Energy efficient and safe compressed air filtration
Taking advantage of new material and production technologies as well as a flow-optimised, corrosion-protected housing design, CLEARPOINT 3eco provides safe and reliable filtration and a qualitative, improved compressed air with considerably reduced operating costs.
The particularly high separation performance makes it possible to fulfil every compressed air filtration requirement with just 3 degrees of filtration – C (Coarse), F (Fine) and S (Ultra-fine). The new 3eco-filter has of course also been validated by the independent IUTA Institute according to ISO 12500.
Filtration rates
Filtration rate
|
Oil aerosol deposition rate
|
Inlet concentration
(mg/m³)
|
Outlet concentration
(mg/m³)
|
Particle deposition
|
Particle size
|
Class according to
ISO 8573-1
|
Coarse Filter C
|
84.00%
|
30
|
≤5
|
99.00%
|
2.0-5.0 µm
|
4.-.4
|
Fine Filter F
|
99.50%
|
10
|
0.05
|
99.83%
|
0.5-2.0 µm
|
2.-.2
|
Ultra-fine Filter S
|
99.95%
|
10
|
0.005
|
99.98%
|
0.1-0.5 µm
|
1.-.2*
|
* In order to achieve Class 1.-.1, an additional active carbon filter and dust filter are generally required as the coalescence filter cannot retain the oil vapour
Significant cost reductionThe latest CLEARPOINT 3eco filter lowers the operating costs considerably even more when compared to the previous, already good, CLEARPOINT 3E filters. The annual energy savings are sometimes even higher than the purchasing price for the filter elements. They also increase the process safety and efficiency accordingly.The graphic shows this for a filter with filtration grade S in size S040 with energy-optimized volume flow.New material and production processes make everything possibleThe considerable performance increase with the CLEARPOINT 3eco filters is made possible by utilising pioneering materials: An innovative open synthetic fleece (mesh) on the in- and outside of the filter media ensures the required rigidity for the various filter positions, without thereby reducing the filter surface area. The pioneering production processes by utilising Softpleat technology provide the optimum connection from many surfaces (important for particle deposition) and higher filter bed depths (ensures the deep filtration, especially for oil aerosols).
All filters consist of a filter housing and a filter element. Depending on the structural conditions and the respective volume flow, the filter housings are connected to the pipeline via a thread or flange filter.
Threaded filters
Threaded filters are integrated directly into the compressed air line. This can be done directly after the compressor or at the branch of a separate supply line or directly before an application. Often several thread filters are combined to achieve the desired specification step by step via step filtration. Threaded filters are available for a wide range of pressure stages.
Flange filter
Flange filters are used for particularly large volume flows and correspondingly large compressed air lines. They are connected to the compressed air line by a flange and can be mounted on the wall or on the floor. Here, too, there are different filtration degrees and pressure stages.
PN16 | PN50 threaded filters
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