Dräger DAP 5000
Dräger DAP 5000
- Reduces CO2 in breathing air cylinders
- Ensures compliance with DIN EN 12021 standard
- Suitable for heavily contaminated areas
Highlights
As atmospheric CO2 concentrations continue to rise, operators of air cylinder filling stations face increasingly tough legal limits for CO2 emissions. The Dräger Air Purifier 5000 keeps you on the safe side by reducing the amount of CO2 in your breathing air cylinders.
Breathing air quality in accordance with DIN EN 12021
The Dräger DAP 5000 helps you comply with the DIN EN 12021 standard for carbon dioxide content in breathing air. Connected upstream of the high-pressure compressor, it reduces the CO2 content of aspirated breathing air and enables you to fill cylinders even in heavily contaminated areas, an option which is increasingly relevant today. Combined with suitable CO2 monitoring, this ensures that your filling logistics do not exceed the current legal limits for carbon dioxide emissions.
Powerful CO₂ reduction
The compressor draws in ambient air through the Dräger DAP 5000. This air is first humidified to make it more absorbant. Then approximately 75% of the air passes through the Dräger scrubber, in which the CO2 is bound. To ensure safe operation, the remaining air flows through a bypass and protects the compressor from damage. In total, this enables the Dräger DAP 5000 to reduce CO2 emissions by 75%.
The right model for any filling station
The same model works for any filling station, whether it's mobile or stationary, and no matter what your compressor's delivery output is. The same model can be used for any filling station. For compressors with a delivery output above 700 l/min, you can connect two purifiers simultaneously.
Long service life
Thanks to its design and large lime filling quantity, the Dräger DAP 5000 has a long service life with low maintenance requirements. At an air delivery rate of 500 l/min and an input concentration of 700 ppm CO2 , for example, the soda lime achieves a service life of at least 52 hours with a daily running time of 3 hours. With a lower air delivery capacity of the compressor or a lower CO2 concentration, the usage time is extended accordingly.
