Eaton / Internormen · 01.E / 01.N / Easy-Fit · inline line
01.E 1201.25G.10.S.V.- filter element: specifications & equivalents
The 01.E 1201.25G.10.S.V.- is a Eaton / Internormen inline-line hydraulic filter element, built with stainless steel wire mesh (g) media, sized 142 × 503 mm OD × length, rated at 25 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 | 25 µm |
| Rating basis | absolute |
| Outside diameter OD | 142 mm |
| Length | 503 mm |
| End caps | open-ended cartridge element |
| Collapse / burst pressure | 10 bar |
| Integral bypass valve | none (housing/valve-dependent) |
| Seal material | Fluorocarbon (Viton) |
| Manufacturer part no. | 330763 |
| 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 | 142 mm (5.591 in) |
| Overall length | 503 mm (19.803 in) |
All 142×503 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 1201.25G.10.S.V.- model number is decoded
- 01.E 1201.25G.10.S.V.-Eaton 01.E Lubrication filter element model code (Eaton 01.E Lubrication Filter Element).
- 330763Eaton catalog number (order code) for the same element.
- 25 GFilter fineness grade: nominal rating and media letter.
- 25 µmISO 16889 multipass retention rating as published by Eaton.
- Stainless steel wire mesh (G)Filter media execution.
- 10 barDelta-P resistance class — maximum differential pressure (collapse) rating.
- Fluorocarbon (Viton)Seal compound.
- 142 mmOuter diameter.
- 503 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 1201.25G.10.S.V.- filter element?
What micron rating does 01.E 1201.25G.10.S.V.- use?
What replaces the 01.E 1201.25G.10.S.V.- filter element?
How do I read the 01.E 1201.25G.10.S.V.- 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 60 catalog element(s) share the 142×503 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.