Compressor OF-1500

• Flow-optimized air supply for up to 75% less resistance
• Assembly of the filter elements without cross-sectional narrowing and disturbing tie rods, thus reduced flow resistance and easy element change even in confined spaces
• Cavity volume of the borosilicate filter material of 96% ensures the lowest pressure loss
• CLEARPOINT® filter housing made of water-resistant aluminum and additionally anodised on the inside, therefore increased operational safety and reduced flow resistance due to permanently smooth inner surfaces
• 100% control when opening the filter housing by a secure locking mechanism, when opened under pressure a warning signal sounds
• With thermally highly resistant (up to 120 ° C), mechanically highly resistant, chemically resistant and silicone-free needle felt drainage layer (in contrast to foam material of other filter makes)
• Stable construction of the filter element - it is not possible to inflate or rupture the drainage layer, thereby ensuring the constant use of the entire filter surface

• for the separation of oil vapors, odors and flavorings via adsorption and in the second stage of solid particles
• Residual content of oil vapor up to 0.003 mg / m³ at 20 ° C and 1 bar
• absolute compressed air quality according to ISO 8573-1
• For compressed air of the highest quality, eg, for breathing air, in analytical technology or semi-luxury bottling
• Pure compressed air in connection with upstream ultrafine filter
• With filter element and manual drain

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

• Innovative LOGIN control with 4.3" touch screen for easy operation and full control of all functions.
• Rotation direction control for the motor, prevents damage during start-up or after a change of location
• High cooling effect and low noise level due to thermostatically controlled radial fan
• Optimum operating temperature and low fluctuation of oil temperature due to thermostatically controlled centrifugal fan, optimum cooling air flow and generously dimensioned heat exchangers
• Aftercooler reduces the effort for drying and filtration of the generated compressed air
• Easy to service: simple removal and installation of all components requiring maintenance

Latest generation IE4 permanent magnet motor for max. energy efficiency

• Larger speed/load range
• Larger delivery volume supply range
• Extremely energy efficient - up to 50% energy consumption savings compared to a "fixed speed" model
• Very quiet operation - only 64 dB

Energy saving through frequency control

• Ideal for frequently changing compressed air consumption
• Compressor delivery rate adjusts to actual consumption
• Electronic control monitors motor and compressor speed and keeps line pressure constant even when consumption fluctuates widely
• Advanced and efficient cutting-edge technology in the smallest possible space

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

• Innovative LOGIN control with 4.3" touch screen for easy operation and full control of all functions.
• Energy-efficient IE4 motor
• Rotation direction control for the motor, prevents damage during start-up or after a change of stand location
• High cooling effect and low noise level due to thermostatically controlled radial fan
• Optimum operating temperature and low fluctuation of oil temperature due to thermostatically controlled radial fan, optimum cooling air flow and generously dimensioned heat exchangers
• Aftercooler reduces the effort for drying and filtration of the generated compressed air
• Star-delta switching as standard
• Easy to service: simple removal and installation of all components requiring maintenance

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

• Sintered filter with centrifugal principle and diaphragm pressure regulator with secondary venting
• For compressed air and neutral gases
• Inlet pressure 1.5 - 16 bar
• Suitable for temperatures from -10 to +50°C
• Semi-automatic condensate drain
• Secured by lockable handwheel
• For vertical installation

• Sintered filter with centrifugal principle and diaphragm pressure regulator with secondary venting
• For compressed air and neutral gases
• Inlet pressure 1.5 - 16 bar
• Suitable for temperatures from -10 to +50°C
• Semi-automatic condensate drain
• Safety via lockable handwheel
• For vertical installation

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