control with power display
• Easy to maintain
• Housing made of anodised aluminium
• All connections on the back of the housing
• Control functions: maintenance/running time alarm, power-dependent regeneration cycle, Modbus compatible

• Reliable drying of compressed air
• Electronic control with power display
• Easy to maintain
• Pneumatic cleaning valves
• Housing made of anodised aluminium
• Low noise emission of max. 75 dB(A)
• All connections on the back of the housing
• Pressure manometer on the back for easy control of the input /output pressure
• Enclosure designed for transport with forklift

Electronic control functions:

• Maintenance alarm
• Runtime alarm
• Power-dependent regeneration cycle, i.e.: lower compressed air requirement and reduced purging times
• Modbus compatible: alarm indications on external device

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

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

• Warm saturated with compressed air compressed air flows into the heat exchanger.
• Pre-cooling of the inlet air is caused by the countercurrent cold outlet air in the heat exchanger.
• Input air is brought to dew point temperature by the refrigerant circuit, causing condensate.
• Condensate is collected and removed in the integrated electronic, level-regulated condensate separator.
• Glycol circulation stores excess energy and cools the intake air at partial load.
• The refrigeration compressor switches off at partial load, which can double its service life.

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

• User-friendly operating concept
• Efficient construction for cost-effective and safe operation
• Cooling fan from 0 - 100% speed controlled, this eliminates the usual pressure switch and the thermostat for the fan control
• Less wearing parts with constant pressure dew point
• Control displays five different alarm conditions and keeps them in memory
• Refrigerant compressor switches off below 15 ° ambient temperature, if no compressed air flows through
• Clarity and good accessibility of all components to be serviced
• With built-in automatic steam trap

The advantages at a glance

• High profitability
• Excellent price-performance ratio
• No unnecessary compressed air losses due to integrated electronic steam trap
• Connected tools and machines are optimally protected
• User-friendly operating concept

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

Special

• Drying by partial vapor pressure compensation of water vapor by diffusion in combination with a highly selective membrane
• No change in the compressed air composition - can be used for breathing air treatment

Efficient

• Reaches the required pressure dew point with low energy consumption
• Very fast availability of dried compressed air
• Filtration and drying compact in one device

Robust

• Housing made of seawater-resistant aluminum
• Low-maintenance, currentless technology

System-compatible

• Modularly combinable with CLEARPOINT Filter program
• Can be used anywhere along the compressed air treatment chain - can also be integrated into system technology

• The ultimate membrane dryer technology with integrated nanofilter
• Filtration and drying in one housing (simple filter element change)
• Low purge air requirement (Twist 60 technology)
• Availability of dried compressed air immediately without running-in phase
• Safe drying due to the high partial vapor pressure gradient
• No change in the compressed air temperature and composition
• Proven 100,000 times
• Maintenance-free (except filter element change)
• For diverse applications, including for breathing air treatment
• Also ideal for use directly behind the compressor / aftercooler
• Optionally also for higher loads (assembly potting, 16 bar, 70°C)
• For a reliable function of the DRYPOINT M membrane dryer must meet the following requirements:
1. The incoming compressed air must not contain any liquid condensate
2. Particles larger than 1 μm must be separated before the membrane dryer
3. The oil content of the compressed air must not exceed 0.01 mg/m³.

• DRYPOINT M membrane dryers have been an alternative to existing ones for years Compressed air drying process proven.

Advantages DRYPOINT M PLUS

• Proven process of highest reliability and functional safety
• Immediate availability of dry compressed air, even when working discontinuously
• Low purge air requirement, compressed air drying can be adjusted to the application
• Compact and robust, small space requirement due to low overall height
• Compressed air inlet and outlet on one level (filter version), easy to combine with CLEARPOINT filters
• Maintenance and wear-free as there are no moving parts
• No reduction in the oxygen content, therefore also suitable for breathing air treatment
• No electrical connection, also suitable for Ex areas
• Long service life in case of use of CLEARPOINT filters
• Environmentally friendly, does not require CFCs / CFC-containing refrigerants or adsorbents
• Complete solution: filtration and dryer in a compact form, integration of drain pipe
• Filtration at the point in the treatment chain where the highest efficiency is achieved
• Easy maintenance / replacement of filter element as with a regular filter

Filter element: N (nanofilter)

• The CLEARPOINT filter element type N is used to separate solid particles down to 0.01 micron, water and oil aerosols . The element has a multi-stage structure for efficient and long-lasting filtering. In the first stage, coarse particles are retained by a pre-filter layer. In the second stage, finer particles are absorbed by a depth filter bed made of high-performance borosilicate fiber fabric. Due to the very large cavity volume of the filter medium (96%), a very high dirt holding capacity is achieved. The filter medium is specially impregnated in order to avoid cross-sectional swelling of the individual fibers.

