Oil-water separator QWIK-PURE 10

function Description

• For treatment, the oil-containing condensate first passes under pressure into the pressure relief chamber.
• There, the overpressure is reduced, without causing turbulence in the subsequent separation tank for free oil separation.
• Carried coarse dirt particles are retained in a removable catch.
• In the separation tank, the oil settles on the surface through gravity separation and is led into the overflow-proof oil catch tank (version available on request).
• The filter makes the difference: The pre-cleaned condensate flows through the oleophilic pre-filter, which has a large active filter area. Flowing through from the inside to the outside, it binds the remaining oil droplets and also absorbs residual, floating oil in the filter chamber.
• In the OEKOSORB® main filter with cartridge technology, the last oil components are reliably retained. What remains is water for direct discharge into the sewage system.

The advantages at a glance

• System-compatible size
• Installation on wall possible with ÖWAMAT® 10 and ÖWAMAT® 11
• Long service life of the filter units
• Easy retrofitting of a heater at any time
• Easiest handling by cartridge technology
• Type approval with and without free oil separation
• No energy costs

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

• Compressed air tank according to AD 2000 / without fitting set / 11 and 16 bar
• Hot dip galvanized inside and outside
• Constructed in accordance with EC Directive 87/404 / EEC or PED 97/23 / EC -AD 2000, Module: H / H 1
• Operating conditions according to AD 2000 - S1 (10/2000) = arrivals and departures and 20% pressure fluctuation range
• ISO 9001:2015 certified manufacturer

• Compact and smooth-running
• Oil-free and low maintenance
• Easy pressure control and quick coupling
• Pressure gauges for tank and working pressure
• Robust and transport-safe design

• Small, compact design
• Very smooth operation
• Oil-free piston compressor, thus no oil change necessary and no oil in the condensate
• Air sampling over a one-hand quick couplings
• Pressure regulator for stepless adjustment of the desired working pressure
• Based on a pressure gauge for display of the container and work pressure
• Electric motor equipped with motor protection switch
• Vibration damping rubber feet
• Rubberized handle to prevent it slipping off during transport
• Compressed air tank powder coated

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.

• Compressed air tank according to AD 2000 / without fitting set / 11 and 16 bar
• Hot dip galvanized inside and outside
• Constructed in accordance with EC Directive 87/404 / EEC or PED 97/23 / EC -AD 2000, Module: H / H 1
• Operating conditions according to AD 2000 - S1 (10/2000) = arrivals and departures and 20% pressure fluctuation range
• ISO 9001:2015 certified manufacturer