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TTI

TTI TT1833-80-3WAV

The TTI TT1833-80-3WAV is a 3µm water absorptive hydraulic filter element. It measures 10.1" long. Filtration efficiency is rated at β1000 ≥ 4.5 per ISO 16889. Seals are Viton. Collapse pressure rating is 290 PSID.

3µmWater AbsorptiveViton

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Part NumberTT1833-80-3WAV
ManufacturerTTI
CategoryHydraulic

What are the specifications of the TTI TT1833-80-3WAV?

Technical specifications for the TTI TT1833-80-3WAV filter element. Data sourced from manufacturer catalogs and verified against OEM documentation.

SpecificationValue
Performance
Media TypeWater Absorptive
Micron Rating3µm
Collapse Rating290 PSID
Efficiency (ISO 16889)β1000 ≥ 4.5
SeriesTT1833
Dimensions
Seal MaterialViton
O.A.L. (inches)10.1"
Additional
Filter TypeCartridge Element
Beta Ratioβ3[C] ≥ 2000
Max Temperature225°F (107°C)

Last verified: February 2026

Application & Compatibility

The TTI TT1833-80-3WAV is designed for use in hydraulic and lubrication filtration systems. With a 3µm rating, this element is suitable for servo valve protection and high-precision hydraulic systems. Viton seals provide compatibility with petroleum-based fluids, synthetic fluids, phosphate esters, and water-glycol mixtures.

The 290 PSID collapse rating indicates the maximum differential pressure this element can withstand during cold starts or bypass conditions without structural failure. Ensure your system's maximum differential pressure does not exceed this rating.

Frequently Asked Questions

What micron rating is the TTI TT1833-80-3WAV?

The TTI TT1833-80-3WAV has a 3µm micron rating with water absorptive filter media, rated at β1000 ≥ 4.5 per ISO 16889.

What are the dimensions of the TTI TT1833-80-3WAV?

The TTI TT1833-80-3WAV measures 10.1" overall length.

What seal material does the TTI TT1833-80-3WAV use?

The TTI TT1833-80-3WAV uses Viton seals.

What is the collapse pressure rating of the TTI TT1833-80-3WAV?

The TTI TT1833-80-3WAV has a collapse pressure rating of 290 PSID. This indicates the maximum differential pressure the element can withstand without structural failure.

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