Trap: Float trap

• The basic version includes a float drain.

Size 10 - 40

• This size is for the demand-oriented compressed air drying of medium volume flows configured. Different levels of drying of the compressed air are achieved through different purge air settings.

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

• Warm saturated with compressed air compressed air flows into the heat exchanger.
• Pre-cooling of the inlet air is caused by the countercurrent cold outlet air in the heat exchanger.
• Input air is brought to dew point temperature by the refrigerant circuit, causing condensate.
• Condensate is collected and removed in the integrated electronic, level-regulated condensate separator.
• Glycol circulation stores excess energy and cools the intake air at partial load.
• The refrigeration compressor switches off at partial load, which can double its service life.

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

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

Special

• Drying by partial vapor pressure compensation of water vapor by diffusion in combination with a highly selective membrane
• No change in the compressed air composition - can be used for breathing air treatment

Efficient

• Reaches the required pressure dew point with low energy consumption
• Very fast availability of dried compressed air
• Filtration and drying compact in one device

Robust

• Housing made of seawater-resistant aluminum
• Low-maintenance, currentless technology

System-compatible

• Modularly combinable with CLEARPOINT Filter program
• Can be used anywhere along the compressed air treatment chain - can also be integrated into system technology

• The ultimate membrane dryer technology with integrated nanofilter
• Filtration and drying in one housing (simple filter element change)
• Low purge air requirement (Twist 60 technology)
• Availability of dried compressed air immediately without running-in phase
• Safe drying due to the high partial vapor pressure gradient
• No change in the compressed air temperature and composition
• Proven 100,000 times
• Maintenance-free (except filter element change)
• For diverse applications, including for breathing air treatment
• Also ideal for use directly behind the compressor / aftercooler
• Optionally also for higher loads (assembly potting, 16 bar, 70°C)
• For a reliable function of the DRYPOINT M membrane dryer must meet the following requirements:
1. The incoming compressed air must not contain any liquid condensate
2. Particles larger than 1 μm must be separated before the membrane dryer
3. The oil content of the compressed air must not exceed 0.01 mg/m³.

• DRYPOINT M membrane dryers have been an alternative to existing ones for years Compressed air drying process proven.

Advantages DRYPOINT M PLUS

• Proven process of highest reliability and functional safety
• Immediate availability of dry compressed air, even when working discontinuously
• Low purge air requirement, compressed air drying can be adjusted to the application
• Compact and robust, small space requirement due to low overall height
• Compressed air inlet and outlet on one level (filter version), easy to combine with CLEARPOINT filters
• Maintenance and wear-free as there are no moving parts
• No reduction in the oxygen content, therefore also suitable for breathing air treatment
• No electrical connection, also suitable for Ex areas
• Long service life in case of use of CLEARPOINT filters
• Environmentally friendly, does not require CFCs / CFC-containing refrigerants or adsorbents
• Complete solution: filtration and dryer in a compact form, integration of drain pipe
• Filtration at the point in the treatment chain where the highest efficiency is achieved
• Easy maintenance / replacement of filter element as with a regular filter

Filter element: N (nanofilter)

• The CLEARPOINT filter element type N is used to separate solid particles down to 0.01 micron, water and oil aerosols . The element has a multi-stage structure for efficient and long-lasting filtering. In the first stage, coarse particles are retained by a pre-filter layer. In the second stage, finer particles are absorbed by a depth filter bed made of high-performance borosilicate fiber fabric. Due to the very large cavity volume of the filter medium (96%), a very high dirt holding capacity is achieved. The filter medium is specially impregnated in order to avoid cross-sectional swelling of the individual fibers.

Trap: Float trap

• The basic version includes a float drain.

Size 10 - 40

• This size is for the demand-oriented compressed air drying of medium volume flows configured. Different levels of drying of the compressed air are achieved through different purge air settings.

