Most favourable air flow low differential pressures 10-fold lower lower oil outlet concentration
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Discover CLEARPOINT 3eco - the energy-efficient solution for first-class compressed air filtration. With optimised airflow and high-quality materials, we lower the differential pressure by up to 50% and reduce the oil outlet concentration by a factor of 10. Rely on our innovative technology and the ECO label.
CLEARPOINT 3eco offers safe and reliable compressed air filtration with the latest material and manufacturing technologies. Our optimised housing design minimises corrosion and maximises efficiency. Due to the high separation efficiencies, only 3 filtration grades (C, F and S) now meet all requirements. Our 3eco filters have been validated according to ISO 12500 by the independent institute IUTA. Experience improved quality compressed air and save operating costs in the process.
Head
Differential pressure manometer
für S040–S075 / M010–M032 / L080–L304
Without potential-free contact, for direct mounting on the filter
Differential pressure manometer
for S040–S075 / M010–M032 / L080–L304
With potential-free contact (NO) for direct mounting (IP65) on filter
CLEARPOINT ®: Oil test indicator with pressure reducer to 7 bar [g]
connection: G1/8"
Pressure max. (bar [g]): 16
Differential pressure manometer
Housing
CLEARPOINT ® W water separator: S040–M030 threaded filter
CLEARPOINT ® C
CLEARPOINT ® F
CLEARPOINT ® S
Drain
BEKOMAT ® Condensate drain
CLEARPOINT ®: Manual steam trap
Ball valve stainless steel
Connection: Rp1/2
For pressure up to (bar [g]): 50
CLEARPOINT ®: Manual steam trap
Ball valve brass
Connection: G1/2"
For pressure up to (bar [g]): 16
CLEARPOINT ®: Float trap
As of Aug. 2004 NO pressureless open, standard version
For CLEARPOINT ® S040–M032
CLEARPOINT ®: Connection kit
Filter: S040–M032
Water separator: S040–M030
For BEKOMAT ®: 20, 31, 32, 33
CLEARPOINT ®: Connection kit
Filter: L080–L204
Water separator: -
For BEKOMAT ®: 20, 31, 32, 33
CLEARPOINT ®: Float trap
As of Aug. 2004 NO pressureless open, standard version
For CLEARPOINT ® S040–M032
BEKOMAT ® Condensate drain
Electricity costs for commercial enterprises have risen very significantly in recent years. This has shortened the economic useful life of compressed air filters.
With the filtration of particles from the compressed air, the cavity volume in the filter element is reduced more and more, as a result the differential pressure between inlet and outlet of the filter increases continuously. To compensate for this difference, the compressor has to generate a higher pressure: To do this, it requires additional electrical energy and causes higher operating costs. The filter element should therefore be replaced at the latest when the additional energy costs (or operating costs) exceed the acquisition costs of a new element.
And by the way, new filter elements also ensure that the required compressed air quality is reliably maintained.
Threaded filters are integrated directly into the compressed air line. This can be done directly after the compressor or when branching off a separate supply line or even immediately before an application. Several threaded filters are often combined with each other in order to gradually reach the desired specification via step filtration. Threaded filters are available for a wide range of pressure levels.
Outer stainless steel support cylinder
Double-implemented trapezoidal thread
Double-implemented trapezoidal thread for quick and secure assembly for the 16 bar version.
Secured slide feed
Secured slide feed prevents inadvertent opening under pressure.
Corrosion protected housing
Corrosion protected housing made of anodised, sea water resistant aluminium.
Integrated key aid
Integrated key aid (external hexagonal) for easy opening of the housing.
Multiple filter levels
Multiple filter levels save space and are simple to assemble
Flow efficient air intake
Flow efficient air intake for the lowest possible pressure losses. Simple and rapid filter element exchange with Push-Fit-Design.
Coalescing filters combine different filtration techniques. In surface filtration, larger particles are trapped in a fleece by sieving effect. In depth filtration (or impact separation), solid particles and aerosols penetrate deeper into the filter bed, lose their kinetic energy, slow down and stick to fibres. In the depth of the filter bed, aerosols collide with the fibres due to Brownian molecular motion, migrate along the fibres in the direction of flow of the compressed air and form larger droplets. These collect in the drainage layer and reach the condensate discharge by gravity.
Flanged 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 degrees of filtration and pressure stages.
Optional differential pressure gauge
The optional differential pressure gauge indicates directly whether the filter unit must be changed – ideal to retain the energy costs at a low level.
The large surface area of the filter element reduces the air speed to energy-economic values.
The large surface area of the filter element reduces the air speed to energy-economic values.
High-temperature galvanization
High-quality surface protection by utilising high-temperature galvanising on the inside and paint on the outside.
Adjustable feet
The flange filter can be anchored not only on the wall but also on the floor with the optional adjusting feet.
By using a compressed air filter, problems such as clogging of the nozzles, damage to the optics, uneven cutting quality and premature wear of the laser system can be avoided.
A compressed air filter in the marine diesel jump starter has the task of removing impurities such as particles, dust and dirt from the compressed air to prevent damage to the moving parts of the engine.
A compressed air filter in PET bottle production ensures the quality of the compressed air to prevent surface defects, contamination and production equipment failures.
