Compressd air filter, water separators, Condensate Drain
18Pages

Compressed air Filter, Water Separator, Condensate Drain

High Efficiency Water Separators PUREBERG® FWW CONDENSATE SEPARATORS Max. operating pressure 16 bar Volume flow rate 72 to 2760 Nm3/h Connections 3/8” to 3” Operating temp. range 1.5 to 65°C according to ISO 8573-1, Quality class-water 8, water removal Efficiency ≥ 98% The perfect choice • Process reliable in condensate separation • 98% separation rate and performance • Effective corrosion protection • Flow-optimized construction • Very low-pressure drop • Optimum zero loss drainage Outstanding water separating rates PUREBERG® condensate separators have been developed for high-efficiency...

High Efficiency Water Separators DESCRIPTION F-WW 1 Connections: The connections are perfectly matched to the outlet of the compressor. The flow optimized inlet leads to reduced flow resistance. 2 Internal swirl insert: When the compressed air has entered the PUREBERG® F-WW separator housing, it reaches a special internal swirl insert that makes the entering compressed air flow experience a special rotary motion with high velocity. The consequence: the outwardly directed rotational forces lead the condensate droplets to the separator wall, from where they flow into the collecting zone. 3...

High Efficiency Compressed Air Filteration PUREBERG® F Aluminium Compressed Air Filters Max. operating pressure Volume flow rate Connections Operating temp. range The perfect choice • Virtually abrasion-free • Integrated particle removal • Easily adapted checking system • Simple cartridge replacement • Flow optimized housing • Comprehensive line Optional Condensate Drains Innovative features mean outstanding performance without compromise PUREBERG® filter housings have been developed for high-efficiency removal of solid particles, water, oil aerosols, hydrocarbons, odour vapours from...

High Efficiency Compressed Air Filteration DESCRIPTION F-W 1 Connections: The connections are perfectly matched to the outlet of the compressor. The flow optimized inlet leads to reduced flow resistance. 2 Filter elements: PUREBERG® filter elements are employed without cross-section-reducing and disturbing tension anchor. 3 Effective corrosion protection: Condensate accumulating during compressed-air filtration is almost always aggressive, so that unprotected housings corrode. PUREBERG® filter housings are made of saltwater-proof aluminum. 4 Condensate quiet zone: A generously-dimensioned...

High-Efficiency Flange water Separators PUREBERG® FFWW FLANGE CONDENSATE SEPARATORS Max. operating pressure 16 bar Volume flow rate 1760 to 8520 Nm3/h Connections DN80 to DN250 Material FF-WW series Galvanized carbon steel according to ISO 8573-1, Quality class-water 8 , water removal Efficiency ≥ 95% The perfect choice • Use for large compressed air lines and high volume flows • Easy Installation • Can be installed on the wall or on the floor • Different degrees of filtration • Different pressure stages • Easy to maintain BM20 Outstanding flange water separating rates PUREBERG® flange...

The high-performance and more energy efficiency flange filter PUREBERG® FF WELDED CARBON STEEL COMPRESSED AIR FILTERS Max. operating pressure 16 bar Volume flow rate 1680 to 9400 Nm3/h Connections DN80 to DN150 Operating temp. range 1.5 to 65°C Filter Flanged Performance • The filter housing connections enabling easy installation in existing pipework’s • Differential manometer • The flanged-filter housings receive full-bath galvanizing according to the high-temperature method • Easy to maintain • The large surface of the filter elements • Easy Installation BM 20 PUREBERG® flange filter...

High Pressure Filters and Condensate Separators PUREBERG® F / FW HP100/420 Cast Aluminium High Pressure Filters And Condensate Seprators Max. operating pressure 100 / 420 bar Volume flow rate 42 to 495 Nm3/h Connections 1/4” to1 1/2” Operating temp. range 1.5 to 65°C MDH 420 The perfect choice • Low lifetime costs • Flexible to install • Easy to maintain • Maximum reliability • Improved working environment • Maximum energy savings Cndensate separators have been specifically developed for high-efficiency removal of bulk liquids from compressed air systems. This separator already liquefied...

Technical Data of Aluminium High Pressure Filters PUREBERG® F-W HP100/420 Model Max. oper, Nominal pressure airflow at 40 bar [bar] Dimension (A×B×C) Air F S connection Fine Filter Super fine Filter F 47 (type) WHP 100/420 2470 1455 385×195×216×65 67.8 G 1 1/2” EF47 FHP EF47 SHP EF47 AHP * Materials: standard stanless steel 1,4301, * Filter elements ’’A,’’, must be changed periodically to suit application, but at least every 6 months. Activated carbon filters must not operate in oil saturated conditions. Working presure [bar] Correction factor S Super fine Filter Quality class - water...

Activated Carbon Tower PUREBERG® Z-V Activated Carbon Tower for large volume flows Max. Operating pressure 16 bar Volume flow rate 90 to 5000 Nm3/h Connections 3/4” to DN150” Operating temperature 30 °C max. Operating temperature 50 °C Residual oil content at 20°C 0,003 mg/m³ Filtration type: Carbon bed according to ISO 8573-1: Oil contents:> 0.003 mg/m3,Class -.0.- acc. Activated Carbon Performance • Efficient oil vapour adsorption with special activated carbon • Reduced operating costs thanks to low differential pressure and long service life • Complete solution with oil-free dust filter...

Technical Data of Activated Carbon Adsorber PUREBERG® Z-V max. oper, pressure Dimension (A×B×C×D) Z 5000 V 16 - Oil test indicator compact included Dust filter

STAINLESS STEEL STERILE FILTERS PUREBERG® F-SPFW Filter Housing Max. operating pressure Volume flow rate Operating temperature Connections Housing material APPLICATIONS • Packing industry • Biotechnology • Breweries • Chemical industry • Diaries • Fermentation processes • Food & beverage industry • Pharmaceutical industry • Hospitals DESCRIPTION F-SPFW stainless steel sterile filter housings have been specifically developed for applications in process industry, where the risk for corrosion of compressed air system components is very high. To meet the required compressed air quality...