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

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

• Warm saturated with compressed air compressed air flows into the heat exchanger.
• Pre-cooling of the inlet air is caused by the countercurrent cold outlet air in the heat exchanger.
• Input air is brought to dew point temperature by the refrigerant circuit, causing condensate.
• Condensate is collected and removed in the integrated electronic, level-regulated condensate separator.
• Glycol circulation stores excess energy and cools the intake air at partial load.
• The refrigeration compressor switches off at partial load, which can double its service life.

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

Special

• Drying by partial vapor pressure compensation of water vapor by diffusion in combination with a highly selective membrane
• No change in the compressed air composition - can be used for breathing air treatment

Efficient

• Reaches the required pressure dew point with low energy consumption
• Very fast availability of dried compressed air
• Filtration and drying compact in one device

Robust

• Housing made of seawater-resistant aluminum
• Low-maintenance, currentless technology

System-compatible

• Modularly combinable with CLEARPOINT Filter program
• Can be used anywhere along the compressed air treatment chain - can also be integrated into system technology

• The ultimate membrane dryer technology with integrated nanofilter
• Filtration and drying in one housing (simple filter element change)
• Low purge air requirement (Twist 60 technology)
• Availability of dried compressed air immediately without running-in phase
• Safe drying due to the high partial vapor pressure gradient
• No change in the compressed air temperature and composition
• Proven 100,000 times
• Maintenance-free (except filter element change)
• For diverse applications, including for breathing air treatment
• Also ideal for use directly behind the compressor / aftercooler
• Optionally also for higher loads (assembly potting, 16 bar, 70°C)
• For a reliable function of the DRYPOINT M membrane dryer must meet the following requirements:
1. The incoming compressed air must not contain any liquid condensate
2. Particles larger than 1 μm must be separated before the membrane dryer
3. The oil content of the compressed air must not exceed 0.01 mg/m³.

• DRYPOINT M membrane dryers have been an alternative to existing ones for years Compressed air drying process proven.

Advantages DRYPOINT M PLUS

• Proven process of highest reliability and functional safety
• Immediate availability of dry compressed air, even when working discontinuously
• Low purge air requirement, compressed air drying can be adjusted to the application
• Compact and robust, small space requirement due to low overall height
• Compressed air inlet and outlet on one level (filter version), easy to combine with CLEARPOINT filters
• Maintenance and wear-free as there are no moving parts
• No reduction in the oxygen content, therefore also suitable for breathing air treatment
• No electrical connection, also suitable for Ex areas
• Long service life in case of use of CLEARPOINT filters
• Environmentally friendly, does not require CFCs / CFC-containing refrigerants or adsorbents
• Complete solution: filtration and dryer in a compact form, integration of drain pipe
• Filtration at the point in the treatment chain where the highest efficiency is achieved
• Easy maintenance / replacement of filter element as with a regular filter

Filter element: N (nanofilter)

• The CLEARPOINT filter element type N is used to separate solid particles down to 0.01 micron, water and oil aerosols . The element has a multi-stage structure for efficient and long-lasting filtering. In the first stage, coarse particles are retained by a pre-filter layer. In the second stage, finer particles are absorbed by a depth filter bed made of high-performance borosilicate fiber fabric. Due to the very large cavity volume of the filter medium (96%), a very high dirt holding capacity is achieved. The filter medium is specially impregnated in order to avoid cross-sectional swelling of the individual fibers.

Trap: Float trap

• The basic version includes a float drain.

Size 10 - 40

• This size is for the demand-oriented compressed air drying of medium volume flows configured. Different levels of drying of the compressed air are achieved through different purge air settings.

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

• Electronic control with power display
• Easy to maintain
• Housing made of anodised aluminium
• All connections on the back of the housing
• Control functions: maintenance/running time alarm, power-dependent regeneration cycle, Modbus compatible

• Reliable drying of compressed air
• Electronic control with power display
• Easy to maintain
• Pneumatic cleaning valves
• Housing made of anodised aluminium
• Low noise emission of max. 75 dB(A)
• All connections on the back of the housing
• Pressure manometer on the back for easy control of the input /output pressure
• Enclosure designed for transport with forklift

Electronic control functions:

• Maintenance alarm
• Runtime alarm
• Power-dependent regeneration cycle, i.e.: lower compressed air requirement and reduced purging times
• Modbus compatible: alarm indications on external device

