Eaton / Internormen · 01.E / 01.N / Easy-Fit · inline line
01.E 600.80G.30.E.V.IS06 filter element: specifications & equivalents
The 01.E 600.80G.30.E.V.IS06 is a Eaton / Internormen inline-line hydraulic filter element, built with stainless steel wire mesh (g) media, sized 80 × 350 mm OD × length, rated at 80 µm absolute. Verify against the current manufacturer data sheet before ordering.
Specs come from Eaton's product data hub via its site-search API. The µm retention rating follows ISO 16889 (absolute convention), while the model-code fineness grade is nominal — match both before substituting.
Specification table
| Parameter | Value |
|---|---|
| Filter type | inline line |
| Media | Stainless steel wire mesh (G) |
| Filtration rating | 80 µm |
| Rating basis | absolute |
| Outside diameter OD | 80 mm |
| Length | 350 mm |
| End caps | open-ended cartridge element |
| Collapse / burst pressure | 30 bar |
| Integral bypass valve | none (housing/valve-dependent) |
| Seal material | Fluorocarbon (Viton) |
| Manufacturer part no. | 355300 |
| Source catalog | Eaton: Eaton product data hub via site search API (eaton.com) |
| Last verified | 2026-09-28 |
Sources: Eaton — Eaton product data hub via site search API (eaton.com) — accessed 2026-09-29.
Eaton / Internormen® and all model designations are trademarks of their respective owners, used here for identification only — ElementRef is an independent reference site, not an authorized Eaton / Internormen distributor.
Dimensions & series range
| Outside diameter | 80 mm (3.150 in) |
| Overall length | 350 mm (13.780 in) |
All 80×350 mm interchange elements →
Cross references & equivalents
No catalog-verified cross references yet. This model is in the manual verification queue — request a verified equivalent.
Interchange levels: full catalog-confirmed drop-in · partial verify parameters · verify manual confirmation required. Links resolve to the equivalent model's specification page where available.
How the 01.E 600.80G.30.E.V.IS06 model number is decoded
- 01.E 600.80G.30.E.V.IS06Eaton 01.E Lubrication filter element model code (Eaton 01.E Lubrication Filter Element).
- 355300Eaton catalog number (order code) for the same element.
- 80 GFilter fineness grade: nominal rating and media letter.
- 80 µmISO 16889 multipass retention rating as published by Eaton.
- Stainless steel wire mesh (G)Filter media execution.
- 30 barDelta-P resistance class — maximum differential pressure (collapse) rating.
- Fluorocarbon (Viton)Seal compound.
- 80 mmOuter diameter.
- 350 mmElement height.
Typical equipment & applications
- Medium-pressure in-line and lubrication circuits
- Spin-on and exchange element replacements
Selection pitfalls — read before you substitute
- “10 µm nominal” and “12 µm at β1000” can describe the very same media — one is reported at β≥200, the other at β≥1000 per ISO 16889. Compare ratings at the same Beta test point, not just the printed micron number.
- Nitrile (NBR) seals are standard for mineral hydraulic oil but fail early in some phosphate-ester fluids and at sustained high temperature; verify seal compound against the fluid data sheet (fluorocarbon/Viton executions may be required).
- End-cap geometry and the number/position of O-rings block interchange even when OD and length match — visually compare end caps before fitting, especially with aftermarket cartridges.
Frequently asked questions
What are the dimensions of the 01.E 600.80G.30.E.V.IS06 filter element?
What micron rating does 01.E 600.80G.30.E.V.IS06 use?
What replaces the 01.E 600.80G.30.E.V.IS06 filter element?
How do I read the 01.E 600.80G.30.E.V.IS06 part number?
Is a same-envelope aftermarket element always a drop-in replacement?
How often should a hydraulic return-line element be replaced?
Same-envelope elements from other brands
View full interchange →These 62 catalog element(s) share the 80×350 mm envelope. Envelope match alone does not guarantee interchangeability — compare micron/Beta, seals and collapse rating.
Other models in the 01.E / 01.N / Easy-Fit series
All 3329 →Reviewed & verified by the ElementRef engineering desk against Eaton on 2026-09-28. Read our editorial & correction policy.