FS 0070 70 pcm 3/4" Low Pressure Coalescing Filters
Description
The Low Pressure Line Filters (High Efficiency) withstand up to 16 bar and are indispensable in any compressed air treatment system. Available in the coalescence models of 1 and 0.01 micron and adsorbent of activated carbon, they shall be used together with the dryers. These products reduce the operational and maintenance cost, losses in the process and power consumption, as they ensure the full functioning of the air system in eliminating the contaminants (solid particles, water and oil).
Schulz
Code: 007.0244-0
Level
Product codes
Technical File
Product description
Downloads
Technical File
Technical File
Technical File
Level
Post-Filter (Level C - Activated Carbon)
Volumetric Capacity @ 7 bar
70 SCFM - 1982 L/min
Connection
3/4" BSP
Maximum Inlet Pressure
232 psi - 16 bar
Maximum Inlet Temperature
70 °C
Maximum Ambient Temperature
45 °C
Particles Retention Capacity
0 mícron
Oil Removal Capacity at 20 °C
0,003 mg/m³
Initial Nominal Load Loss
0,10 bar
Application
compressed air
Length of Packaged Product
400.00 mm
Width of Packaged Product
100.00 mm
Height of Packaged Product
100.00 mm
Gross weight
1.40 kg
Net Weight
1.30 kg
Product description
Product description
The Low Pressure Line Filters (High Efficiency) withstand up to 16 bar and are indispensable in any compressed air treatment system. Available in the coalescence models of 1 and 0.01 micron and adsorbent of activated carbon, they shall be used together with the dryers. These products reduce the operational and maintenance cost, losses in the process and power consumption, as they ensure the full functioning of the air system in eliminating the contaminants (solid particles, water and oil).
Downloads
The Low Pressure Line Filters (High Efficiency) withstand up to 16 bar and are indispensable in any compressed air treatment system. Available in the coalescence models of 1 and 0.01 micron and adsorbent of activated carbon, they shall be used together with the dryers. These products reduce the operational and maintenance cost, losses in the process and power consumption, as they ensure the full functioning of the air system in eliminating the contaminants (solid particles, water and oil).
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