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

Special

• Drying by partial vapor pressure compensation of water vapor by diffusion in combination with a highly selective membrane
• No change in the compressed air composition - can be used for breathing air treatment

Efficient

• Reaches the required pressure dew point with low energy consumption
• Very fast availability of dried compressed air
• Filtration and drying compact in one device

Robust

• Housing made of seawater-resistant aluminum
• Low-maintenance, currentless technology

System-compatible

• Modularly combinable with CLEARPOINT Filter program
• Can be used anywhere along the compressed air treatment chain - can also be integrated into system technology

• The ultimate membrane dryer technology with integrated nanofilter
• Filtration and drying in one housing (simple filter element change)
• Low purge air requirement (Twist 60 technology)
• Availability of dried compressed air immediately without running-in phase
• Safe drying due to the high partial vapor pressure gradient
• No change in the compressed air temperature and composition
• Proven 100,000 times
• Maintenance-free (except filter element change)
• For diverse applications, including for breathing air treatment
• Also ideal for use directly behind the compressor / aftercooler
• Optionally also for higher loads (assembly potting, 16 bar, 70°C)
• For a reliable function of the DRYPOINT M membrane dryer must meet the following requirements:
1. The incoming compressed air must not contain any liquid condensate
2. Particles larger than 1 μm must be separated before the membrane dryer
3. The oil content of the compressed air must not exceed 0.01 mg/m³.

• DRYPOINT M membrane dryers have been an alternative to existing ones for years Compressed air drying process proven.

Advantages DRYPOINT M PLUS

• Proven process of highest reliability and functional safety
• Immediate availability of dry compressed air, even when working discontinuously
• Low purge air requirement, compressed air drying can be adjusted to the application
• Compact and robust, small space requirement due to low overall height
• Compressed air inlet and outlet on one level (filter version), easy to combine with CLEARPOINT filters
• Maintenance and wear-free as there are no moving parts
• No reduction in the oxygen content, therefore also suitable for breathing air treatment
• No electrical connection, also suitable for Ex areas
• Long service life in case of use of CLEARPOINT filters
• Environmentally friendly, does not require CFCs / CFC-containing refrigerants or adsorbents
• Complete solution: filtration and dryer in a compact form, integration of drain pipe
• Filtration at the point in the treatment chain where the highest efficiency is achieved
• Easy maintenance / replacement of filter element as with a regular filter

Filter element: N (nanofilter)

• The CLEARPOINT filter element type N is used to separate solid particles down to 0.01 micron, water and oil aerosols . The element has a multi-stage structure for efficient and long-lasting filtering. In the first stage, coarse particles are retained by a pre-filter layer. In the second stage, finer particles are absorbed by a depth filter bed made of high-performance borosilicate fiber fabric. Due to the very large cavity volume of the filter medium (96%), a very high dirt holding capacity is achieved. The filter medium is specially impregnated in order to avoid cross-sectional swelling of the individual fibers.

Trap: Float trap

• The basic version includes a float drain.

Size 10 - 40

• This size is for the demand-oriented compressed air drying of medium volume flows configured. Different levels of drying of the compressed air are achieved through different purge air settings.

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

• Electronic control with power display
• Easy to maintain
• Housing made of anodised aluminium
• All connections on the back of the housing
• Control functions: maintenance/running time alarm, power-dependent regeneration cycle, Modbus compatible

• Reliable drying of compressed air
• Electronic control with power display
• Easy to maintain
• Pneumatic cleaning valves
• Housing made of anodised aluminium
• Low noise emission of max. 75 dB(A)
• All connections on the back of the housing
• Pressure manometer on the back for easy control of the input /output pressure
• Enclosure designed for transport with forklift

Electronic control functions:

• Maintenance alarm
• Runtime alarm
• Power-dependent regeneration cycle, i.e.: lower compressed air requirement and reduced purging times
• Modbus compatible: alarm indications on external device

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

• Electronic control with power display
• Display of cycle duration and cycle phase (drying / regeneration)
• Easy to maintain
• Housing made of anodised aluminium
• Flexible connection options on the left or right side of the housing

• Reliable drying of compressed air
• Electronic control with power display
• Display of cycle duration and cycle phase (drying / regeneration)
• Simple operation of the control system
• Easy to maintain
• Housing made of anodised aluminium
• Low noise emission of maximum 75 dB(A)
• Flexible connection options on the left or right side of the housing

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