Průmyslové vzduchové filtry ISO 8573 pro tlak 20 až 2000 mbar, Page 38
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With a DN100 connection and a flow of 112,000 l/min at 7 bar, the SFS-576 sterile filter traps submicron particles down to 0.01 µm, including microorganisms (bacteria). Working...
With a G 1/4" connection and a flow of 1,250 l/min at 7 bar, the SPFSF-005 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 3/8" connection and a flow of 1,750 l/min at 7 bar, the SPFSF-007 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 1/2" connection and a flow of 2,500 l/min at 7 bar, the SPFSF-010 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 3/4" connection and a flow of 3,750 l/min at 7 bar, the SPFSF-018 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 1" connection and a flow of 5,250 l/min at 7 bar, the SPFSF-030 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 1 1/4" connection and a flow of 7,000 l/min at 7 bar, the SPFSF-047 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 1 1/2" connection and a flow of 10,000 l/min at 7 bar, the SPFSF-070 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the...
With a G 2" connection and a flow of 15,000 l/min at 7 bar, the SPFSF-094 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 2" connection and a flow of 21,000 l/min at 7 bar, the SPFSF-150 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
With a G 2 1/2" connection and a flow of 28,000 l/min at 7 bar, the SPFSF-175 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the...
With a G 3" connection and a flow of 60,000 l/min at 7 bar, the SPFSF-240 sterile filter has a 0.01 µm sterile element (solid particle class 1) for the end of the filtration....
Electronic timed condensate drain for compressed air systems up to 150 bar, operating on a time switching valve. External mounting on the filter body with 1/2" thread. Simple...
Electronic condensate drain from a compressed air system up to 16 bar, operating on a timed valve switching. External mounting on the filter body using a 1/2" thread. Simple...
Electronic timed condensate drain for compressed air systems up to 25 bar, operating on a time switching valve. External mounting on the filter body with 1/2" thread. Simple...
Electronic timed condensate drain for compressed air systems up to 420 bar, operating on a time switching valve. External mounting on the filter body with 1/4" thread. Simple...
Electronic time release condensate drain with 24V DC voltage from compressed air system up to 420 bar, working on time switching valve. External mounting on the filter body with...
Electronic timed condensate drain for compressed air systems up to 50 bar, operating on a time switching valve. External mounting on the filter body with 1/2" thread. Simple...
With a G 1/4" thread and a flow of 566 l/min, the Hankison NGF F02-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 3/8" thread and a flow of 983 l/min, the Hankison NGF F03-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 1/2" thread and a flow of 1,416 l/min, the Hankison NGF F04-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 3/4" thread and a flow of 2,116 l/min, the Hankison NGF F06-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 3/4" thread and a flow of 2,916 l/min, the Hankison NGF F07-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 1" thread and a flow of 4,450 l/min, the Hankison NGF F08-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 1 1/2" thread and a flow of 7,283 l/min, the Hankison NGF F10-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 1 1/2" thread and a flow of 10,200 l/min, the Hankison NGF F11-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual...
With a G 2" thread and a flow of 11,350 l/min, the Hankison NGF F12-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 2 1/2" thread and a flow of 16,083 l/min, the Hankison NGF F13-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual...
With a G 2 1/2" thread and a flow of 21,950 l/min, the Hankison NGF F14-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual...
With a G 2 1/2" thread and a flow of 33,983 l/min, the Hankison NGF F15-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual...
With a G 3" thread and a flow of 33,983 l/min, the Hankison NGF F16-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
With a G 3" thread and a flow of 42,483 l/min, the Hankison NGF F17-B-UF ultra-fine microfilter traps particles larger than 0.01 µm and removes oil down to a residual content...
The 0.1 µm element traps very fine contaminants that would damage the vacuum pump. Flow of 1.25 Nm³/h (21 l/min) at atmospheric pressure, 20 to 2,000 mbar abs., +1.5 to +65 °C.
The 0.1 µm element traps very fine contaminants that would damage the vacuum pump. Flow of 2.25 Nm³/h (38 l/min) at atmospheric pressure, 20 to 2,000 mbar abs., +1.5 to +65 °C.
The 0.1 µm element traps very fine contaminants that would damage the vacuum pump. Flow of 3.13 Nm³/h (52 l/min) at atmospheric pressure, 20 to 2,000 mbar abs., +1.5 to +65 °C.
The 0.1 µm element traps very fine contaminants that would damage the vacuum pump. Flow of 3.75 Nm³/h (63 l/min) at atmospheric pressure, 20 to 2,000 mbar abs., +1.5 to +65 °C.