Part Number 2069689, In-Line Industrial Filter - LPF Series (725 PSI) On HYDAC Technology Corporation

Unit of Measure

Specifications | Technical Specifications | Features | Application

Type	N/A Medium Pressure Filter
Model Code Description	N/A LPF ON 160GE10B1.2/12B3
Filter Type	N/A Inline Filter
Size	N/A 160
Port Configuration	N/A SAE Parallel Straight Thread Ports
Port Connection	N/A 1 1/4 in. 1-1/4 in
Seals	N/A Nitrile Rubber (NBR)
Indication Type	N/A B = Visual Pop-Up (Auto Reset)
Weight	N/A 4.5 lb
Type Number	N/A 1
Modification Number	N/A 2
Division	N/A 11
BUn	N/A EA

Mounting Method	N/A 2 Mounting Holes
Flow Direction	N/A Inside - Outside
Construction Material for Head	N/A Aluminum
Construction Material for Bowl	N/A Aluminum Extrusion
Flow Capacity	N/A 42 gpm160 L/min
Burst Housing Pressure Rating	N/A >200 bar>3625 psi
Maximum Allowable Housing Working Pressure Rating	N/A 50 bar725 psi
Filter Rating	N/A 10 µm
Element K Factors	N/A 0.225
Bypass Valve	N/A B3
Minimum Fluid Temperature	N/A -30 ºC-22 ºF
Maximum Fluid Temperature	N/A 100 ºC212 ºF
Note for Fluid Temperature Range	N/A Consult HYDAC for applications operating below -22 ºF (-30ºC)
Bypass Valve Cracking Pressure	N/A 3 bar43 psid
Tolerance for Cracking Pressure (Standard)	N/A 10 %
Tolerance for Cracking Pressure (Optional)	N/A 10 %
Fatigue Housing Pressure Rating at 1 Million Cycles	N/A 50 bar725 psi
Element Collapse Pressure Rating	N/A 20 bar290 psi
Fluid Compatibility	N/A Compatible with all hydrocarbon based, synthetic, water glycol, oil/water emulsion, and high water based fluids when the appropriate seals are selected.

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LPF filters are manufactured with cast aluminum head and aluminum cold formed bowls.
Aluminum alloy is water tolerant - anodization is not required for water based fluids (HWBF).
LPF filters are a desirable substitute for spin-on filters when dynamic fluid conditions call for the superior durability and leakproof quality of a well-constructed cartridge filter.
Quick-response, bypass valves, located in the filter head, protect against high differential pressures caused by cold start-ups, flow surges and pressure spikes. Filters can also be supplied without bypasses.
The simple inline design minimizes pressure drop and provides the significant benefit of compactness. The use of lightweight materials, makes these filters ideal for mobile equipment applications.

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