The MHP220 series filters are suitable for use in pressure lines with flow rates up to 6 l/min. Options available include a range of filter elements from 10 micron to 125 micron low collapse construction in an assortment of media.
| Stock No. | Description | Max. Flow Rate | Port Size | Micron Rating | Bypass Setting | Weight Kg | Max. Pressure | |
| MHP220ANR | Pressure Filter | 20 LPM | 1/4” BSPP | 10 Micron | 6 BAR | 1.25 | 280 BAR | 4060 PSI |
| Stock No. | Description | Micron Rating | Fits Filter Assembly | Max. Pressure |
| MHPR220AN | Mini Pressure Filter Element | 10 Micron | MHP220*NR | 280 BAR |
| MHPR220BN | Mini Pressure Filter Element | 25 Micron | MHP220*NR | 280 BAR |
Manufactured from a cast iron head and steel bowl this range of high pressure filters are designed to sandwich into CETOP3 or CETOP5 interfaces to provide pressure line filtration before the fluid enters the system control valving. These can be incorporated into manifold assemblies where due to space constraints it may not be possible to include external in-line pressure filtration.
These aluminium body filters are designed for use in medium pressure (up to 110 bar) delivery lines to protect components downstream from contamination generated by the pump. They are available fitted with 10 micron inorganic fibre elements as standard with other options available from 3 micron to 60 micron. Visual and Electrical/Visual clogging indicators are available as an optional extra.
The Ognibene In-Line filters have been developed to obtain a high performance of filtration, added to a low cost, in order to allow the utilisation on the pressure line, after the pump, in small hydraulic systems. By using this type of filter directly on the pump’s exit, the particles (for example: 25 microns and larger for type IL 12/25), sucked and produced by the pump, are removed before damage to the valves and the rest of the system.
Manufactured from a cast iron head and steel bowl this range of high pressure filters are used in pressure lines to provide system protection from fluid contamination