:
PA
(:) In line mounting.
(:) Connection ports 1/2" nominal size.
(:) Nominal flow rates up to 50 L/min.
(:) Max working pressure 11 MPa (110 bar).
(:) Standard filter media: FA, FB, FC, FD, CC.

PDF - PA

:
PB
(:) In line mounting.
(:) Connection ports 1/2" to 1 1/2" nominal size.
(:) Nominal flow rates up to 400 L/min.
(:) Max working pressure 42 MPa (420 bar).
(:) Standard filter media: FA, FB, FC, FD, HA, HB, HC, HD, CC.

PDF - PB 2006

PDF - PB 11/2009
:
PD
(:) Manifold mounting.
(:) Connection ports CETOP 3 - 5 - 7.
(:) Nominal flow rates up to 50 L/min.
(:) Max working pressure 31,5 MPa (315 bar).
(:) Standard filter media: HA, HB, HC, HD.

PDF - PD

:
PE & PF
(:) In line mounting.
(:) Connection ports 3/4" to 1 1/2" nominal size.
(:) Nominal flow rates up to 300 L/min.
(:) Max working pressure 1,2 MPa (12 bar).
(:) Standard filter media: FA, FB, FC, FD, CC, CD.

PDF - PE
 PDF - PF

:
PH
(:) In line (L) mounting.
(:) Connection ports 3/8" to 1 1/2" nominal size.
(:) Nominal flow rates up to 400 L/min.
(:) Max working pressure 2 MPa (20 bar).
(:) Standard filter media: FA, FB, FC, FD, CC, CD.

PDF - PH

:
PL
(:) manifold side mounting
(:) connection ports 15 - 20 - 32
(:) max working pressure 31,5 Mpa (315 bar)
(:) nominal flow rates up to 400 L/min
(:) standard filter media : FA, FB, FC, FD, CC, HÁ, HB, HC, HD.

PDF - PL
:
PM
(:) in-line mounting
(:) port sizes from 1/2" to 1" in BSP, NPT and SAE
(:) working pressure 22 MPa (220 bar)
(:) nominal flow rates to 110 L/min
(:) standard filter media: FA, FB, FC, FD, CC.

PDF - PM
:
-
FILTRATION IN BRIEF
(:) Contamination control in hydraulic systems (:)

Please visit our "Products" section > Filtration Handbook
or download the following PDF


filtration in brief.pdf

The pressure line filter is an essential part in most hydraulic systems. When the hydraulic components are sophisticated, with close tolerances and a regulation function (not simply that of control) the use of filters in the pressure lines is a must.

UFI FILTERS PROTECT YOUR INVESTMENT

Thanks to the advanced technological features of the filter materials and the controlled production system used to manifacture the filter elements, the UFI pressure filters ensure the fluid cleanliness to be within the required values thus giving protection against faulty operation or machine downtime. For these reasons the specification of UFI pressure filters represent the best protection for your investment.

...AND THEY PROTECT YOUR COMPONENTS

That's why we call them "COMPO CARE". Thanks to their efficiency and to their location the UFI pressure filters safeguard the components effectiveness, maintaining perfect system conditions and efficiency level and improving overall system performance.
BYPASS VALVE: A MODULAR AND INEXPENSIVE OPTION FOR UFI PRESSURE FILTERS

The bypass valve is usually installed when the pressure filter is used as a "system" filter. The use of this valve is not recommended when the pressure filter has the function of "protection" filter of the components against sudden failures. Using a modular design, the UFI pressure filters utilize the same housing for units with or without bypass valve.

UFI FILTER HOUSINGS TECHNOLOGY

The location of the pressure filters often exposes the housings to continuous pressure stresses that can reach high values. The filter development is done with a 3-Dimentional CAD system that utilizes computer simulations to develop stress calculations. These calculations are used to support the most appropiate choice of the materials and of the internal profiles of the castings to withstand the heaviest operating cycles.

CLOGGING INDICATOR: A MUST TO GUARANTEE THE SYSTEM QUALITY LEVEL

The Clogging Indicator continuously monitors the filter element condition and gives an exact indication of the efficiency status of your filter. That's why this device is recommended as it avoids unnecessary element changes, giving the indication of the need for Filter Element change only when really necessary.