Hydraulic Tank Suction Strainer

Depending on selection our suction strainers are equipped with 150µ or 560µ absolute stainless steel wire mesh media.

Hydraulic tank suction strainer.

Hydraulic tank suction strainers filter hydraulic fluid inside a hydraulic reservoir tank before the fluid leaves the tank to enter the pump inlet line. A tank mounted strainer either suction or return can be installed through a tank top by welding a standard bell reducer coupling over a hole cut in the top. 49 steel female thread nut series. The strainer may be removed for servicing without draining the tank.

Pump inlet suction filters fall into this category. Npt sae or sae to npt hydraulic suction line strainers ltf mnpt to mnpt strainer 2 mnpt x 2 mnpt steel nut 50 gpm 3 5 psid bypasses 100 mesh standard optional 60 200 mesh available. More buying choices 37 86 5 new offers buyers products sw1501003 thru wall sump strainer strainer thru wall 1 1 2in x 1in 4 5 out of 5 stars 5. Inlet filters usually take the form of a 140 micron mesh strainer which is screwed onto the pump intake penetration inside the hydraulic reservoir.

Parker offers high quality suction elements designed for a flow range up to 100gpm. 3 8 mnpt to 3 mnpt thread sump strianers standard 100 mesh 30 60 200 avaialable upon request with or without bypass. Also available are a broad range of compact portable purification systems and automatic vacuum dehydrator systems as well as accessories to compliment these products. A standpipe threaded into the coupling need be only long enough to stay below the lowest fluid level encountered.

Hydraulic sump suction strainers waste tank filter. Parker offers low medium and high pressure hydraulic filters capable of a wide range of temperatures for use in extreme operating environments. Type tank mounted strainer diameter decimal inch 1 3000 length decimal inch 7 000 gpm 10 00 mesh size 60 connection type male female port size npt 1 1 4 x 3 4 lpm 38 0 view product flow. Filtering hydraulic fluid before it reaches the pump reduces contaminant buildup and maintenance costs and extends the working life of the pump.

Suction strainers increase the chances of cavitation occurring in the intake line and subsequent damage to and failure of the hydraulic pump.